Danfoss VLT Brake Resistor MCE 101 Design Manual

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MAKING MODERN LIVING POSSIBLE

Design Guide

VLT® Brake Resistor MCE 101

VLT® Frequency Converters • FC 51 • FC 102 • FC 202 • FC 301 FC 302 • FC 360 • FCD 302 • VLT® 2800

www.danfoss.com/drives

Contents Design Guide

Contents

1 Introduction

1.1 How to Read this Design Guide

1.2 Conformity

1.3 Safety Precautions

1.4 Disposal

2 Product Overview

2.1 Description of the Brake System

2.2 Horizontal or Vertical Load

2.3 Aluminium-housed Brake Resistors

2.3.1 Aluminium-housed Flat-pack Brake Resistors 6

2.3.2 Aluminium-housed Compact Brake Resistor 6

2.4 Steel Grid Brake Resistors

3 Installation

3.1 Mechanical Installation

3.1.1 Aluminium-housed Compact Brake Resistors and Flat-pack Brake Resistors 7

3.1.2 Steel Grid Brake Resistors 10

4 4 4 4 4

5 5 5 6

7 7

3.1.3 Accessories 11

3.2 Electrical Installation

3.2.1 EMC Precautions 12

3.2.2 Cable Connection 12

3.2.3 Brake Cable 13

3.3 Protective Functions

3.3.1 Overtemperature Protection 13

3.3.2 Brake Resistor and Brake IGBT 14

4 System Integration

4.1 Brake Resistor Calculation

4.1.1 Brake Set-up 15

4.1.2 Calculation of Brake Resistor Resistance 15

4.1.3 Calculation of Braking Power 16

4.1.4 Calculation of the Brake Resistor Peak Power 17

4.1.5 Calculation of the Brake Resistor Average Power 17

4.1.6 Braking of Inertia 17

15 15

5 Programming

5.1 Parameters for VLT® Micro Drive FC 51

5.2 Parameters for VLT® HVAC Drive FC 102 and VLT® AQUA Drive FC 202

Contents Design Guide

5.3 Parameters for VLT® AutomationDrive FC 301/FC 302 and ® Decentral Drive FCD 302

5.4 Parameters for VLT® AutomationDrive FC 360

5.5 Parameters for VLT® 2800

6 Application Examples

6.1 Conveyor Belt

6.2 Centrifuge

6.3 Continuous Braking

7 Special Conditions

7.1 Alternative Braking Methods

7.1.1 DC Injection Braking 30

7.1.2 AC-braking 30

7.1.3 Mechanical Holding Brake 30

7.1.4 DC Braking 31

8 Selection Guide

8.1 Selection Flow Chart

8.2 Selection Tables for Recommended Brake Resistors

27 27 29 29

30 30

32 32 33

8.2.1 Abbreviations used in the Brake Resistor Tables 33

8.2.2 VLT® Micro Drive FC 51 33

8.2.3 VLT® HVAC Drive FC 102 35

8.2.4 VLT® AQUA Drive FC 202 41

8.2.5 VLT® AutomationDrive FC 301 48

8.2.6 VLT® AutomationDrive FC 302 51

8.2.7 VLT® AutomationDrive FC 360 57

8.2.8 VLT® Decentral Drive FCD 302 59

8.2.9 VLT® 2800 60

8.3 Selection Tables for Alternative Brake Resistors

8.3.1 Abbreviations used in the Brake Resistor Tables 62

8.3.2 VLT® HVAC Drive FC 102, T2 62

8.3.3 VLT® HVAC Drive FC 102, T4 62

8.3.4 VLT® AQUA Drive FC 202, T2 63

8.3.5 VLT® AQUA Drive FC 202, T4 63

8.3.6 VLT® AutomationDrive FC 301, T2 64

8.3.7 VLT® AutomationDrive FC 302, T2 64

8.3.8 VLT® AutomationDrive FC 301, T4 65

8.3.9 VLT® AutomationDrive FC 302, T5 65

9 Specifications

Contents Design Guide

9.1 Ambient Conditions

9.2 General Electrical Specifications

9.3 Electrical Data: MCE 101 Product Types 9xx

9.4 Mechanical Data: MCE 101 Product Types 9xx

9.5 Electrical Data: Product Types BWD and BWG

9.6 Mechanical Data: Product Types BWD and BWG

9.7 Mechanical Drawings

9.7.1 Figure 1 - 914CBT-HxxxDHT 83

9.7.2 Figure 2 - 914CBT-HxxxCHT 87

9.7.3 Figure 3 - 914CBT-HxxxBHT 90

9.7.4 Figure 4 - 914CBR-VxxxDT 93

9.7.5 Figure 5 - 914CBR-VxxxCT 96

9.7.6 Figure 6 - 914CBR-VxxxBT 98

9.7.7 Figure 7 - 914CCHxxxCT 101

9.7.8 Figure 8 - 917CM13 103

9.7.9 Figure 9 - 917CM15 105

9.7.10 Figure 10 - 917CM17 107

66 66 67 74 81 82 83

9.7.11 Figure 11 - 917CM25 109

9.7.12 Figure 12 - 917CM27 111

9.7.13 Figure 13 - 917CM37 113

9.7.14 Figure 14 - 917CMD27 115

9.7.15 Figure 15 - 917CMD37 117

9.7.16 Figure 16 - 929CBT-VxxxGHT 119

9.7.17 Figure 17 - 929CBT-VxxxBGHT 122

9.7.18 Figure 18 - 930CBT-VxxxGHT 125

9.7.19 Figure 19 - 930CBT- VxxxBGHT 128

9.7.20 Figure 20 - BWD250xxx 131

9.7.21 Figure 21 - BWD500xxx 132

9.7.22 Figure 22 - BWD600xxx 133

9.7.23 Figure 23 - BWG250xxx 135

9.7.24 Figure 24 - BWG500xxx 136

9.8 Mechanical Drawings: Accessories

9.8.1 Mounting Brackets: L Profile 137

9.8.2 Mounting Brackets: Footprint 139

137

Index

142

Introduction Design Guide

1 Introduction

1.1 How to Read this Design Guide

Danfoss VLT® Brake Resistors MCE 101 are optimised for:

VLT® Micro Drive FC 51

•

VLT® HVAC Drive FC 102

•

VLT® AQUA Drive FC 202

•

VLT® AutomationDrive FC 300

•

VLT® AutomationDrive FC 360

•

VLT® Decentral Drive FCD 302

•

VLT® 2800

•

General versions for horizontal and vertical applications are available.

The Design Guide provides the information required to select and plan installation of the right brake resistor for an application:

Selection of the correct brake resistor

•

Pre-installation considerations

•

Programming.

•

As an alternative to using a brake resistor, other braking methods can be applied depending on the braking profile of the application, see chapter 7 Special Conditions.

1.2

Conformity

Table 1.1 Approval

1) See Table 9.2 and Table 9.4 for UL conformity.

What is CE Conformity and Labelling

The purpose of CE labelling is to avoid technical trade obstacles within EFTA and the EU. The EU has introduced the CE label as a simple way of showing whether a product complies with the relevant EU directives. The CE label says nothing about the specifications or quality of the product. Brake resistors are regulated by the following EU directive:

The low-voltage directive (2006/95/EC)

Brake resistors must be CE labelled in accordance with the low-voltage directive of December 12, 2006. The directive applies to all electrical equipment and appliances used in the 50-1000 V AC and the 75-1500 V DC voltage ranges. Danfoss CE-labels in accordance with the directive and issues a declaration of conformity upon request.

1.3

Safety Precautions

Additional technical literature is also available online at

www.danfoss.com/BusinessAreas/DrivesSolutions/Documentations/Technical+Documentation.

WARNING

When in use, the brake resistor surface temperature rises. DO NOT touch the brake resistor during operation.

WARNING

Never work on a brake resistor in operation.

NOTICE

Never attempt to repair a defective brake resistor.

1.4 Disposal

Equipment containing electrical components may not be disposed of together with domestic waste. It must be separately collected with electrical and electronic waste according to local and currently valid legislation.

150/160%

175UA067.10

100%

150/160%

175UA068.10

Product Overview Design Guide

2 Product Overview

2.1 Description of the Brake System

2.2

Horizontal or Vertical Load

2 2

When the speed reference of a frequency converter is reduced, the motor acts as a generator and the frequency converter brakes. When a motor acts as a generator, it supplies energy to the frequency converter which is collected in the DC link. The function of the brake resistor is to provide a load on the DC link during braking, thereby ensuring that the braking power is absorbed by the brake resistor.

If a brake resistor is not used, the DC-link voltage of the frequency converter continues to increase, until disconnecting for protection. The advantage of using a brake resistor is that it enables braking of a heavy load quickly, e.g. on a conveyor belt.

The brake resistors in this series are all external components. Therefore, the brake resistor does not form an integral part of the frequency converter. The external brake resistor provides the following advantages:

The resistor time cycle can be selected as

•

required. The heat developed during braking can be

•

conveyed beyond the panel cabinet to allow the energy to be used.

The electronic components do not overheat, even

•

when the brake resistor is overloaded.

The brake resistor series is suitable for Danfoss frequency converters

VLT® Micro Drive FC 51

•

VLT® HVAC Drive FC 102

•

VLT® AQUA Drive FC 202

•

VLT® AutomationDrive FC 300

•

VLT® AutomationDrive FC 360

•

VLT® Decentral Drive FCD 302

•

VLT® 2800

•

2.2.1 How to Select

The Danfoss brake resistor range consists of 2 groups:

Brake resistors for horizontal loads (conveyors,

•

trolleys, gantry cranes, etc.), see Illustration 2.1; Brake resistors for vertical loads (cranes, hoists,

•

elevators), see Illustration 2.2.

Illustration 2.1 Horizontal Loads

Illustration 2.2 Vertical Loads

The brake resistor range is intended to cover the general braking requirements for horizontal and vertical brake applications. To select the best brake resistor for an application, refer to chapter 8.1 Selection Flow Chart. The flow chart links to further information, either selection tables or calculations of inertia or duty cycle.

To cater for both the horizontal and vertical ranges, 3 types of brake resistors are available:

Aluminium-housed flat-pack brake resistors

•

Aluminium-housed compact brake resistors

•

Steel grid brake resistors

•

130BD245.12

130BD646.10

130BD228.10

130BD217.10

130BD586.10

Product Overview Design Guide

2.3 Aluminium-housed Brake Resistors

2.3.1 Aluminium-housed Flat-pack Brake

Resistors

The flat-pack brake resistor is an anodized aluminiumhoused resistor suitable for wall mounting or on a footprint or an L-profile bracket. The L-profile bracket is used for rear mounting. The brake resistor is designed for high pulse loads of up to 40 times the nominal load and is therefore suitable for both vertical and horizontal applications. The enclosure protection is IP54 or IP65.

Illustration 2.5 CBR-V-DT IP21

Illustration 2.3 Flat-pack IP54

Aluminium-housed Compact Brake

2.3.2 Resistor

The compact brake resistor is housed in aluminium profiles with pre-mounted brackets for wall mounting. It is designed for high pulse loads of up to 60 times the nominal load and is therefore used for both horizontal and vertical loads. The enclosure protection class is either IP21, IP54 or IP65. The brake resistor IP classes IP21 and IP65 are equipped with a connection box containing cable glands and cable connection to the resistor and the temperature switch. IP54 versions have fixed unscreened cables.

Illustration 2.6 CBR-V-BT IP65

2.4 Steel Grid Brake Resistors

The steel grid brake resistor is steel grid housed and consists of multiple elements. This brake resistor is suitable for pulse loads between 10 and 20 times the nominal load, suitable for frequent braking applications such as cranes, hoists and elevators. It is supplied in an IP20 enclosure with cable glands and has a built-in temperature switch.

Illustration 2.4 CBR-V-CT IP54

Illustration 2.7 Steel Grid House IP20

130BD900.10

200 mm

Installation Design Guide

3 Installation

3.1 Mechanical Installation

The brake resistors are cooled by natural convection, and the specified minimum clearances must be observed to ensure efficient ventilation. The ventilation must be efficient enough to dispatch the regenerative power in the brake resistor.

NOTICE

When installing the brake resistor, ensure all precautions are in place to avoid the risk of overloading. Overloading can lead to a fire hazard due to the heat generated in the brake resistor. The brake resistor is very hot during or after braking. The brake resistor must be located in a secure environment to avoid fire risk.

Mount the brake resistor free of any combustible

•

materials at a well ventilated location. The MCE 101 brake resistors product type 9xx

•

contain a built-in temperature switch (for overtemperature protection purposes. See chapter 3.3 Protective Functions).

Vertical Mounting, IP54

For minimum clearances for vertical mounting for all aluminium-housed compact and flat-pack brake resistors, see Illustration 3.1 and Illustration 3.2.

3 3

Aluminium-housed Compact Brake

3.1.1 Resistors and Flat-pack Brake Resistors

The aluminium-housed compact and flat-pack brake resistors are designed for vertical mounting for optimum cooling performance. However, horizontal mounting is possible for both flat-pack and compact brake resistors. Derating with 20% is required when mounting the compact brake resistors horizontally. No derating for flatpacks are required. The enclosure protection of the IP21 types is reduced to IP20 when mounted horizontally.

NOTICE

All resistors are cooled by natural convection. To ensure sufficient airflow and cooling, follow minimum clearance in Illustration 3.1 to Illustration 3.8.

Illustration 3.1 Vertical Mounting, IP54 Versions with Fixed Cables

130BD901.10

200 mm

500 mm

200 mm

200 mm200 mm

130BD902.10

130BD903.10

500 mm

130BD904.10

200 mm

Installation Design Guide

For minimum clearances for horizontal mounting for all aluminium-housed compact and flat-pack brake resistors, IP54 versions (versions with fixed cables), see Illustration 3.4 (side view).

Illustration 3.4 Horizontal mounting, IP54 Versions with Fixed Cables

Vertical mounting, IP21 and IP65

For minimum clearances for vertical mounting for all aluminium-housed compact brake resistors, see Illustration 3.5 and Illustration 3.6.

Illustration 3.2 Vertical Mounting, IP54 Versions with Fixed Cables

Horizontal mounting, IP54

For minimum clearances for horizontal mounting for all aluminium-housed compact and flat-pack brake resistors, see Illustration 3.3 (top view).

Illustration 3.3 Horizontal mounting, IP54 Versions with Fixed Cables

Illustration 3.5 Vertical Mounting, IP21 and IP65 Versions with Connection Box

200 mm

500 mm

100 mm

130BD905.10

200 mm

100 mm

200 mm

130BD906.10

130BD907.10

500 mm

130BD227.11

Installation

Design Guide

Horizontal mounting, IP21 and IP65

For minimum clearances for horizontal mounting for all aluminium housed compact brake resistors, see Illustration 3.8 (side view).

3 3

Illustration 3.8 Horizontal Mounting, IP21 and IP65 Versions with Connection Box

Orientation, compact and flat-pack brake resistors

Illustration 3.6 Vertical Mounting, IP21 and IP65 Versions with Connection Box

Horizontal mounting, IP21 and IP65

For minimum clearances for horizontal mounting for all aluminium-housed compact brake resistors, see Illustration 3.7 (top view).

Illustration 3.7 Horizontal Mounting, IP21 and IP65 Versions with Connection Box

Illustration 3.9 Orientation of Compact and Flat-pack Brake Resistors

Derating with 20% is required when mounting the compact brake resistors horizontally. The enclosure protection of the IP21 types is reduced to IP20 when mounted horizontally.

130BD708.12

150 mm

500 mm

175Uxxxx

130BD884.10

175Uxxxx

130BD709.11

Installation Design Guide

3.1.2 Steel Grid Brake Resistors

The steel grid brake resistors are designed for horizontal mounting only.

NOTICE

All resistors are cooled by natural convection. To ensure sufficient airflow and cooling, follow minimum clearances in Illustration 3.10 and Table 3.3.

Illustration 3.10 Minimum Clearances of all Steel Grid Brake Resistors - Top View

Illustration 3.12 Orientation of Steel Grid Brake Resistors

Illustration 3.11 Minimum Clearances of all Steel Grid Brake Resistors - Side View

130BD595.10

130BD838.10

Installation

Design Guide

3.1.3 Accessories

Footprint brackets

The footprint bracket is an accessory used for mounting flat-pack brake resistors.

Use the footprint bracket to mount the brake resistor at the rear of the frequency converter. Once mounted, the combined brake resistor and frequency converter occupy the same space in the cabinet as the frequency converter alone.

For mechanical dimensions for footprint brackets, see chapter 9.8.2 Mounting Brackets: Footprint.

L profile brackets

The L profile bracket is an accessory used for mounting flat-pack brake resistors. The L profile brackets support both horizontally and vertically mounting on a fixed surface optimising the required footprint.

3 3

1 Frequency converter 2 Footprint mounting bracket 3 Flat-pack brake resistor

Illustration 3.13 Flat-pack Brake Resistor mounted at Rear of Frequency Converter

Part number Compatible brake resistor Compatible frequency

175U0085

175U0087

175U0086

175U0088

Table 3.1 Selection Table

1x100 W flat-pack 1x200 W flat-pack 2x100 W flat-pack 2x200 W flat-pack 2x100 W flat-pack 2x200 W flat-pack 1x100 W flat-pack 1x200 W flat-pack

converter enclosure size

Illustration 3.14 L Profile Bracket

Part number Compatible brake resistor

175U0009 1x200 W flat-pack

175U0011

Table 3.2

1) Order 2x175U0011 for 300 W flat-pack brake resistors.

1x100 W flat-pack 1x300 W flat-pack

For mechanical dimensions for L profile brackets, see

chapter 9.8.1 Mounting Brackets: L Profile

Fieldbus cable

Min. 200 mm

90° crossing

Brake resistor

130BD507.11

130BB154.12

Installation Design Guide

3.2 Electrical Installation

Cable Connection

3.2.2

3.2.1 EMC Precautions

The following EMC precautions are recommended to achieve interference-free operation of fieldbus cable(s) and

digital and analog inputs and outputs.

NOTICE

To comply with EMC emission specifications, screened/ armoured cables are recommended.

NOTICE

Observe relevant national and local regulations, for example regarding protective earth connection. Keep the fieldbus cable(s) away from motor and brake resistor cables to avoid coupling of high frequency noise from one cable to another. Normally, a distance of 200 mm (8 inches) is sufficient, but keeping the greatest possible distance between the cables is recommended, especially where cables run in parallel over long distances. When crossing is unavoidable, the fieldbus cable(s) must cross motor and brake resistor cables at an angle of 90°, see Illustration 3.15.

Cables General: All cabling must comply with national and local regulations on cable cross-sections and ambient temperature.

See Table 3.3 for recommended temperature ratings for all cables and conductors connected to the brake resistor as ground connection, thermal switch and brake power.

IP class Recommended cables

IP20 IP21 IP54 IP65

Table 3.3 Cable Temperature Ratings

1) For ground connection

How to connect more than one resistor

Star parallel connection to ensure load is shared evenly between 2 or more resistors.

≥80 °C ≥80 °C ≥90 °C ≥90 °C

Illustration 3.15 Cable Routing

Illustration 3.16 Connection of Several Brake Resistors

91 92 93 95

96 97 98 99

L1 L2 L3 PE

U V W PE

VLT

MCE 101

Brake resistor

RB1

RB2

L1 L2 L3 PE

R-

R+

+24V

D-in

130BD553.11

Installation

Design Guide

Brake resistors with fixed cables

To reduce the electrical noise from the wires between the brake resistor and the frequency converter, twist the wires. For enhanced EMC performance a metal screen can be used.

Illustration 3.17 Twisted Cables

Brake Cable

3.2.3

Max. length: 20 m shielded cable.

Automatic restart after enabling of the temperature switch:

Select coast inverse for the selected digital input.

Prevent automatic restart:

Select latched start for the selected digital input.

NOTICE

Coast does not terminate the brake function.

Example 1

3 3

Ensure the connection cable to the brake resistor is shielded. Connect the shielding to the conductive back plate of the frequency converter and to the brake resistor metal cabinet, using cable clamps.

3.3

Protective Functions

3.3.1 Overtemperature Protection

The Danfoss brake resistor MCE 101 is equipped with a galvanic isolated temperature switch (PELV) that is closed under normal operating conditions and open if the brake resistor is overheated.

NOTICE

Use the temperature switch as overtemperature protection feature to prevent damage of the brake resistor caused by overtemperature. To prevent damage to the brake resistor, perform an immediate stop or a ramp down.

There are several ways the temperature switch can be used:

The temperature switch as digital input to frequency converter Example 1

1. Connect terminal T1 of the brake resistor to the frequency converter terminal 12 or 13.

2. Connect terminal T2 of the brake resistor to a digital input e.g. terminal 18.

Illustration 3.18 Temperature Switch in Brake Resistor

NOTICE

The temperature switch as input to the frequency converter cannot be considered a primary safety function. In case of a malfunction in the brake IGBT, the frequency converter and brake resistor are only protected by disconnecting the mains supply to the frequency converter. The temperature switch must be connected disabling the mains supply to the frequency converter by a contactor preventing dangerous overtemperatures.

91 92 93 95

96 97 98 99

L1 L2 L3 PE

VLT

MCE 101

Brake resistor

RB1

RB2

R -

82R+

L1 L2 L3

S1 K1

U V W PE

130BD554.11

Installation Design Guide

The temperature switch disabling the mains supply to

3.3.2

Brake Resistor and Brake IGBT

VLT by a contactor Example 2

1. Connect the brake resistor built-in thermal switch as controlling an input contactor. In this example, the thermal switch within the brake resistor is

connected in series with the thermal switch within the motor.

2. Connect start and stop push buttons in series with the thermal switches.

3. Connect to a contactor in the mains supply in front of the frequency converter.

Thermal overheating in brake resistor or motor disables the mains supply to the frequency converter.

Example 2

Brake resistor power monitor

In addition, the brake power monitor function makes it possible to read out the momentary power and the mean power for a selected time period. The brake can also monitor the power energising and make sure it does not exceed a limit selected in parameter 2-12 Brake Power Limit (kW). In 2-13 Brake Power Monitoring, select the function to carry out when the power transmitted to the brake resistor exceeds the limit set in parameter 2-12 Brake Power Limit (kW).

NOTICE

Monitoring the brake power does not fulfil a safety function. The brake resistor circuit is not ground leakage protected.

The brake is protected against short-circuiting of the brake resistor, and the brake transistor is monitored to ensure that short-circuiting of the transistor is detected. Use a relay or digital output to protect the brake resistor against overloading in the event of a fault in the frequency converter, see chapter 3.3.1 Overtemperature Protection.

Illustration 3.19 Temperature Switch in both Motor and Brake Resistor disabling Mains Supply by an Input Contactor

Thermo relay disabling the brake resistor Example 3

Calculate the brake current (I

thermo relay

) setting of the

temperature switch as follows:

thermo relay

brake resistor max

Rbr is the current brake resistor value calculated in chapter 4.1.2 Calculation of Brake Resistor Resistance.

Look up the brake current setting of the thermo relay for Danfoss brake resistors in chapter 8 Selection Guide.

Overvoltage control (OVC) can be selected as an alternative brake function in parameter 2-17 Over-voltage Control. If the DC-link voltage increases, this function is active for all units. The function ensures that a trip can be avoided. This is done by increasing the output frequency to limit the voltage from the DC link. It is a useful function, e.g. if the ramp-down time is too short since tripping of the frequency converter is avoided. In this situation the rampdown time is extended.

peak,mec.

175ZA096.14

VLT

termo

peak

avg

b, max

motor

INV

= 0.98

motor

= 0.9

System Integration

4 System Integration

Design Guide

4.1 Brake Resistor Calculation

To ensure the optimal selection of brake resistor for a given application, its inertia and braking profile calculations are required. This chapter explains the calculations required to obtain values for optimal selection of brake resistor for a given application.

4.1.1 Brake Set-up

The following sections use expressions and abbreviations related to the brake set-up in Illustration 4.1.

Udc is the voltage, where the brake is activated. The FCseries brake function is settled depending on the mains supply.

DC-link Voltage (Udc), FC 51

Size [V] Brake active

[V]

FC 51 1x200-240 390 410 410 FC 51 3x200-240 390 410 410 FC 51 3x380-480,

1.5-4.0 kW FC 51 3x380-480,

5.5-15 kW FC 51 3x380-480,

18.5-22 kW

Table 4.1 DC-link Voltage (Udc), FC 51

1) Adjustable with 2-14 Brake Voltage Reduce

770 800 800

705-770

770 800 800

Warning before cut out [V]

800 800

Cut out (trip) [V]

DC-link Voltage (Udc), FC 102

Brake

Size [V]

FC 102 3x200-240 390 405 410 FC 102 3x380-480 778 810 820 FC 102 3x525-600 FC 102 3x525-600 FC 102 3x525-690 1099 1109 1130

active

[V DC]

943 965 975

1099 1109 1130

High

voltage

warning

[V DC]

Over

voltage

alarm

[V DC]

4 4

Table 4.2 DC-link Voltage (Udc), FC 102

1) Enclosure types A, B, C

2) Enclosure types D, E, F

Illustration 4.1 Brake Set-up

Calculation of Brake Resistor

4.1.2 Resistance

To prevent the frequency converter from cutting out for protection when the motor brakes, select resistor values on the basis of the peak braking power and the intermediate circuit voltage:

Udc

peak

The brake resistor performance depends on the DC-link voltage (Udc).

DC-link Voltage (Udc), FC 202

Brake

Size [V]

FC 202 3x200-240 390 405 410 FC 202 3x380-480 778 810 820 FC 202 3x525-600 FC 202 3x525-600 FC 202 3x525-690 1099 1109 1130

Table 4.3 DC-link Voltage (Udc), FC 202

1) Enclosure types A, B, C

2) Enclosure types D, E, F

active

[V DC]

943 965 975

1099 1109 1130

High

voltage

warning

[V DC]

Over

voltage

alarm

[V DC]

P [W]

peak

avg

t [s]

175ZA094.13

System Integration Design Guide

DC-link Voltage (Udc), FC 301/FC 302

Use the brake resistance R

, to ensure that the frequency

rec

converter is able to brake at the highest braking torque

High

voltage

warning

[V DC]

Size [V]

FC 301 3x200-240 FC 301 3x200-240

Brake active

[V DC]

365 405 410 390 405 410

FC 302 3x200-240 390 405 410

FC 301 3x380-480 FC 301 3x380-480 FC 302 3x380-500 FC 302 3x380-500 FC 302 3x525-600 FC 302 3x525-600

728 810 820 778 810 820 810 840 855 810 828 855 943 965 975

1099 1109 1130

FC 302 3x525-690 1099 1109 1130

Table 4.4 DC-link Voltage (Udc), FC 301/FC 302

1) Enclosure type A

2) Enclosure types B, C

3) Enclosure types A, B, C

4) Enclosure types D, E, F

DC-link Voltage (Udc), FC 360

High

voltage

warning

[V DC]

800 800

Size [V]

FC 360 3x380-480,

0.37-22 kW FC 360 3x380-480, 30-75 kW

Brake active

[V DC]

700-770

N/A

Over

voltage

alarm

[V DC]

Over

voltage

alarm

[V DC]

) (e.g. 160%). The formula is written as:

br(%)

x 100

Ω =

η η

rec

motor

VLT

motor

is typically at 0.90

is typically at 0.98

x η

VLT

x η

motor

When a higher brake resistor resistance is selected, 160%/ 150%/110% braking torque cannot be obtained, and there is a risk that the frequency converter cuts out of DC-Link overvoltage for protection.

For braking at lower torque, for example 80% torque, it is possible to install a brake resistor with lower power rating. Calculate size using the formula for calculating R

Calculation of Braking Power

4.1.3

rec

When calculating the braking power, ensure that the brake resistor is scaled for the average power as well as the peak power.

The average power is determined by the process

•

period time, i.e. the length of the braking time in relation to the process period time.

