Mitsubishi PAC-SIF013B-E, PAC-IF013B-E User Manual
Interface (Cased)
PAC-IF013B-E PAC-SIF013B-E
INSTALLATION MANUAL
For safe and correct use, read this manual thoroughly before installing the interface unit.
OPERATION MANUAL
For safe and correct use, please read this operation manual thoroughly before operating the interface unit.
INSTALLATIONSHANDBUCH
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BEDIENUNGSHANDBUCH
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MANUEL D’INSTALLATION
Avant d’installer l’unité d’interface, lire attentivement ce manuel pour une utilisation sûre et correcte.
MANUEL D’UTILISATION
Avant d’installer l’unité d’interface, lire attentivement ce guide d’utilisation pour une utilisation sûre et correcte.
INSTALLATIEHANDLEIDING
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BEDIENINGSHANDLEIDING
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MANUAL DE INSTALACIÓN
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MANUAL DE INSTRUCCIONES
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MANUALE DI INSTALLAZIONE
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ISTRUZIONI DI FUNZIONAMENTO
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FOR INSTALLER
FOR USER
FÜR INSTALLATEURE
FÜR BENUTZER
POUR L’INSTALLATEUR
POUR L’UTILISATEUR
vOOR DE INSTALLATEUR
vOOR DE GEBRUIKER
PARA EL INSTALADOR
PARA EL USUARIO
PER L’INSTALLATORE
PER L’UTENTE
English (EN)
Deutsch (DE)
Français (FR)
Nederlands (NL)
Español (ES)
Italiano (IT)
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MANUAL DE INSTALAÇÃO
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MANUAL DE OPERAÇÃO
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INSTALLATIONSMANUAL
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BRUGSvEjLEDNING
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INSTALLATIONSMANUAL
Läs igenom denna manual noggrant innan du installerar gränssnittsenheten för en säker och korrekt användning.
ANväNDARMANUAL
För en säker och korrekt användning, vänligen läs igenom denna driftmanual noggrant innan du använder gränssnittsenheten.
Güvenli ve doğru kullanım için arayüz ünitesini monte etmeye başlamadan önce bu kılavuzu dikkatlice okuyun.
Işletme Elkitabı
Güvenli ve doğru kullanım için arayüz ünitesini kullanmaya başlamadan önce lütfen bu kılavuzu dikkatlice okuyun.
Чтобы обеспечить безопасную и правильную эксплуатацию устройства, перед установкой интерфейсного блока внимательно прочтите данное руководство.
РУКОВОДСТВО ПО ЭКСПЛУАТАЦИИ
Чтобы обеспечить безопасную и правильную эксплуатацию устройства, перед эксплуатацией интерфейсного блока внимательно прочтите данное руководство по эксплуатации.
ΓΙΑ ΤΟΝ ΧΡΗΣΤΗ
PARA O INSTALADOR
PARA O UTILIZADOR
TIL INSTALLATØREN
TIL BRUGER
FÖR INSTALLATÖREN
FÖR ANväNDAREN
KULLANICI İÇİN
ДЛЯ ПОЛЬЗОВАТЕЛЯ
Eλληνικά (GR)
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Türkçe (TR)
(RU) (RU)
Contents
1. Safety precautions .....................................................................................2
2. Installing the interface unit .........................................................................3
3. System ......................................................................................................4
4. Electrical work ...........................................................................................7
1. Safety precautions
Before installing the interface unit, make sure you read all the “Safety
precautions”.
Please report to your supply authority or obtain their consent before
connecting this equipment to the power supply system.
Warning:
Precautions that must be observed to prevent injuries or death.
Caution:
Precautions that must be observed to prevent damages to the unit.
Warning:
• The unit must not be installed by the user. Ask an installer or an authorised
technician to install the unit. If the unit is installed improperly, electric
shock, or re may be caused.
• For installation work, follow the instructions in the Installation Manual and
use tools and pipe components specically made for use with refrigerant
specied in the outdoor unit installation manual.
