Toshiba BMS-IFWH3E, BMS-TP5120PWE APPLICATION CONTROL MANUAL

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FILE NO. A04-016

TCS-NET AIR CONDITIONING CONTROL SYSTEM

(TOUCH SCREEN CONTROLLER)

CONTENTS

1 OUTLINE

1-1 TCS-Net Air conditioning control system outline ............................................................................................... 4

1-2 Component .......................................................................................................................................................5

1-2-1 TCS-Net Control system component ......................................................................................................5

1-2-2 Application control component ...............................................................................................................6

1-3 Basic system component ................................................................................................................................. 7

1-3-1 Apparatus component ............................................................................................................................7

1-3-2 The control system devices ................................................................................................................... 8

1-3-3 The control system devices (Procured on site).......................................................................................9

1-3-4 Software .................................................................................................................................................9

1-4 Touch screen controller function...................................................................................................................... 10

1-5 Energy monitoring and billing function ............................................................................................................. 13

1-6 Input/Output.................................................................................................................................................... 15

2 SYSTEM CONFIGURATION

2-1 Touch screen controller system configuration .................................................................................................... 18

3 INSTALLATION

3-1 Installation work flow....................................................................................................................................... 24

3-2 Setup file data preparation .............................................................................................................................. 25

3-2-1 Control wiring diagram (Connection example) ....................................................................................... 25

3-2-2 Power meter wiring diagram (Connection example) ............................................................................... 26

3-2-3 Air conditioner address table ................................................................................................................ 27

3-2-4 Schedule table ..................................................................................................................................... 29

3-3 Setup file creation ........................................................................................................................................... 30

3-3-1 Setup file creation software (Excel macro) ........................................................................................... 30

3-3-2 Setup file contents ............................................................................................................................... 31

3-4 Control system installation ..............................................................................................................................31

3-4-1 External view ....................................................................................................................................... 34

3-4-2 Installation method ............................................................................................................................... 38

3-4-3 Device specifications ........................................................................................................................... 41

3-5 Wiring ............................................................................................................................................................. 42

3-5-1 Wiring specifications ............................................................................................................................ 42

3-5-2 Wiring diagram ..................................................................................................................................... 43

3-6 Network connection ........................................................................................................................................ 52

3-7 Control system configuration........................................................................................................................... 53

4 ADDRESS SETTING

4-1 Address setting flow .......................................................................................................................................56

4-2 Definition of address ....................................................................................................................................... 57

4-3 Address setting for air conditioner ...................................................................................................................62

4-3-1 Setting for VRF system ........................................................................................................................ 62

(1) Check at main Power-ON .............................................................................................................. 63

(2) Manual setting from wired remote controller .................................................................................. 64

(3) Line (system) address setting .......................................................................................................66

(4) Power reset ...................................................................................................................................66

(5) Indoor unit address check .............................................................................................................67

(6) Trial operation ................................................................................................................................ 67

(7) Setup of relay connector and terminator ........................................................................................ 68

(8) Central control address setting ...................................................................................................... 71

(9) Trial operation for central controller (TCB-SC642TLE2) .................................................................. 73

(10) Automatic address setting (for reference) .................................................................................... 74

(11) Clearance of address .................................................................................................................. 77

(12) Confirmation of indoor unit address and position by using the remote controller .......................... 78

(13) Address change from remote controller .......................................................................................79

(14) In case of increase the address-undefined indoor units (Extension, etc.) .................................... 81

(15) Address setup example (VRF system) ........................................................................................ 82

4-3-2 Setting for 1 to 1 system ...................................................................................................................... 85

(1) Address re-setup ........................................................................................................................... 85

(2) Indoor address change example.................................................................................................... 89

4-4 Address setting for Control System devices ................................................................................................... 91

4-4-1 Address setting flow .............................................................................................................................91

4-4-2 Setting for Intelligent server ................................................................................................................. 92

4-4-3 Setting for TCS-Net relay interface .......................................................................................................93

4-4-4 Setting for Energy monitoring relay interface ........................................................................................ 94

4-4-5 Setting for Digital I/O relay interface..................................................................................................... 95

5 TRIAL OPERATION

5-1 Trial operation..................................................................................................................................................98