The peak power is determined by the braking

•

torque, which means that as braking progresses, the brake resistor must be able to dissipate the energy input.

Illustration 4.2 shows the relation between the average

Table 4.5 DC-link Voltage (Udc), FC 360

1) Adjustable with 2-14 Brake voltage reduce

2) No built-in brake option

power and the peak power.

DC-link Voltage (Udc), FCD 302

High

voltage

warning

[V DC]

Size [V]

Brake active

[V DC]

FCD 302 3x380-480 778 810 820

Table 4.6 DC-link Voltage (Udc), FCD 302

DC-link Voltage (Udc), VLT 2800

Brake

Size [V]

active

[V DC]

VLT 2800 3x200-240 385 400 410 VLT 2800 3x380-480 770 800 820

Table 4.7 DC-link Voltage (Udc), VLT 2800

High

voltage

warning

[V DC]

Over

voltage

alarm

[V DC]

Over

voltage

alarm

[V DC]

Process period time in s Braking time in s

Illustration 4.2 Relation between Average Power and Peak Power

ω Start

ω Stop

∆t

∆ω/∆t

175ZA863.11

System Integration

Design Guide

4.1.4 Calculation of the Brake Resistor Peak Power

P the motor shaft. Calculate P

P when the motor brakes.

P the efficiencies of the motor and the frequency converter.

Calculate P

When the brake resistor recommended by Danfoss is selected (R chapter 8 Selection Guide, the brake resistor is certain to provide a braking torque of 160%/150%/110% on the motor shaft.

is the peak power by which the motor brakes on

peak, mec

as follows:

peak, mec

is the braking power dissipated to the brake resistor

peak

is lower than P

peak

motor

peak,mec

as follows:

peak

motor

) on the basis of the tables in

rec

BR %

since the power is reduced by

VLT

motor

Danfoss offers brake resistors with a duty-cycle of max. 10% and 40%. If a 10% duty-cycle is applied, the brake resistors are able to absorb P

for 10% of the period

peak

time. The remaining 90% of the period time is used on deflecting excess heat.

Calculate the average power with 10% duty-cycle as follows:

avg

peak

× 10 %

Calculate the average power with 40% duty-cycle as follows:

avg

peak

× 40 %

The calculations apply to intermittent braking using a period time of 30 s.

NOTICE

Exceeding the specified intermittent braking period time may result in overheating the resistor.

4 4

Calculation of the Brake Resistor

4.1.5 Average Power

The average power is determined by the length of the braking time in relation to the process period time.

When the kinetic energy (Eb) transferred to the resistor in each braking sequence is known (see chapter 6.1 Conveyor Belt and chapter 6.2 Centrifuge), calculate the average power of the brake resistor as follows:

avg

× 100

Tp = process period time in s Tb = braking time in s

Tp = period time in s, see Illustration 4.2.

When the kinetic energy transferred to the resistor in each braking sequence is not known, calculate the average power on the basis of the process period time and the braking time.

Calculate the duty-cycle for the braking sequence as follows:

Duty cycle =

where

4.1.6 Braking of Inertia

When braking high inertia values on the motor shaft, base the brake resistor values on the inertia, Δω, Δt, see Illustration 4.3.

Illustration 4.3 Braking of High Inertia

Δt is determined by the ramp-down time.

NOTICE

The ramp-down time goes from the rated motor frequency to 0 Hz.

can be calculated as:

peak

VLT

start

VLT

peak

motor

j is the motor shaft inertia.

start

× j ×

2 ×

Δω

Δt

Δn

Δt

Programming Design Guide

5 Programming

For descriptions of all available parameters, see the product specific Programming Guide, www.danfoss.com/

BusinessAreas/DrivesSolutions/Documentations/VLT+Technical +Documentation.htm.

5.1

Parameters for VLT® Micro Drive FC 51

2-10 Brake Function

Option: Function:

NOTICE

Resistor brake is only functional in frequency converters with integrated dynamic brake. An external resistor must be connected.

Resistor Brake

The resistor brake limits voltage in the intermediate circuit when the motor acts as generator. Without brake resistor, the frequency converter eventually trips. The resistor brake consumes surplus energy resulting from motor braking. A frequency converter with brake, stops a motor faster than without a brake, which is used in many applications. Requires connection of external brake resistor. An alternative to the resistor brake is the AC brake.

AC Brake

The AC brake consumes surplus energy by creating power loss in the motor. It is important to keep in mind that an increase in power loss causes motor temperature to rise.

* Off No brake function.

[0] [1] Resistor

Brake

[2] AC Brake AC brake is active.

Resistor brake is active.

5.2

Parameters for VLT® HVAC Drive FC 102 and VLT® AQUA Drive FC 202

2-02 DC Braking Time

Range: Function:

10 s* [0 - 60 s] Set the duration of the DC braking current set

in 2-01 DC Brake Current, once activated.

2-03 DC Brake Cut In Speed [RPM]

Range: Function:

Size related*

[ 0 - 0 RPM]

Set the DC brake cut-in speed to activate the DC braking current set in 2-01 DC Brake Current, upon a stop command.

When 1-10 Motor Construction is set to [1] PM non-salient SPM this value is limited to 0 RPM (OFF)

NOTICE

Parameter 2-03 DC Brake Cut In Speed [RPM] does not have effect when 1-10 Motor Construction=[1] PM, nonsalient SPM.

2-04 DC Brake Cut In Speed [Hz]

Range: Function:

Size related* [ 0 - 1000.0

Hz]

Set the DC brake cut-in speed for activation of the DC braking current set in 2-01 DC Brake Current, upon a stop command.

NOTICE

Parameter 2-04 DC Brake Cut In Speed [Hz] has no effect

when 1-10 Motor Construction[1] PM, non-salient SPM.

2-11 Brake Resistor (Ohm)

Range: Function:

5 Ω* [5-5000 Ω] Set brake resistor value.

2-14 Brake Voltage Reduce

Range: Function:

0 V* [ 0 - 0 V]

Programming Design Guide

2-10 Brake Function

Option: Function:

Available selections depend on 1-10 Motor Construction:

[0] Asynchron:

[0] Off

•

[1] Resistor brake

•

[2] AC brake

•

[1] PM non-salient:

[0] Off

•

[1] Resistor brake

•

[0] Off No brake resistor installed.

[1] Resistor

brake

[2] AC brake AC Brake only works in Compressor Torque mode

Brake resistor incorporated in the system, for dissipation of surplus brake energy as heat. Connecting a brake resistor allows a higher DClink voltage during braking (generating operation). The resistor brake function is only active in frequency converters with an integral dynamic brake.

in 1-03 Torque Characteristics.

2-11 Brake Resistor (ohm)

Range: Function:

Size related*

[ 5.00 -

65535.00 Ohm]

Set the brake resistor value in Ω. This value is used for monitoring the power to the brake resistor in 2-13 Brake Power Monitoring. This parameter is only active in frequency converters with an integral dynamic brake. Use this parameter for values without decimals. For a selection with 2 decimals, use parameter 30-81 Brake Resistor (ohm).

2-12 Brake Power Limit (kW)

Range: Function:

Size related*

[ 0.001 -

2000.000 kW]

Parameter 2-12 Brake Power Limit (kW) is the expected average power dissipated in the brake resistor over the time period selected within 2-13 Brake Power Monitoring. It is used as the monitoring limit for 16-33 Brake Energy /2 min and thereby specifies when a warning/alarm is to be given. To calculate parameter 2-12 Brake Power Limit (kW), the following formula can be used.

V×tbrs

br,avg

the brake resistor, Rbr is the resistance of the brake resistor. tbr is the active breaking time within the 120 s period, Tbr.

RbrΩ×Tbrs

is the average power dissipated in

2-12 Brake Power Limit (kW)

Range: Function:

Ubr is the DC voltage where the brake resistor is active.

NOTICE

If values are unknown, or if Tbr is different from 120 s, the practical approach is to run the brake application, readout 16-33 Brake Energy /2 min and then enter this +20% in 2-12 Brake Power Limit (kW).

2-13 Brake Power Monitoring

Option: Function:

This parameter is only active in frequency converters with an integral dynamic brake. This parameter enables monitoring of the power to the brake resistor. The power is calculated on the basis of the resistance (parameter 2-11 Brake Resistor (ohm)), the DC-link voltage, and the resistor duty time. The time periode can be selected in this parameter. The functions are as follows:

Off:

•

Brake power monitoring disabled. Default setting.

Warning (time period):

•

Activates a warning on the display when the power transmitted over the selected time period exceeds 100% of the monitoring limit (parameter 2-12 Brake Power Limit (kW)). The warning disappears when the transmitted power falls below 80% of the monitoring limit.

Trip (time period);

•

Trips frequency converter and displays an alarm when the calculated power exceeds 100% of the monitoring limit.

Warning & trip (time period):

•

Activates both of the above, including warning, trip and alarm.

* Disabled Brake power monitoring disabled.

[0] [1] Warning 120s Warning based on 120 s time periode. [2] Trip 120s Trip based on 120 s time periode. [3] Warning &

trip 120s [4] Warning 30s Warning based on 30 s time periode. [5] Trip 30s Trip based on 30s time periode

Warning and trip based on 120 s time periode.

5 5

Programming Design Guide

2-13 Brake Power Monitoring

Option: Function:

[6] Warning &

trip 30s [7] Warning 60s Warning based on 60 s time periode. [8] Trip 60s Trip based on 60 s time periode. [9] Warning &

trip 60s [10] Warning 300s Warning based on 300 s time periode. [11] Trip 300s Trip based on 300 s time periode. [12] Warning &

trip 300s [13] Warning 600s Warning based on 600s time periode. [14] Trip 600s Trip based on 600 s time periode. [15] Warning &

trip 600s

Warning and trip based on 30 s time periode.

Warning and trip based on 60 s time periode.

Warning and trip based on 300 s time periode.

Warning and trip based on 600 s time periode.

If power monitoring is disabled or Warning is selected, the brake function remains active, even if the monitoring limit is exceeded. This may lead to thermal overload of the resistor. It is also possible to generate a warning via a relay/digital outputs. The measuring accuracy of the power monitoring depends on the accuracy of the resistance of

2-15 Brake Check

Option: Function:

[2] Trip Monitors for a short-circuit or disconnection of

the brake resistor, or a short-circuit of the brake IGBT. If a fault occurs, the frequency converter cuts out while displaying an alarm (trip locked).

[3] Stop and

trip

[4] AC brake Monitors for a short-circuit or disconnection of

Monitors for a short-circuit or disconnection of the brake resistor, or a short-circuit of the brake IGBT. If a fault occurs, the frequency converter ramps down to coast and then trips. A trip lock alarm is displayed.

the brake resistor, or a short-circuit of the brake IGBT. If a fault occurs, the frequency converter performs a controlled ramp-down.

NOTICE

Remove a warning arising in connection with [0] Off or [1] Warning by cycling the mains supply. The fault must

be corrected first. For [0] Off or [1] Warning, the frequency converter keeps running even if a fault is located.

the resistor (better than ±20%).

2-15 Brake Check

Option: Function:

Select type of test and monitoring function to check the connection to the brake resistor, or whether a brake resistor is present, and then display a warning or an alarm in the event of a fault. The brake resistor disconnection function is tested during power-up. However, the brake IGBT test is performed when there is no braking. A warning or trip disconnects the brake function. The testing sequence is as follows:

1. The DC-link ripple amplitude is measured for 300 ms without braking.

2. The DC-link ripple amplitude is measured for 300 ms with the brake turned on.

3. If the DC-link ripple amplitude while braking is lower than the DC-link ripple amplitude before braking +1%. Brake check failed, return a warning or alarm.

4. If the DC-link ripple amplitude while braking is higher than the DC-link ripple amplitude before braking +1%. Brake check OK.

Off Monitors brake resistor and brake IGBT for a

[0]

[1] Warning Monitors brake resistor and brake IGBT for a

short-circuit during operation. If a short-circuit occurs, a warning appears.

short-circuit, and runs a test for brake resistor disconnection during power-up.

2-16 AC brake Max. Current

Range: Function:

100 %* [ 0 - 1000.0%]Enter the maximum permissible current

when using AC brake to avoid overheating of motor windings. The AC brake function is available in Flux mode only.

NOTICE

Parameter 2-16 AC brake Max. Current has no effect when 1-10 Motor Construction=[1] PM, non-salient SPM.

2-17 Over-voltage Control

Option: Function:

[0] Disabled No OVC required.

[2] * Enabled Activates OVC.

NOTICE

Parameter 2-17 Over-voltage Control has no effect when 1-10 Motor Construction[1] PM, non-salient SPM.

NOTICE

The ramp time is automatically adjusted to avoid tripping of the frequency converter.

Programming Design Guide

16-32 Brake Energy /s

Range: Function:

0 kW* [0 - 10000 kW] View the brake power transmitted to an

external brake resistor, stated as an instantaneous value.

16-33 Brake Energy /2 min

Range: Function:

0 kW* [0 - 10000

kW]

View the brake power transmitted to an external brake resistor. The mean power is calculated on an average level based on the selected time period within 2-13 Brake Power Monitoring.

30-81 Brake Resistor (ohm)

Range: Function:

Size related*

[ 0.01 -

65535.00 Ohm]

Set the brake resistor value in Ω with 2 decimals. This value is used for monitoring the power to the brake resistor in 2-13 Brake Power Monitoring.

5.3

Parameters for VLT® AutomationDrive FC 301/FC 302 and ® Decentral Drive

FCD 302

2-02 DC Braking Time

Range: Function:

10 s* [0 - 60 s] Set the duration of the DC braking current set

in 2-01 DC Brake Current, once activated.

2-03 DC Brake Cut In Speed [RPM]

Range: Function:

Size related* [ 0 - 60000

RPM]

2-04 DC Brake Cut In Speed [Hz]

Range: Function:

Size related* [ 0 - 1000.0

Hz]

Set the DC brake cut-in speed for activation of the DC braking current set in 2-01 DC Brake Current, upon a stop command.

5 5

NOTICE

Parameter 2-04 DC Brake Cut In Speed [Hz] has no effect

when 1-10 Motor Construction[1] PM, non-salient SPM.

2-10 Brake Function

Option: Function:

[0] Off No brake resistor is installed.

[1] Resistor

brake

[2] AC brake Is selected to improve braking without using a

A brake resistor is incorporated in the system, for dissipation of surplus brake energy as heat. Connecting a brake resistor allows a higher DClink voltage during braking (generating operation). The resistor brake function is only active in frequency converters with an integral dynamic brake.

brake resistor. This parameter controls an overmagnetisation of the motor when running with a generatoric load. This function can improve the OVC-function. Increasing the electrical losses in the motor allows the OVC function to increase the braking torque without exceeding the over voltage limit.

NOTICE

The AC brake is not as efficient as dynamic braking with resistor. AC brake is for VVC+ mode in both open and closed loop.

Programming

Design Guide

2-11 Brake Resistor (ohm)

Range: Function:

Size related*

2-12 Brake Power Limit (kW)

[ 5.00 -

65535.00 Ohm]

Range: Function:

Size related*

[ 0.001 -

2000.000 kW]

V×tbrs

br,avg

the brake resistor, Rbr is the resistance of the brake resistor. tbr is the active breaking time within the 120 s period, Tbr. Ubr is the DC voltage where the brake resistor is active.

RbrΩ×Tbrs

is the average power dissipated in

NOTICE

2-13 Brake Power Monitoring

Option: Function:

2-13 Brake Power Monitoring

Option: Function:

Off:

•

Brake power monitoring disabled. Default setting.

Warning (time period):

•

Trip (time period);

•

Trips frequency converter and displays an alarm when the calculated power exceeds 100% of the monitoring limit.

Warning & trip (time period):

•

Activates both of the above, including warning, trip and alarm.

[0] * Disabled Brake power monitoring disabled. [1] Warning 120s Warning based on 120 s time periode. [2] Trip 120s Trip based on 120 s time periode. [3] Warning &

trip 120s [4] Warning 30s Warning based on 30 s time periode. [5] Trip 30s Trip based on 30s time periode [6] Warning &

trip 30s [7] Warning 60s Warning based on 60 s time periode. [8] Trip 60s Trip based on 60 s time periode. [9] Warning &

trip 60s [10] Warning 300s Warning based on 300 s time periode. [11] Trip 300s Trip based on 300 s time periode. [12] Warning &

trip 300s [13] Warning 600s Warning based on 600s time periode. [14] Trip 600s Trip based on 600 s time periode. [15] Warning &

trip 600s

Warning and trip based on 120 s time periode.

Warning and trip based on 30 s time periode.

Warning and trip based on 60 s time periode.

Warning and trip based on 300 s time periode.

Warning and trip based on 600 s time periode.

Programming Design Guide

2-15 Brake Check

Option: Function:

Parameter 2-15 Brake Check is only active in frequency converters with an integral dynamic brake.

Select type of test and monitoring function to check the connection to the brake resistor, or whether a brake resistor is present, and then display a warning or an alarm in the event of a fault.

NOTICE

The brake resistor disconnection function is tested during power-up. However, the brake IGBT test is performed when there is no braking. A warning or trip disconnects the brake function.

The testing sequence is as follows:

1. The DC-link ripple amplitude is measured for 300 ms without braking.

2. The DC-link ripple amplitude is measured for 300 ms with the brake turned on.

3. If the DC-link ripple amplitude while braking is lower than the DC-link ripple amplitude before braking + 1%: Brake

check has failed by returning a warning or alarm.

4. If the DC-link ripple amplitude while braking is higher than the DC-link ripple amplitude before braking + 1%: Brake

check is OK.

Off Monitors brake resistor and brake IGBT for a

[0]

[1] Warning Monitors brake resistor and brake IGBT for a

[2] Trip Monitors for a short-circuit or disconnection of

[3] Stop and

trip

[4] AC brake Monitors for a short-circuit or disconnection of

short-circuit during operation. If a short-circuit occurs, warning 25 appears.

short-circuit, and runs a test for brake resistor disconnection during power-up.

the brake resistor, or a short-circuit of the brake IGBT. If a fault occurs, the frequency converter cuts out while displaying an alarm (trip locked).

the brake resistor, or a short-circuit of the brake IGBT. If a fault occurs, the frequency converter performs a controlled ramp-down. This option is available for FC 302 only.

2-15 Brake Check

Option: Function:

[5] Trip Lock

NOTICE

Remove a warning arising in connection with [0] Off or [1] Warning by cycling the mains supply. The fault must

be corrected first. For [0] Off or [1] Warning, the frequency converter keeps running even if a fault is located.

2-16 AC brake Max. Current

Range: Function:

100 %* [ 0 - 1000.0 %] Enter the maximum permissible current

when using AC brake to avoid overheating of motor windings.

NOTICE

Parameter 2-16 AC brake Max. Current has no effect when 1-10 Motor Construction[1] PM, non salient SPM.

2-17 Over-voltage Control

Option: Function:

Overvoltage control (OVC) reduces the risk of the frequency converter tripping due to an overvoltage on the DC-link caused by generative power from the load.

[0] * Disabled No OVC required.

[1] Enabled (not

at stop)

[2] Enabled Activates OVC.

Activates OVC except when using a stop signal to stop the frequency converter.

NOTICE

Do not enable OVC in hoisting applications.

2-18 Brake Check Condition

Range: Function:

[0] * At Power Up Brake check is performed at power

up.

[1] After Coast Situations Brake check is performed after coast

situations.

16-32 Brake Energy /s

Range: Function:

0 kW* [0 - 10000 kW] View the brake power transmitted to an

external brake resistor, stated as an instantaneous value.

5 5

Programming Design Guide

16-33 Brake Energy /2 min

Range: Function:

0 kW* [0 - 10000

kW]

View the brake power transmitted to an external brake resistor. The mean power is calculated on an average level based on the selected time period within 2-13 Brake Power Monitoring.

30-81 Brake Resistor (ohm)

Range: Function:

Size

related*

[ 0.01 -

65535.00 Ohm]

5.4

Parameters for VLT® AutomationDrive FC 360

2-10 Brake Function

Option: Function:

[0]*Off No brake resistor is installed.

[1] Resistor

brake

[2] AC brake Improves braking without using a brake resistor.

A brake resistor is incorporated in the system for dissipation of surplus brake energy as heat. Connecting a brake resistor allows a higher DClink voltage during braking (generating operation). The brake resistor function is only active in frequency converters with an integral dynamic brake.

This parameter controls an overmagnetisation of the motor when running with a generatoric load. This function can improve the OVC-function. Increasing the electrical losses in the motor allows the OVC-function to increase braking torque without exceeding the voltage limit.

NOTICE

The AC brake is not as efficient as dynamic braking with resistor. AC brake is for VVC+ mode in both open and closed loop.

2-11 Brake Resistor (ohm)

Range: Function:

Size related*

[ 0 65535 Ohm]

Set the brake resistor value in Ω. This value is used for monitoring the power to the brake resistor. Parameter 2-11 Brake Resistor (ohm) is only active in frequency converters with an integral dynamic brake. Use this parameter for values without decimals.

2-12 Brake Power Limit (kW)

Range: Function:

Size related*

[0.001

- 2000 kW]

Parameter 2-12 Brake Power Limit (kW) is the expected average power dissipated in the brake resistor over a period of 120 s. It is used as the monitoring limit for 16-33 Brake Energy /2 min and thereby specifies when a warning/alarm is to be given. To calculate parameter 2-12 Brake Power Limit (kW), the following formula can be used.

br,avg

is the average power dissipated in the

br,avg

brake resistor, Rbr is the resistance of the

V×tbrs

RbrΩ×Tbrs

Programming Design Guide

2-12 Brake Power Limit (kW)

Range: Function:

brake resistor. tbr is the active breaking time within the 120 s period, Tbr. Ubr is the DC voltage where the brake resistor is active. This depends on the unit as follows: T4 units: 778 V

NOTICE

If Rbr is not known or if Tbr is different from 120 s, the practical approach is to run the brake application, readout 16-33 Brake Energy /2 min and then enter this + 20% in 2-12 Brake Power Limit (kW).

2-16 AC Brake, Max current

Range: Function:

100 %* [0 - 160%]Enter the maximum permissible current

when using AC brake to avoid overheating of motor windings.

NOTICE

Parameter 2-16 AC Brake, Max current has no effect when 1-10 Motor Construction is set to [1] PM, nonsalient SPM.

2-17 Over-voltage Control

Option: Function:

Overvoltage control (OVC) reduces the risk of the frequency converter tripping due to an overvoltage on the DC-link caused by generative power from the load.

[0] * Disabled No OVC required.

[1] Enabled

(not at stop)

[2] Enabled Activates OVC

Activates OVC except when using a stop signal to stop the frequency converter.

WARNING

Do NOT enable OVC in hoisting applications.

5.5

Parameters for VLT® 2800

126 DC brake time

Range: Function:

10 sec* [0 - 60 sec.] The DC brake time is set at which

parameter 132 DC brake voltage is to be active.

127 DC brake cut-in frequency

Range: Function:

0.00 OFF* [0.0 (OFF) par. 202]

Set the DC brake cut-in frequency at which the DC brake is to be activated in connection with a stop command.

132 DC brake voltage

Range: Function:

0%* [0 - 100% of

max. DC brake voltage]

Set the DC brake voltage to be activated at stop when the DC brake frequency set in parameter 127 DC brake cut-in frequency is reached, or if DC braking inverse is active via a digital input or via serial communication. Subsequently, the DC brake voltage is active for the time set in parameter 126 DC brake time.

400 Brake function

Option: Function:

[0] Off [1] Resistor

brake

[4] AC brake

[5] Load

sharing

Select [1] Resistor brake if the frequency converter has an integral brake transistor, and a brake resistor is connected to terminals 81, 82. A higher DC-link voltage is permitted during braking (generated operation) when a brake resistor is connected. Select [4] AC brake to improve braking without using brake resistors. Note that [4] AC brake is not as effective as [1] Resistor brake.

NOTICE

Disconnected and reconnect mains voltage to activate a change of selection.

5 5

Programming Design Guide

456 Brake Voltage Reduce

Range: Function:

0*0* [0-25 V if 200 V

device] [0-50 V if 400 V device]

Set the voltage by which the level for resistor braking is reduced. It is only active when [1] Resistor is selected in parameter 400 Brake function.

NOTICE

The greater the reduction value, the faster the reaction to a generator overload. Should only be used if there are problems with overvoltage in the DC-link voltage.

Application Examples Design Guide

6 Application Examples

6.1 Conveyor Belt

Illustration 6.1 shows the relation between the braking power and the acceleration/braking of a conveyor belt. Note:

The motor power during braking is negative,

•

since the torque on the motor shaft is negative. The motor power is time-dependent.

•

The braking power (the power to be dissipated to the brake resistor) corresponds almost exactly to the negative motor power plus losses in the motor and the frequency converter.

Kinetic energy (E) in conveyor belt + motor:

= 0. 5 × m ×

where

m = mass with linear movement [kg] v = speed of mass with linear movement [m/s]

j = inertia of motor and gear box [kgm2] ω = motor speed [rad/s]

+ 0 .5 × j × ω

Insert:

× 2π

The result is:

= 0 .5×

m v

+ 0 .0055 ×

− 0 .052 × n ×

6 6

= motor speed =

× 2π

rad /

This formula is also expressed as follows:

= 0. 50 × m ×

+ 0 .0055 × j ×

n2Ws

However, not all of the energy is dissipated in the brake resistor. The friction of the conveyor belt and the power loss of the motor also contribute to the braking function. So, the formula for energy dissipation (Eb) to the brake resistor is as follows:

= 0 .5×

m v

+ 0 .5

jω

− 0 .5 ×

Mfω

where

Mf = Friction torque [Nm]

ŋM = Motor efficiency

average

Time [s]

Length [m]

175ZA397.14

Acceleration

Braking

braking, avg.

[W]

Motor power

[W]

Brake power

[Nm]

Torque

[m/s]

Speed

VLT®

[m/s]

Speed

m v

[m/s]

Application Examples

Design Guide

Illustration 6.1 Conveyor Belt: Relation between Braking Power and Acceleration/Deceleration

Application Examples Design Guide

6.2 Centrifuge

Illustration 6.2 Centrifuge with Brake Resistor

Braking of a centrifuge is a typical application of brake resistors, shown in Illustration 6.2. The formula for energy dissipation (Eb) to the brake resistor is:

6 6

= 0. 0055 ×

× n22 + 0. 0055 ×

× n12 × ηM

where

m = weight of the centrifuge content [kg]

jC = centrifuge inertia [kgm2] = 0.5 x m (r

+ r

jM = gear motor inertia [kgm2] ηM = gear motor efficiency n1 = max. motor speed [rpm] n2 = max. centrifuge speed [rpm] Rb = brake resistor

6.3

Continuous Braking

To achieve continuous braking, select a brake resistor in which the constant braking power does not exceed the average power P

of the brake resistor.

avg

NOTICE

Contact the Danfoss distributor for further information.

)

Special Conditions Design Guide

7 Special Conditions

7.1 Alternative Braking Methods

7.1.1 DC Injection Braking

If the 3-phase winding of the stator is fed with direct current, a stationary magnetic field Φ is set up in the stator bore causing a voltage to be induced in the bars of the cage rotor as long as the rotor is in motion. Since the electrical resistance of the rotor cage is very low, even small induced voltages can create a high rotor current. This current produces a strong braking effect on the bars and hence on the rotor. As the speed decreases, the frequency of the induced voltage decreases and with it the inductive impedance. The ohmic resistance of the rotor

gradually becomes dominant and so increases the braking effect as the speed comes down. The braking torque generated decreases steeply just before standstill and finally ceases when there is no further movement. Direct current injection braking is therefore not suitable for holding a load at rest.

FC 102, 202, 301 and 302-Series

An over-modulated DC current added to the AC current works as an eddy current brake (parameter 2-02 DC Braking Time ≠ 0 s).

AC-braking

7.1.2

When the motor acts as a brake, the DC-link voltage increases because energy is fed back to the DC-link. The principle in AC-brake is to increase the magnetisation during the braking and thereby increase the thermal losses of the motor.