• The unit must be installed according to the instructions in order to minimize the risk of damages by earthquakes, typhoons, or strong winds.
Improperly installed unit may fall down and cause damage or injury.
The unit must be securely installed on a structure that can sustain its weight.
•
If the unit is mounted on an unstable structure, it may fall down and cause
damage or injury.
• All electric work must be performed by a qualied technician according to
local regulations and the instructions given in this manual. The unit must
be powered by dedicated power lines and the correct voltage and circuit
breakers must be used. Power lines with insufcient capacity or incorrect
electrical work may result in electric shock or re.
5. Remote controller operation ....................................................................15
6. Service and Maintenance ........................................................................20
7. Requirement on local design ...................................................................21
After installation, perform the test run to ensure normal operation. Then explain
your customer the “Safety Precautions,” use, and maintenance of the unit based on
the information in the Operation Manual provided by local application manufacturer.
Both the Installation Manual and the Operation Manual must be given to the user.
These manuals must always be kept by the actual users.
: Indicates a part which must be grounded.
Warning:
Carefully read the labels attached to the unit.
• Only the specified cables can be used for wiring. Connections must be
made securely without tension on the terminals. If cables are connected or
installed improperly, It may result in overheating or re.
• Terminal block cover panel of the unit must be rmly xed. If the cover
panel is mounted improperly, dust and moisture may enter the unit, and it
may cause electric shock or re.
• Make sure to use accessories authorised by Mitsubishi Electric and ask
an installer or an authorised technician to install them. If accessories are
improperly installed, it may cause electric shock, or re.
• Do not remodel the unit. Consult an installer for repairs. If alterations or
repairs are not performed correctly, it may cause electric shock or re.
• The user should never attempt to repair the unit or transfer it to another
location. If the unit is installed improperly, it may cause electric shock or
re. If the interface unit needs to be repaired or moved, ask an installer or
an authorised technician.
• When installing sensors and parts, do not expose the terminals.
1.1. Before installation (Environment)
Caution:
• Do not install the interface unit in outdoor location as it is designed for
indoor installation only. Otherwise electric shock or breakdown may be
caused by water drop, wind or dust.
Do not use the unit in an unusual environment. If the interface unit is installed
•
or exposed to steam, volatile oil (including machine oil), or sulfuric gas, or
exposed to briny air, the internal parts can be damaged.
• Do not install the unit where combustible gases may leak, be produced,
ow, or accumulate. If combustible gas accumulates around the unit, it may
cause re or explosion.
1.2. Before installation or relocation
Caution:
• Be very careful when moving the units. Do not hold the packaging bands.
Wear protective gloves to unpack and to move it, in order to avoid your
hands being injured by parts.
1.3. Before electric work
Caution:
• Be sure to install a circuit breaker. If it is not installed, there may be a risk
of electric shock.
• For the power lines, use standard cables of sufcient capacity. Otherwise,
it may cause a short circuit, overheating, or re.
• When installing the power lines, do not apply tension to the cables. The
cables may be cut or overheated resulting in a re.
1.4. Before starting the test run
Caution:
• Turn on the main power switch of the outdoor unit more than 12 hours
before starting operation. Starting operation immediately after turning on
the power switch can severely damage the internal parts. Keep the main
power switch turned on during the operation period.
• When installing the unit in a hospital or in a building where communica-
tions equipment are installed, you may need to take measure to noise and
electronic interference. Inverters, home appliances, high-frequency medical
equipment, and radio communications equipment can cause the interface
unit to malfunction or to breakdown. At the same time, the noise and electric interference from the interface unit may disturb the proper operation of
medical equipment, and communications equipment.
• Be sure to safely dispose of the packaging materials. Packaging materials,
such as nails and other metal or wooden parts may cause injury.
• Do not wash the interface unit. You may receive an electric shock.
• Make sure to ground the unit. Do not connect the ground wire to gas or
water pipes, lightning rods, or telephone grounding lines. If the unit is not
properly grounded, there may be a risk of electric shock.
