Toshiba ME00070B User Manual

CONTENTS

Quick Start 2

1. Caution Statements

1.1 Cautions and warnings ............................................ 3

2. General Description

2.1 Feature list .............................................................. 4

2.2 Part Number format ................................................ 4

3. Specifications

3.1 Current ratings ........................................................ 5

3.2 Dimensions & weights ............................................. 7

3.3 Semiconductor fuses .............................................. 7

3.4 Power terminations ................................................. 8

3.5 General technical data ............................................ 8

4. Installation

4.1 General layout diagrams ......................................... 9

4.2 Power termination configuration .............................. 9

4.3 Mounting instructions .............................................. 9

4.4 Ventilation ............................................................. 10

10.3 AC53b Utilisation Codes ....................................... 32

5. Power Circuits

5.1 Overview .............................................................. 11

5.2 3 Wire connection ................................................. 11

5.3 3 Wire connection (Bypass operation) ................... 11

5.4 6 Wire connection ................................................. 11

5.5 6 Wire connection (Bypass operation) ................... 11

5.6 Power factor correction ......................................... 11

5.7 Line contactors ..................................................... 12

6. Control Circuits

6.1 Electrical Schematic .............................................. 13

6.2 Control Supply ...................................................... 13

6.3 Control Wiring ....................................................... 13

6.4 RS485 Serial Communication ............................... 14

7. Programming & Operation

7.1 Programming Procedure ....................................... 17

7.2 Function List ......................................................... 18

7.3 Function Descriptions ........................................... 18

7.4 Operation .............................................................. 24

8. Application Examples

8.1 Installation With Line Contactor ............................. 26

8.2 Installation With Bypass Contactor ........................ 26

8.3 Soft Braking .......................................................... 27

8.4 Two Speed Motor ................................................. 28

9. Trouble Shooting

9.1 Trip Codes ............................................................ 29

9.2 Trip Log ................................................................ 30

9.3 General Faults ...................................................... 30

9.4 Tests and Measurements ...................................... 31

10. Appendix

10.1 Typical Start Current Requirements ...................... 32

10.2 AC53a Utilisation Codes ....................................... 32

TMS7 SERIES ME00070B 1

QUICK START

For simple applications TMS7 soft starters can be installed using the three simple steps outlined below. For applications with advanced control, protection or interface requirements a comprehensive review of this Users Manual is recommended.

1. Installation & Connection

WARNING - ELECTRICAL SHOCK HAZARD

The TMS7 contains dangerous voltages when connected to line voltage. Only a competent electrician should carry out the electrical installation. Improper installation of the motor or the TMS7 may cause equipment failure, serious injury or death. Follow this manual and National Electrical Codes (NEC®) and local safety codes.

1. Ensure the correct TMS7 model has been selected for the connected motor and application type.

2. Mount the TMS7 making sure to allow adequate clearance top and bottom for the free circulation of air through the starter. (Refer to section 4.3 Mounting Instructions for further detail.)

3. Connect the supply cables to starter input terminals L1, L2 & L3.

4. Connect the motor cables to starter output terminals T1, T2 & T3.

5. Connect a control supply to starter input terminals A1 & A2 or A2 & A3. (Refer to section 6.2 Control Supply for further detail).

(OPTIONAL)

3 PHASE

SUPPLY

C45 models

460V

575V

L1 L1B L2 L2B L3 L3B

C24 models

+10

400V

-15

OROR

+10

230V

-15

+10

-15

+10

-15

4. Use the <UP> and/or <DOWN> keys adjust the FLC setting to match the FLC of the connected motor.

5. Press the <STORE> key to store the new FLC setting.

6. Exit the programming mode by simultaneously pressing then releasing the <FUNCTION> and <STORE> keys.

3. Operation

The TMS7 is now ready to control the motor. Motor operation can be controlled using the <START> and <STOP> keys on the TMS7 local control panel. Two other commonly used functions that may be useful for basic installations are Function 2. Current Limit and Function 5. Stop Ramp Ti me. These functions can be adjusted in the same manner as described above. (For a more detailed description of the programming procedure refer to section 7.1 Programming Procedure.)

Legend F1 Semiconductor Fuses

2. Programming

Basic application requires only that the TMS7 be programmed with the connected motor's nameplate full load current (FLC). To program the TMS7 with the motor's FLC do the following:

1. Put the TMS7 into program mode by simultaneously pressing then releasing the <FUNCTION> and <STORE> keys.

2. Select Function 1. Motor Full Load Current by holding down the <FUNCTION> key and then press the <UP> key until the display shows "1".