VLT 2800

By using parameter 144 in VLT 2800, it is possible to adjust the size of the generator torque that can be applied to the motor without the intermediate circuit voltage exceeding the warning level.

The braking torque depends on the speed. With the ACbrake function enabled and parameter 144=1.3 (factory setting) it is possible to brake with about 50% of rated torque below 2/3 of rated speed and with about 25 % at rated speed. The function is not working at low speed (below 1/3 of nominal motor speed). It is only possible to run for about 30 s with parameter 144 greater than 1.2.

NOTICE

If the value in parameter 144 is increased, the motor current simultaneously increases significantly when generator loads are applied. The parameter should therefore only be changed if it is guaranteed during measurement that the motor current in all operating situations never exceeds the maximum permitted current in the motor. Note: The current cannot be read out from the display.

7.1.3 Mechanical Holding Brake

A mechanical holding brake mounted directly on the motor shaft normally performs static braking. In some applications, the static holding torque is working as static holding of the motor shaft (usually synchronous permanent motors). A holding brake is either controlled by a PLC or directly by a digital output from the frequency converter (relay or solid state).

NOTICE

FC 102, 202, 301 and 302-Series

The brake energy is distributed in the motor by changing the loss conditions in the motor. The AC brake function cannot be used in applications with high cycling frequency since this overheats the motor (parameter 2-10 Brake Function=[2] AC Brake). By using factory settings it is possible to brake with about 50% of rated torque below 2/3 of rated speed and with about 25% at rated speed. The function is not working at low speed (below 1/3 of nominal motor speed).

When the holding brake is included in a safety chain: A frequency converter cannot provide a safe control of a mechanical brake. A redundancy circuitry for the brake control must be included in the total installation.

Special Conditions Design Guide

7.1.4 DC Braking

Resistor brake is useful from max. speed down to a certain frequency. Below this frequency DC braking is to be applied as required. The most efficient way of doing this is to use a combination of dynamic and DC braking. See

Illustration 7.1. The parameters can be found in chapter 5 Programming.

7 7

Illustration 7.1 Optimum Braking

How to calculate optimum DC-brake cut in frequency:

−

Slip

Synchronous speed

× 100 %

× 60

[1/min]

f = frequency supplied to motor p = no. of pole pairs nn = speed of the rotor

DC-brake cut in frequency = 2 ×

100

Select a 10% duty cycle brake resistor from the

selection tables

Select a 10%

duty cycle brake

resistor from the

selection tables

Select a 40% duty cycle brake resistor from the

selection tables

Please contact

Danfoss

Please contact

Danfoss

130BB148.13

Low intertia

ramp down>15 s

Low or high

intertia?

Horizontal

Vertical

Horizontal or

vertical movement?

Determine braking

time of the application

Braking time<

brake resistor period

Braking time>

brake resistor period

Calculate duty

cycle

duty cycle <10% duty cycle >40%

duty cycle ranging

from 10-40%

High inertia

ramp down<15 s

or don’t know

Compare the braking

time with the resistors

braking period

Selection Guide

Design Guide

8 Selection Guide

8.1 Selection Flow Chart

To select the correct size of brake resistor for an application, refer to the flow chart in Illustration 8.1.

1. Select an answer to each question from the top down.

2. Follow the answer to reach the next question, or to obtain guidance in calculating inertia or duty cycle.

3. The final box indicates the correct selection table, or whether to call hotline for additional guidance.

Illustration 8.1 Brake Resistor Selection Flow Chart

1) When contacting Danfoss, provide the following data: Nominal power 100%

•

Maximum power during brake cycle

•

Braking time/duty cycle

•

Supply voltage (max. DC)

•

Resistance (Ω)

•

With or without temperature switch

•

IP enclosure rating

•

Type of reference drive

•

Selection Guide Design Guide

8.2 Selection Tables for Recommended Brake Resistors

8.2.1 Abbreviations used in the Brake Resistor Tables

Mains Voltage class P

min

rec

Thermo relay Brake current setting of external thermo relay Danfoss part number Danfoss brake resistor order numbers Cable cross-section

br,cont.

br,nom

8.2.2

VLT® Micro Drive FC 51

10% duty cycle, horizontal braking, S2, T2, T4

Frequency converter data

Mains type

[kW]

S2 1.5 60.0 70.9 70 0.200 175u3026 - - - 1.5 1.6 S2 2.2 40.0 47.6 48 0.200 175u3031 - - - 1.5 1.9 T2 1.5 60.0 70.9 70 0.200 175u3026 - - - 1.5 1.6 T2 2.2 40.0 47.6 48 0.200 175u3031 - - - 1.5 1.9 T2 3.7 23.0 27.7 27 0.360 175u3326 175u3477 175u3478 - 1.5 3.5 T4 1.5 234 274.8 270 0.200 175u3007 - - - 1.5 0.8 T4 2.2 157 184.4 200 0.200 175u3008 - - - 1.5 0.9 T4 3 113 133.7 145 0.300 175u3300 - - - 1.5 1.3 T4 4 83.0 98.9 110 0.450 175u3335 175u3450 175u3449 - 1.5 1.9 T4 5.5 60.0 71.2 80 0.570 175u3336 175u3452 175u3451 - 1.5 2.5 T4 7.5 44.0 51.8 56 0.680 175u3337 175u3027 175u3028 - 1.5 3.3 T4 11 29.0 34.8 38 1.130 175u3338 175u3034 175u3035 - 1.5 5.2 T4 15 21.0 25.3 28 1.400 175u3339 175u3039 175u3040 - 1.5 6.7 T4 18.5 17.0 20.4 22 1.700 175u3340 175u3047 175u3048 - 1.5 8.3 T4 22 14.0 17.1 19 2.200 175u3357 175u3049 175u3050 - 1.5 10.1

Rated motor size for frequency converter Minimum permissible brake resistor - by frequency converter Recommended brake resistor resistance of Danfoss brake resistors

Recommended minimum value based upon PVC insulated copper cable. 30 °C ambient temperature with normal heat dissipation Brake resistor average rated power. The temperature switch enables at approximate 90% of continuous rated power at brake resistors with IP54, IP21 and IP65 enclosure protection The nominal (calculated) resistor value to ensure a brake power on motor shaft of 150/160/110% for 1 minute

FC 51 Horizontal braking 10% duty cycle

Brake resistor data Installation

R [Ω]

min

br,nom

[Ω]

Danfoss part number

Screw

rec

br,cont.

[kW]

Wire IP54

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

8 8

Thermo

relay

[A]

Table 8.1 S2, T2, T4, Horizontal Braking 10% Duty Cycle

Selection Guide Design Guide

40% duty cycle, vertical braking, S2, T2, T4

FC 51 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

S2 1.5 60.0 70.9 70 0.570 175u3302 175u3404 175u3403 - 1.5 2.7 S2 2.2 40.0 47.6 48 0.960 175u3303 175u3406 175u3405 - 1.5 4.2 T2 1.5 60.0 70.9 70 0.570 175u3302 175u3404 175u3403 - 1.5 2.7 T2 2.2 40.0 47.6 48 0.960 175u3303 175u3406 175u3405 - 1.5 4.2 T2 3.7 23.0 27.7 27 1.400 175u3305 175u3410 175u3409 - 1.5 6.8 T4 1.5 234 274.8 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 T4 2.2 157 184.4 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 T4 3 113 133.7 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7 T4 4 83.0 98.9 110 1.700 175u3314 175u3424 175u3423 - 1.5 3.7 T4 5.5 60.0 71.2 80 2.200 175u3315 175u3138 175u3139 - 1.5 5 T4 7.5 44.0 51.8 56 3.200 175u3316 175u3428 175u3427 - 1.5 7.1 T4 11 29.0 34.8 38 5.000 - - - 175u3236 1.5 11.5 T4 15 21.0 25.3 28 6.000 - - - 175u3237 2.5 14.7 T4 18.5 17.0 20.4 22 8.000 - - - 175u3238 4 19 T4 22 14.0 17.1 19 10.000 - - - 175u3203 4 23

R [Ω]

min

br,nom

[Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.2 S2, T2, T4, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.2.3

VLT® HVAC Drive FC 102

10% duty cycle, horizontal braking, T2

FC 102 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T2 1.1 130 152.9 145 0.100 175u3016 - - - 1.5 0.8 T2 1.5 81.0 110.5 100 0.100 175u3021 - - - 1.5 0.9 T2 2.2 58.5 74.1 70 0.200 175u3026 - - - 1.5 1.6 T2 3 45.0 53.7 48 0.200 175u3031 - - - 1.5 1.9 T2 3.7 31.5 39.9 35 0.300 175u3325 - - - 1.5 2.7 T2 5.5 22.5 28.7 27 0.360 175u3326 175u3477 175u3478 - 1.5 3.5 T2 7.5 17.7 20.8 18 0.570 175u3327 175u3442 175u3441 - 1.5 5.3 T2 11 12.6 14.0 13 0.680 175u3328 175u3059 175u3060 - 1.5 6.8 T2 15 8.7 10.2 9.0 1.130 175u3329 175u3068 175u3069 - 2.5 10.5 T2 18.5 5.3 8.2 5.7 1.400 175u3330 175u3073 175u3074 - 4 14.7 T2 22 5.1 6.9 5.7 1.700 175u3331 175u3483 175u3484 - 4 16 T2 30 3.2 5.0 3.5 2.200 175u3332 175u3080 175u3081 - 6 24 T2 37 3.0 4.1 3.5 2.800 175u3333 175u3448 175u3447 - 10 27 T2 45 2.4 3.3 2.8 3.200 175u3334 175u3086 175u3087 - 16 32

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.3 T2, Horizontal Braking 10% Duty Cycle

40% duty cycle, vertical braking, T2

FC 102 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T2 1.1 130 152.9 145 0.300 175u3300 - - - 1.5 1.3 T2 1.5 81.0 110.5 100 0.450 175u3301 175u3402 175u3401 - 1.5 2 T2 2.2 58.5 74.1 70 0.570 175u3302 175u3404 175u3403 - 1.5 2.7 T2 3 45.0 53.7 48 0.960 175u3303 175u3406 175u3405 - 1.5 4.2 T2 3.7 31.5 39.9 35 1.130 175u3304 175u3408 175u3407 - 1.5 5.4 T2 5.5 22.5 28.7 27 1.400 175u3305 175u3410 175u3409 - 1.5 6.8 T2 7.5 17.7 20.8 18 2.200 175u3306 175u3412 175u3411 - 1.5 10.4 T2 11 12.6 14.0 13 3.200 175u3307 175u3414 175u3413 - 2.5 14.7 T2 15 8.7 10.2 9.0 5.500 - 175u3176 175u3177 - 4 23 T2 18.5 5.3 8.2 5.7 6.000 - - - 175u3233 10 33 T2 22 5.1 6.9 5.7 8.000 - - - 175u3234 10 38 T2 30 3.2 5.0 3.5 9.000 - - - 175u3235 16 51 T2 37 3.0 4.1 3.5 14.000 - - - 175u3224 25 63 T2 45 2.4 3.3 2.8 17.000 - - - 175u3227 35 78

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.4 T2, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

10% duty cycle, horizontal braking, T4

FC 102 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

T4 1.1 546 607.3 630 0.100 175u3002 - - - 1.5 0.4 T4 1.5 382 437.3 410 0.100 175u3004 - - - 1.5 0.5 T4 2.2 260 293.3 270 0.200 175u3007 - - - 1.5 0.8 T4 3 189 212.7 200 0.200 175u3008 - - - 1.5 0.9 T4 4 135 157.3 145 0.300 175u3300 - - - 1.5 1.3 T4 5.5 99.0 113.3 110 0.450 175u3335 175u3450 175u3449 - 1.5 1.9 T4 7.5 72.0 82.4 80 0.570 175u3336 175u3452 175u3451 - 1.5 2.5 T4 11 50.0 55.3 56 0.680 175u3337 175u3027 175u3028 - 1.5 3.3 T4 15 36.0 40.3 38 1.130 175u3338 175u3034 175u3035 - 1.5 5.2 T4 18.5 27.0 32.5 28 1.400 175u3339 175u3039 175u3040 - 1.5 6.7 T4 22 20.3 27.2 22 1.700 175u3340 175u3047 175u3048 - 1.5 8.3 T4 30 18.0 19.8 19 2.200 175u3357 175u3049 175u3050 - 1.5 10.1 T4 37 13.4 16.0 14 2.800 175u3341 175u3055 175u3056 - 2.5 13.3 T4 45 10.8 13.1 12 3.200 175u3359 175u3061 175u3062 - 2.5 15.3 T4 55 8.8 10.7 9.5 4.200 - 175u3065 175u3066 - 4 20 T4 75 6.5 7.8 7.0 5.500 - 175u3070 175u3071 - 6 26 T4 90 4.2 6.5 5.5 7.000 - - - 175u3231 10 36 T4 110 3.6 5.3 4.7 9.000 - - - 175u3079 16 44 T4 132 3.0 4.4 3.7 11.000 - - - 175u3083 25 55 T4 160 2.5 3.6 3.3 13.000 - - - 175u3084 35 63 T4 200 2.0 2.9 2.7 16.000 - - - 175u3088 50 77 T4 250 1.6 2.3 2.1 20.000 - - - 175u3091 70 98 T4 315 1.2 1.8 1.7 26.000 - - - 175u3093 2x35 124 T4 355 1.2 1.6 1.3 32.000 - - - 175u3097 2x35 157 T4 400 1.2 1.4 1.2 36.000 - - - 175u3098 2x50 173 T4 450 1.1 1.3 1.1 42.000 - - - 175u3099 2x50 196 T4 500 0.9 1.1 2x1.9 - - - - - - T4 560 0.9 1.0 2x1.7 - - - - - - T4 630 0.8 0.9 2x1.5 - - - - - - T4 710 0.7 0.8 2x1.3 - - - - - - T4 800 0.6 0.7 3x1.8 - - - - - - T4 1000 0.5 0.6 3x1.6 - - - - - - -

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.5 T4, Horizontal Braking 10% Duty Cycle

Selection Guide Design Guide

40% duty cycle, vertical braking, T4

FC 102 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

T4 1.1 546 607.3 630 0.300 175u3309 - - - 1.5 0.7 T4 1.5 382 437.3 410 0.450 175u3310 175u3416 175u3415 - 1.5 1 T4 2.2 260 293.3 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 T4 3 189 212.7 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 T4 4 135 157.3 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7 T4 5.5 99.0 113.3 110 1.700 175u3314 175u3424 175u3423 - 1.5 3.7 T4 7.5 72.0 82.4 80 2.200 175u3315 175u3138 175u3139 - 1.5 5 T4 11 50.0 55.3 56 3.200 175u3316 175u3428 175u3427 - 1.5 7.1 T4 15 36.0 40.3 38 5.000 - - - 175u3236 1.5 11.5 T4 18.5 27.0 32.5 28 6.000 - - - 175u3237 2.5 14.7 T4 22 20.3 27.2 22 8.000 - - - 175u3238 4 19 T4 30 18.0 19.8 19 10.000 - - - 175u3203 4 23 T4 37 13.4 16.0 14 14.000 - - - 175u3206 10 32 T4 45 10.8 13.1 12 17.000 - - - 175u3210 10 38 T4 55 8.8 10.7 9.5 21.000 - - - 175u3213 16 47 T4 75 6.5 7.8 7.0 26.000 - - - 175u3216 25 61 T4 90 4.2 6.5 5.5 36.000 - - - 175u3219 35 81 T4 110 3.6 5.3 4.7 42.000 - - - 175u3221 50 95 T4 132 3.0 4.4 3.7 52.000 - - - 175u3223 70 119 T4 160 2.5 3.6 3.3 60.000 - - - 175u3225 2x35 135 T4 200 2.0 2.9 2.7 78.000 - - - 175u3228 2x50 170 T4 250 1.6 2.3 2.1 90.000 - - - 175u3230 2x70 207 T4 315 1.2 1.8 1.7 - - - - - - T4 355 1.2 1.6 1.3 - - - - - - T4 400 1.2 1.4 1.2 - - - - - - T4 450 1.1 1.3 1.1 - - - - - - T4 500 0.9 1.1 2x1.9 - - - - - - T4 560 0.9 1.0 2x1.7 - - - - - - T4 630 0.8 0.9 2x1.5 - - - - - - T4 710 0.7 0.8 2x1.3 - - - - - - T4 800 0.6 0.7 3x1.8 - - - - - - T4 1000 0.5 0.6 3x1.6 - - - - - - -

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.6 T4, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

10% duty cycle, horizontal braking, T6

FC 102 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T6 1.1 620 889.1 850 0.100 175u3001 - - - 1.5 0.4 T6 1.5 550 642.7 570 0.100 175u3003 - - - 1.5 0.4 T6 2.2 380 431.1 415 0.200 175u3005 - - - 1.5 0.7 T6 3 260 312.5 270 0.200 175u3007 - - - 1.5 0.8 T6 4 189 231.6 200 0.300 175u3342 - - - 1.5 1.1 T6 5.5 135 166.6 145 0.450 175u3343 175u3012 175u3013 - 1.5 1.7 T6 7.5 99.0 121.1 100 0.570 175u3344 175u3136 175u3137 - 1.5 2.3 T6 11 69.0 81.6 72 0.680 175u3345 175u3456 175u3455 - 1.5 2.9 T6 15 48.6 59.4 52 1.130 175u3346 175u3458 175u3457 - 1.5 4.4 T6 18.5 35.1 47.9 38 1.400 175u3347 175u3460 175u3459 - 1.5 5.7 T6 22 27.0 40.1 31 1.700 175u3348 175u3037 175u3038 - 1.5 7 T6 30 22.5 29.2 27 2.200 175u3349 175u3043 175u3044 - 1.5 8.5 T6 37 17.1 23.6 19 2.800 175u3350 175u3462 175u3461 - 2.5 11.4

T6 45 13.5 19.4 14 3.200 175u3358 175u3464 175u3463 - 2.5 14.2 T6 55 11.7 15.8 13.5 4.200 - 175u3057 175u3058 - 4 17 T6 75 9.9 11.5 11 5.500 - 175u3063 175u3064 - 6 21 T6 90 8.6 9.6 7.0 7.000 - - - 175u3245 10 32

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.7 T6, Horizontal Braking 10% Duty Cycle

40% duty cycle, vertical braking, T6

FC 102 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T6 1.1 620 889.1 850 0.280 175u3317 175u3104 175u3105 - 1.5 0.6 T6 1.5 550 642.7 570 0.450 175u3318 175u3430 175u3429 - 1.5 0.9 T6 2.2 380 431.1 415 0.570 175u3319 175u3432 175u3431 - 1.5 1.1 T6 3 260 312.5 270 0.960 175u3320 175u3434 175u3433 - 1.5 1.8 T6 4 189 231.6 200 1.130 175u3321 175u3436 175u3435 - 1.5 2.3 T6 5.5 135 166.6 145 1.700 175u3322 175u3126 175u3127 - 1.5 3.3 T6 7.5 99.0 121.1 100 2.200 175u3323 175u3438 175u3437 - 1.5 4.4 T6 11 69.0 81.6 72 3.200 175u3324 175u3440 175u3439 - 1.5 6.3 T6 15 48.6 59.4 52 5.500 - 175u3148 175u3149 - 1.5 9.7 T6 18.5 35.1 47.9 38 6.000 - - - 175u3239 2.5 12.6 T6 22 27.0 40.1 31 8.000 - - - 175u3240 4 16 T6 30 22.5 29.2 27 10.000 - - - 175u3200 4 19 T6 37 17.1 23.6 19 14.000 - - - 175u3204 10 27 T6 45 13.5 19.4 14 17.000 - - - 175u3207 10 35 T6 55 11.7 15.8 13.5 21.000 - - - 175u3208 16 40 T6 75 9.9 11.5 11 26.000 - - - 175u3211 25 49 T6 90 8.6 9.6 7.0 30.000 - - - 175u3241 35 66

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.8 T6, Vertical Braking 40% Duty Cycle

Selection Guide

Design Guide

10% duty cycle, horizontal braking, T7

FC 102 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

T7 1.1 620 830 630 0.100 175u3002 - - - 1.5 0.4 T7 1.5 513 600 570 0.100 175u3003 - - - 1.5 0.4 T7 2.2 340 403 415 0.200 175u3005 - - - 1.5 0.7 T7 3 243 292 270 0.300 175u3361 - - - 1.5 1 T7 4 180 216 200 0.360 - 175u3009 175u3010 - 1.5 1.3 T7 5.5 130 156 145 0.450 - 175u3012 175u3013 - 1.5 1.7 T7 7.5 94 113 105 0.790 - 175u3481 175u3482 - 1.5 2.6 T7 11 94.5 110.9 105 0.790 175u3360 175u3481 175u3482 - 1.5 2.7 T7 15 69.7 80.7 72 1.130 175u3351 175u3466 175u3465 - 1.5 3.8 T7 18.5 46.8 65.1 52 1.400 175u3352 175u3468 175u3467 - 1.5 4.9 T7 22 36.0 54.5 42 1.700 175u3353 175u3032 175u3033 - 1.5 6 T7 30 29.0 39.7 31 2.200 175u3354 175u3470 175u3469 - 1.5 7.9 T7 37 22.5 32.1 27 2.800 175u3355 175u3472 175u3471 - 2.5 9.6 T7 45 18.0 26.3 22 3.200 175u3356 175u3479 175u3480 - 2.5 11.3 T7 55 13.5 21.4 15.5 4.200 - 175u3474 175u3473 - 4 15.4 T7 75 13.5 15.6 13.5 5.500 - 175u3476 175u3475 - 6 19 T7 90 8.8 13.0 11 7.000 - - - 175u3232 10 25 T7 110 8.8 10.6 9.1 9.000 - - - 175u3067 16 32 T7 132 6.6 8.8 7.4 11.000 - - - 175u3072 16 39 T7 160 4.2 7.2 6.1 13.000 - - - 175u3075 16 46 T7 200 4.2 5.8 5.0 16.000 - - - 175u3078 25 57 T7 250 3.4 4.6 4.0 20.000 - - - 175u3082 35 71 T7 315 2.3 3.7 3.2 26.000 - - - 175u3085 50 90 T7 400 2.3 2.9 2.5 32.000 - - - 175u3089 70 113 T7 450 2.0 2.6 2.3 36.000 - - - 175u3090 2x35 125 T7 500 1.9 2.3 2.0 42.000 - - - 175u3092 2x35 145 T7 560 1.5 2.1 1.6 52.000 - - - 175u3094 2x50 180 T7 630 1.4 1.8 1.4 60.000 - - - 175u3095 2x50 207 T7 710 1.2 1.6 2x2.6 - - - - - - T7 800 1.1 1.4 2x2.2 - - - - - - T7 900 1.0 1.3 2x2.0 - - - - - - T7 1000 0.9 1.1 3x2.6 - - - - - - T7 1200 0.8 1.0 3x2.4 - - - - - - T7 1400 0.6 0.8 3x2.0 - - - - - - -

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.9 T7, Horizontal Braking 10% Duty Cycle

Selection Guide

Design Guide

40% duty cycle, vertical braking, T7

FC 102 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

T7 1.1 620 830 630 0.360 - 175u3108 175u3109 - 1.5 0.8 T7 1.5 513 600 570 0.570 - 175u3110 175u3111 - 1.5 1 T7 2.2 340 403 415 0.790 - 175u3112 175u3113 - 1.5 1.3 T7 3 243 292 270 1.130 - 175u3118 175u3119 - 1.5 2 T7 4 180 216 200 1.700 - 175u3122 175u3123 - 1.5 2.8 T7 5.5 130 156 145 2.200 - 175u3106 175u3107 - 1.5 3.7 T7 7.5 94 113 105 3.200 - 175u3132 175u3133 - 1.5 5.2 T7 11 94.5 110.9 105 4.200 - 175u3134 175u3135 - 1.5 6 T7 15 69.7 80.7 72 4.200 - 175u3142 175u3143 - 1.5 7.2 T7 18.5 46.8 65.1 52 6.000 - - - 175u3242 2.5 10.8 T7 22 36.0 54.5 42 8.000 - - - 175u3243 2.5 13.9 T7 30 29.0 39.7 31 10.000 - - - 175u3244 4 18 T7 37 22.5 32.1 27 14.000 - - - 175u3201 10 23 T7 45 18.0 26.3 22 17.000 - - - 175u3202 10 28 T7 55 13.5 21.4 15.5 21.000 - - - 175u3205 16 37 T7 75 13.5 15.6 13.5 26.000 - - - 175u3209 16 44 T7 90 8.8 13.0 11 36.000 - - - 175u3212 25 57 T7 110 8.8 10.6 9.1 42.000 - - - 175u3214 35 68 T7 132 6.6 8.8 7.4 52.000 - - - 175u3215 50 84 T7 160 4.2 7.2 6.1 60.000 - - - 175u3218 70 99 T7 200 4.2 5.8 5.0 78.000 - - - 175u3220 2x35 125 T7 250 3.4 4.6 4.0 90.000 - - - 175u3222 2x35 150 T7 315 2.3 3.7 3.2 - - - - - - T7 400 2.3 2.9 2.5 - - - - - - T7 450 2.0 2.6 2.3 - - - - - - T7 500 1.9 2.3 2.0 - - - - - - T7 560 1.5 2.1 1.6 - - - - - - T7 630 1.4 1.8 1.4 - - - - - - T7 710 1.2 1.6 2x2.6 - - - - - - T7 800 1.1 1.4 2x2.2 - - - - - - T7 900 1.0 1.3 2x2.0 - - - - - - T7 1000 0.9 1.1 3x2.6 - - - - - - T7 1200 0.8 1.0 3x2.4 - - - - - - T7 1400 0.6 0.8 3x2.0 - - - - - - -

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.10 T7, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.2.4

VLT® AQUA Drive FC 202

10% duty cycle, horizontal braking, T2

FC 202 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

T2 0.25 380 691.3 630 0.100 175u3002 - - - 1.5 0.4 T2 0.37 380 466.7 410 0.100 175u3004 - - - 1.5 0.5 T2 0.55 275 313.7 300 0.100 175u3006 - - - 1.5 0.6 T2 0.75 188 230.0 200 0.100 175u3011 - - - 1.5 0.7 T2 1.1 130 152.9 145 0.100 175u3016 - - - 1.5 0.8 T2 1.5 81.0 110.5 100 0.100 175u3021 - - - 1.5 0.9 T2 2.2 58.5 74.1 70 0.200 175u3026 - - - 1.5 1.6 T2 3 45.0 53.7 48 0.200 175u3031 - - - 1.5 1.9 T2 3.7 31.5 39.9 35 0.300 175u3325 - - - 1.5 2.7 T2 5.5 22.5 28.7 27 0.360 175u3326 175u3477 175u3478 - 1.5 3.5 T2 7.5 17.7 20.8 18 0.570 175u3327 175u3442 175u3441 - 1.5 5.3 T2 11 12.6 14.0 13 0.680 175u3328 175u3059 175u3060 - 1.5 6.8 T2 15 8.7 10.2 9.0 1.130 175u3329 175u3068 175u3069 - 2.5 10.5 T2 18.5 5.3 8.2 5.7 1.400 175u3330 175u3073 175u3074 - 4 15 T2 22 5.1 6.9 5.7 1.700 175u3331 175u3483 175u3484 - 4 16 T2 30 3.2 5.0 3.5 2.200 175u3332 175u3080 175u3081 - 6 24 T2 37 3.0 4.1 3.5 2.800 175u3333 175u3448 175u3447 - 10 27 T2 45 2.4 3.3 2.8 3.200 175u3334 175u3086 175u3087 - 16 32

R [Ω]

min

br,nom

[Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.11 T2, Horizontal Braking 10% Duty Cycle