• Make sure to use circuit breakers (ground fault interrupter, isolating switch
(+B fuse), and molded case circuit breaker) with the specied capacity. If
the circuit breaker capacity is larger than the specified capacity, breakdown or re may result.
• Before starting operation, check that all protective parts are correctly in-
stalled. Make sure not to get injured by touching high voltage parts.
• Do not touch any switch with wet hands. There may be a risk of electric
shock.
• After stopping operation, wait at least 5 minutes before turning off the
main power. Otherwise, it may cause breakdown.
2
2. Installing the interface unit
EN
1 2
3 4
<Fig. 2.1.1>
B
<Fig. 2.3.1>
30 mm or more
Cover
Base
2.1. Check the parts (Fig. 2.1.1)
The interface unit should be supplied with the following parts.
Part Name PAC-IF013B-E PAC-SIF013B-E
Interface unit 1 1
1
Thermistor 4 4
2
Remote controller cable (5m) 1 ─
3
Remote controller 1 ─
4
2.2. Choosing the interface unit installation location
• Do not install the interface unit in outdoor location as it is designed for indoor
installation only. (The interface board and casing are not waterproof.)
• Avoid locations where the unit is exposed to direct sunlight or other sources of
heat.
• Select a location where easy wiring access to the power source is available.
• Avoid locations where combustible gases may leak, be produced, ow, or accu-
mulate.
• Select a level location that can bear the weight and vibration of the unit.
• Avoid locations where the unit is exposed to oil, steam, or sulfuric gas.
• Do not install in location that is hot or humid for long period of time.
2.3. Installing the interface unit (Fig. 2.3.1, 2.3.2, 2.3.3)
1. Remove 2 screws A from interface unit and remove the cover by sliding it upward
(See Fig. 2.3.1).
2. Install the 4 screws (locally supplied) in 4 holes (C hole).
* To prevent the unit from falling off the wall, select the appropriate screws (lo-
cally supplied) and secure the base horizontally to the appropriate wall location.
(See Fig. 2.3.2)
A Screw B Cover C Hole for installation
PAC-IF013B-E PAC-SIF013B-E
Weight
Allowable ambient temperature 0 to 35°C 0 to 35°C
A
Wall
Allowable ambient humidity 80% RH or less 80% RH or less
C
TB61
TB62
2.5 kg + ACCESSORIES
0.8 kg
336
31311.5
2.5 kg + ACCESSORIES
0.4 kg
(11.5)
C
[
5
[
12
22200
10
Unit: mm
69
278
<Fig. 2.3.2>
Service space
TB63
C
3-ELECTRIC WIRE INLET
When install on a wall: Lower side
<Fig. 2.3.3>
TB6
TB141TB142TB143
C
3
3. System
3 1
2
Step mode (Input) Target temperature Number of outdoor unit Intelligent multiple outdoor unit control System
Manual
─
Auto
*1. It is recommended to select Intelligent multiple outdoor unit control.
Design local AHU controller to make sure the following points.
• Minimum capacity request should be 20% or more of total capacity.
• Operate all outdoor units when outdoor temperature is below -15 °C.
Supply air temp. control 1-5 Not available See (1-2) below.
Return air temp. control 1-5 Not available See (1-3) below.
3.1. System conguration (Single outdoor unit)
1 Not available See (1-1) below.
2-6
Apply See (2-1) below.
Not apply See (1-1) below.
*1
(1-1) Manual step mode
15
Exhaust Air
(E.A.)
Outdoor Air
(O.A.)
*1
14
13
<Fig. 3.1.1>
12
*1. Manual step mode:
• Variable capacity request signals for heat pump need to be
8
Return Air
(R.A.)
10
11
6
7
Supply Air
(S.A.)
5
9
calculated by AHU local controller.
• AHU local controller can send “Capacity steps” by non-
voltage contact signals or analog signals to the interface
unit.
• Operation mode can be set by remote controller, external
input or DIP switch.
Note
• Do NOT select STEP 0 for 3 minutes after compressor is
ON. (Keep compressor ON for 3 minutes at least.)