3. Release the <FUNCTION> key to display the currently stored value of Function 1. Motor Full Load Current.

2 ME00070B TMS7 SERIES

CAUTION STATEMENTS

Caution Statements

WARNING - ELECTRICAL SHOCK HAZARD

GROUNDING AND BRANCH CIRCUIT PROTECTION

It is the responsibility of the user or person installing the TMS7 to provide proper grounding and branch circuit protection according to the National Electric Code (NEC®) and local codes .

It is the installers responsibility to adhere to all instructions in this manual, to follow good electrical practice and to seek advice before operating this equipment in a manner other than as detailed in this manual.

This symbol is used throughout this manual to draw attention to topics of special importance to the installation and operation of the TMS7 soft starter.

• Ensure that the TMS7 is completely isolated from the power

supply before attempting any work on the unit.

• Do not apply voltage to the control input terminals. These

are active 12/24VDC inputs and must be controlled with potential free circuits.

• Ensure contacts/switches operating the control inputs are

suitable for low voltage, low current switching ie, gold flash or similar.

• Ensure cables to the control inputs are segregated from AC

power and control wiring.

• Entry of metal swarf into the cabinet can cause equipment

failure.

• Do not connect Power Factor Correction capacitors to the

output of the TMS7. If static power factor correction is employed, it must be connected to the supply side of the TMS7.

• Before installing the TMS7 without a line contactor ensure

such connection meets local regulations and by-laws.

• If installing the TMS7 within a non-ventilated enclosure a

bypass contactor must be utilised to prevent excessive heat build-up.

• If installing a by-pass contactor ensure phase connections

are correctly made ie L1B-T1, L2B-T2, L3B-T3

• Removing control voltage resets the thermal model.

The examples and diagrams in this manual are included solely for illustrative purposes. Users are cautioned that the information contained in this manual

is subject to change at any time and without prior notice. In no event will

responsibility or liability be accepted for direct or indirect or consequential

damages resulting from the use or application of this equipment.

TMS7 SERIES ME00070B 3

GENERAL DESCRIPTION

eg. 4022 = 22kW

General Description

2.1 Feature List

Starting

• Current Limit mode.

• Ramp Start mode.

Stopping

• Soft stop.

• Pump stop.

• Soft braking.

Protection

• Overcurrent protection.

• Motor thermistor input.

• Current imbalance.

• Phase rotation.

• Stall protection.

• Undercurrent.

• Supply frequency.

• Shorted SCR.

• Power circuit.

• Motor connection.

• RS485 failure.

Interface

• Remote control inputs

(4 x fixed).

• Relay outputs

(1 fixed, 3 x programmable).

• 4-20mA output (1 x fixed).

• RS485 link.

Human Interface

• Local push buttons.

(Start, Stop, Reset, Local/Remote)

• Local programming buttons.

(Function,Up,Down, Store)

• LED parameter display

• Phase indicator LEDs

2.2 Part Number Format

TMS7- - -

Supply Voltage

V5 = 200 VAC ~ 525 V AC V7 = 200 VAC ~ 690 V AC

Nominal kW Ratings

Enclosure

E0 = IP00

Control Supply V oltage

C24 =230 VAC & 400 V AC C45 =460 VAC & 575 V AC

E4 = IP42

(@ AC53a 3-30:70-10)

Power connection.

• 3 Wire

• 6 Wire

• Bypass connections to retain motor

protection even when bypassed.

• 17 Amps to 1562 Amps (3 Wire)

26 Amps to 2345 Amps (6 Wire)

• 200VAC to 525VAC (V5 models)

• 200VAC to 690VAC (V7 models)

Sundry features

• IP42 (<253 Amps)

• IP00 (>302 Amps)

• Current read-out

• Motor temperature read-out

• Fault History (eight position).

• Multiple function sets.

• Restart Delay.

• Low current alarm.

• High current alarm.

• Motor overtemperature alarm.

• Auto-reset.

• Function lock/Password protection.

• Load defaults function settings.