Selection Guide Design Guide

40% duty cycle, vertical braking, T2

FC 202 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

T2 0.25 380 691.3 630 0.100 175u3002 - - - 1.5 0.4 T2 0.37 380 466.7 410 0.100 175u3004 - - - 1.5 0.5 T2 0.55 275 313.7 300 0.200 175u3096 - - - 1.5 0.8 T2 0.75 188 230.0 200 0.200 175u3008 - - - 1.5 0.9 T2 1.1 130 152.9 145 0.300 175u3300 - - - 1.5 1.3 T2 1.5 81.0 110.5 100 0.450 175u3301 175u3402 175u3401 - 1.5 2 T2 2.2 58.5 74.1 70 0.570 175u3302 175u3404 175u3403 - 1.5 2.7 T2 3 45.0 53.7 48 0.960 175u3303 175u3406 175u3405 - 1.5 4.2 T2 3.7 31.5 39.9 35 1.130 175u3304 175u3408 175u3407 - 1.5 5.4 T2 5.5 22.5 28.7 27 1.400 175u3305 175u3410 175u3409 - 1.5 6.8 T2 7.5 17.7 20.8 18 2.200 175u3306 175u3412 175u3411 - 1.5 10.4 T2 11 12.6 14.0 13 3.200 175u3307 175u3414 175u3413 - 2.5 14.7 T2 15 8.7 10.2 9.0 5.500 - 175u3176 175u3177 - 4 23 T2 18.5 5.3 8.2 5.7 6.000 - - - 175u3233 10 33 T2 22 5.1 6.9 5.7 8.000 - - - 175u3234 10 38 T2 30 3.2 5.0 3.5 9.000 - - - 175u3235 16 51 T2 37 3.0 4.1 3.5 14.000 - - - 175u3224 25 63 T2 45 2.4 3.3 2.8 17.000 - - - 175u3227 35 78

R [Ω]

min

R [Ω]

br,nom

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.12 T2, Vertical Braking 40% Duty Cycle

Selection Guide

Design Guide

10% duty cycle, horizontal braking, T4

FC 202 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

T4 0.37 1000 1864.2 1200 0.100 175u3000 - - - 1.5 0.3 T4 0.55 1000 1246.3 1200 0.100 175u3000 - - - 1.5 0.3 T4 0.75 620 910.2 850 0.100 175u3001 - - - 1.5 0.4 T4 1.1 546 607.3 630 0.100 175u3002 - - - 1.5 0.4 T4 1.5 382 437.3 410 0.100 175u3004 - - - 1.5 0.5 T4 2.2 260 293.3 270 0.200 175u3007 - - - 1.5 0.8 T4 3 189 212.7 200 0.200 175u3008 - - - 1.5 0.9 T4 4 135 157.3 145 0.300 175u3300 - - - 1.5 1.3 T4 5.5 99.0 113.3 110 0.450 175u3335 175u3450 175u3449 - 1.5 1.9 T4 7.5 72.0 82.4 80 0.570 175u3336 175u3452 175u3451 - 1.5 2.5 T4 11 50.0 55.3 56 0.680 175u3337 175u3027 175u3028 - 1.5 3.3 T4 15 36.0 40.3 38 1.130 175u3338 175u3034 175u3035 - 1.5 5.2 T4 18.5 27.0 32.5 28 1.400 175u3339 175u3039 175u3040 - 1.5 6.7 T4 22 20.3 27.2 22 1.700 175u3340 175u3047 175u3048 - 1.5 8.3 T4 30 18.0 19.8 19 2.200 175u3357 175u3049 175u3050 - 1.5 10.1 T4 37 13.4 16.0 14 2.800 175u3341 175u3055 175u3056 - 2.5 13.3 T4 45 10.8 13.1 12 3.200 175u3359 175u3061 175u3062 - 2.5 15.3 T4 55 8.8 10.7 9.5 4.200 - 175u3065 175u3066 - 4 20 T4 75 6.5 7.8 7.0 5.500 - 175u3070 175u3071 - 6 26 T4 90 4.2 6.5 5.5 7.000 - - - 175u3231 10 36 T4 110 3.6 5.3 4.7 9.000 - - - 175u3079 16 44 T4 132 3.0 4.4 3.7 11.000 - - - 175u3083 25 55 T4 160 2.5 3.6 3.3 13.000 - - - 175u3084 35 63 T4 200 2.0 2.9 2.7 16.000 - - - 175u3088 50 77 T4 250 1.6 2.3 2.1 20.000 - - - 175u3091 70 98 T4 315 1.2 1.8 1.7 26.000 - - - 175u3093 2x35 124 T4 355 1.2 1.6 1.3 32.000 - - - 175u3097 2x35 157 T4 400 1.2 1.4 1.2 36.000 - - - 175u3098 2x50 173 T4 450 1.1 1.3 1.1 42.000 - - - 175u3099 2x50 196 T4 500 0.9 1.1 2x1.9 - - - - - - T4 560 0.9 1.0 2x1.7 - - - - - - T4 630 0.8 0.9 2x1.5 - - - - - - T4 710 0.7 0.8 2x1.3 - - - - - - T4 800 0.6 0.7 3x1.8 - - - - - - T4 1000 0.5 0.6 3x1.6 - - - - - - -

R [Ω]

min

br,nom

[Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.13 T4, Horizontal Braking 10% Duty Cycle

Selection Guide

Design Guide

40% duty cycle, vertical braking, T4

FC 202 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

T4 0.37 1000 1864.2 1200 0.200 175u3101 - - - 1.5 0.4 T4 0.55 1000 1246.3 1200 0.200 175u3101 - - - 1.5 0.4 T4 0.75 620 910.2 850 0.200 175u3308 - - - 1.5 0.5 T4 1.1 546 607.3 630 0.300 175u3309 - - - 1.5 0.7 T4 1.5 382 437.3 410 0.450 175u3310 175u3416 175u3415 - 1.5 1 T4 2.2 260 293.3 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 T4 3 189 212.7 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 T4 4 135 157.3 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7 T4 5.5 99.0 113.3 110 1.700 175u3314 175u3424 175u3423 - 1.5 3.7 T4 7.5 72.0 82.4 80 2.200 175u3315 175u3138 175u3139 - 1.5 5 T4 11 50.0 55.3 56 3.200 175u3316 175u3428 175u3427 - 1.5 7.1 T4 15 36.0 40.3 38 5.000 - - - 175u3236 1.5 11.5 T4 18.5 27.0 32.5 28 6.000 - - - 175u3237 2.5 14.7 T4 22 20.3 27.2 22 8.000 - - - 175u3238 4 19 T4 30 18.0 19.8 19 10.000 - - - 175u3203 4 23 T4 37 13.4 16.0 14 14.000 - - - 175u3206 10 32 T4 45 10.8 13.1 12 17.000 - - - 175u3210 10 38 T4 55 8.8 10.7 9.5 21.000 - - - 175u3213 16 47 T4 75 6.5 7.8 7.0 26.000 - - - 175u3216 25 61 T4 90 4.2 6.5 5.5 36.000 - - - 175u3219 35 81 T4 110 3.6 5.3 4.7 42.000 - - - 175u3221 50 95 T4 132 3.0 4.4 3.7 52.000 - - - 175u3223 70 119 T4 160 2.5 3.6 3.3 60.000 - - - 175u3225 2x35 135 T4 200 2.0 2.9 2.7 78.000 - - - 175u3228 2x50 170 T4 250 1.6 2.3 2.1 90.000 - - - 175u3230 2x70 207 T4 315 1.2 1.8 1.7 - - - - - - T4 355 1.2 1.6 1.3 - - - - - - T4 400 1.2 1.4 1.2 - - - - - - T4 450 1.1 1.3 1.1 - - - - - - T4 500 0.9 1.1 2x1.9 - - - - - - T4 560 0.9 1.0 2x1.7 - - - - - - T4 630 0.8 0.9 2x1.5 - - - - - - T4 710 0.7 0.8 2x1.3 - - - - - - T4 800 0.6 0.7 3x1.8 - - - - - - T4 1000 0.5 0.6 3x1.6 - - - - - - -

R [Ω]

min

R [Ω]

br,nom

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.14 T4, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

10% duty cycle, horizontal braking, T6

FC 202 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

rec

br,cont.

[kW]

T6 0.75 620 1329.7 1200 0.100 175u3000 - - - 1.5 0.3 T6 1.1 620 889.1 850 0.100 175u3001 - - - 1.5 0.4 T6 1.5 550 642.7 570 0.100 175u3003 - - - 1.5 0.4 T6 2.2 380 431.1 415 0.200 175u3005 - - - 1.5 0.7 T6 3 260 312.5 270 0.200 175u3007 - - - 1.5 0.8 T6 4 189 231.6 200 0.300 175u3342 - - - 1.5 1.1 T6 5.5 135 166.6 145 0.450 175u3343 175u3012 175u3013 - 1.5 1.7 T6 7.5 99.0 121.1 100 0.570 175u3344 175u3136 175u3137 - 1.5 2.3 T6 11 69.0 81.6 72 0.680 175u3345 175u3456 175u3455 - 1.5 2.9 T6 15 48.6 59.4 52 1.130 175u3346 175u3458 175u3457 - 1.5 4.4 T6 18.5 35.1 47.9 38 1.400 175u3347 175u3460 175u3459 - 1.5 5.7 T6 22 27.0 40.1 31 1.700 175u3348 175u3037 175u3038 - 1.5 7 T6 30 22.5 29.2 27 2.200 175u3349 175u3043 175u3044 - 1.5 8.5 T6 37 17.1 23.6 19 2.800 175u3350 175u3462 175u3461 - 2.5 11.4 T6 45 13.5 19.4 14 3.200 175u3358 175u3464 175u3463 - 2.5 14.2 T6 55 11.7 15.8 13.5 4.200 - 175u3057 175u3058 - 4 17 T6 75 9.9 11.5 11 5.500 - 175u3063 175u3064 - 6 21 T6 90 8.6 9.6 7.0 7.000 - - - 175u3245 10 32

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.15 T6, Horizontal Braking 10% Duty Cycle

40% duty cycle, vertical braking, T6

FC 202 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

R [Ω]

br,nom

R [Ω]

rec

br,cont.

[kW]

T6 0.75 620 1329.7 1200 0.360 - 175u3102 175u3103 - 1.5 0.6 T6 1.1 620 889.1 850 0.280 175u3317 175u3104 175u3105 - 1.5 0.6 T6 1.5 550 642.7 570 0.450 175u3318 175u3430 175u3429 - 1.5 0.9 T6 2.2 380 431.1 415 0.570 175u3319 175u3432 175u3431 - 1.5 1.1 T6 3 260 312.5 270 0.960 175u3320 175u3434 175u3433 - 1.5 1.8 T6 4 189 231.6 200 1.130 175u3321 175u3436 175u3435 - 1.5 2.3 T6 5.5 135 166.6 145 1.700 175u3322 175u3126 175u3127 - 1.5 3.3 T6 7.5 99.0 121.1 100 2.200 175u3323 175u3438 175u3437 - 1.5 4.4 T6 11 69.0 81.6 72 3.200 175u3324 175u3440 175u3439 - 1.5 6.3 T6 15 48.6 59.4 52 5.500 - 175u3148 175u3149 - 1.5 9.7 T6 18.5 35.1 47.9 38 6.000 - - - 175u3239 2.5 12.6 T6 22 27.0 40.1 31 8.000 - - - 175u3240 4 16 T6 30 22.5 29.2 27 10.000 - - - 175u3200 4 19 T6 37 17.1 23.6 19 14.000 - - - 175u3204 10 27 T6 45 13.5 19.4 14 17.000 - - - 175u3207 10 35 T6 55 11.7 15.8 13.5 21.000 - - - 175u3208 16 40 T6 75 9.9 11.5 11 26.000 - - - 175u3211 25 49 T6 90 8.6 9.6 7.0 30.000 - - - 175u3241 35 66

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.16 T6, Vertical Braking 40% Duty Cycle

Selection Guide

Design Guide

10% duty cycle, horizontal braking, T7

FC 202 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

T7 1.1 620 830 630 0.100 175u3002 - - - 1.5 0.4 T7 1.5 513 600 570 0.100 175u3003 - - - 1.5 0.4 T7 2.2 340 403 415 0.200 175u3005 - - - 1.5 0.7 T7 3 243 292 270 0.300 175u3361 - - - 1.5 1 T7 4 180 216 200 0.360 - 175u3009 175u3010 - 1.5 1.3 T7 5.5 130 156 145 0.450 - 175u3012 175u3013 - 1.5 1.7 T7 7.5 94 113 105 0.790 - 175u3481 175u3482 - 1.5 2.6 T7 11 94.5 110.9 105 0.790 175u3360 175u3481 175u3482 - 1.5 2.7 T7 15 69.7 80.7 72 1.130 175u3351 175u3466 175u3465 - 1.5 3.8 T7 18.5 46.8 65.1 52 1.400 175u3352 175u3468 175u3467 - 1.5 4.9 T7 22 36.0 54.5 42 1.700 175u3353 175u3032 175u3033 - 1.5 6 T7 30 29.0 39.7 31 2.200 175u3354 175u3470 175u3469 - 1.5 7.9 T7 37 22.5 32.1 27 2.800 175u3355 175u3472 175u3471 - 2.5 9.6 T7 45 18.0 26.3 22 3.200 175u3356 175u3479 175u3480 - 2.5 11.3 T7 55 13.5 21.4 15.5 4.200 - 175u3474 175u3473 - 4 15 T7 75 13.5 15.6 13.5 5.500 - 175u3476 175u3475 - 6 19 T7 90 8.8 13.0 11 7.000 - - - 175u3232 10 25 T7 110 8.8 10.6 9.1 9.000 - - - 175u3067 16 32 T7 132 6.6 8.8 7.4 11.000 - - - 175u3072 16 39 T7 160 4.2 7.2 6.1 13.000 - - - 175u3075 16 46 T7 200 4.2 5.8 5.0 16.000 - - - 175u3078 25 57 T7 250 3.4 4.6 4.0 20.000 - - - 175u3082 35 71 T7 315 2.3 3.7 3.2 26.000 - - - 175u3085 50 90 T7 400 2.3 2.9 2.5 32.000 - - - 175u3089 70 113 T7 450 2.0 2.6 2.3 36.000 - - - 175u3090 2x35 125 T7 500 1.9 2.3 2.0 42.000 - - - 175u3092 2x35 145 T7 560 1.5 2.1 1.6 52.000 - - - 175u3094 2x50 180 T7 630 1.4 1.8 1.4 60.000 - - - 175u3095 2x50 207 T7 710 1.2 1.6 2x2.6 - - - - - - T7 800 1.1 1.4 2x2.2 - - - - - - T7 900 1.0 1.3 2x2.0 - - - - - - T7 1000 0.9 1.1 3x2.6 - - - - - - T7 1200 0.8 1.0 3x2.4 - - - - - - T7 1400 0.6 0.8 3x2.0 - - - - - - -

R [Ω]

min

br,nom

[Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.17 T7, Horizontal Braking 10% Duty Cycle

Selection Guide

Design Guide

40% duty cycle, vertical braking, T7

FC 202 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

T7 1.1 620 830 630 0.360 - 175u3108 175u3109 - 1.5 0.8

T7 1.5 513 600 570 0.570 - 175u3110 175u3111 - 1.5 1 T7 2.2 340 403 415 0.790 - 175u3112 175u3113 - 1.5 1.3 T7 3 243 292 270 1.130 - 175u3118 175u3119 - 1.5 2 T7 4 180 216 200 1.700 - 175u3122 175u3123 - 1.5 2.8 T7 5.5 130 156 145 2.200 - 175u3106 175u3107 - 1.5 3.7 T7 7.5 94 113 105 3.200 - 175u3132 175u3133 - 1.5 5.2 T7 11 94.5 110.9 105 4.200 - 175u3134 175u3135 - 1.5 6 T7 15 69.7 80.7 72 4.200 - 175u3142 175u3143 - 1.5 7.2 T7 18.5 46.8 65.1 52 6.000 - - - 175u3242 2.5 10.8 T7 22 36.0 54.5 42 8.000 - - - 175u3243 2.5 13.9 T7 30 29.0 39.7 31 10.000 - - - 175u3244 4 18 T7 37 22.5 32.1 27 14.000 - - - 175u3201 10 23 T7 45 18.0 26.3 22 17.000 - - - 175u3202 10 28 T7 55 13.5 21.4 15.5 21.000 - - - 175u3205 16 37 T7 75 13.5 15.6 13.5 26.000 - - - 175u3209 16 44 T7 90 8.8 13.0 11 36.000 - - - 175u3212 25 57 T7 110 8.8 10.6 9.1 42.000 - - - 175u3214 35 68 T7 132 6.6 8.8 7.4 52.000 - - - 175u3215 50 84 T7 160 4.2 7.2 6.1 60.000 - - - 175u3218 70 99 T7 200 4.2 5.8 5.0 78.000 - - - 175u3220 2x35 125 T7 250 3.4 4.6 4.0 90.000 - - - 175u3222 2x35 150 T7 315 2.3 3.7 3.2 - - - - - - T7 400 2.3 2.9 2.5 - - - - - - T7 450 2.0 2.6 2.3 - - - - - - T7 500 1.9 2.3 2.0 - - - - - - T7 560 1.5 2.1 1.6 - - - - - - T7 630 1.4 1.8 1.4 - - - - - - T7 710 1.2 1.6 2x2.6 - - - - - - T7 800 1.1 1.4 2x2.2 - - - - - - T7 900 1.0 1.3 2x2.0 - - - - - - T7 1000 0.9 1.1 3x2.6 - - - - - - T7 1200 0.8 1.0 3x2.4 - - - - - - T7 1400 0.6 0.8 3x2.0 - - - - - - -

R [Ω]

min

R [Ω]

br,nom

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.18 T7, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.2.5

VLT® AutomationDrive FC 301

10% duty cycle, horizontal braking, T2

FC 301 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T2 0.25 368 415.9 410 0.100 175u3004 - - - 1.5 0.5 T2 0.37 248 280.7 300 0.100 175u3006 - - - 1.5 0.6 T2 0.55 166 188.7 200 0.100 175u3011 - - - 1.5 0.7 T2 0.75 121 138.4 145 0.100 175u3016 - - - 1.5 0.8 T2 1.1 81.0 92.0 100 0.100 175u3021 - - - 1.5 0.9 T2 1.5 58.5 66.5 70 0.200 175u3026 - - - 1.5 1.6 T2 2.2 40.2 44.6 48 0.200 175u3031 - - - 1.5 1.9 T2 3 29.1 32.3 35 0.300 175u3325 - - - 1.5 2.7 T2 3.7 22.5 25.9 27 0.360 175u3326 175u3477 175u3478 - 1.5 3.5 T2 5.5 17.7 19.7 18 0.570 175u3327 175u3442 175u3441 - 1.5 5.3 T2 7.5 12.6 14.3 13 0.680 175u3328 175u3059 175u3060 - 1.5 6.8

T2 11 8.7 9.7 9 1.130 175u3329 175u3068 175u3069 - 2.5 10.5 T2 15 5.3 7.5 5.7 1.400 175u3330 175u3073 175u3074 - 4 15 T2 18.5 5.1 6.0 5.7 1.700 175u3331 175u3483 175u3484 - 4 16 T2 22 3.2 5.0 3.5 2.200 175u3332 175u3080 175u3081 - 6 24 T2 30 3.0 3.7 3.5 2.800 175u3333 175u3448 175u3447 - 10 27 T2 37 2.4 3.0 2.8 3.200 175u3334 175u3086 175u3087 - 16 32

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.19 T2, Horizontal Braking 10% Duty Cycle

40% duty cycle, vertical braking, T2

FC 301 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

R [Ω]

br,nom

[Ω]

rec

br,cont.

[kW]

T2 0.25 368 415.9 410 0.100 175u3004 - - - 1.5 0.5 T2 0.37 248 280.7 300 0.200 175u3096 - - - 1.5 0.8 T2 0.55 166 188.7 200 0.200 175u3008 - - - 1.5 0.9 T2 0.75 121 138.4 145 0.300 175u3300 - - - 1.5 1.3 T2 1.1 81.0 92.0 100 0.450 175u3301 175u3402 175u3401 - 1.5 2 T2 1.5 58.5 66.5 70 0.570 175u3302 175u3404 175u3403 - 1.5 2.7 T2 2.2 40.2 44.6 48 0.960 175u3303 175u3406 175u3405 - 1.5 4.2 T2 3 29.1 32.3 35 1.130 175u3304 175u3408 175u3407 - 1.5 5.4 T2 3.7 22.5 25.9 27 1.400 175u3305 175u3410 175u3409 - 1.5 6.8 T2 5.5 17.7 19.7 18 2.200 175u3306 175u3412 175u3411 - 1.5 10.4 T2 7.5 12.6 14.3 13 3.200 175u3307 175u3414 175u3413 - 2.5 14.7 T2 11 8.7 9.7 9 5.500 - 175u3176 175u3177 - 4 23 T2 15 5.3 7.5 5.7 6.000 - - - 175u3233 10 33 T2 18.5 5.1 6.0 5.7 8.000 - - - 175u3234 10 38 T2 22 3.2 5.0 3.5 9.000 - - - 175u3235 16 51 T2 30 3.0 3.7 3.5 14.000 - - - 175u3224 25 63 T2 37 2.4 3.0 2.8 17.000 - - - 175u3227 35 78

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.20 T2, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

10% duty cycle, horizontal braking, T4

FC 301 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

T4 0.37 1000 1121.4 1200 0.100 175u3000 - - - 1.5 0.3 T4 0.55 620 749.8 850 0.100 175u3001 - - - 1.5 0.4 T4 0.75 485 547.6 630 0.100 175u3002 - - - 1.5 0.4 T4 1.1 329 365.3 410 0.100 175u3004 - - - 1.5 0.5 T4 1.5 240 263.0 270 0.200 175u3007 - - - 1.5 0.8 T4 2.2 161 176.5 200 0.200 175u3008 - - - 1.5 0.9 T4 3 117 127.9 145 0.300 175u3300 - - - 1.5 1.3 T4 4 86.9 94.6 110 0.450 175u3335 175u3450 175u3449 - 1.5 1.9 T4 5.5 62.5 68.2 80 0.570 175u3336 175u3452 175u3451 - 1.5 2.5 T4 7.5 45.3 49.6 56 0.680 175u3337 175u3027 175u3028 - 1.5 3.3 T4 11 34.9 38.0 38 1.130 175u3338 175u3034 175u3035 - 1.5 5.2 T4 15 25.3 27.7 28 1.400 175u3339 175u3039 175u3040 - 1.5 6.7 T4 18.5 20.3 22.3 22 1.700 175u3340 175u3047 175u3048 - 1.5 8.3 T4 22 16.9 18.7 19 2.200 175u3357 175u3049 175u3050 - 1.5 10.1 T4 30 13.2 14.5 14 2.800 175u3341 175u3055 175u3056 - 2.5 13.3 T4 37 10.6 11.7 12 3.200 175u3359 175u3061 175u3062 - 2.5 15.3 T4 45 8.7 9.6 9.5 4.200 - 175u3065 175u3066 - 4 20 T4 55 6.6 7.8 7.0 5.500 - 175u3070 175u3071 - 6 26 T4 75 4.2 5.7 5.5 7.000 - - - 175u3231 10 36

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.21 T4, Horizontal Braking 10% Duty Cycle

Selection Guide Design Guide

40% duty cycle, vertical braking, T4

FC 301 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

T4 0.37 1000 1121.4 1200 0.200 175u3101 - - - 1.5 0.4 T4 0.55 620 749.8 850 0.200 175u3308 - - - 1.5 0.5 T4 0.75 485 547.6 630 0.300 175u3309 - - - 1.5 0.7 T4 1.1 329 365.3 410 0.450 175u3310 175u3416 175u3415 - 1.5 1 T4 1.5 240 263.0 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 T4 2.2 161 176.5 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 T4 3 117 127.9 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7 T4 4 86.9 94.6 110 1.700 175u3314 175u3424 175u3423 - 1.5 3.7 T4 5.5 62.5 68.2 80 2.200 175u3315 175u3138 175u3139 - 1.5 5 T4 7.5 45.3 49.6 56 3.200 175u3316 175u3428 175u3427 - 1.5 7.1 T4 11 34.9 38.0 38 5.000 - - - 175u3236 1.5 11.5 T4 15 25.3 27.7 28 6.000 - - - 175u3237 2.5 14.7 T4 18.5 20.3 22.3 22 8.000 - - - 175u3238 4 19 T4 22 16.9 18.7 19 10.000 - - - 175u3203 4 23 T4 30 13.2 14.5 14 14.000 - - - 175u3206 10 32 T4 37 10.6 11.7 12 17.000 - - - 175u3210 10 38 T4 45 8.7 9.6 9.5 21.000 - - - 175u3213 16 47 T4 55 6.6 7.8 7.0 26.000 - - - 175u3216 25 61 T4 75 4.2 5.7 5.5 36.000 - - - 175u3219 35 81

R [Ω]

min

R [Ω]

br,nom

[Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.22 T4, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.2.6

VLT® AutomationDrive FC 302

10% duty cycle, horizontal braking, T2

FC 302 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T2 0.25 380 475.3 410 0.100 175u3004 - - - 1.5 0.5 T2 0.37 275 320.8 300 0.100 175u3006 - - - 1.5 0.6 T2 0.55 188 215.7 200 0.100 175u3011 - - - 1.5 0.7 T2 0.75 130 158.1 145 0.100 175u3016 - - - 1.5 0.8 T2 1.1 81.0 105.1 100 0.100 175u3021 - - - 1.5 0.9 T2 1.5 58.5 76.0 70 0.200 175u3026 - - - 1.5 1.6 T2 2.2 45.0 51.0 48 0.200 175u3031 - - - 1.5 1.9 T2 3 31.5 37.0 35 0.300 175u3325 - - - 1.5 2.7 T2 3.7 22.5 29.7 27 0.360 175u3326 175u3477 175u3478 - 1.5 3.5 T2 5.5 17.7 19.7 18 0.570 175u3327 175u3442 175u3441 - 1.5 5.3 T2 7.5 12.6 14.3 13.0 0.680 175u3328 175u3059 175u3060 - 1.5 6.8 T2 11 8.7 9.7 9.0 1.130 175u3329 175u3068 175u3069 - 2.5 10.5 T2 15 5.3 7.5 5.7 1.400 175u3330 175u3073 175u3074 - 4 14.7 T2 18.5 5.1 6.0 5.7 1.700 175u3331 175u3483 175u3484 - 4 16 T2 22 3.2 5.0 3.5 2.200 175u3332 175u3080 175u3081 - 6 24 T2 30 3.0 3.7 3.5 2.800 175u3333 175u3448 175u3447 - 10 27 T2 37 2.4 3.0 2.8 3.200 175u3334 175u3086 175u3087 - 16 32

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.23 T2, Horizontal Braking 10% Duty Cycle

40% duty cycle, vertical braking, T2

FC 302 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T2 0.25 380 475.3 410 0.100 175u3004 - - - 1.5 0.5 T2 0.37 275 320.8 300 0.200 175u3096 - - - 1.5 0.8 T2 0.55 188 215.7 200 0.200 175u3008 - - - 1.5 0.9 T2 0.75 130 158.1 145 0.300 175u3300 - - - 1.5 1.3 T2 1.1 81.0 105.1 100 0.450 175u3301 175u3402 175u3401 - 1.5 2 T2 1.5 58.5 76.0 70 0.570 175u3302 175u3404 175u3403 - 1.5 2.7 T2 2.2 45.0 51.0 48 0.960 175u3303 175u3406 175u3405 - 1.5 4.2 T2 3 31.5 37.0 35 1.130 175u3304 175u3408 175u3407 - 1.5 5.4 T2 3.7 22.5 29.7 27 1.400 175u3305 175u3410 175u3409 - 1.5 6.8 T2 5.5 17.7 19.7 18 2.200 175u3306 175u3412 175u3411 - 1.5 10.4 T2 7.5 12.6 14.3 13.0 3.200 175u3307 175u3414 175u3413 - 2.5 14.7 T2 11 8.7 9.7 9.0 5.500 - 175u3176 175u3177 - 4 23 T2 15 5.3 7.5 5.7 6.000 - - - 175u3233 10 33 T2 18.5 5.1 6.0 5.7 8.000 - - - 175u3234 10 38 T2 22 3.2 5.0 3.5 9.000 - - - 175u3235 16 51 T2 30 3.0 3.7 3.5 14.000 - - - 175u3224 25 63 T2 37 2.4 3.0 2.8 17.000 - - - 175u3227 35 78