• When changing STEP, make it less than 5 steps in a single
request, and keep at least 5 minutes interval between the
changes.
• Keep operation range shown at the following section 3.3.
• Do NOT send STEP 0 during defrost operation.
• Do NOT change operation mode frequently.
No. Part name
1 Interface unit
2 Remote controller
3 Outdoor unit
4 Target air temp. thermistor (TH1)
5 Ref. liquid temp. thermistor (TH2)
6 2-Phase temp. thermistor (TH5)
7
HEX inlet (Coil on) temp. thermistor (TH11)
8 Air-Handling Unit (AHU) (Local supply)
9 AHU local controller (Local supply)
10 Heat exchanger of AHU (Local supply)
11
Target air temp. thermistor (Local supply)
12 Louver (Local supply)
13 Air lter (Local supply)
14 Heat recovery (Local supply)
15 Fan (Local supply)
*2. Set the DIP SW 2-8 to ON.
*3. If outdoor unit is SHW series, It’s not needed to install
this thermistor, and set the DIP SW 1-5 to ON.
System (1-1)
*2
─
*3
4
3. System
3 12
EN
(1-2) Auto step mode *4 & Supply air temp. control
15
14
13
12
Exhaust Air
(E.A.)
7
Outdoor Air
(O.A.)
<Fig. 3.1.2>
8
Return Air
(R.A.)
10
6
Supply Air
(S.A.)
5
*4. Auto step mode:
• In this mode, the capacity step of the outdoor unit is controlled automatically to let the target temperature reach the
set temperature.
Note
• Auto change over function between cooling and heating
mode is NOT available in this system.
• Keep operation range shown at the following section 3.3.
• Standard setting of DIP SW3-4 and SW3-5 is 3°C
(SW3-4 : ON , SW3-5 : OFF).
4
9
(Refer to “4.1.7 Switch setting”.)
No. Part name
1 Interface unit
2 Remote controller
3 Outdoor unit
4 Target air temp. thermistor (TH1)
5 Ref. liquid temp. thermistor (TH2)
6 2-Phase temp. thermistor (TH5)
7
HEX inlet (Coil on) temp. thermistor (TH11)
8 Air-Handling Unit (AHU) (Local supply)
9 AHU local controller (Local supply)
10 Heat exchanger of AHU (Local supply)
11
Target air temp. thermistor (Local supply)
12 Louver (Local supply)
13 Air lter (Local supply)
14 Heat recovery (Local supply)
15 Fan (Local supply)
*5. If outdoor unit is SHW series, It’s not needed to install
this thermistor, and set the DIP SW 1-5 to ON.
System (1-2)
*5
─
(1-3) Auto step mode *6 & Return/ Room air temp. control
Exhaust Air
(E.A.)
15
14
13
12
8
Return Air
(R.A.)
7
Outdoor Air
(O.A.)
Supply Air
3 12
<Fig. 3.1.3>
*7
10
6
(S.A.)
5
*6. Auto step mode:
• In this mode, the capacity step of the outdoor unit is controlled automatically to let the target temperature reach the
set temperature.
*7. Return/Room air temp. control:
• Set the DIP SW 1-7 to ON.
4
9
Note
• Auto change over function between cooling and heating
mode is available ONLY when this system is selected and
the input selection of capacity setting (DIP SW1 and SW6)
is ″No input (Auto step mode)″.
• Keep operation range shown at the following section 3.3.
No. Part name
1 Interface unit
2 Remote controller
3 Outdoor unit
4 Target air temp. thermistor (TH1)
5 Ref. liquid temp. thermistor (TH2)
6 2-Phase temp. thermistor (TH5)
7
HEX inlet (Coil on) temp. thermistor (TH11)
8 Air-Handling Unit (AHU) (Local supply)
9 AHU local controller (Local supply)
10 Heat exchanger of AHU (Local supply)
11
Target air temp. thermistor (Local supply)
12 Louver (Local supply)
13 Air lter (Local supply)
14 Heat recovery (Local supply)
15 Fan (Local supply)
*8. If outdoor unit is SHW series, It’s not needed to install this
thermistor, and set the DIP SW 1-5 to ON.