4 ME00070B TMS7 SERIES

SPECIFICATIONS

Specifications

3.1 Current Ratings

Continuous Operation (Not Bypassed), 3 Wire Connection

300% 350% 400% 450%

TMS7-4007 17 15 14 12 TMS7-4015 33 29 26 22 TMS7-4018 38 34 30 26 TMS7-4022 44 39 35 30 TMS7-4030 67 58 51 45 TMS7-4037 87 75 66 58 TMS7-4045 94 81 71 62 TMS7-4055 123 106 93 81 TMS7-4075 137 119 105 92 TMS7-4090 198 171 151 132 TMS7-4110 236 204 179 156 TMS7-4132 244 211 186 164 TMS7-4150 302 267 233 201 TMS7-4185 405 361 313 267 TMS7-4220 513 456 393 331 TMS7-4250 585 524 450 376 TMS7-4315 628 568 489 412 TMS7-4400 775 710 606 502 TMS7-4500 897 831 706 578 TMS7-4600 1134 989 872 759 TMS7-4700 1385 1210 1066 921 TMS7-4800 1563 1366 1202 1030

Start Current (%FLC)

C <1000 metres

AC53a 3-10:70-10

AC53a 3.5-15:70-10

C <1000 metres 45

C <1000 metres

AC53a 4-20:70-10

AC53a 4.5-30:70-10

Continuous Operation (Not Bypassed), 6 Wire Connection

300% 350% 400% 450%

C <1000 metres

TMS7-4007 26 23 21 18 TMS7-4015 50 44 39 33 TMS7-4018 57 51 45 39 TMS7-4022 66 59 53 45 TMS7-4030 101 87 77 68 TMS7-4037 131 113 99 87 TMS7-4045 141 122 107 93 TMS7-4055 185 159 140 122 TMS7-4075 206 179 158 138 TMS7-4090 297 257 227 198 TMS7-4110 354 306 269 234 TMS7-4132 366 317 279 246 TMS7-4150 453 401 350 302 TMS7-4185 608 542 470 401 TMS7-4220 770 684 590 497 TMS7-4250 878 786 675 564 TMS7-4315 942 852 734 618 TMS7-4400 1163 1065 909 753 TMS7-4500 1346 1247 1059 867 TMS7-4600 1701 1484 1308 1139 TMS7-4700 2078 1815 1599 1382 TMS7-4800 2345 2049 1803 1545

Start Current (%FLC)

C <1000 metres

AC53a 3-10:70-10

AC53a 3.5-15:70-10

C <1000 metres 45

C <1000 metres

AC53a 4-20:70-10

C <1000 metres

AC53a 4.5-30:70-10

TMS7 SERIES ME00070B 5

SPECIFICATIONS

Bypassed Operation ,3 Wire Connection

300% 350% 400% 450%

Start Current (%FLC)

C <1000 metres

AC53b 3-10:350

C <1000 metres

AC53b 3.5-15:345

C <1000 metres

AC53b 4-20:340

AC53b 4.5-30:330

TMS7-4007 18 18 16 14 TMS7-4015 34 34 34 28 TMS7-4018 41 41 41 34 TMS7-4022 47 47 47 39 TMS7-4030 67 62 54 47 TMS7-4037 88 82 71 61 TMS7-4045 96 90 78 66 TMS7-4055 125 120 103 88 TMS7-4075 141 127 111 96 TMS7-4090 202 187 162 140 TMS7-4110 238 224 194 166 TMS7-4132 254 228 198 172 TMS7-4150 302 285 245 209 TMS7-4185 405 395 336 282 TMS7-4220 513 513 435 356 TMS7-4250 585 585 504 410 TMS7-4315 628 626 528 436 TMS7-4400 775 775 672 542 TMS7-4500 897 897 798 632 TMS7-4600 1153 1153 1006 850 TMS7-4700 1403 1403 1275 1060 TMS7-4800 1574 1574 1474 1207

Bypassed Operation, 6 Wire Connection

300% 350% 400% 450%

Start Current (%FLC)

C <1000 metres

AC53b 3-10:350

C <1000 metres

AC53b 3.5-15:345

C <1000 metres

AC53b 4-20:340

C <1000 metres

AC53b 4.5-30:330

TMS7-4007 27 27 24 20 TMS7-4015 51 51 51 42 TMS7-4018 62 62 62 52 TMS7-4022 71 71 71 59 TMS7-4030 101 94 82 71 TMS7-4037 132 122 106 91 TMS7-4045 144 136 117 99 TMS7-4055 188 181 155 132 TMS7-4075 212 190 166 145 TMS7-4090 303 281 243 210 TMS7-4110 357 336 290 250 TMS7-4132 381 342 297 259 TMS7-4150 453 427 368 314 TMS7-4185 608 592 504 424 TMS7-4220 770 770 653 534 TMS7-4250 878 878 756 614 TMS7-4315 942 939 793 654 TMS7-4400 1163 1163 1009 813 TMS7-4500 1346 1346 1197 948 TMS7-4600 1730 1730 1509 1276 TMS7-4700 2105 2105 1912 1591 TMS7-4800 2361 2361 2212 1811