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.24 T2, Vertical Braking 40% Duty Cycle

Selection Guide

Design Guide

10% duty cycle, horizontal braking, T5

FC 302 Horizontal braking 10% duty cycle

Frequency converter data

rec

Mains type

[kW]

T5 0.37 1000 1389.2 1200 0.100 175u3000 - - - 1.5 0.3 T5 0.55 620 928.8 850 0.100 175u3001 - - - 1.5 0.4 T5 0.75 558 678.3 630 0.100 175u3002 - - - 1.5 0.4 T5 1.1 382 452.5 410 0.100 175u3004 - - - 1.5 0.5 T5 1.5 260 325.9 270 0.200 175u3007 - - - 1.5 0.8 T5 2.2 189 218.6 200 0.200 175u3008 - - - 1.5 0.9 T5 3 135 158.5 145 0.300 175u3300 - - - 1.5 1.3 T5 4 99.0 117.2 110 0.450 175u3335 175u3450 175u3449 - 1.5 1.9 T5 5.5 72.0 84.4 80 0.570 175u3336 175u3452 175u3451 - 1.5 2.5 T5 7.5 50.0 61.4 56 0.680 175u3337 175u3027 175u3028 - 1.5 3.3 T5 11 36.0 41.2 38 1.130 175u3338 175u3034 175u3035 - 1.5 5.2 T5 15 27.0 30.0 28 1.400 175u3339 175u3039 175u3040 - 1.5 6.7 T5 18.5 20.3 24.2 22 1.700 175u3340 175u3047 175u3048 - 1.5 8.3 T5 22 18.0 20.3 19 2.200 175u3357 175u3049 175u3050 - 1.5 10.1 T5 30 13.4 15.8 14 2.800 175u3341 175u3055 175u3056 - 2.5 13.3 T5 37 10.8 12.7 12 3.200 175u3359 175u3061 175u3062 - 2.5 15.3 T5 45 8.8 10.4 9.5 4.200 - 175u3065 175u3066 - 4 20 T5 55 6.5 8.5 7.0 5.500 - 175u3070 175u3071 - 6 26 T5 75 4.2 6.2 5.5 7.000 - - - 175u3231 10 36 T5 90 3.6 5.1 4.7 9.000 - - - 175u3079 16 44 T5 110 3.0 4.2 3.7 11.000 - - - 175u3083 25 55 T5 132 2.5 3.5 3.3 13.000 - - - 175u3084 35 63 T5 160 2.0 2.9 2.7 16.000 - - - 175u3088 50 77 T5 200 1.6 2.3 2.1 20.000 - - - 175u3091 70 98 T5 250 1.2 1.8 1.7 26.000 - - - 175u3093 2x35 124 T5 315 1.2 1.5 1.3 32.000 - - - 175u3097 2x35 157 T5 355 1.2 1.3 1.2 36.000 - - - 175u3098 2x50 173 T5 400 1.1 1.1 1.1 42.000 - - - 175u3099 2x50 196 T5 450 0.9 1.0 2x1.9 - - - - - - T5 500 0.9 0.9 2x1.7 - - - - - - T5 560 0.8 0.8 2x1.5 - - - - - - T5 630 0.7 0.7 2x1.3 - - - - - - T5 710 0.6 0.6 3x1.8 - - - - - - T5 800 0.5 0.6 3x1.6 - - - - - - -

R [Ω]

min

br,nom

[Ω]

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.25 T5, Horizontal Braking 10% Duty Cycle

Selection Guide

Design Guide

40% duty cycle, vertical braking, T5

FC 302 Vertical braking 40% duty cycle

Frequency converter data

rec

Mains type

[kW]

T5 0.37 1000 1389.2 1200 0.200 175u3101 - - - 1.5 0.4 T5 0.55 620 928.8 850 0.200 175u3308 - - - 1.5 0.5 T5 0.75 558 678.3 630 0.300 175u3309 - - - 1.5 0.7 T5 1.1 382 452.5 410 0.450 175u3310 175u3416 175u3415 - 1.5 1 T5 1.5 260 325.9 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 T5 2.2 189 218.6 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 T5 3 135 158.5 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7 T5 4 99.0 117.2 110 1.700 175u3314 175u3424 175u3423 - 1.5 3.7 T5 5.5 72.0 84.4 80 2.200 175u3315 175u3138 175u3139 - 1.5 5 T5 7.5 50.0 61.4 56 3.200 175u3316 175u3428 175u3427 - 1.5 7.1 T5 11 36.0 41.2 38 5.000 - - - 175u3236 1.5 11.5 T5 15 27.0 30.0 28 6.000 - - - 175u3237 2.5 14.7 T5 18.5 20.3 24.2 22 8.000 - - - 175u3238 4 19 T5 22 18.0 20.3 19 10.000 - - - 175u3203 4 23 T5 30 13.4 15.8 14 14.000 - - - 175u3206 10 32 T5 37 10.8 12.7 12 17.000 - - - 175u3210 10 38 T5 45 8.8 10.4 9.5 21.000 - - - 175u3213 16 47 T5 55 6.5 8.5 7.0 26.000 - - - 175u3216 25 61 T5 75 4.2 6.2 5.5 36.000 - - - 175u3219 35 81 T5 90 3.6 5.1 4.7 42.000 - - - 175u3221 50 95 T5 110 3.0 4.2 3.7 52.000 - - - 175u3223 70 119 T5 132 2.5 3.5 3.3 60.000 - - - 175u3225 2x35 135 T5 160 2.0 2.9 2.7 78.000 - - - 175u3228 2x50 170 T5 200 1.6 2.3 2.1 90.000 - - - 175u3230 2x70 207 T5 250 1.2 1.8 1.7 - - - - - - T5 315 1.2 1.5 1.3 - - - - - - T5 355 1.2 1.3 1.2 - - - - - - T5 400 1.1 1.1 1.1 - - - - - - T5 450 0.9 1.0 2x1.9 - - - - - - T5 500 0.9 0.9 2x1.7 - - - - - - T5 560 0.8 0.8 2x1.5 - - - - - - T5 630 0.7 0.7 2x1.3 - - - - - - T5 710 0.6 0.6 3x1.8 - - - - - - T5 800 0.5 0.6 3x1.6 - - - - - - -

R [Ω]

min

br,nom

[Ω]

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.26 T5, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

10% duty cycle, horizontal braking, T6

FC 302 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T6 0.75 620 914.2 850 0.100 175u3001 - - - 1.5 0.4 T6 1.1 550 611.3 570 0.100 175u3003 - - - 1.5 0.4 T6 1.5 380 441.9 415 0.200 175u3005 - - - 1.5 0.7 T6 2.2 260 296.4 270 0.200 175u3007 - - - 1.5 0.8 T6 3 189 214.8 200 0.300 175u3342 - - - 1.5 1.1 T6 4 135 159.2 145 0.450 175u3343 175u3012 175u3013 - 1.5 1.7 T6 5.5 99.0 114.5 100 0.570 175u3344 175u3136 175u3137 - 1.5 2.3 T6 7.5 69.0 83.2 72 0.680 175u3345 175u3456 175u3455 - 1.5 2.9 T6 11 48.6 56.1 52 1.130 175u3346 175u3458 175u3457 - 1.5 4.4 T6 15 35.1 40.8 38 1.400 175u3347 175u3460 175u3459 - 1.5 5.7 T6 18.5 27.0 32.9 31 1.700 175u3348 175u3037 175u3038 - 1.5 7 T6 22 22.5 27.6 27 2.200 175u3349 175u3043 175u3044 - 1.5 8.5 T6 30 17.1 21.4 19 2.800 175u3350 175u3462 175u3461 - 2.5 11.4

T6 37 13.5 17.3 14 3.200 175u3358 175u3464 175u3463 - 2.5 14.2 T6 45 10.8 14.2 13.5 4.200 - 175u3057 175u3058 - 4 17 T6 55 8.8 11.6 11 5.500 - 175u3063 175u3064 - 6 21 T6 75 6.6 8.4 7.0 7.000 - - - 175u3245 10 32

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.27 T6, Horizontal Braking 10% Duty Cycle

40% duty cycle, vertical braking, T6

FC 302 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T6 0.75 620 914.2 850 0.280 175u3317 175u3104 175u3105 - 1.5 0.6 T6 1.1 550 611.3 570 0.450 175u3318 175u3430 175u3429 - 1.5 0.9 T6 1.5 380 441.9 415 0.570 175u3319 175u3432 175u3431 - 1.5 1.1 T6 2.2 260 296.4 270 0.960 175u3320 175u3434 175u3433 - 1.5 1.8 T6 3 189 214.8 200 1.130 175u3321 175u3436 175u3435 - 1.5 2.3 T6 4 135 159.2 145 1.700 175u3322 175u3126 175u3127 - 1.5 3.3 T6 5.5 99.0 114.5 100 2.200 175u3323 175u3438 175u3437 - 1.5 4.4 T6 7.5 69.0 83.2 72 3.200 175u3324 175u3440 175u3439 - 1.5 6.3 T6 11 48.6 56.1 52 5.500 - 175u3148 175u3149 - 1.5 9.7 T6 15 35.1 40.8 38 6.000 - - - 175u3239 2.5 12.6 T6 18.5 27.0 32.9 31 8.000 - - - 175u3240 4 16 T6 22 22.5 27.6 27 10.000 - - - 175u3200 4 19 T6 30 17.1 21.4 19 14.000 - - - 175u3204 10 27 T6 37 13.5 17.3 14 17.000 - - - 175u3207 10 35 T6 45 10.8 14.2 13.5 21.000 - - - 175u3208 16 40 T6 55 8.8 11.6 11 26.000 - - - 175u3211 25 49 T6 75 6.6 8.4 7.0 30.000 - - - 175u3241 35 66

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.28 T6, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

10% duty cycle, horizontal braking, T7

FC 302 Horizontal braking 10% duty cycle

Frequency converter data

rec

Mains type

[kW]

T7 1.1 620 830 630 0.100 175u3002 - - - 1.5 0.4 T7 1.5 513 600 570 0.100 175u3003 - - - 1.5 0.4 T7 2.2 340 403 415 0.200 175u3005 - - - 1.5 0.7 T7 3 243 292 270 0.300 175u3361 - - - 1.5 1 T7 4 180 216 200 0.360 - 175u3009 175u3010 - 1.5 1.3 T7 5.5 130 156 145 0.450 - 175u3012 175u3013 - 1.5 1.7 T7 7.5 94 113 105 0.790 - 175u3481 175u3482 - 1.5 2.6 T7 11 69.7 76.2 72 1.130 175u3351 175u3466 175u3465 - 1.5 3.8 T7 15 46.8 55.5 52 1.400 175u3352 175u3468 175u3467 - 1.5 4.9 T7 18.5 36.0 44.7 42 1.700 175u3353 175u3032 175u3033 - 1.5 6 T7 22 29.0 37.5 31 2.200 175u3354 175u3470 175u3469 - 1.5 7.9 T7 30 22.5 29.1 27 2.800 175u3355 175u3472 175u3471 2.5 9.6 T7 37 18.0 23.5 22 3.200 175u3356 175u3479 175u3480 - 2.5 11.3 T7 45 13.5 19.3 15.5 4.200 - 175u3474 175u3473 - 4 15.4 T7 55 13.5 15.7 13.5 5.500 - 175u3476 175u3475 - 6 19 T7 75 8.8 11.5 11 7.000 - - - 175u3232 10 25 T7 90 8.8 9.5 9.1 9.000 - - - 175u3067 16 32 T7 110 6.6 7.8 7.4 11.000 - - - 175u3072 16 39 T7 132 4.2 6.4 6.1 13.000 - - - 175u3075 16 46 T7 160 4.2 5.3 5.0 16.000 - - - 175u3078 25 57 T7 200 3.4 4.2 4.0 20.000 - - - 175u3082 35 71 T7 250 2.3 3.4 3.2 26.000 - - - 175u3085 50 90 T7 315 2.3 2.7 2.5 32.000 - - - 175u3089 70 113 T7 355 2.0 2.4 2.3 36.000 - - - 175u3090 2x35 125 T7 400 1.9 2.1 2.0 42.000 - - - 175u3092 2x35 145 T7 500 1.5 1.7 1.6 52.000 - - - 175u3094 2x50 180 T7 560 1.4 1.5 1.4 60.000 - - - 175u3095 2x50 207 T7 630 1.2 1.3 2x2.6 - - - - - - T7 710 1.1 1.2 2x2.2 - - - - - - T7 800 1.0 1.1 2x2.0 - - - - - - T7 900 0.9 0.9 3x2.6 - - - - - - T7 1000 0.8 0.8 3x2.4 - - - - - - T7 1200 0.7 0.7 3x2.0 - - - - - - -

R [Ω]

min

br,nom

[Ω]

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.29 T7, Horizontal Braking 10% Duty Cycle

Selection Guide Design Guide

40% duty cycle, vertical braking, T7

FC 302 Vertical braking 40% duty cycle

Frequency converter data

rec

Mains type

[kW]

T7 1.1 620 830 630 0.360 - 175u3108 175u3109 - 1.5 0.8 T7 1.5 513 600 570 0.570 - 175u3110 175u3111 - 1.5 1 T7 2.2 340 403 415 0.790 - 175u3112 175u3113 - 1.5 1.3 T7 3 243 292 270 1.130 - 175u3118 175u3119 - 1.5 2 T7 4 180 216 200 1.700 - 175u3122 175u3123 - 1.5 2.8 T7 5.5 130 156 145 2.200 - 175u3106 175u3107 - 1.5 3.7 T7 7.5 94 113 105 3.200 - 175u3132 175u3133 - 1.5 5.2 T7 11 69.7 76.2 72 4.200 - 175u3142 175u3143 - 1.5 7.2 T7 15 46.8 55.5 52 6.000 - - - 175u3242 2.5 10.8 T7 18.5 36.0 44.7 42 8.000 - - - 175u3243 2.5 13.9 T7 22 29.0 37.5 31 10.000 - - - 175u3244 4 18 T7 30 22.5 29.1 27 14.000 - - - 175u3201 10 23 T7 37 18.0 23.5 22 17.000 - - - 175u3202 10 28 T7 45 13.5 19.3 15.5 21.000 - - - 175u3205 16 37 T7 55 13.5 15.7 13.5 26.000 - - - 175u3209 16 44 T7 75 8.8 11.5 11 36.000 - - - 175u3212 25 57 T7 90 8.8 9.5 9.1 42.000 - - - 175u3214 35 68 T7 110 6.6 7.8 7.4 52.000 - - - 175u3215 50 84 T7 132 4.2 6.4 6.1 60.000 - - - 175u3218 70 99 T7 160 4.2 5.3 5.0 78.000 - - - 175u3220 2x35 125 T7 200 3.4 4.2 4.0 90.000 - - - 175u3222 2x35 150 T7 250 2.3 3.4 3.2 - - - - - - T7 315 2.3 2.7 2.5 - - - - - - T7 355 2.0 2.4 2.3 - - - - - - T7 400 1.9 2.1 2.0 - - - - - - T7 500 1.5 1.7 1.6 - - - - - - T7 560 1.4 1.5 1.4 - - - - - - T7 630 1.2 1.3 2x2.6 - - - - - - T7 710 1.1 1.2 2x2.2 - - - - - - T7 800 1.0 1.1 2x2.0 - - - - - - T7 900 0.9 0.9 3x2.6 - - - - - - T7 1000 0.8 0.8 3x2.4 - - - - - - T7 1200 0.7 0.7 3x2.0 - - - - - - -

R [Ω]

min

br,nom

[Ω]

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.30 T7, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.2.7

VLT® AutomationDrive FC 360

10% duty cycle, horizontal braking, T4

FC 360 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

T4 0.37 890 1042 1200 0.100 175u3000 - - - 1.5 0.3 T4 0.55 593 694 850 0.100 175u3001 - - - 1.5 0.4 T4 0.75 434 509 630 0.100 175u3002 - - - 1.5 0.4 T4 1.1 288 338 410 0.100 175u3004 - - - 1.5 0.5 T4 1.5 208 244 270 0.200 175u3007 - - - 1.5 0.8 T4 2.2 139 164 200 0.200 175u3008 - - - 1.5 0.9 T4 3 100 119 145 0.300 175u3300 - - - 1.5 1.3 T4 4 74.0 87.9 110 0.450 175u3335 175u3450 175u3449 - 1.5 1.9 T4 5.5 54.0 63.3 80 0.570 175u3336 175u3452 175u3451 - 1.5 2.5 T4 7.5 38.0 46.1 56 0.680 175u3337 175u3027 175u3028 - 1.5 3.3 T4 11 27.0 33.0 38 1.130 175u3338 175u3034 175u3035 - 1.5 5.2 T4 15 19.0 24.0 28 1.400 175u3339 175u3039 175u3040 - 1.5 6.7 T4 18.5 16.0 19.4 22 1.700 175u3340 175u3047 175u3048 - 1.5 8.3 T4 22 16.0 18.0 19 2.200 175u3357 175u3049 175u3050 - 1.5 10.1 T4 30 11.0 13.8 14 2.800 175u3341 175u3055 175u3056 - 2.5 13.3 T4 37 9.0 11.1 12 3.200 175u3359 175u3061 175u3062 - 2.5 15.3 T4 45 8.0 9.1 9.5 4.200 - 175u3065 175u3066 - 4 20 T4 55 6.0 7.4 7.0 5.500 - 175u3070 175u3071 - 6 26 T4 75 4.0 5.4 5.5 7.000 - - - 175u3231 10 36

R [Ω]

min

br,nom

[Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.31 T4, Horizontal Braking 10% Duty Cycle

Selection Guide Design Guide

40% duty cycle, vertical braking, T4

FC 360 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

T4 0.37 890 1042 1200 0.200 175u3101 - - - 1.5 0.4 T4 0.55 593 694 850 0.200 175u3308 - - - 1.5 0.5 T4 0.75 434 509 630 0.300 175u3309 - - - 1.5 0.7 T4 1.1 288 338 410 0.450 175u3310 175u3416 175u3415 - 1.5 1 T4 1.5 208 244 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 T4 2.2 139 164 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 T4 3 100 119 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7 T4 4 74.0 87.9 110 1.700 175u3314 175u3424 175u3423 - 1.5 3.7 T4 5.5 54.0 63.3 80 2.200 175u3315 175u3138 175u3139 - 1.5 5 T4 7.5 38.0 46.1 56 3.200 175u3316 175u3428 175u3427 - 1.5 7.1 T4 11 27.0 33.0 38 5.000 - - - 175u3236 1.5 11.5 T4 15 19.0 24.0 28 6.000 - - - 175u3237 2.5 14.7 T4 18.5 16.0 19.4 22 8.000 - - - 175u3238 4 19 T4 22 16.0 18.0 19 10.000 - - - 175u3203 4 23 T4 30 11.0 13.8 14 14.000 - - - 175u3206 10 32 T4 37 9.0 11.1 12 17.000 - - - 175u3210 10 38 T4 45 8.0 9.1 9.5 21.000 - - - 175u3213 16 47 T4 55 6.0 7.4 7.0 26.000 - - - 175u3216 25 61 T4 75 4.0 5.4 5.5 36.000 - - - 175u3219 35 81

R [Ω]

min

br,nom

[Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

Table 8.32 T4, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.2.8

VLT® Decentral Drive FCD 302

10% duty cycle, horizontal braking, T4

FCD 302 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

T4 0.37 1000 1281.6 1200 0.100 175u3000 - - - 1.5 0.3 T4 0.55 620 856.9 850 0.100 175u3001 - - - 1.5 0.4 T4 0.75 558 625.8 630 0.100 175u3002 - - - 1.5 0.4 T4 1.1 382 417.5 410 0.100 175u3004 - - - 1.5 0.5 T4 1.5 260 300.6 270 0.200 175u3007 - - - 1.5 0.8 T4 2.2 189 201.7 200 0.200 175u3008 - - - 1.5 0.9 T4 3 135 146.2 145 0.300 175u3300 - - - 1.5 1.3

Table 8.33 T4, Horizontal Braking 10% Duty Cycle

40% duty cycle, vertical braking, T4

FCD 302 Vertical braking 40% duty cycle

Frequency converter data

Mains type

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

T4 0.37 1000 1281.6 1200 0.200 175u3101 - - - 1.5 0.4 T4 0.55 620 856.9 850 0.200 175u3308 - - - 1.5 0.5 T4 0.75 558 625.8 630 0.300 175u3309 - - - 1.5 0.7 T4 1.1 382 417.5 410 0.450 175u3310 175u3416 175u3415 - 1.5 1 T4 1.5 260 300.6 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 T4 2.2 189 201.7 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 T4 3 135 146.2 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable

cross-

section

[mm2]

Thermo

relay

[A]

8 8

Thermo

relay

[A]

Table 8.34 T4, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.2.9

VLT® 2800

10% duty cycle, horizontal braking, 200-400 V

VLT 2800 Horizontal braking 10% duty cycle

Frequency converter data

Mains type

2803 (200V) 0.37 275 313 300 0.100 175u3006 - - - 1.5 0.6

2805 (200V) 0.55 185 210 200 0.100 175u3011 - - - 1.5 0.7 2807 (200V) 0.75 135 154 145 0.100 175u3016 - - - 1.5 0.8 2811 (200V) 1.1 91 102 100 0.100 175u3021 - - - 1.5 0.9 2815 (200V) 1.5 66 74 70 0.200 175u3026 - - - 1.5 1.6 2822 (200V) 2.2 44 50 48 0.200 175u3031 - - - 1.5 1.9 2840 (200V) 3.7 22 29 27 0.360 175u3326 175u3477 175u3478 - 1.5 3.5 2805 (400V) 0.55 747 839 850 0.100 175u3001 - - - 1.5 0.4 2807 (400V) 0.75 558 613 630 0.100 175u3002 - - - 1.5 0.4 2811 (400V) 1.1 370 409 410 0.100 175u3004 - - - 1.5 0.5

2815 (400V) 1.5 260 294 270 0.200 175u3007 - - - 1.5 0.8 2822 (400V) 2.2 185 198 200 0.200 175u3008 - - - 1.5 0.9 2830 (400V) 3 135 143 145 0.300 175u3300 - - - 1.5 1.3 2840 (400V) 4 99 106 110 0.450 175u3335 175u3450 175u3449 - 1.5 1.9 2855 (400V) 5.5 74 76 80 0.570 175u3336 175u3452 175u3451 - 1.5 2.5 2875 (400V) 7.5 52 55 56 0.680 175u3337 175u3027 175u3028 - 1.5 3.3 2880 (400V) 11 35 37 38 1.130 175u3338 175u3034 175u3035 - 1.5 5.2 2881 (400V) 15 26 27 28 1.400 175u3339 175u3039 175u3040 - 1.5 6.7 2882 (400V) 18.5 21 22 22 1.700 175u3340 175u3047 175u3048 - 1.5 8.3

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

Table 8.35 200-400 V, Horizontal Braking 10% Duty Cycle

Selection Guide Design Guide

40% duty cycle, vertical braking, 200-400 V

VLT 2800 Vertical braking 40% duty cycle

Frequency converter data

Mains type

2803 (200V) 0.37 275 313 300 0.200 175u3096 - - - 1.5 0.8 2805 (200V) 0.55 185 210 200 0.200 175u3008 - - - 1.5 0.9 2807 (200V) 0.75 135 154 145 0.300 175u3300 - - - 1.5 1.3 2811 (200V) 1.1 91 102 100 0.450 175u3301 175u3402 175u3401 - 1.5 2 2815 (200V) 1.5 66 74 70 0.570 175u3302 175u3404 175u3403 - 1.5 2.7 2822 (200V) 2.2 44 50 48 0.960 175u3303 175u3406 175u3405 - 1.5 4.2 2840 (200V) 3.7 22 29 27 1.400 175u3305 175u3410 175u3409 - 1.5 6.8 2805 (400V) 0.55 747 839 850 0.200 175u3308 - - - 1.5 0.5 2807 (400V) 0.75 558 613 630 0.300 175u3309 - - - 1.5 0.7 2811 (400V) 1.1 370 409 410 0.450 175u3310 175u3416 175u3415 - 1.5 1 2815 (400V) 1.5 260 294 270 0.570 175u3311 175u3418 175u3417 - 1.5 1.4 2822 (400V) 2.2 185 198 200 0.960 175u3312 175u3420 175u3419 - 1.5 2.1 2830 (400V) 3 135 143 145 1.130 175u3313 175u3422 175u3421 - 1.5 2.7 2840 (400V) 4 99 106 110 1.700 175u3314 175u3424 175u3423 - 1.5 3.7 2855 (400V) 5.5 74 76 80 2.200 175u3315 175u3138 175u3139 - 1.5 5 2875 (400V) 7.5 52 55 56 3.200 175u3316 175u3428 175u3427 - 1.5 7.1 2880 (400V) 11 35 37 38 5.000 - - - 175u3236 1.5 11.5 2881 (400V) 15 26 27 28 6.000 - - - 175u3237 2.5 14.7 2882 (400V) 18.5 21 22 22 8.000 - - - 175u3238 4 19

[kW]

R [Ω]

min

br,nom

[Ω]

R [Ω]

rec

br,cont.

[kW]

Brake resistor data Installation

Wire IP54

Danfoss part number

Screw

terminal

IP21

Screw

terminal

IP65

Bolt

connection

IP20

Cable cross-

section

[mm2]

Thermo

relay

[A]

8 8

Table 8.36 200-400 V, Vertical Braking 40% Duty Cycle

Selection Guide Design Guide

8.3 Selection Tables for Alternative Brake Resistors

8.3.1 Abbreviations used in the Brake Resistor Tables

Mains Voltage class P

min

rec

Duty cycle P Danfoss part number Danfoss brake resistor order numbers P

br,cont.

br,nom

8.3.2

VLT® HVAC Drive FC 102, T2

Mains: 200-240 V, T2

FC 102

T2 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

P1K1 1.1 130 152.9 150/100 9 1005

P1K1 1.1 130 152.9 150/200 18 0989 P1K5 1.5 81.0 110.5 100/100 7 1006 P1K5 1.5 81.0 110.5 100/200 14 0991 P2K2 2.2 58.5 74.1 72/200 9 0992 P3K0 3 45.0 53.7 50/200 7 0993 P3K7 3.7 31.5 39.9 35/200 6 0994 P3K7 3.7 31.5 39.9 72/200 11 2x0992

Rated motor size for frequency converter Minimum permissible brake resistor - by frequency converter Recommended brake resistor resistance of Danfoss brake resistors

x100/Pm

br,cont.

Brake resistor average rated power The nominal (calculated) resistor value to ensure a brake power on motor shaft of 150/160/110% for 1 minute

Flat-pack IP65

min

br,nom

per item/P

rec

br,cont.

Duty cycle

Danfoss part number

Table 8.37 Mains: 200-240 V (T2)

8.3.3

VLT® HVAC Drive FC 102, T4

Mains: 380-480 V, T4

Flat-pack IP65

FC 102

T4 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

P1K1 1.1 546 607.3 620/100 9 1001 P1K1 1.1 546 607.3 620/200 18 0982 P1K5 1.5 382 437.3 430/100 7 1002 P1K5 1.5 382 437.3 430/200 14 0983 P2K2 2.2 260 293.3 310/200 9 0984 P3K0 3 189 212.7 210/200 7 0987 P4K0 4 135 157.3 150/200 5 0989 P4K0 4 135 157.3 300/200 20 2x0985 P5K5 5.5 99.0 113.3 130/200 7 2x0990

Table 8.38 Mains: 380-480 V (T4)

min

br,nom

per item/P

rec

br,cont.