System (1-3)
*8
─
5
3. System
2
3.2. System conguration
(Intelligent multiple outdoor unit control *1)
(2-1) Manual step mode (example)
Exhaust Air
(E.A.)
Outdoor Air
(O.A.)
3(Ref. adress: 0)
3(Ref. adress: 1)
15
14
<Fig. 3.2.1>
13
1(Main)
1(Sub)
12
*1. Interface system receives step request signal corre-
spond to total capacity of outdoor units, and calculates
necessary capacity for each outdoor unit automatically.
8
Return Air
(R.A.)
10
7
6
11
Supply Air
(S.A.)
5
9
Note
• This intelligent multiple outdoor unit control function is
available only when Manual step mode is selected.
• Up to 6 outdoor units can be connected.
• 2 different type of outdoor units (capacity and/or series) can
be mixed,but connecting the same capacity outdoor units is
highly recommended.
• Ref. address setting on each outdoor unit is needed.
• Interface unit which connects to the Ref. address 0 outdoor
unit, becomes main interface unit.
• Connect AHU local controller (Part No. 9) to the main interface unit.
• Connect ONE remote controller (Part No. 2) to the interface
unit.
• Connect between the interface units with a remote controller (daisy chain). MAX. : 500m
• When using this function, set the DIP SW 1-8 of all interface unit to ON.
• Do NOT select STEP 0 for 3 minutes after compressor is
ON. (Keep compressor ON for 3 minutes at least.)
• When changing STEP, make it less than 5 steps in a single
operation, and keep at least 5 minutes interval between the
changes.
• Keep operation range shown at the following section 3.3.
• Do NOT send STEP 0 during defrost operation.
• Do NOT change operation mode frequently.
No. Part name
1 Interface unit
2 Remote controller
3 Outdoor unit
4 Target air temp. thermistor (TH1)
5 Ref. liquid temp. thermistor (TH2)
6 2-Phase temp. thermistor (TH5)
7
HEX inlet (Coil on) temp. thermistor (TH11)
8 Air-Handling Unit (AHU) (Local supply)
9 AHU local controller (Local supply)
10 Heat exchanger of AHU (Local supply)
11
Target air temp. thermistor (Local supply)
12 Louver (Local supply)
13 Air lter (Local supply)
14 Heat recovery (Local supply)
15 Fan (Local supply)
*2. Set the DIP SW 2-8 to ON.
*3. If outdoor unit is SHW series, It’s not needed to install
this thermistor, and set the DIP SW 1-5 to ON.
System (2-1)
*2
─
*3
3.3. Indoor operation range
Mode Number of outdoor unit HEX inlet air temp. operation range
Cooling 1 or more
Heating
1
2 or more
15 - 32 °C
0 - 28 °C
5 - 28 °C
6
4. Electrical work
EN
4.1. Electrical connection
All electrical work should be carried out by a suitably qualied technician. Failure to
comply with this could lead to electrocution, re, and death. All wiring should be ac-
cording to national wiring regulations.
Connections should be made to the terminals indicated in the following gures.
Use ring terminals and insulate the wires.
Tighten the screw from the bottom terminals rst.
Notes:
1. Do not run the low voltage cables through a slot that the high voltage cables
go through.
2. Do not bundle power cables together with other cables.
3. Bundle cables as Fig. 4.1.1 by using clamps.
INPUT
Remote controller
thermistor
OUTPUT Power cables
<Fig. 4.1.1>
4.1.1. Interface unit power supplied from outdoor unit
The following connection patterns are available.
The outdoor unit power supply patterns vary on models.
D
B C
A
L
N
S1
S2
S3
F
TB6
S1
S2
S3
E
Note:
In accordance with IEE regulations the circuit breaker/isolating switch located on the outdoor unit should be installed with lockable devices (health and safety).