6 ME00070B TMS7 SERIES

SPECIFICATIONS

3.2 Dimensions & Weights

TMS7-4007 TMS7-4015 TMS7-4018 TMS7-4022 TMS7-4030 TMS7-4037 TMS7-4045 TMS7-4055 TMS7-4075 TMS7-4090 TMS7-4110 TMS7-4132

IP00 TMS7-4150

TMS7-4185 TMS7-4220 TMS7-4250 TMS7-4315 TMS7-4400 TMS7-4500 TMS7-4600 TMS7-4700 TMS7-4800

TMS7-4007 ~ TMS7 -4132

A a

b B

TMS7-4150 ~ TMS7 -4800

A a

A B C a b Wei

mm mm mm mm mm Kg

IP42/NEMA 1

380 185 180 365 130 6

380 185 250 365 130 7

425 270 275 410 200 17.5 425 390 275 410 300 23

690 430 294 522 320

855 574 353 727 500 120

b B

3.3 Semiconductor Fuses

Semiconductor fuses can be used with the TMS7 to reduce the

ght

o 6.5

o 12.0

o 6.5

o 9.0

o 16

o 9.0

potential of damage to SCRs from transient overload currents and for Type 2 coordination. Suitable Bussman semiconductor fuses are detailed below.

Fuses TMS7-4007 TMS7-4015 TMS7-4018 TMS7-4022 TMS7-4030 TMS7-4037 TMS7-4045 TMS7-4055 TMS7-4075 TMS7-4090

TMS7-4110 TMS7-4132 TMS7-4150 TMS7-4185 TMS7-4220 TMS7-4250 TMS7-4315 TMS7-4400 TMS7-4500 TMS7-4600 TMS7-4700 TMS7-4800

Series

Fuses

TMS7-4007 TMS7-4015 TMS7-4018 TMS7-4022 TMS7-4030 TMS7-4037 TMS7-4045 TMS7-4055 TMS7-4075 TMS7-4090 TMS7-4110 TMS7-4132 TMS7-4150 TMS7-4185 TMS7-4220 TMS7-4250 TMS7-4315 TMS7-4400 TMS7-4500 TMS7-4600 TMS7-4700 TMS7-4800

Supply Voltage F Series

≤415VAC ≤525VAC ≤575VAC ≤695VAC

63AFE 63AFE 63AFE 63AFE

160AFEE 160AFEE 160AFEE 160AFEE

200FM 180FM 180FM 180FM 200FM 180FM 180FM 180FM 200FM 180FM 180FM 180FM 250FM 250FM 250FM 250FM 250FM 250FM 250FM 250FM 250FM 250FM 250FM 250FM

280FM 280FM 280FM 280FM 500FMM 450FMM 450FMM 450FMM 145,000 630FMM 630FMM 630FMM 630FMM 414,000 630FMM 630FMM 630FMM 630FMM 414,000 630FMM 500FMM 500FMM 500FMM 211,000 500FMM 500FMM 500FMM 500FMM 320,000 700FMM 700FMM 700FMM 700FMM 781,000

*500FMM *500FMM *500FMM *500FMM 1,200,000 *500FMM *500FMM *500FMM *500FMM 1,200,000 *700FMM *700FMM *700FMM *700FMM 2,532,000