Duty cycle Danfoss part number

Selection Guide Design Guide

8.3.4

VLT® AQUA Drive FC 202, T2

Mains: 200-240 V, T2

Flat-pack IP65

FC 202

T2 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

PK25 0.25 380 691.3 430/100 40 1002 PK37 0.37 380 466.7 430/100 27 1002 PK55 0.55 275 313.7 330/100 18 1003 PK55 0.55 275 313.7 310/200 36 0984 PK75 0.75 188 230.0 220/100 13 1004 PK75 0.75 188 230.0 210/200 26 0987 P1K1 1.1 130 152.9 150/100 9 1005 P1K1 1.1 130 152.9 150/200 18 0989 P1K5 1.5 81.0 110.5 100/100 7 1006 P1K5 1.5 81.0 110.5 100/200 14 0991 P2K2 2.2 58.5 74.1 72/200 9 0992 P3K0 3 45.0 53.7 50/200 7 0993 P3K7 3.7 31.5 39.9 35/200 6 0994 P3K7 3.7 31.5 39.9 72/200 11 2x0992 P5K5 5.5 22.5 28.7 40/200 7 2x0996

min

br,nom

per item/P

rec

br,cont.

Duty cycle Danfoss part number

8 8

Table 8.39 Mains: 200-240 V (T2)

8.3.5

VLT® AQUA Drive FC 202, T4

Mains: 380-480 V, T4

Flat-pack IP65

FC 202

T4 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

PK75 0.75 620 910.2 830/100 13 1000 P1K1 1.1 546 607.3 620/100 9 1001 P1K1 1.1 546 607.3 620/200 18 0982 P1K5 1.5 382 437.3 430/100 7 1002 P1K5 1.5 382 437.3 430/200 14 0983 P2K2 2.2 260 293.3 310/200 9 0984 P3K0 3 189 212.7 210/200 7 0987 P4K0 4 135 157.3 150/200 5 0989 P4K0 4 135 157.3 300/200 10 2x0985 P5K5 5.5 99.0 113.3 130/200 7 2x0990 P7K5 7.5 72.0 82.4 80/240 6 2x0090

Table 8.40 Mains: 380-480 V (T4)

min

br,nom

per item/P

rec

br,cont.

Duty cycle

Danfoss part number

Selection Guide Design Guide

8.3.6

VLT® AutomationDrive FC 301, T2

Mains: 200-240 V, T2

Flat-pack IP65

FC 301

T2 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

PK25 0.25 368 415.9 430/100 40 1002 PK37 0.37 248 280.7 330/100 27 1003 PK37 0.37 248 280.7 310/200 55 0984 PK55 0.55 166 188.7 220/100 20 1004 PK55 0.55 166 188.7 210/200 37 0987 PK75 0.75 121 138.4 150/100 14 1005 PK75 0.75 121 138.4 150/200 27 0989 P1K1 1.1 81.0 92.0 100/100 10 1006 P1K1 1.1 81.0 92.0 100/200 19 0991 P1K5 1.5 58.5 66.5 72/200 14 0992 P2K2 2.2 40.2 44.6 50/200 10 0993 P3K0 3 29.1 32.3 35/200 7 0994 P3K0 3 29.1 32.3 72/200 14 2x0992 P3K7 3.7 22.5 25.9 40/200 11 2x0996

Table 8.41 Mains: 200-240 V (T2)

min

br,nom

per item/P

rec

br,cont.

Duty cycle Danfoss part number

8.3.7

VLT® AutomationDrive FC 302, T2

Mains: 200-240 V, T2

Flat-pack IP65

FC 302

T2 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

PK25 0.25 380 475.3 430/100 40 1002 PK37 0.37 275 320.8 330/100 27 1003 PK37 0.37 275 320.8 310/200 54 0984 PK55 0.55 188 215.7 220/100 18 1004 PK55 0.55 188 215.7 210/200 36 0987 PK75 0.75 130 158.1 150/100 13 1005 PK75 0.75 130 158.1 150/200 27 0989 P1K1 1.1 81.0 105.1 100/100 9 1006 P1K1 1.1 81.0 105.1 100/200 18 0991 P1K5 1.5 58.5 76.0 72/200 13 0992 P2K2 2.2 45.0 51.0 50/200 9 0993 P3K0 3 31.5 37.0 35/200 7 0994 P3K0 3 31.5 37.0 72/200 14 2x0992 P3K7 3.7 22.5 29.7 40/200 10 2x0996

Table 8.42 Mains: 200-240 V (T2)

min

br,nom

per item/P

rec

br,cont.

Duty cycle Danfoss part number

Selection Guide Design Guide

8.3.8

VLT® AutomationDrive FC 301, T4

Mains: 380-480 V, T4

Flat-pack IP65

FC 301

T4 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

PK37 0.37 620 1121.4 830/100 27 1000 PK55 0.55 620 749.8 830/100 18 1000 PK75 0.75 485 547.6 620/100 13 1001 PK75 0.75 485 547.6 620/200 27 0982 P1K1 1.1 329 365.3 430/100 9 1002 P1K1 1.1 329 365.3 430/200 18 0983 P1K5 1.5 240 263.0 310/200 13 0984 P2K2 2.2 161 176.5 210/200 9 0987 P3K0 3 117.0 127.9 150/200 7 0989 P3K0 3 117.0 127.9 300/200 14 2x0985 P4K0 4 87 94.6 240/200 10 2x0986 P5K5 5.5 63 68.2 160/200 7 2x0988 P7K5 7.5 45 49.6 130/200 5 2x0990 P11K 11 34.9 38.0 80/240 4 2x0090 P15K 15 25.3 27.7 72/240 3 2x0091

min

br,nom

per item/P

rec

br,cont.

Duty cycle Danfoss part number

8 8

Table 8.43 Mains: 380-480 V (T4)

8.3.9

VLT® AutomationDrive FC 302, T5

Mains: 380-500 V, T5

Flat-pack IP65

FC 302

T5 [kW] [Ω] [Ω] [Ω/W] % 175Uxxxx

PK37 0.37 620 1389.2 830/100 27 1000 PK55 0.55 620 928.8 830/100 18 1000 PK75 0.75 558 678.3 620/100 13 1001 PK75 0.75 558 678.3 620/200 27 0982 P1K1 1.1 382 452.5 430/100 9 1002 P1K1 1.1 382 452.5 430/200 18 0983 P1K5 1.5 260 325.9 310/200 13 0984 P2K2 2.2 189 218.6 210/200 9 0987 P3K0 3 135 158.5 150/200 7 0989 P3K0 3 135 158.5 300/200 14 2x0985 P4K0 4 99 117.2 240/200 10 2x0986 P5K5 5.5 72 84.4 160/200 7 2x0988 P7K5 7.5 50 61.4 130/200 5 2x0990 P11K 11 36.0 41.2 80/240 4 2x0090 P15K 15 27.0 30.0 72/240 3 2x0091

min

br,nom

per item/P

rec

br,cont.

Duty cycle Danfoss part number

Table 8.44 Mains: 380-500 V (T5)

Specifications Design Guide

9 Specifications

9.1 Ambient Conditions

Environment Ambient temperature range -40 to 70 °C Temperature range during storage/transport -40 to 70 °C Maximum temperature at housing 300 °C Maximum relative humidity 5-85%, non-condensation during operation Power derating as a function of ambient temperature. (100% power rating and pulse-load):

- Steel grid brake resistors, IP20 Continuous power 100% @ 40 °C to 70% @ 70 °C, linear

- Aluminum-housed compact brake resistors, IP21 Continuous power 100% @ 40 °C to 75% @ 70 °C, linear

- Aluminum-housed brake resistors - compact and flat-pack, IP54 Continuous power 100% @ 40 °C to 75% @ 70 °C, linear

- Aluminum compact brake resistors, IP65 Continuous power 100% @ 40 °C to 50% @ 70 °C, linear

Power derating at vertical mounted resistor (wall-mounted) when mounted horizontal (100% power rating and pulseload):

- Aluminum-housed flat-pack brake resistors, IP54 No derating

- Aluminum-housed compact brake resistors, IP21, IP54, IP65 -20%

Cooling requirements: The brake resistors are cooled by free natural convection. The power ratings of the resistors refers to cooling conditions with free natural cooling. The requirements for minimum clearances must be observed during installation. Derating at high altitudes 100% @ 1000 m above sea level

Derating at high altitudes 94% @ 1500 m above sea level Derating at high altitudes 82% @ 3000 m above sea level

9.2 General Electrical Specifications

Electrical specifications Resistance tolerances ±10% Insulation > 20 MΩ @ 1000 V Dielectric strength 2500 V AC for 1 min. Operating voltage:

- Aluminum-housed compact brake resistors, IP54 UL: 600 V AC/600 V DC

- Aluminum-housed compact brake resistors, IP54 IEC: 690 V AC/1100 V DC

- Aluminum-housed flat-pack brake resistors, IP54 UL: 1000 V AC/1400 V DC

- Aluminum-housed flat-pack brake resistors, IP54 IEC: 1000 V AC/1400 V DC

- Aluminum-housed compact brake resistors, IP21, IP65 UL: 600 V AC/600 V DC

- Aluminum-housed compact brake resistors, IP21, IP65 IEC: 690 V AC/1100 V DC

- Steel grid brake resistors, IP20 IEC: 690 V AC/1100 V DC

Power rating (continuous load 100%) with and without temperature switch

- Without temperature switch 100% of continuous power rating @ 40 °C

- With temperature switch, steel grid brake resistors, IP20 100% of continuous power rating @ 40 °C

- With temperature switch, aluminum-housed brake resistors,

IP21, IP54, IP65 Minimum 80% of continuous power rating @ 40 °C

- With temperature switch, aluminum-housed brake

resistors, IP21, IP54, IP65 Electrical data temperature switch:

- Steel grid brake resistors, IP20 10 A, 250 V AC, normally closed (NC). Enables at 260 °C

- Aluminum-housed brake resistors, IP21, IP54, IP65 2 A, 250 V AC, normally closed (NC). Enables at 180 °C

Temperature switch enables at ≥80% of the continuous power

rating @ 40 °C

Specifications Design Guide

9.3 Electrical Data: MCE 101 Product Types 9xx

Pulse

load

power

10% duty

cycle

52.5 14.8

[Ω]

Continuous

power 100%

load

[W] [kW] [kW] Type

P/N

175U3000 1200 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3001 850 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3002 630 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3003 570 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3004 410 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3005 415 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3006 300 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3007 270 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3008 200 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3009 200 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3010 200 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3011 200 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3012 145 450 5 1.25 1 4.0 12 16 6 - - - 175U3013 145 450 5 1.25 1 4.0 12 16 6 - - - 175U3014 145 280 2.8 0.7 1 4.0 12 16 6 - - - 175U3015 145 280 2.8 0.7 1 4.0 12 16 6 - - - 175U3016 145 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3017 110 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3018 110 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3019 105 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3020 105 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3021 100 100 1.65 0.405 1 - - - - 0.5 20 1.5 16 175U3022 80 450 5 1.25 1 4.0 12 16 6 - - - 175U3023 80 450 5 1.25 1 4.0 12 16 6 - - - 175U3024 72 960 10.8 2.6 1 4.0 12 16 6 - - - 175U3025 72 960 13 3.3 1 4.0 12 16 6 - - - 175U3026 70 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3027 56 680 9.4 2.2 1 4.0 12 16 6 - - - 175U3028 56 680 9.4 2.2 1 4.0 12 16 6 - - - 175U3029 52 1290 17.8 3.8 1 4.0 12 16 6 - - - 175U3030 52 1290 17.8 3.8 1 4.0 12 16 6 - - - 175U3031 48 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3032 42 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3033 42 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3034 38 1130 15.6 3.3 1 4.0 12 16 6 - - - 175U3035 38 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3036 35 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3037 31 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3038 31 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3039 28 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3040 28 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3041 27 280 2.8 0.7 1 4.0 12 16 6 - - - 175U3042 27 280 2.8 0.7 1 4.0 12 16 6 - - - 175U3043 27 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3044 27 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3047 22 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3048 22 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3049 19 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3050 19 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3051 15.5 3500 43.4 10.8 1 4.0 12 55 1/0 - - - 175U3052 15.5 3500 43.4 10.8 1 4.0 12 55 1/0 - - - 175U3053 18 450 6.2 1.45 1 4.0 12 16 6 - - - 175U3054 18 450 6.2 1.45 1 4.0 12 16 6 - - - 175U3055 14 2800 35 8.7 1 4.0 12 16 6 - - - 175U3056 14 2800 35 8.7 1 4.0 12 16 6 - - - 175U3057 13.5 4200

Resi-

stance

Temp. switch Power cables Temp. switch Power cables

Pulse

load

power

40% duty

cycle

Temp. switch

2) 3)

1 4.0 12 55 1/0 - - - -

Terminal max wire

[mm2]

[AWG]

cross-section

[mm2]

[AWG]

Wire cross-section

[AWG]

[mm2]

[AWG]

9 9

Specifications Design Guide

Pulse

load

power

10% duty

cycle

9.5 2.37

[Ω]

Continuous

power 100%

load

[W] [kW] [kW] Type

P/N

175U3058 13.5 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3059 13 680 9.4 2.2 1 4.0 12 16 6 - - - 175U3060 13 680 9.4 2.2 1 4.0 12 16 6 - - - 175U3061 12 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3062 12 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3063 11 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3064 11 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3065 9.5 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3066 9.5 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3067 9.1 9000 121 29 2 2.5 14 2xM8 - - - 175U3068 9.0 1130 14.5 3.1 1 4.0 12 16 6 - - - 175U3069 9.0 1130 14.5 3.1 1 4.0 12 16 6 - - - 175U3070 7.0 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3071 7.0 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3072 7.4 11000 148 36 2 2.5 14 2xM8 - - - 175U3073 5.7 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3074 5.7 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3075 6.1 13000 174 42 2 2.5 14 2xM8 - - - 175U3076 5.5 6300 87.0 20.5 1 6.0 10 55 1/0 - - - 175U3077 5.5 6300 87.0 20.5 1 6.0 10 55 1/0 - - - -

175U3078 5.0 16000 215 52 2 2.5 14 2xM8 - - - 175U3079 4.7 9000 121 29 2 2.5 14 2xM8 - - - 175U3080 3.5 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3081 3.5 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3082 4.0 20000 268 65 2 2.5 14 2xM8 - - - 175U3083 3.7 11000 148 36 2 2.5 14 2xM8 - - - 175U3084 3.3 13000 174 42 2 2.5 14 2xM8 - - - 175U3085 3.3 26000 349 85 2 2.5 14 2xM8 - - - 175U3086 2.8 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3087 2.8 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3088 2.7 16000 215 52 2 2.5 14 2xM8 - - - 175U3089 2.5 32000 429 104 2 2.5 14 2xM8 - - - 175U3090 2.3 36000 483 117 2 2.5 14 2xM8 - - - 175U3091 2.1 20000 268 65 2 2.5 14 2xM8 - - - 175U3092 2.0 42000 563 137 2 2.5 14 2xM8 - - - 175U3093 1.7 26000 349 85 2 2.5 14 2xM8 - - - 175U3094 1.6 52000 697 169 2 2.5 14 2xM8 - - - 175U3095 1.4 60000 805 195 2 2.5 14 2xM8 - - - 175U3096 300 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3097 1.3 32000 429 104 2 2.5 14 2xM8 - - - 175U3098 1.2 36000 483 117 2 2.5 14 2xM8 - - - 175U3099 1.1 42000 563 137 2 2.5 14 2xM8 - - - 175U3101 1200 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3102 1200 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3103 1200 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3104 850 280 2.8 0.7 1 4.0 12 16 6 - - - 175U3105 850 280 2.8 0.7 1 4.0 12 16 6 - - - 175U3106 145 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3107 145 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3108 630 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3109 630 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3110 570 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3111 570 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3112 415 790 9.5 2.37 1 4.0 12 16 6 - - - 175U3113 415 790 9.5 2.37 1 4.0 12 16 6 - - - 175U3114 410 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3115 410 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3116 270 790 9.5 2.37 1 4.0 12 16 6 - - - 175U3117 270 790

Resi-

stance

Temp. switch Power cables Temp. switch Power cables

Pulse

load

power

40% duty

cycle

Temp. switch

2) 3)

1 4.0 12 16 6 - - - -

Terminal max wire

[mm2]

[AWG]

cross-section

[mm2]

[AWG]

Wire cross-section

[AWG]

[mm2]

[AWG]

Specifications Design Guide

Pulse

load

power

10% duty

cycle

134 33

[Ω]

Continuous

power 100%

load

[W] [kW] [kW] Type

P/N

175U3118 270 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3119 270 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3120 200 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3121 200 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3122 200 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3123 200 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3124 145 450 5.0 1.25 1 4.0 12 16 6 - - - 175U3125 145 450 5.0 1.25 1 4.0 12 16 6 - - - 175U3126 145 1700 21.1 5.7 1 4.0 12 16 6 - - - 175U3127 145 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3130 110 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3131 110 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3132 105 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3133 105 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3134 105 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3135 105 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3136 100 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3137 100 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3138 80 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3139 80 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3140 72 2800 35.0 8.7 1 4.0 12 16 6 - - - 175U3141 72 2800 35.0 8.7 1 4.0 12 16 6 - - - 175U3142 72 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3143 72 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3144 70 790 9.5 2.37 1 4.0 12 16 6 - - - 175U3145 70 790 9.5 2.37 1 4.0 12 16 6 - - - 175U3146 56 2800 35 8.7 1 4.0 12 16 6 - - - 175U3147 56 2800 35 8.7 1 4.0 12 16 6 - - - 175U3148 52 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3149 52 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3152 48 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3153 48 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3154 42 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3155 42 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3156 38 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3157 38 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3160 35 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3161 35 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3162 31 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3163 31 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3166 28 6300 78.7 19.5 1 6.0 10 55 1/0 - - - 175U3167 28 6300 78.7 19.5 1 6.0 10 55 1/0 - - - 175U3168 27 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3169 27 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3170 22 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3171 22 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3172 18 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3173 18 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3174 13 3500 43.4 10.8 1 4.0 12 55 1/0 - - - 175U3175 13 3500 43.4 10.8 1 4.0 12 55 1/0 - - - 175U3176 9.0 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3177 9.0 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3178 5.7 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3179 5.7 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3180 5.7 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3181 5.7 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3182 3.5 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3183 3.5 8200 102.2 25.3 1 6.0 10 55 1/0 - - - 175U3200 27.0 10000

Resi-

stance

Temp. switch Power cables Temp. switch Power cables

Pulse

load

power

40% duty

cycle

Temp. switch

2) 3)

2 2.5 14 2xM8 - - - -

Terminal max wire

[mm2]

[AWG]

cross-section

[mm2]

[AWG]

Wire cross-section

[AWG]

[mm2]

[AWG]

9 9

Specifications Design Guide

Pulse

load

power

10% duty

cycle

27.3 6.8

[Ω]

Continuous

power 100%

load

[W] [kW] [kW] Type

P/N

175U3201 27.0 14000 188 46 2 2.5 14 2xM8 - - - 175U3202 22.0 17000 228 55 2 2.5 14 2xM8 - - - 175U3203 19.0 10000 134 33 2 2.5 14 2xM8 - - - 175U3204 19 14000 188 46 2 2.5 14 2xM8 - - - 175U3205 15.5 21000 282 68 2 2.5 14 2xM8 - - - 175U3206 14.0 14000 188 46 2 2.5 14 2xM8 - - - 175U3207 14.0 17000 228 55 2 2.5 14 2xM8 - - - 175U3208 13.5 21000 282 68 2 2.5 14 2xM8 - - - 175U3209 13.5 26000 349 85 2 2.5 14 2xM8 - - - 175U3210 12.0 17000 228 55 2 2.5 14 2xM8 - - - 175U3211 11.0 26000 349 85 2 2.5 14 2xM8 - - - 175U3212 11.0 36000 483 117 2 2.5 14 2xM8 - - - 175U3213 9.5 21000 282 68 2 2.5 14 2xM8 - - - 175U3214 9.1 42000 563 137 2 2.5 14 2xM8 - - - 175U3215 7.4 52000 697 169 2 2.5 14 2xM8 - - - 175U3216 7.0 26000 349 85 2 2.5 14 2xM8 - - - 175U3217 7.0 36000 483 117 2 2.5 14 2xM8 - - - 175U3218 6.1 60000 805 195 2 2.5 14 2xM8 - - - 175U3219 5.5 36000 483 117 2 2.5 14 2xM8 - - - 175U3220 5.0 78000 105 254 2 2.5 14 2xM8 - - - -

175U3221 4.7 42000 563 137 2 2.5 14 2xM8 - - - 175U3222 4.0 90000 121 293 2 2.5 14 2xM8 - - - 175U3223 3.7 52000 69 169 2 2.5 14 2xM8 - - - 175U3224 3.5 14000 188 46 2 2.5 14 2xM8 - - - 175U3225 3.3 60000 805 195 2 2.5 14 2xM8 - - - 175U3227 2.8 17000 228 55 2 2.5 14 2xM8 - - - 175U3228 2.7 78000 105 254 2 2.5 14 2xM8 - - - 175U3230 2.1 90000 121 293 2 2.5 14 2xM8 - - - 175U3231 5.5 7000 94 23 2 2.5 14 2xM8 - - - 175U3232 11 7000 94 23 2 2.5 14 2xM8 - - - 175U3233 5.7 6000 80 20 2 2.5 14 2xM8 - - - 175U3234 5.7 8000 107 26 2 2.5 14 2xM8 - - - 175U3235 3.5 9000 121 29 2 2.5 14 2xM8 - - - 175U3236 38 5000 67 16 2 2.5 14 2xM8 - - - 175U3237 28 6000 80 20 2 2.5 14 2xM8 - - - 175U3238 22 8000 107 26 2 2.5 14 2xM8 - - - 175U3239 38 6000 80 20 2 2.5 14 2xM8 - - - 175U3240 31 8000 107 26 2 2.5 14 2xM8 - - - 175U3241 7.0 30000 402 98 2 2.5 14 2xM8 - - - 175U3242 52 6000 80 20 2 2.5 14 2xM8 - - - 175U3243 42 8000 107 26 2 2.5 14 2xM8 - - - 175U3244 31 10000 134 33 2 2.5 14 2xM8 - - - 175U3245 7 7000 94 23 2 2.5 14 2xM8 - - - 175U3300 145 300 5 1 1 - - - - 0.5 20 1.5 16 175U3301 100 450 5 1.25 1 - - - - 0.5 20 1.5 16 175U3302 70 570 6.6 1.65 1 - - - - 0.5 20 1.5 16 175U3303 48 960 11.5 2.88 1 - - - - 0.5 20 1.5 16 175U3304 35 1130 14.5 3.6 1 - - - - 0.5 20 1.5 16 175U3305 27 1400 17.5 4.38 1 - - - - 0.5 20 6.0 10 175U3306 18 2200 27.3 6.8 1 - - - - 0.5 20 6.0 10 175U3307 13 3200 39.9 9.9 1 - - - - 0.5 20 6.0 10 175U3308 850 200 3.05 0.75 1 - - - - 0.5 20 1.5 16 175U3309 630 300 5 1 1 - - - - 0.5 20 1.5 16 175U3310 410 450 5 1.25 1 - - - - 0.5 20 1.5 16 175U3311 270 570 6.6 1.65 1 - - - - 0.5 20 1.5 16 175U3312 200 960 10.8 2.6 1 - - - - 0.5 20 1.5 16 175U3313 145 1130 14.5 3.6 1 - - - - 0.5 20 1.5 16 175U3314 110 1700 21.1 5.27 1 - - - - 0.5 20 6.0 10 175U3315 80 2200

Resi-

stance

Temp. switch Power cables Temp. switch Power cables

Pulse

load

power

40% duty

cycle

Temp. switch

2) 3)

1 - - - - 0.5 20 6.0 10

Terminal max wire

[mm2]

[AWG]

cross-section

[mm2]

[AWG]

Wire cross-section

[AWG]

[mm2]

[AWG]

Specifications Design Guide

Pulse

load

power

10% duty

cycle

39.9 9.9

[Ω]

Continuous

power 100%

load

[W] [kW] [kW] Type

P/N

175U3316 56 3200 39.9 9.9 1 - - - - 0.5 20 6.0 10 175U3317 850 280 2.8 0.7 1 - - - - 0.5 20 1.5 16 175U3318 570 450 5 1.25 1 - - - - 0.5 20 1.5 16 175U3319 415 570 6.6 1.65 1 - - - - 0.5 20 1.5 16 175U3320 270 960 10.8 2.6 1 - - - - 0.5 20 1.5 16 175U3321 200 1130 14.5 3.6 1 - - - - 0.5 20 1.5 16 175U3322 145 1700 21.1 5.27 1 - - - - 0.5 20 6.0 14 175U3323 100 2200 27.3 6.8 1 - - - - 0.5 20 6.0 10 175U3324 72 3200 39.9 9.9 1 - - - - 0.5 20 6.0 10 175U3325 35 300 5 1 1 - - - - 0.5 20 1.5 16 175U3326 27 360 4.2 1.05 1 - - - - 0.5 20 1.5 16 175U3327 18 570 6.6 1.65 1 - - - - 0.5 20 1.5 16 175U3328 13 680 9.4 2.2 1 - - - - 0.5 20 1.5 16 175U3329 9.0 1130 14.5 3.6 1 - - - - 0.5 20 1.5 16 175U3330 5.7 1400 17.5 4.38 1 - - - - 0.5 20 6.0 10 175U3331 5.7 1700 21.1 5.27 1 - - - - 0.5 20 6.0 10 175U3332 3.5 2200 27.3 6.8 1 - - - - 0.5 20 6.0 10 175U3333 3.5 2800 35.0 8.7 1 - - - - 0.5 20 6.0 10 175U3334 2.8 3200 39.9 9.9 1 - - - - 0.5 20 6.0 10 175U3335 110 450 6.6 1.65 1 - - - - 0.5 20 1.5 16 175U3336 80 570 5.0 1.25 1 - - - - 0.5 20 1.5 16 175U3337 56 680 9.4 2.2 1 - - - - 0.5 20 1.5 16 175U3338 38 1130 14.5 3.6 1 - - - - 0.5 20 1.5 16 175U3339 28 1400 17.5 4.38 1 - - - - 0.5 20 6.0 10 175U3340 22 1700 21.1 5.27 1 - - - - 0.5 20 6.0 10 175U3341 14 2800 35 8.7 1 - - - - 0.5 20 6.0 10 175U3342 200 300 5 1 1 - - - - 0.5 20 1.5 16 175U3343 145 450 5 1.25 1 - - - - 0.5 20 1.5 16 175U3344 100 570 6.6 1.65 1 - - - - 0.5 20 1.5 16 175U3345 72 680 9.4 2.2 1 - - - - 0.5 20 1.5 16 175U3346 52 1130 14.5 3.6 1 - - - - 0.5 20 1.5 16 175U3347 38 1400 17.5 4.38 1 - - - - 0.5 20 6.0 10 175U3348 31 1700 21.1 5.27 1 - - - - 0.5 20 6.0 10 175U3349 27 2200 27.3 6 1 - - - - 0.5 20 6.0 10 175U3350 19 2800 35 8.7 1 - - - - 0.5 20 6.0 10 175U3351 72 1130 14.5 3.6 1 - - - - 0.5 20 1.5 16 175U3352 52 1400 17.5 4.38 1 - - - - 0.5 20 6.0 10 175U3353 42 1700 21.1 5.27 1 - - - - 0.5 20 6.0 10 175U3354 31 2200 27.3 6.8 1 - - - - 0.5 20 6.0 10 175U3355 27 2800 35 8.7 1 - - - - 0.5 20 6.0 10 175U3356 22 3200 39.9 9.9 1 - - - - 0.5 20 6.0 10 175U3357 19 2200 27.3 6.8 1 - - - - 0.5 20 6.0 10 175U3358 14 3200 39.9 9.9 1 - - - - 0.5 20 6.0 10 175U3359 12 3200 39.9 9.9 1 - - - - 0.5 20 6.0 10 175U3360 105 790 9.5 2.37 1 - - - - 0.5 20 1.5 16 175U3361 270 300 5 1 1 - - - - 0.5 20 1.5 16 175U3401 100 450 5 1.2 1 4.0 12 16 6 - - - 175U3402 100 450 5 1.25 1 4.0 12 16 6 - - - 175U3403 70 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3404 70 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3405 48 960 11.5 2.88 1 4.0 12 16 6 - - - 175U3406 48 960 11.5 2.88 1 4.0 12 16 6 - - - 175U3407 35 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3408 35 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3409 27 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3410 27 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3411 18 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3412 18 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3413 13 3200