Interface unit - Outdoor unit *3 3 × 1.5 (polar)
× size
(mm²)
Interface unit - Outdoor unit earth *3 1 × Min. 1.5
Wiring
Wire No.
Interface unit - Outdoor unit S1-S2 *4 230 V AC
rating
Interface unit - Outdoor unit S2-S3 *4 24 V DC
Circuit
Notes: 1. Wiring size must comply with the applicable local and national code.
2. Interface unit/outdoor unit connecting cords shall not be lighter than polychloroprene sheathed exible cord. (Design 60245 IEC 57)
Interface unit power supply cords shall not be lighter than polychloroprene sheathed exible cord. (Design 60227 IEC 53)
3. Install an earth longer than other cables.
A Outdoor unit power supply
B Earth leakage breaker *1, *2
C Wiring circuit breaker or isolating switch
D Outdoor unit
E Interface unit/outdoor unit connecting cables
F Interface unit
*1 If the installed earth leakage circuit breaker does not have a function to protect over-current,
install a breaker with that function along the same power line.
*2. A breaker with at least 3.0 mm contact separation in each pole shall be provided. Use earth
leakage breaker (NV).
The breaker shall be provided to ensure disconnection of all active phase conductors of the
supply.
*3. Max. 45 m
If 2.5 mm² used, Max. 50 m
If 2.5 mm² used and S3 separated, Max. 80 m
*4.The values given in the left table are not always measured against the ground value.
4.1.2. Separate interface unit/outdoor unit power supplies
The following connection patterns are available.
The outdoor unit power supply patterns vary on models.
D
A
CB
L
N
S1
S2
S3
B
G
E
F
TB6
C
L
N
S1
S2
S3
Note:
In accordance with IEE regulations the circuit breaker/isolating switch located on the outdoor unit should be installed with lockable devices (health and safety).
If the interface and outdoor units have separate power supplies, refer to the table
below.
Separate power supply specications
Interface unit controller connector
(CNS2) connection change
Outdoor unit DIP switch settings (when
using separate interface unit/outdoor
unit power supplies only)
Disconnected
ON 3
OFF 1 2
(SW8)
Set the SW8-3 to ON.
A Outdoor unit power supply
B Earth leakage breaker *1, *2
C Wiring circuit breaker or isolating switch
D Outdoor unit
E Interface unit/outdoor unit connecting cables
F Interface unit
G Interface unit power supply
*1 If the installed earth leakage circuit breaker does not have a function to protect over-current,
install a breaker with that function along the same power line.
CNS2
<Photo 4.1.2>
7
4. Electrical work
Interface unit power supply ~/N 230 V 50 Hz
Interface unit input capacity *2
Main switch (Breaker)
Interface unit power supply 2 × Min. 1.5
Interface unit power supply earth 1 × Min. 1.5
size
Interface unit-Outdoor unit *3 2 × Min. 0.3
(mm²)
Wiring
Wire No. ×
Interface unit-Outdoor unit earth —
Interface unit L-N *4 230 V AC
Interface unit-Outdoor unit S1-S2 *4 —
rating
Circuit
Interface unit-Outdoor unit S2-S3 *4 24 V DC
Notes: 1. Wiring size must comply with the applicable local and national code.
2. Interface unit/outdoor unit connecting cords shall not be lighter than polychloroprene sheathed exible cord. (Design 60245 IEC 57)
Interface unit power supply cords shall not be lighter than polychloroprene sheathed exible cord. (Design 60227 IEC 53)
3. Install an earth longer than other cables.
4.1.3. Connecting thermistor cable
Connect the thermistor 2 for the interface controller.
1. Target temp. thermistor (TH1)
Connect the thermistor for the target temp. to 1 and 2 on the terminal block (TB61)
on the interface controller.
2. HEX inlet temp. thermistor (TH11)
Connect the thermistor for the HEX inlet temp. to 3 and 4 on the terminal block
(TB61) on the interface controller.
3. Ref. liquid temp. thermistor (TH2)
Connect the thermistor for the ref. liquid temp. to 5 and 6 on the terminal block
(TB61) on the interface controller.