- - - - 4,500,000

- - - - 6,480,000

- - - - 12,500,000 Supply Voltage 170M

≤415VAC ≤525VAC ≤575VAC ≤695VAC

170M1315 170M1314 170M1314 170M1314 170M1319 170M1317 170M1317 170M1317 170M1319 170M1318 170M1318 170M1318 170M1319 170M1318 170M1318 170M1318 170M1319 170M1318 170M1318 170M1318 170M3017 170M3017 170M3017 170M3017 170M1322 170M1321 170M1321 170M1321 170M1322 170M1322 170M1322 170M1322 170M1322 170M1322 170M1322 170M1322 170M6141 170M6141 170M6141 170M6141 145,000 170M3023 170M3023 170M3023 170M3023 414,000 170M3023 170M3023 170M3023 170M3023 414,000 170M5144 170M5144 170M5144 170M5144 211,000 170M6012 170M4016 170M6011 170M6011 320,000 170M6014 170M6014 170M4018 170M4018 781,000 170M5017 170M6015 170M6014 170M6014 1,200,000 170M6019 170M6018 170M6017 170M6017 1,200,000 170M6021 170M6020 170M6017 170M6017 2,532,000 170M6021 170M6020 170M6151 170M6151 4,500,000 170M6021 170M6020 170M6151 170M6151 4,500,000 170M6021 170M6021 *170M5018 *170M5018 6,480,000 170M6021 170M6021 *170M5018 *170M5018 12,500,000

Starter

*Two parallel connected fuses required per phase

I2t

1,150 10,500 15,000 18,000 15,000 51,200 80,000 97,000 97,000

I2t

1,150 10,500 15,000 18,000 15,000 51,200 80,000 97,000 97,000

TMS7 SERIES ME00070B 7

SPECIFICATIONS

TMS7-4600 ~ TMS7-4800

3.4 Power Terminations

6 mm

3 mm14 mm

TMS7-4007~ TMS7-4022

(3.5 NM, 2.6 FT-LBS)

8 mm

5 mm20 mm

TMS7-4075

(8.5 NM, 6.3 FT-LBS)

10 mm

6 mm28 mm

TMS7-4132

(17 NM, 12.5 FT-LBS)

12.5 mm

3.5 General Technical Data

Supply

Supply voltage (V5 models) ...... 3 x 200~525VAC (3 Wire Connection)

3 x 200~440VAC (6 Wire Connection)

Supply voltage (V7 models) .... 3 x 200~ 690VAC (3 Wire Connection)

3 x 200~440VAC (6 Wire Connection)

Electronics Supply (C24 models) ................... 230VAC (+10%/ -15%)

or 400VAC (+10%/ -15%)

Electronics Supply (C45 models) ................... 460VAC (+10%/ -15%)

or 575VAC (+10%/ -15%)

Supply frequency (at start) ......................................... 50Hz (± 2Hz)

or 60Hz (±2Hz)

Supply frequency (during start) ...................... > 45Hz (50Hz supply)

or > 55Hz (60Hz supply)

Supply frequency (during run) .......................... >48Hz (50Hz supply)

or > 58Hz (60Hz supply)

Control Inputs

Start (I34,I33) ................ Normally Open, Active 24VDC, 8mA approx.

Stop (I22,I21) ............. Normally Closed, Active 24VDC, 8mA approx.

Reset (I12,I11) ............ Normally Closed, Active 24VDC, 8mA approx.

FLC Select (I44,I43) .......Normally Open, Active 24VDC, 8mA approx.

6 mm

TMS7-4030~ TMS7-4055

(3.5 NM, 2.6 FT-LBS)

8 mm

10.5 mm

16 mm51 mm

4 mm16 mm

TMS7-4090 ~ TMS7-4110

(8.5 NM, 6.3 FT-LBS)

TMS7-4150 ~ TMS7-4500

6 mm26 mm

13 mm32 mm

Outputs

Run Output (R34,R33) .......... Normally Open, 5A @ 250VAC/360VA

...................................................................5A @ 30VDC resistive

Prog. Output A (R44,R43) ..... Normally Open, 5A @ 250VAC/360VA

...................................................................5A @ 30VDC resistive

Prog. Output B (R24,R23) .... Normally Open, 5A @ 250VAC/360VA,

...................................................................5A @ 30VDC resistive

Prog Output C (R14,R12,R11) ... Changeover, 5A @ 250VAC/360VA

....................................................................5A @ 30VDC resistive

Analogue Output (C6,C7).................................................. 4-20mA

Sundry

Enclosure Rating TMS7-4007~4132 ........................ IP42 (NEMA 1)

Enclosure Rating TMS7-4150~4800................. IP00 (Open Chassis)

Rated short-circuit current (with semi-conductor fuses) ............ 100kA

Rated insulation voltage ...................................................... 690 V

Surges ......................................... 2kV line to earth, 1kV line to line

Fast transients ...................................................... 2.0kV / 5.0 kHz

Rated impulse withstand voltage ............................................ 2 kV

Form designation .............................................................. Form 1

Electrostatic discharge ...... 4kV contact discharge, 8 kV air discharge

Equipment class (EMC) ................................................... Class A1

Radio-frequency electromagnetic field 0.15 MHz - 80 MHz: 140dBµV

.................................................................80 MHz - 1 GHz: 10 V/m

Pollution degree ................................................ Pollution Degree 3

Operating Temperatures ............................................ -5oC / +60oC

Relative Humidity ........................... 5 – 95% (max non condensing)

This product has been designed for class A equipment. Use of the product in domestic environments may cause radio interference, in which case the user may be required to employ additional mitigation methods.