Resi-

stance

Temp. switch Power cables Temp. switch Power cables

Pulse

load

power

40% duty

cycle

Temp. switch

2) 3)

1 4.0 12 16 6 - - - -

Terminal max wire

[mm2]

[AWG]

cross-section

[mm2]

[AWG]

Wire cross-section

[AWG]

[mm2]

[AWG]

9 9

Specifications Design Guide

Pulse

load

power

10% duty

cycle

[Ω]

Continuous

power 100%

load

[W] [kW] [kW] Type

360 4.2 1.05

P/N

175U3414 13 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3415 410 450 5 1.25 1 4.0 12 16 6 - - - 175U3416 410 450 5 1.25 1 4.0 12 16 6 - - - 175U3417 270 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3418 270 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3419 200 960 10.8 2.6 1 4.0 12 16 6 - - - 175U3420 200 960 10.8 2.6 1 4.0 12 16 6 - - - 175U3421 145 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3422 145 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3423 110 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3424 110 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3427 56 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3428 56 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3429 570 450 5 1.25 1 4.0 12 16 6 - - - 175U3430 570 450 5 1.25 1 4.0 12 16 6 - - - 175U3431 415 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3432 415 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3433 270 960 10.8 2.6 1 4.0 12 16 6 - - - 175U3434 270 960 10.8 2.6 1 4.0 12 16 6 - - - 175U3435 200 1130 14.5 3.6 1 4.0 12 16 6 - - - -

175U3436 200 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3437 100 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3438 100 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3439 72 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3440 72 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3441 18 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3442 18 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3445 5.7 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3446 5.7 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3447 3.5 2800 35 8.7 1 4.0 12 16 6 - - - 175U3448 3.5 2800 35 8.7 1 4.0 12 16 6 - - - 175U3449 110 450 5 1.25 1 4.0 12 16 6 - - - 175U3450 110 450 5 1.25 1 4.0 12 16 6 - - - 175U3451 80 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3452 80 570 6.6 1.65 1 4.0 12 16 6 - - - 175U3455 72 680 9.4 2.2 1 4.0 12 16 6 - - - 175U3456 72 680 9.4 2.2 1 4.0 12 16 6 - - - 175U3457 52 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3458 52 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3459 38 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3460 38 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3461 19 2800 35 8.7 1 4.0 12 16 6 - - - 175U3462 19 2800 35 8.7 1 4.0 12 16 6 - - - 175U3463 14 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3464 14 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3465 72 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3466 72 1130 14.5 3.6 1 4.0 12 16 6 - - - 175U3467 52 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3468 52 1400 17.5 4.38 1 4.0 12 16 6 - - - 175U3469 31 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3470 31 2200 27.3 6.8 1 4.0 12 16 6 - - - 175U3471 27 2800 35 8.7 1 4.0 12 16 6 - - - 175U3472 27 2800 35 8.7 1 4.0 12 16 6 - - - 175U3473 15.5 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3474 15.5 4200 52.5 14.8 1 4.0 12 55 1/0 - - - 175U3475 13.5 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3476 13.5 5500 68.6 17 1 4.0 12 55 1/0 - - - 175U3477 27 360 4.2 1.05 1 4.0 12 16 6 - - - 175U3478 27

Resi-

stance

Temp. switch Power cables Temp. switch Power cables

Pulse

load

power

40% duty

cycle

Temp. switch

2) 3)

1 4.0 12 16 6 - - - -

Terminal max wire

[mm2]

[AWG]

cross-section

[mm2]

[AWG]

Wire cross-section

[AWG]

[mm2]

[AWG]

Specifications Design Guide

Pulse

load

power

10% duty

cycle

[Ω]

Continuous

power 100%

load

[W] [kW] [kW] Type

P/N

175U3479 22 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3480 22 3200 39.9 9.9 1 4.0 12 16 6 - - - 175U3481 105 790 9.5 2.37 1 4.0 12 16 6 - - - 175U3482 105 790 9.5 2.37 1 4.0 12 16 6 - - - 175U3483 5.7 1700 21.1 5.27 1 4.0 12 16 6 - - - 175U3484 5.7 1700 21.1 5.27 1 4.0 12 16 6 - - - -

Table 9.1 Electrical Data: Product Types 9xx

1) Based on reference profiles with 30 s repetition rates

2) Temperature switch type 1: 2 A. 250 V AC. Normally closed (NC). Enables at 180 °C

3) Temperature switch type 2: 10 A. 250 V AC. Normally closed (NC). Enables at 260 °C

4) Only for versions with fixed cables. All cables are 1000 mm unscreened cables.

Resi-

stance

Temp. switch Power cables Temp. switch Power cables

Pulse

load

power

40% duty

cycle

Temp. switch

2) 3)

Terminal max wire

[mm2]

[AWG]

cross-section

[mm2]

[AWG]

Wire cross-section

[AWG]

[mm2]

[AWG]

9 9

Specifications Design Guide

9.4 Mechanical Data: MCE 101 Product Types 9xx

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

Weight

P/N

175U3000 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3001 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3002 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3003 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3004 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3005 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3006 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3007 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3008 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3009 1.8 21 Y 914CBR-V210DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3010 1.8 65 Y 914CBR-V210BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3011 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3012 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3013 2.4 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3014 1.3 21 Y 914CBR-V160DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3015 1.3 65 Y 914CBR-V160BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3016 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3017 1.8 21 Y 914CBR-V210DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT

175U3018 1.8 65 Y 914CBR-V210BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3019 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3020 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3021 0.27 54 Y 914CCH145CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3022 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3023 2.4 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3024 4.6 21 Y 914CBR-V560DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3025 4.6 65 Y 914CBR-V560BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3026 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3027 3.5 21 Y 914CBR-V400DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3028 3.5 65 Y 914CBR-V400BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3029 6.1 21 Y 914CBR-V760DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3030 6.1 65 Y 914CBR-V760BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3031 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3032 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3033 9.2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3034 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3035 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3036 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3037 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3038 9.2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3039 8.2 21 N 914CBT-H400DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3040 8.2 65 N 914CBT-H400BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3041 1.3 21 Y 914CBR-V160DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3042 1.3 65 Y 914CBR-V160BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3043 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3044 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3047 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3048 9,2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3049 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3050 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT

Specifications Design Guide

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

Weight

P/N

175U3051 25.5 21 N 929CBT-V560GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3052 26.5 65 N 929CBT-V560BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3053 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3054 1.3 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3055 12.8 21 N 914CBT-H660DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3056 12.8 65 N 914CBT-H660BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3057 29 21 N 929CBT-V660GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3058 30 65 N 929CBT-V660BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3059 3.5 21 Y 914CBR-V400DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3060 3.5 65 Y 914CBR-V400BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3061 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3062 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3063 32.5 21 N 929CBT-V760GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3064 33.5 65 N 929CBT-V760BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3065 29 21 N 929CBT-V660GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3066 30 65 N 929CBT-V660BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3067 21 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3068 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3069 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3070 32.5 21 N 929CBT-V760GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3071 33.5 65 N 929CBT-V760BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3072 24 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3073 8.2 21 N 914CBT-H400DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3074 8.2 65 N 914CBT-H400BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3075 25 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3076 39 21 N 930CBT-V660GHT 930CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3077 39 65 N 930CBT-V660BGHT 930CBT-VxxxBGHT chapter 9.7.19 Figure 19 - 930CBT- VxxxBGHT 175U3078 35 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3079 21 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3080 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3081 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3082 37 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3083 24 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3084 25 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3085 45 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3086 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3087 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3088 35 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3089 48 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3090 74 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3091 37 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3092 78 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3093 45 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3094 90 20 N 917CMD27 917CMD27 chapter 9.7.14 Figure 14 - 917CMD27 175U3095 90 20 N 917CMD27 917CMD27 chapter 9.7.14 Figure 14 - 917CMD27 175U3096 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3097 48 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3098 74 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3099 78 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3101 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3102 1.8 21 Y 914CBR-V210DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT

9 9

Specifications Design Guide

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

Weight

P/N

175U3103 1.8 65 Y 914CBR-V210BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3104 1.3 21 Y 914CBR-V160DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3105 1.3 65 Y 914CBR-V160BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3106 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3107 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3108 1.8 21 Y 914CBR-V210DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3109 1.8 65 Y 914CBR-V210BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3110 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3111 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3112 3.9 21 Y 914CBR-V460DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3113 3.9 65 Y 914CBR-V460BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3114 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3115 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3116 3.9 21 Y 914CBR-V460DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3117 3.9 65 Y 914CBR-V460BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3118 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3119 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3120 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3121 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3122 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT

175U3123 9.2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3124 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3125 2.4 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3126 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3127 9.2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3130 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3131 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3132 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3133 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3134 29 21 N 929CBT-V660GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3135 30 65 N 929CBT-V660BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3136 3.0 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3137 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3138 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3139 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3140 12.8 21 N 914CBT-H660DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3141 12.8 65 N 914CBT-H660BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3142 29 21 N 929CBT-V660GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3143 30 65 N 929CBT-V660BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3144 3.9 21 Y 914CBR-V460DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3145 3.9 65 Y 914CBR-V460BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3146 12.8 21 N 914CBT-H660DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3147 12.8 65 N 914CBT-H660BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3148 32.5 21 N 929CBT-V760GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3149 33.5 65 N 929CBT-V760BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3152 8.2 21 N 914CBT-H400DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3153 8.2 65 N 914CBT-H400BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3154 44.5 21 N 930CBT-V760GHT 930CBT-VxxxGHT chapter 9.7.18 Figure 18 - 930CBT-VxxxGHT 175U3155 44.5 65 N 930CBT-V760BGHT 930CBT-VxxxBGHT chapter 9.7.19 Figure 19 - 930CBT- VxxxBGHT 175U3156 32.5 21 N 929CBT-V760GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3157 33.5 65 N 929CBT-V760BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT

Specifications Design Guide

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

Weight

P/N

175U3160 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3161 9.2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3162 44.5 21 N 930CBT-V760GHT 930CBT-VxxxGHT chapter 9.7.18 Figure 18 - 930CBT-VxxxGHT 175U3163 44.5 65 N 930CBT-V760BGHT 930CBT-VxxxBGHT chapter 9.7.19 Figure 19 - 930CBT- VxxxBGHT 175U3166 39 21 N 930CBT-V660GHT 930CBT-VxxxGHT chapter 9.7.18 Figure 18 - 930CBT-VxxxGHT 175U3167 39 65 N 930CBT-V660BGHT 930CBT-VxxxBGHT chapter 9.7.19 Figure 19 - 930CBT- VxxxBGHT 175U3168 11.0 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3169 11.0 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3170 44.5 21 N 930CBT-V760GHT 930CBT-VxxxGHT chapter 9.7.18 Figure 18 - 930CBT-VxxxGHT 175U3171 44.5 65 N 930CBT-V760BGHT 930CBT-VxxxBGHT chapter 9.7.19 Figure 19 - 930CBT- VxxxBGHT 175U3172 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3173 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3174 25.5 21 N 929CBT-V560GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3175 26.5 65 N 929CBT-V560BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3176 32.5 21 N 929CBT-V760GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3177 33.5 65 N 929CBT-V760BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3178 32.5 21 N 929CBT-V760GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3179 33.5 65 N 929CBT-V760BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3180 44.5 21 N 930CBT-V760GHT 930CBT-VxxxGHT chapter 9.7.18 Figure 18 - 930CBT-VxxxGHT 175U3181 44.5 65 N 930CBT-V760BGHT 930CBT-VxxxBGHT chapter 9.7.19 Figure 19 - 930CBT- VxxxBGHT 175U3182 44.5 21 N 930CBT-V760GHT 930CBT-VxxxGHT chapter 9.7.18 Figure 18 - 930CBT-VxxxGHT 175U3183 44.5 65 N 930CBT-V760BGHT 930CBT-VxxxBGHT chapter 9.7.19 Figure 19 - 930CBT- VxxxBGHT 175U3200 22 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3201 25 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3202 35 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3203 20 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3204 25 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3205 41 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3206 25 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3207 35 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3208 41 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3209 45 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3210 35 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3211 45 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3212 74 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3213 41 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3214 78 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3215 90 20 N 917CMD27 917CMD27 chapter 9.7.14 Figure 14 - 917CMD27 175U3216 45 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3217 74 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3218 90 20 N 917CMD27 917CMD27 chapter 9.7.14 Figure 14 - 917CMD27 175U3219 74 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3220 182 20 N 917CMD37 917CMD37 chapter 9.7.15 Figure 15 - 917CMD37 175U3221 78 20 N 917CM37 917CM37 chapter 9.7.13 Figure 13 - 917CM37 175U3222 190 20 N 917CMD37 917CMD37 chapter 9.7.15 Figure 15 - 917CMD37 175U3223 90 20 N 917CMD27 917CMD27 chapter 9.7.14 Figure 14 - 917CMD27 175U3224 25 20 N 917CM17 917CM17 chapter 9.7.10 Figure 10 - 917CM17 175U3225 90 20 N 917CMD27 917CMD27 chapter 9.7.14 Figure 14 - 917CMD27 175U3227 35 20 N 917CM25 917CM25 chapter 9.7.11 Figure 11 - 917CM25 175U3228 182 20 N 917CMD37 917CMD37 chapter 9.7.15 Figure 15 - 917CMD37 175U3230 190 20 N 917CMD37 917CMD37 chapter 9.7.15 Figure 15 - 917CMD37

9 9

Specifications Design Guide

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

Weight

P/N

175U3231 19 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3232 19 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3233 19 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3234 20 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3235 21 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3236 15 20 N 917CM13 917CM13 chapter 9.7.8 Figure 8 - 917CM13 175U3237 19 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3238 20 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3239 19 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3240 20 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3241 52 20 N 917CM27 917CM27 chapter 9.7.12 Figure 12 - 917CM27 175U3242 19 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3243 20 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3244 22 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3245 20 20 N 917CM15 917CM15 chapter 9.7.9 Figure 9 - 917CM15 175U3300 1.58 54 Y 914CCH355CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3301 2.4 54 Y 914CBR-V260CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3302 3 54 Y 914CBR-V330CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3303 4.6 54 Y 914CBR-V560CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3304 5.4 54 Y 914CBR-V660CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT

175U3305 8.2 54 Y 914CBT-H400CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3306 11 54 Y 914CBT-H560CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3307 14.6 54 Y 914CBT-H760CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3308 0.54 54 Y 914CCH251CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3309 1.58 54 Y 914CCH355CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3310 2.4 54 Y 914CBR-V260CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3311 3 54 Y 914CBR-V330CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3312 4.6 54 Y 914CBR-V560CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3313 5.4 54 Y 914CBR-V660CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3314 9.2 54 Y 914CBT-H460CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3315 11 54 Y 914CBT-H560CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3316 14.6 54 Y 914CBT-H760CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3317 1.3 54 Y 914CBR-V160CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3318 2.4 54 Y 914CBR-V260CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3319 3 54 Y 914CBR-V330CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3320 4.6 54 Y 914CBR-V560CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3321 5.4 54 Y 914CBR-V660CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3322 9.2 54 N 914CBT-H460CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3323 11 54 Y 914CBT-H560CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3324 14.6 54 Y 914CBT-H760CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3325 1.58 54 Y 914CCH355CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3326 1.8 54 Y 914CBR-V210CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3327 3 54 Y 914CBR-V330CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3328 3.5 54 Y 914CBR-V400CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3329 5.4 54 Y 914CBR-V660CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3330 8.2 54 Y 914CBT-H400CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3331 9.2 54 Y 914CBT-H460CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3332 11 54 Y 914CBT-H560CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3333 12.8 54 Y 914CBT-H660CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3334 14.6 54 Y 914CBT-H760CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3335 2.4 54 Y 914CBR-V260CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT

Specifications Design Guide

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

Weight

P/N

175U3336 3 54 Y 914CBR-V330CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3337 3.5 54 Y 914CBR-V400CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3338 5.4 54 Y 914CBR-V660CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3339 8.2 54 Y 914CBT-H400CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3340 9.2 54 Y 914CBT-H460CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3341 12.8 54 Y 914CBT-H660CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3342 1.58 54 Y 914CCH355CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3343 2.4 54 Y 914CBR-V260CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3344 3 54 Y 914CBR-V330CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3345 3.5 54 Y 914CBR-V400CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3346 5.4 54 Y 914CBR-V660CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3347 8.2 54 Y 914CBT-H400CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3348 9.2 54 Y 914CBT-H460CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3349 11 54 Y 914CBT-H560CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3350 12.8 54 Y 914CBT-H660CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3351 5.4 54 Y 914CBR-V660CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3352 8.2 54 Y 914CBT-H400CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3353 9.2 54 Y 914CBT-H460CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3354 11 54 Y 914CBT-H560CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3355 12.8 54 Y 914CBT-H660CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3356 14.6 54 Y 914CBT-H760CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3357 11 54 Y 914CBT-H560CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3358 14.6 54 Y 914CBT-H760CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3359 14.6 54 Y 914CBT-H760CHT 914CBT-HxxxCHT chapter 9.7.2 Figure 2 - 914CBT-HxxxCHT 175U3360 3.9 54 Y 914CBR-V460CT 914CBR-VxxxCT chapter 9.7.5 Figure 5 - 914CBR-VxxxCT 175U3361 1.58 54 Y 914CCH355CT 914CCHxxxCT chapter 9.7.7 Figure 7 - 914CCHxxxCT 175U3401 2.4 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3402 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3403 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3404 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3405 4.6 65 Y 914CBR-V560BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3406 4.6 21 Y 914CBR-V560DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3407 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3408 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3409 8.2 65 N 914CBT-H400BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3410 8.2 21 N 914CBT-H400DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3411 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3412 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3413 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3414 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3415 2.4 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3416 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3417 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3418 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3419 4.6 65 Y 914CBR-V560BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3420 4.6 21 Y 914CBR-V560DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3421 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3422 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3423 9.2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3424 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3427 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT

9 9

Specifications Design Guide

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

Weight

P/N

175U3428 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3429 2.4 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3430 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3431 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3432 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3433 4.6 65 Y 914CBR-V560BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3434 4.6 21 Y 914CBR-V560DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3435 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3436 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3437 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3438 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3439 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3440 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3441 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3442 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3445 8.2 65 N 914CBT-H400BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3446 8.2 21 N 914CBT-H400DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3447 12.8 65 N 914CBT-H660BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3448 12.8 21 N 914CBT-H660DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3449 2.4 65 Y 914CBR-V260BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT

175U3450 2.4 21 Y 914CBR-V260DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3451 3 65 Y 914CBR-V330BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3452 3 21 Y 914CBR-V330DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3455 3.5 65 Y 914CBR-V400BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3456 3.9 21 Y 914CBR-V400DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3457 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3458 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3459 8.2 65 N 914CBT-H400BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3460 8.2 21 N 914CBT-H400DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3461 12.8 65 N 914CBT-H660BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3462 12.6 21 N 914CBT-H660DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3463 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3464 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3465 5.4 65 Y 914CBR-V660BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3466 5.4 21 Y 914CBR-V660DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3467 8.2 65 N 914CBT-H400BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3468 8.2 21 N 914CBT-H400DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3469 11 65 N 914CBT-H560BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3470 11 21 N 914CBT-H560DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3471 12.8 65 N 914CBT-H660BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3472 12.8 21 N 914CBT-H660DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3473 30 65 N 929CBT-V660BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3474 29 21 N 929CBT-V660GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3475 33.5 65 N 929CBT-V760BGHT 929CBT-VxxxBGHT chapter 9.7.17 Figure 17 - 929CBT-VxxxBGHT 175U3476 32.5 21 N 929CBT-V760GHT 929CBT-VxxxGHT chapter 9.7.16 Figure 16 - 929CBT-VxxxGHT 175U3477 1.8 21 Y 914CBR-V210DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3478 1.8 65 Y 914CBR-V210BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT 175U3479 14.6 21 N 914CBT-H760DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3480 14.6 65 N 914CBT-H760BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT 175U3481 3.9 21 Y 914CBR-V460DT 914CBR-VxxxDT chapter 9.7.4 Figure 4 - 914CBR-VxxxDT 175U3482 3.9 65 Y 914CBR-V460BT 914CBR-VxxxBT chapter 9.7.6 Figure 6 - 914CBR-VxxxBT

Specifications Design Guide

P/N

Weight

[kg]

Enclosure

rating

[IP class]

UL Product type Drawing type Drawing reference

175U3483 9.2 21 N 914CBT-H460DHT 914CBT-HxxxDHT chapter 9.7.1 Figure 1 - 914CBT-HxxxDHT 175U3484 9.2 65 N 914CBT-H460BHT 914CBT-HxxxBHT chapter 9.7.3 Figure 3 - 914CBT-HxxxBHT

Table 9.2 Mechanical Data: Product Types 9xx

9.5 Electrical Data: Product Types BWD and BWG

P/N Resistance Continuous power

Temperature

switch

Wire cross-section

100% load Power cables [W]

[mm2]

[AWG]

175U0089 60 200 No 1.5 16 175U0090 80 240 No 2.5 14 175U0091 72 240 No 2.5 14 175U0982 620 200 No 1.5 16 175U0983 430 200 No 1.5 16 175U0984 310 200 No 1.5 16 175U0985 300 200 No 1.5 16 175U0986 240 200 No 1.5 16 175U0987 210 200 No 1.5 16 175U0988 160 200 No 1.5 16 175U0989 150 200 No 1.5 16 175U0990 130 200 No 1.5 16 175U0991 100 200 No 1.5 16 175U0992 72 200 No 1.5 16 175U0993 50 200 No 1.5 16 175U0994 35 200 No 1.5 16 175U0995 27 200 No 1.5 16 175U0996 40 200 No 1.5 16 175U1000 830 100 No 1.5 16 175U1001 620 100 No 1.5 16 175U1002 430 100 No 1.5 16 175U1003 330 100 No 1.5 16 175U1004 220 100 No 1.5 16 175U1005 150 100 No 1.5 16 175U1006 100 100 No 1.5 16 175N2395 430 100 No 1.5 16 175N2396 620 100 No 1.5 16 175N2397 830 100 No 1.5 16 175N2398 150 200 No 1.5 16 175N2399 210 200 No 1.5 16 175N2400 310 200 No 1.5 16

Fixed cable

see footnotes

9 9

Table 9.3 Electrical Data: Product Types BWD and BWG

1) 510 mm unscreened cables

2) 800 mm Ø8 screened cable

Specifications Design Guide

9.6 Mechanical Data: Product Types BWD and BWG

P/N Weight Enclosure rating

[kg] [IP class]

175U0089 0.55 65 Y BWD500060 BWD500xxx

175U0090 1.05 65 Y BWD600080 BWD600xxx 175U0091 1.05 65 Y BWD600072 BWD600xxx 175U0982 0.55 65 Y BWD500620 BWD500xxx 175U0983 0.55 65 Y BWD500430 BWD500xxx 175U0984 0.55 65 Y BWD500310 BWD500xxx 175U0985 0.55 65 Y BWD500300 BWD500xxx 175U0986 0.55 65 Y BWD500240 BWD500xxx 175U0987 0.55 65 Y BWD500210 BWD500xxx 175U0988 0.55 65 Y BWD500160 BWD500xxx 175U0989 0.55 65 Y BWD500150 BWD500xxx 175U0990 0.55 65 Y BWD500130 BWD500xxx 175U0991 0.55 65 Y BWD500100 BWD500xxx 175U0992 0.55 65 Y BWD500072 BWD500xxx 175U0993 0.55 65 Y BWD500050 BWD500xxx 175U0994 0.55 65 Y BWD500035 BWD500xxx 175U0995 0.55 65 Y BWD500027 BWD500xxx 175U0996 0.55 65 Y BWD500040 BWD500xxx

175U1000 0.28 65 Y BWD250830 BWD250xxx 175U1001 0.28 65 Y BWD250620 BWD250xxx 175U1002 0.28 65 Y BWD250430 BWD250xxx 175U1003 0.28 65 Y BWD250330 BWD250xxx 175U1004 0.28 65 Y BWD250220 BWD250xxx 175U1005 0.28 65 Y BWD250150 BWD250xxx 175U1006 0.28 65 Y BWD250100 BWD250xxx 175N2395 0.41 65 Y BWG250430 BWG250xxx 175N2396 0.41 65 Y BWG250620 BWG250xxx 175N2397 0.41 65 Y BWG250830 BWG250xxx 175N2398 0.68 65 Y BWG500150 BWG500xxx 175N2399 0.68 65 Y BWG500210 BWG500xxx 175N2400 0.68 65 Y BWG500310 BWG500xxx

Product type Drawing type Drawing reference

chapter 9.7.21 Figure 21 -

BWD500xxx

chapter 9.7.22 Figure 22 -

BWD600xxx

chapter 9.7.21 Figure 21 -

BWD500xxx

chapter 9.7.20 Figure 20 -

BWD250xxx

chapter 9.7.23 Figure 23 -

BWG250xxx

chapter 9.7.24 Figure 24 -

BWG500xxx

Table 9.4 Mechanical Data: Product Types BWD and BWG

1) Y=yes, N=no

[0.71]

[L+5.59] L+142

[3.74]

[3.96]

100

[9.37]

238

[10.24]

260

130BD236.10

Specifications Design Guide

9.7 Mechanical Drawings

9.7.1 Figure 1 - 914CBT-HxxxDHT

1 Hot surface warning x3 2 Name plate

Illustration 9.1 IP21, Side View and Top View

9 9

Specifications

Design Guide

Danfoss P/N Typecode

175U3032 MCE101A42R0P1K70E21TAW 42 460 18.11 360 14.17 9.2 175U3037 MCE101A31R0P1K70E21TAW 31 460 18.11 360 14.17 9.2 175U3039 MCE101A28R0P1K40E21TAW 28 400 15.75 300 11.81 8.2 175U3043 MCE101A27R0P2K20E21TAW 27 560 22.05 460 18.11 11 175U3047 MCE101A22R0P1K70E21TAW 22 460 18.11 360 14.17 9.2 175U3049 MCE101A19R0P2K20E21TAW 19 560 22.05 460 11.81 11 175U3055 MCE101A14R0P2K80E21TAW 14 660 25.98 560 22.05 12.8 175U3061 MCE101A12R0P3K20E21TAW 12 760 29.92 660 25.98 14.6 175U3073 MCE101A5R70P1K40E21TAW 5.7 400 15.75 300 11.81 8.2 175U3080 MCE101A3R50P2K20E21TAW 3.5 560 22.05 460 11.81 11 175U3086 MCE101A2R80P3K20E21TAW 2.8 760 29.92 660 25.98 14.6 175U3106 MCE101A145RP2K20E21TAW 145 560 22.05 460 11.81 11 175U3122 MCE101A200RP1K70E21TAW 200 460 18.11 360 14.17 9.2 175U3126 MCE101A145RP1K70E21TAW 145 460 18.11 360 14.17 9.2 175U3130 MCE101A110RP2K20E21TAW 110 560 22.05 460 18.11 11 175U3132 MCE101A105RP3K20E21TAW 105 760 29.92 660 25.98 14.6 175U3138 MCE101A80R0P2K20E21TAW 80 560 22.05 460 18.11 11 175U3140 MCE101A72R0P2K80E21TAW 72 660 25.98 560 22.05 12.8 175U3146 MCE101A56R0P2K80E21TAW 56 660 25.98 560 22.05 12.8 175U3152 MCE101A48R0P1K40E21TAW 48 400 15.75 300 11.81 8.2 175U3160 MCE101A35R0P1K70E21TAW 35 460 18.11 360 14.17 9.2