4. 2-phase temp. thermistor (TH5)
Connect the thermistor for the 2-phase temp. to 7 and 8 on the terminal block
(TB61) on the interface controller.
When the thermistor cables are too long, cut it to the appropriate length.
Do not bind it in the interface unit.
The 4 thermistors have the same specication except the color of cables, thus we do not specify which thermistor should be
installed to which position.
Notes: When multiple outdoor units are connected, conect thermistors to each interface unit respectively.
Caution:
Do not route the thermistor cables together with power cables.
The sensor part of the thermistor should be installed where user can not access. (It should be separated by the supplementary insulation from areas the user can access.)
4.1.4. Connecting external input
Demand control is available by external input.
Select input type by setting the switch of the interface controller, and it is possible to set capacity request when manual step mode (“Analog input” , “Remote switch” or “Modbus”) is selected.
Switch1, Switch 6 : Input selection of inverter capacity setting
REMOTE SWITCH Type A (4bit-8 setting) OFF OFF OFF OFF OFF
REMOTE SWITCHType B (1bit-1 setting) ON OFF OFF OFF OFF
Analog (4-20mA) ON ON OFF ON ON
Analog (1-5V) ON ON OFF OFF ON
Analog (0-10V) OFF OFF ON OFF OFF
Analog (0-10kΩ) ON OFF ON OFF OFF
No input (Auto step mode) OFF ON ON OFF OFF Only Auto step mode
Modbus ON ON ON OFF OFF OFF/Step1/Step2/…/Step11
• Capacity setting
Variable
resistor
(0-10kΩ)
OPEN(12kΩ-) – – – OFF – – – – – – Stop
10kΩ – – – Auto OFF OFF OFF ON Auto Auto
7.5kΩ 19-20mA 4.75-5V 9.75-10V Step11 max. ON ON ON OFF Step11 max. –
– – – 9.02V Step10 – – – – – –
5.6kΩ 17mA 4.25V 8.20V Step9 OFF ON ON OFF Step9 –
4.3kΩ 15mA 3.75V 7.38V Step8 ON OFF ON OFF Step8 –
– – – 6.56V Step7 – – – – – –
3.3kΩ 13mA 3.25V 5.75V Step6 OFF OFF ON OFF Step6 Step11 max.
– – – 4.93V Step5 – – – – – –
2kΩ 11mA 2.75V 4.11V Step4 ON ON OFF OFF Step4 –
1kΩ 9mA 2.25V 3.29V Step3 OFF ON OFF OFF Step3 Step6
– – – 2.47V Step2 – – – – – –
510Ω 7mA 1.75V 1.66V Step1 min. ON OFF OFF OFF Step1 min. Step1 min.
0-100Ω 4-5mA 0-1.25V 0-0.63V OFF OFF OFF OFF OFF OFF OFF Stop
Input SW 1-1 SW 1-2 SW 1-3 SW 6-1 SW 6-2 Step for capacity setting
Analog input
4-20mA 1-5V 0-10V Analog input
Step for
capacity setting
TB 62
10-11
(COM-IN5)
16 A
*2. A breaker with at least 3.0 mm contact separation in each pole
shall be provided. Use earth leakage breaker (NV).
The breaker shall be provided to ensure disconnection of all active
phase conductors of the supply.
*3. Max. 120 m
*4. The values given in the left table are not always measured against
the ground value.
TB61
TH1
TH11
TH2
TH5
See the "Capacity setting" table below.
Remote switch Step for capacity setting
TB 62
10-12
(COM-IN6)
TB 62
10-13
(COM-IN7)
TB 62
10-14
(COM-IN8)
Remote SW
(Type A)
<Photo 4.1.3>
Remote SW
(Type B)
Remark
Auto step mode
Hz xed mode
At site
OFF – AUTO
{
8
I/F
10
11
12
13
14
TB62
At site
Step1
Step6
Step11
AUTO
I/F
10
11
12
13
14
TB62
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