Standards Approvals

CE ..................................................................... IEC 60947-4-2

UL1 ................................................................................ UL508

C-UL1 ............................................................. CSA 22.2 No.14

Cü .............................................. AS/NZS 3947-4-2, CISPR-11

Requires the use of semi-conductor fuses; is applicable for supply voltages up to 600V; excludes models TMS -4600 ~ TMS7-4800.

8 ME00070B TMS7 SERIES

INSTALLATION

Input/OutputInputOutput

100mm Minimum Clearance100mm Minimum Clearance100mm Minimum Clearance

200mm Minimum Clearance200mm Minimum Clearanc

Installation

6.1 General Layout Diagrams

TMS7-4007 ~ TMS7 -4055

TMS7-4075 ~ TMS7 -4132

Input/Output Output Input

To adjust the bus bar configuration first remove the TMS7 cover and main control module. Next loosen and remove the bus bar fixing bolts. The bus bars can then be removed and reinstalled into the starter in the desired configuration. The fixing bolts should then be refitted and tightened to a torque of 8.5NM.

When re-orienting bus bars L1, L2, L3 the current transformers must also be relocated.

Care must be taken to ensure that foreign matter does not contaminate the jointing compound and become trapped between the bus bar and its mounting plate. If the paste does become contaminated, clean and replace with a jointing compound suitable for aluminium to aluminium, or aluminium to copper joints.

4.3 Mounting Instructions

Models TMS7-4007 ~ 4132 can be wall mounted or installed inside another enclosure. These models can be mounted side by side with no clearance but a 100mm allowance must be made top and bottom for air intake and exhaust.

100mm Minimum Clearance100mm Minimum Clearance100mm Minimum Clearance

TMS7-4150 ~ TMS7 -4800

4.2 Power Termination Configuration

The bus bars on models TMS7-4150 ~ TMS7-4800 can be adjusted to provide four different input/output power terminal configurations.

Models TMS7-4150 ~ 4800 have an IP00 rating and must be mounted in another enclosure. These models can be mounted side by side with no clearance but a 200mm allowance must be made top and bottom for air intake and exhaust.

200mm Minimum Clearance

TMS7 SERIES ME00070B 9

INSTALLATION

4.4 Ventilation

When installing TMS7 starters in an enclosure there must be sufficient air flow through the enclosure to limit heat rise within the enclosure. Temperature within the enclosure must be kept at, or below, the TMS7 maximum ambient temperature rating.

If installing an TMS7 within a totally sealed enclosure a bypass contactor must be employed to eliminate heat dissipation from the soft starter during run.

Soft starters dissipate approximately 4.5 watts per amp. The table below shows air flow requirements for selected motor currents. If other heat sources are installed in an enclosure along with the TMS7 an additional air flow allowance must be made for these items. Note that heat generation from semiconductor fuses, if used, can be eliminated by installing these within the bypass loop.

Motor

Amps

100 450 4.5 2.3 270 135 125 563 5.6 2.8 336 168 150 675 6.8 3.4 408 204 175 788 7.9 3.9 474 237 200 900 9.0 4.5 540 270 250 1125 11.3 5.6 678 339 300 1350 13.5 6.8 810 405 350 1575 15.8 7.9 948 474 400 1800 18.0 9.0 1080 540 450 2025 20.3 10.1 1218 609 500 2250 22.5 11.3 1350 675 550 2475 24.8 12.4 1488 744 600 2700 27.0 13.5 1620 810

Heat

(watts)

10 45 0.5 0.2 30 15 20 90 0.9 0.5 54 27 30 135 1.4 0.7 84 42 40 180 1.8 0.9 108 54 50 225 2.3 1.1 138 69 75 338 3.4 1.7 204 102

Required Airflow

m3/min m3/hour

5oC

10oC

5oC

Rise

10oC Rise

10 ME00070B TMS7 SERIES

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