175U3168 MCE101A27R0P2K20E21TAW 27 560 22.05 460 18.11 11 175U3172 MCE101A18R0P3K20E21TAW 18 760 29.92 660 25.98 14.6 175U3410 MCE101A27R0P1K40E21TAW 27 400 15.75 300 11.81 8.2 175U3412 MCE101A18R0P2K20E21TAW 18 560 22.05 460 18.11 11 175U3414 MCE101A13R0P3K20E21TAW 13 760 29.92 660 25.98 14.6 175U3424 MCE101A110RP1K70E21TAW 110 460 18.11 360 14.17 9.2 175U3428 MCE101A56R0P3K20E21TAW 56 760 29.92 660 25.98 14.6 175U3438 MCE101A100RP2K20E21TAW 100 560 22.05 460 18.11 11 175U3440 MCE101A72R0P3K20E21TAW 72 760 29.92 660 25.98 14.6 175U3446 MCE101A5R70P1K40E21TAW 5.7 400 15.75 300 11.81 8.2 175U3448 MCE101A3R50P2K80E21TAW 3.5 660 25.98 560 22.05 12.8 175U3460 MCE101A38R0P1K40E21TAW 38 400 15.75 300 11.81 8.2 175U3462 MCE101A19R0P2K80E21TAW 19 660 25.98 560 22.05 12.8 175U3464 MCE101A14R0P3K20E21TAW 14 760 29.92 660 25.98 14.6 175U3468 MCE101A52R0P1K40E21TAW 52 400 15.75 300 11.81 8.2 175U3470 MCE101A31R0P2K20E21TAW 31 560 22.05 460 18.11 11 175U3472 MCE101A27R0P2K80E21TAW 27 660 25.98 560 22.05 12.8 175U3479 MCE101A22R0P3K20E21TAW 22 760 29.92 660 25.98 14.6 175U3483 MCE101A5R70P1K70E21TAW 5.7 460 18.11 360 14.17 9.2

[Ω]

L ±2 mm L ±0.08 in L1 ±2 mm L1 ±0.04 in

Weight

[kg]

Table 9.5 Mechanical Dimensions

130BD237.10

[2.41]

130BD241.10

[0.47]

[0.94]

[0.55]

[0.26]

6.5

[1.89]

[2.52]

130BD238.10

Specifications

1 Torque: 1-1.4 Nm (8.86-12.34 lb-in)

Illustration 9.2 IP21, End View, Connection Box

Design Guide

1 Resistor connection:

Marked RB1/RB2

9 9

Type: Phoenix G10/2

Illustration 9.3 Mounting Hole

IEC: 0.5-10 mm2/800 V UL: AWG 20–6/600 V Wire Stripping: 12 mm (0.47 in) Torque: 1.5-1.8 Nm (13.28-15.94 lb-in)

2 Temperature switch connection

Marked: T1/T2 Type: Phoenix G5/2 with screw connection IEC: 0.2–4 mm2/500 V UL: AWG 24-12 /300 V Wire Stripping: 8 mm (0.31 in) Torque: 0.7 Nm (6.2 lb-in)

3 PE: M5

Torque 2–2.7 Nm (17.71-23.91 lb-in)

4 For temperature switch cable:

Clamping Range: 3.5-7.0 mm (0.14-0.28 lb-in)

5 For resistor cable:

Cable gland with internal connection for braid Clamping Range: 9.0-16.5 mm (0.35-0.65 lb-in)

Illustration 9.4 Connection Box

130BD240.10

130BD239.10

Specifications Design Guide

Illustration 9.5 IP21, 3D View

Mechanical mounting (see Illustration 9.6):

Vertical with connection box down (IP21), or

•

Horizontal (IP20)

•

Illustration 9.6 Mechanical Mounting

[9.37]

238

[0.98] 25

[1.97]

39.37

+1.97

0.00

1000

+50 0

130BD523.10

Specifications

9.7.2 Figure 2 - 914CBT-HxxxCHT

Design Guide

1 Hot surface warning x3 2 Name plate

Illustration 9.7 IP54, Side View and Top View

Resistor cable Temperature switch

Table 9.6 Cable Details

AWG, see Table 9.7, UL, 1000 V 180° C NC, AWG 20, orange

9 9

130BD524.10

[10.24] 260

[2.76]

[9.06] 230

[3.74]

[2.52] 64

[0.26]

6.5

[0.94] 24

[0.28] R7

130BD526.10

Specifications Design Guide

Danfoss code Typecode

[Ω] L ±2 mm L ±0.08inL1 ±2mmL1 ±0.04

Weight [kg] [AWG]

175U3305 MCE101A27R0P1k40E54CAW 27 400 15.75 300 11.81 8.2 10 175U3306 MCE101A18R0P2K20E54CAW 18 560 22.05 460 18.11 11 10 175U3307 MCE101A13R0P3K20E54CAW 13 760 29.92 660 25.98 14.6 10 175U3314 MCE101A110RP1k70E54CAW 110 460 18.11 360 14.17 9.2 10 175U3315 MCE101A80R0P2K20E54CAW 80 560 22.05 460 18.11 11 10 175U3316 MCE101A56R0P3K20E54CAW 56 760 29.92 660 25.98 14.6 10 175U3322 MCE101A145RP1K70E54CAW 145 460 18.11 360 14.17 9.2 14 175U3323 MCE101A100RP2K20E54CAW 100 560 22.05 460 18.11 11 10 175U3324 MCE101A72R0P3K20E54CAW 72 760 29.92 660 25.98 14.6 10 175U3330 MCE101A5R70P1K40E54CAW 5.7 400 15.75 300 11.81 8.2 10 175U3331 MCE101A5R70P1K70E54CAW 5.7 460 18.11 360 14.17 9.2 10 175U3332 MCE101A3R50P2K20E54CAW 3.5 560 22.05 460 18.11 11 10 175U3333 MCE101A3R50P2K80E54CAW 3.5 660 25.98 560 22.05 12.8 10 175U3334 MCE101A2R80P3K20E54CAW 2.8 760 29.92 660 25.98 14.6 10 175U3339 MCE101A28R0P1K40E54CAW 28 400 15.75 300 11.81 8.2 10 175U3340 MCE101A22R0P1K70E54CAW 22 460 18.11 360 14.17 9.2 10 175U3341 MCE101A14R0P2K80E54CAW 14 660 25.98 560 22.05 12.8 10 175U3347 MCE101A38R0P1K40E54CAW 38 400 15.75 300 11.81 8.2 10 175U3348 MCE101A31R0P1K70E54CAW 31 460 18.11 360 14.17 9.2 10 175U3349 MCE101A27R0P2K20E54CAW 27 560 22.05 460 18.11 11 10 175U3350 MCE101A19R0P2K80E54CAW 19 660 25.98 560 22.05 12.8 10

175U3352 MCE101A52R0P1K40E54CAW 52 400 15.75 300 11.81 8.2 10 175U3353 MCE101A42R0P1K70E54CAW 42 460 18.11 360 14.17 9.2 10 175U3354 MCE101A31R0P2K20E54CAW 31 560 22.05 460 18.11 11 10 175U3355 MCE101A27R0P2K80E54CAW 27 660 25.98 560 22.05 12.8 10 175U3356 MCE101A22R0P3K20E54CAW 22 760 29.92 660 25.98 14.6 10 175U3357 MCE101A19R0P2k20E54CAW 19 560 22.05 460 18.11 11 10 175U3358 MCE101A14R0P3k20E54CAW 14 760 29.92 660 25.98 14.6 10 175U3359 MCE101A12R0P3K20E54CAW 12 760 29.92 660 25.98 14.6 10

Table 9.7 Mechanical Dimensions

PE: M6

Torque 4.2-4.8 Nm (37.17–42.48 lb-in)

Illustration 9.8 IP54, End View, Cable End

Illustration 9.9 Mounting Hole

130BD525.10

130BD885.10

Specifications Design Guide

Illustration 9.10 IP54, 3D View

Mechanical mounting (see Illustration 9.11):

Vertical with cables down, or

•

Horizontal

•

Illustration 9.11 Mechanical Mounting

9 9

[0.71]

[L+3.11] L+79

[3.74]

[3.96]

100

[9.37]

238

[10.24]

260

130BD230.10

Specifications Design Guide

9.7.3 Figure 3 - 914CBT-HxxxBHT

1 Hot surface warning x3 2 Name plate

Illustration 9.12 IP65, Side View and Top View

Danfoss P/N Typecode

175U3033 MCE101A42R0P1K70E65TAW 42 460 18.11 360 14.17 9.2 175U3038 MCE101A31R0P1K70E65TAW 31 460 18.11 360 14.17 9.2 175U3040 MCE101A28R0P1K40E65TAW 28 400 15.75 300 11.81 8.2 175U3044 MCE101A27R0P2K20E65TAW 27 560 22.05 460 18.11 11 175U3048 MCE101A22R0P1K70E65TAW 22 460 18.11 360 14.17 9.2 175U3050 MCE101A19R0P2K20E65TAW 19 560 22.05 460 18.11 11 175U3056 MCE101A14R0P2K80E65TAW 14 660 25.98 560 22.05 12.8 175U3062 MCE101A12R0P3K20E65TAW 12 760 29.92 660 25.98 14.6 175U3074 MCE101A5R70P1K40E65TAW 5,7 400 15.75 300 11.81 8.2 175U3081 MCE101A3R50P2K20E65TAW 3,5 560 22.05 460 18.11 11 175U3087 MCE101A2R80P3K20E65TAW 2,8 760 29.92 660 25.98 14.6

[Ω]

L ±2

L ±0.08 in

L1 ±2

L1 ±0.04 in

Weight [kg]

130BD231.10

[1.95]

[0.55]

[0.26]

6.5

[1.89] 48

[2.52] 64

[0.47]

[0.94] 24

130BD235.10

Specifications Design Guide

Danfoss P/N Typecode

[Ω]

L ±2

L ±0.08 in

L1 ±2

L1 ±0.04 in

Weight [kg]

175U3107 MCE101A145RP2K20E65TAW 145 560 22.05 460 18.11 11 175U3123 MCE101A200RP1K70E65TAW 200 460 18.11 360 14.17 9.2 175U3127 MCE101A145RP1K70E65TAW 145 460 18.11 360 14.17 9.2 175U3131 MCE101A110RP2K20E65TAW 110 560 22.05 460 18.11 11 175U3133 MCE101A105RP3K20E65TAW 105 760 29.92 660 25.98 14.6 175U3139 MCE101A80R0P2K20E65TAW 80 560 22.05 460 18.11 11 175U3141 MCE101A72R0P2K80E65TAW 72 660 25.98 560 22.05 12.8 175U3147 MCE101A56R0P2K80E65TAW 56 660 25.98 560 22.05 12.8 175U3153 MCE101A48R0P1K40E65TAW 48 400 15.75 300 11.81 8.2 175U3161 MCE101A35R0P1K70E65TAW 35 460 18.11 360 14.17 9.2 175U3169 MCE101A27R0P2K20E65TAW 27 560 22.05 460 18.11 11 175U3173 MCE101A18R0P3K20E65TAW 18 760 29.92 660 25.98 14.6 175U3409 MCE101A27R0P1K40E65TAW 27 400 15.75 300 11.81 8.2 175U3411 MCE101A18R0P2K20E65TAW 18 560 22.05 460 18.11 11 175U3413 MCE101A13R0P3K20E65TAW 13 760 29.92 660 25.98 14.6 175U3423 MCE101A110RP1K70E65TAW 110 460 18.11 360 14.17 9.2 175U3427 MCE101A56R0P3K20E65TAW 56 760 29.92 660 25.98 14.6 175U3437 MCE101A100RP2K20E65TAW 100 560 22.05 460 18.11 11 175U3439 MCE101A72R0P3K20E65TAW 72 760 29.92 660 25.98 14.6 175U3445 MCE101A5R70P1K40E65TAW 5,7 400 15.75 300 11.81 8.2 175U3447 MCE101A3R50P2K80E65TAW 3,5 660 25.98 560 22.05 12.8 175U3459 MCE101A38R0P1K40E65TAW 38 400 15.75 300 11.81 8.2 175U3461 MCE101A19R0P2K80E65TAW 19 660 25.98 560 22.05 12.8 175U3463 MCE101A14R0P3K20E54TAW 14 760 29.92 660 25.98 14.6 175U3467 MCE101A52R0P1K40E65TAW 52 400 15.75 300 11.81 8.2 175U3469 MCE101A31R0P2K20E65TAW 31 560 22.05 460 18.11 11 175U3471 MCE101A27R0P2K80E65TAW 27 660 25.98 560 22.05 12.8 175U3480 MCE101A22R0P3K20E65TAW 22 760 29.92 660 25.98 14.6 175U3484 MCE101A5R70P1K70E65TAW 5,7 460 18.11 360 14.17 9.2

9 9

Table 9.8 Mechanical Dimensions

Torque 2–3 Nm (17.71–26.57 lb-in)

Illustration 9.13 IP65, End View, Connection Box

Illustration 9.14 Mounting Hole

130BD232.10

130BD234.10

130BD233.10

Specifications Design Guide

Illustration 9.16 IP65, 3D View

Mechanical mounting (see Illustration 9.11):

Vertical with connection box down, or

•

1 PE: M4

Torque 2–3 Nm (17.71-26.57 lb-in)

2 Temperature switch connection:

Marked: T1/T2. Type: PHOENIX G5/2 with Screw Connection IEC: 0.2-4 mm2/500 V UL: AWG 24-12/300 V

Wire Stripping: 8 mm (0.31 in) Torque: 0.7 Nm (6.2 lb-in)

3 For temperature Switch Cable:

Clamping Range: 3.5-7.0 mm (0.14–0.28 in)

4 For resistor cable:

Cable gland with internal connection for braid Clamping Range: 9.0-16.5 mm (0.35–0.65 in)

5 Resistor connection:

Marked RB1/RB2 Type: PHOENIX G10/2 IEC: 0.5-10 mm2/800 V UL: AWG 20-6 /600 V Wire Stripping: 12 mm (0.47 in) Torque: 1.5-1.8 Nm (13.28-15.94 lb-in)

Illustration 9.17 Mechanical Mounting

•

Horizontal

Illustration 9.15 Connection Box

[ 4,53 ]

115

[ 4,74 ]

120

[0,71]

[ 4,02 ]

102

[ 4,88 ]

124

[L+5,63] L+143

130BD224.10

Specifications Design Guide

9.7.4 Figure 4 - 914CBR-VxxxDT

1 Name plate 2 Hot surface warning x2

Illustration 9.18 IP21, Side View and Top View

Danfoss P/N Typecode

175U3009 MCE101A200RP360RE21TAW 200 210 8.27 110 4.33 1.8 175U3012 MCE101A145RP450RE21TAW 145 260 10.24 160 6.30 2.4 175U3014 MCE101A145RP280RE21TAW 145 160 6.30 70 2.76 1.3 175U3017 MCE101A110RP360RE21TAW 110 210 8.27 110 4.33 1.8 175U3019 MCE101A105RP570RE21TAW 105 330 12.99 230 9.06 3 175U3022 MCE101A80R0P450RE21TAW 80 260 10.24 160 6.30 2.4 175U3024 MCE101A72R0P960RE21TAW 72 560 22.05 460 18.11 4.6 175U3027 MCE101A56R0P680RE21TAW 56 400 15.75 300 11.81 3.5 175U3029 MCE101A52R0P1K29E21TAW 52 760 29.92 660 25.98 6.1 175U3034 MCE101A38R0P1K13E21TAW 38 660 25.98 560 22.05 5.4 175U3041 MCE101A27R0P280RE21TAW 27 160 6.30 70 2.76 1.3 175U3053 MCE101A18R0P450RE21TAW 18 260 10.24 160 6.30 2.4 175U3059 MCE101A13R0P680RE21TAW 13 400 15.75 300 11.81 3.5 175U3068 MCE101A9R00P1K13E21TAW 9 660 25.98 560 22.05 5.4 175U3102 MCE101A1K20P360RE21TAW 1200 210 8.27 110 4.33 1.8 175U3104 MCE101A850RP280RE21TAW 850 160 6.30 70 2.76 1.3 175U3108 MCE101A630RP360RE21TAW 630 210 8.27 110 4.33 1.8 175U3110 MCE101A570RP570RE21TAW 570 330 12.99 230 9.06 3 175U3112 MCE101A415RP790RE21TAW 415 460 18.11 360 14.17 3.9 175U3114 MCE101A410RP570RE21TAW 410 330 12.99 230 9.06 3 175U3116 MCE101A270RP790RE21TAW 270 460 18.11 360 14.17 3.9

[Ω]

L ±2 mm L ±0.08 in L1 ±2 mm L1 ±0.04 in

Weight [kg]

9 9

[2,13]

130BD225.10

[0,47]

[2,52] 64

[0,55]

[0,94] 24

[0,26] 6,5

[1,89] 48

130BD229.10

Specifications Design Guide

Danfoss P/N Typecode

[Ω]

L ±2 mm L ±0.08 in L1 ±2 mm L1 ±0.04 in

Weight [kg]

175U3118 MCE101A270RP1k13E21TAW 270 660 25.98 560 22.05 5.4 175U3120 MCE101A200RP1k13E21TAW 200 660 25.98 560 22.05 5.4 175U3124 MCE101A145RP450RE21TAW 145 260 10.24 160 6.30 2.4 175U3136 MCE101A100RP570RE21TAW 100 330 12.99 230 9.06 3 175U3144 MCE101A70R0P790RE21TAW 70 460 18.11 360 14.17 3.9 175U3402 MCE101A100RP450RE21TAW 100 260 10.24 160 6.30 2.4 175U3404 MCE101A70R0P570RE21TAW 70 330 12.99 230 9.06 3 175U3406 MCE101A48R0P960RE21TAW 48 560 22.05 460 18.11 4.6 175U3408 MCE101A35R0P1K13E21TAW 35 660 25.98 560 22.05 5.4 175U3416 MCE101A410RP450RE21TAW 410 260 10.24 160 6.30 2.4 175U3418 MCE101A270RP570RE21TAW 270 330 12.99 230 9.06 3 175U3420 MCE101A200RP960RE21TAW 200 560 22.05 460 18.11 4.6 175U3422 MCE101A145RP1K13E21TAW 145 660 25.98 560 22.05 5.4 175U3430 MCE101A570RP450RE21TAW 570 260 10.24 160 6.30 2.4 175U3432 MCE101A470RP570RE21TAW 415 330 12.99 230 9.06 3 175U3434 MCE101A270RP960RE21TAW 270 560 22.05 460 18.11 4.6 175U3436 MCE101A200RP1K13E21TAW 200 660 25.98 560 22.05 5.4 175U3442 MCE101A18R0P570RE21TAW 18 330 12.99 230 9.06 3 175U3450 MCE101A110RP450RE21TAW 110 260 10.24 160 6.30 2.4 175U3452 MCE101A80R0P570RE21TAW 80 330 12.99 230 9.06 3 175U3456 MCE101A72R0P680RE21TAW 72 400 15.75 300 11.81 3.5 175U3458 MCE101A52R0P1K13E21TAW 52 660 25.98 560 22.05 5.4

175U3466 MCE101A72R0P1K13E21TAW 72 660 25.98 560 22.05 5.4 175U3477 MCE101A27R0P360RE21TAW 27 210 8.27 110 4.33 1.8 175U3481 MCE101A105RP790RE21TAW 105 460 18.11 360 14.17 3.9

Table 9.9 Mechanical Dimensions

Torque 1–1.4 Nm (8.86-12.34 lb-in)

Illustration 9.20 Mounting Hole

Illustration 9.19 IP21, End View, Connection Box

130BD226.10

130BD228.10

130BD227.11

Specifications Design Guide

Illustration 9.22 IP21, 3D View

Mechanical mounting (see Illustration 9.23):

Vertical with connection box down (IP21), or

•

Horizontal (IP20)

•

1 Resistor connection:

Marked RB1/RB2 Type: Phoenix G10/2 IEC: 0.5-10 mm2/800 V UL: AWG 20–6/600 V Wire Stripping: 12 mm (0.47 in) Torque: 1.5-1.8 Nm (13.28-15.94 lb-in)

2 Temperature switch connection

Marked: T1/T2 Type: Phoenix G5/2 with screw connection IEC: 0.2–4 mm2/500 V UL: AWG 24-12/300 V Wire Stripping: 8 mm (0.31 in) Torque: 0.7 Nm (6.2 lb-in)

3 PE: M5

Torque 2–2.7 Nm (17.71-23.91 lb-in)

4 For temperature Switch Cable: Clamping Range: 3.5-7.0

mm (0.14-0.28 lb-in)

5 For resistor cable:

Cable gland with internal connection for braid Clamping Range: 9.0-16.5 mm (0.35-0.65 lb-in)

Illustration 9.21 Connection Box

9 9

Illustration 9.23 Mechanical Mounting

+1,97 0,00 +50 0

[39,37]

1000

[ 4,74 ]

120

[ 4,53 ]

115

[0,71]

[ 4,02 ]

102

[ 4,88 ]

124

130BD219.10

Specifications Design Guide

9.7.5 Figure 5 - 914CBR-VxxxCT

1 Name plate 2 Hot surface warning x2

Illustration 9.24 IP54, Side View and Top View

Resistor cable Temperature switch

AWG 16, UL Style 1659, 600 V, 250 °C 180 °C NC, AWG 20, orange

Table 9.10 Cable Details

Danfoss P/N

Typecode

L ±2 mm L ±0.08 in L1 ±2 mm L1 ±0.08 in

[Ω]

Weight [kg]

175U3301 MCE101A100RP450RE54CAW 100 260 10.24 160 6.3 2.4 175U3302 MCE101A70R0P570RE54CAW 70 330 12.99 230 9.06 3 175U3303 MCE101A48R0P960RE54CAW 48 560 22.05 460 18.11 4.6 175U3304 MCE101A35R0P1K13E54CAW 35 660 25.98 560 22.05 5.4 175U3310 MCE101A410RP450RE54CAW 410 260 10.24 160 6.30 2.4 175U3311 MCE101A270RP570RE54CAW 270 330 12.99 230 9.06 3 175U3312 MCE101A200RP960RE54CAW 200 560 22.05 460 18.11 4.6 175U3313 MCE101A145RP1K13E54CAW 145 660 25.98 560 22.05 5.4 175U3317 MCE101A850RP280RE54CAW 850 160 6.30 70 2.76 1.3 175U3318 MCE101A570RP450RE54CAW 570 260 10.24 160 6.30 2.4 175U3319 MCE101A415RP570RE54CAW 415 330 12.99 230 9.06 3 175U3320 MCE101A270RP960RE54CAW 270 560 22.05 460 18.11 4.6 175U3321 MCE101A200RP1K13E54CAW 200 660 25.98 560 22.05 5.4 175U3326 MCE101A27R0P360RE54CAW 27 210 8.27 110 4.33 1.8 175U3327 MCE101A18R0P570RE54CAW 18 330 12.99 230 9.06 3 175U3328 MCE101A13R0P680RE54CAW 13 400 15.75 300 11.81 3.5 175U3329 MCE101A9R00P1K13E54CAW 9 660 25.98 560 22.05 5.4 175U3335

MCE101A110RP450RE54CAW 110 260 10.24 160 6.30 2.4

130BD220.10

[0,94] 24

[0,26] 6,5

[1,89] 48

[2,52] 64

[0,47]

[0,55]

130BD223.10

130BD222.10

130BD221.10

Specifications Design Guide

Danfoss P/N Typecode

175U3336 MCE101A80R0P570RE54CAW 80 330 12.99 230 9.06 3 175U3337 MCE101A56R0P680RE54CAW 56 400 15.75 300 11.81 3.5 175U3338 MCE101A38R0P1K13E54CAW 38 660 25.98 560 22.05 5.4 175U3343 MCE101A145RP450RE54CAW 145 260 10.24 160 6.30 2.4 175U3344 MCE101A100RP570RE54CAW 100 330 12.99 230 9.06 3 175U3345 MCE101A72R0P680RE54CAW 72 400 15.75 300 11.81 3.5 175U3346 MCE101A52R0P1K13E54CAW 52 660 25.98 560 22.05 5.4 175U3351 MCE101A72R0P1K13E54CAW 72 660 25.98 560 22.05 5.4 175U3360 MCE101A105RP790RE54CAW 105 460 18.11 360 14.17 3.9

Table 9.11 Mechanical Dimensions

L ±2 mm L ±0.08 in L1 ±2 mm L1 ±0.08 in

[Ω]

Mechanical mounting (see Illustration 9.28):

Vertical with connection box down, or

•

Horizontal

•

Illustration 9.25 IP54, End View, Connection Box

Weight [kg]

9 9

Illustration 9.28 Mechanical Mounting

Illustration 9.26 Mounting Hole

1 PE Male Fast-On tab 6.3x0.8

Illustration 9.27 IP54, 3D View

130BD213.10

[ L+2,83 ]

L+72

[0,71]

[ 4,74 ]

120

[ 4,53 ]

115

[ 4,02 ]

102

[ 4,88 ]

124

Specifications Design Guide

9.7.6 Figure 6 - 914CBR-VxxxBT

1 Name plate 2 Hot surface warning x2

Illustration 9.29 IP65, Side View and Top View

Danfoss P/N Typecode

175U3010 MCE101A200RP360RE65TAW 200 210 8.27 110 4.33 1.8 175U3013 MCE101A145RP450RE65TAW 145 260 10.24 160 6.3 2.4 175U3015 MCE101A145RP280RE65TAW 145 160 6.3 70 2.76 1.3 175U3018 MCE101A110RP360RE65TAW 110 210 8.27 110 4.33 1.8 175U3020 MCE101A105RP570RE65TAW 105 330 12.99 230 9.06 3 175U3023 MCE101A80R0P450RE65TAW 80 260 10.4 160 6.3 2.4 175U3025 MCE101A72R0P960RE65TAW 72 560 22.05 460 18.11 4.6 175U3028 MCE101A56R0P680RE65TAW 56 400 15.75 300 11.81 3.5 175U3030 MCE101A52R0P1K29E65TAW 52 760 29.92 660 25.98 6.1 175U3035 MCE101A38R0P1K13E65TAW 38 660 25.98 560 22.05 5.4 175U3042 MCE101A27R0P280RE65TAW 27 160 6.3 70 2.76 1.3 175U3054 MCE101A18R0P450RE65TAW 18 260 10.24 160 6.3 2.4 175U3060 MCE101A13R0P680RE65TAW 13 400 15.75 300 11.81 3.5 175U3069 MCE101A9R00P1K13E65TAW 9 660 25.98 560 22.05 5.4 175U3103 MCE101A1K20P360RE65TAW 1200 210 8.27 110 4.3 1.8 175U3105 MCE101A850RP280RE65TAW 850 160 6.3 70 2.76 1.3 175U3109 MCE101A630RP360RE65TAW 630 210 8.27 110 4.33 1.8 175U3111 MCE101A570RP570RE65TAW 570 330 12.99 230 9.06 3 175U3113 MCE101A415RP790RE65TAW 415 460 18.11 360 14.17 3.9

L ±2 mm L ±0.08 in L1 ±2 mm L ±0.08 in

[Ω]

Weight [kg]

Danfoss VLT Brake Resistor MCE 101 Design Manual

Specifications and Main Features

Frequently Asked Questions

User Manual