5-2 Air conditioning control system troubleshooting ............................................................................................ 101

5-2-1 Faults on the air conditioner ............................................................................................................... 101

5-5-2 Faults on the air conditioning control system ...................................................................................... 101

OUTLINE

1-1 TCS-Net Air conditioning control system outline 1-2 Component

1-2-1 TCS-Net control system component 1-2-2 Application control component

1-3 Basic system component

1-3-1 Apparatus component 1-3-2 The control system devices 1-3-3 The control system devices (Procured on site)

1-3-4 Software 1-4 Touch screen controller function 1-5 Energy monitoring and billing function 1-6 Input/Output

1-1 TCS-Net Air conditioning control system outline

The TCS-Net Air conditioning control system achieves an easy-to-operate central air conditioning control with the LCD Touch Screen Controller integrating advanced functions. The system allows operation status monitoring, operation control, scheduled operation and error code display of up to 512 indoor units with one controller. It is also equipped with functions for energy monitoring and billing (Individual indoor units) and for operation control using external input/output signals.

Operation status monitoring

Monitors operation status of all air conditioners collectively.

Operation control

Controls operation of devices with the LCD touch panel. Allows detailed operation settings, such as collective operation of an entire building or each block/tenant/area, as well as individual operation of each indoor unit.

Operation schedule

Allows detailed operation schedule settings for each area.

Error code display

Displays failure information, location, time when the failure occurs and displays fault log information.

Energy monitoring and billing

Determines power usage for each indoor unit and outputs the calculation results as daily/monthly reports.

I/O function

Provides operation control using external input signals and outputs emergency signals to external devices.

SMMS

SHRM

Master remote controller

Super Digital Inverter

Digital Inverter

TCS-Net Interface

BMS-IFLSV1E

BMS-LSV2E

Intelligent server

HUB

Power meter

I/F

BMS-IFWH3E

Energy meter

relay interface

I/F

Digita l/O Relay

Interface

BMS-IFDD01E

Side remote controller

"1:1 model"

TCB-PCNT30TLE

connection interface

BMS-TP0640ACE

BMS-TP0640PWE

BMS-TP5120ACE

1-2 Component

1-2-1 TCS-Net control system component

BMS-TP5120PWE

PC for Energy monitoring and billing

Touch screen controller

SMMS

SHRM

Super Digital Inverter

Digital Inverter

"1:1 model"

TCB-PCNT30TLE2

connection interface

TCB-IFCB-4E2

Remote location

ON/OFF control box

Network adapter

TCB-PCNT20E

AI-NETWORK

AI-NET central

control devices

Wireless

remote

controller

Sub-remote

controller

RBC-AS21E2

Wired remote controller

RBC-AMT31E

Weekly timer

RBC-EXW21E2

TCS-Net Interface

BMS-IFLSV1E

BMS-LSV2E

Intelligent

server

HUB

4-4ø hole

PJ17

8 ICI

MS10MS

TCB-PCOM1

TCB-PCOM1E

NCC-1212

OFFON

TOSHIBA

K100

COM COMON

OFF

T82

T81

OFF

OPERATION/

Terminal

Screw M3 6

Screw M4 8

Power peak-cut

control board

TCB-PCDM2E

4-4ø hole

PJ17

ICI 5

TCB-PCMO1

TCB-PCMO1E

55.5

45.5

COM

TOSHIBA

NCC-1214

TB1

HEAT

COM COOL

Screw M3 6

Terminal

External master

ON/OFF board

TCB-PCMO2E

I/F

BMS-IFWH3E

Power

meter

I/F

Energy meter

relay interface

Digita l/O Relay Interface

BMS-IFDD01E

ON/OFF command Alarm status output

Central remote

controller

Master ON/OFF signal

Batch drive, error output

Master ON/OFF signal

Power peak-cut control signal

Operation control command Operation status output

Master remote controller

Side remote controller

TCB-SC642TLE2

Air-conditioning

Weekly timer

RBC-EXW21E2

Management on site

PC for Energy

monitoring and

billing

1-2-2 Application control component

BMS-TP0640ACE

BMS-TP0640PWE

BMS-TP5120ACE

BMS-TP5120PWE

Touch screen

controller

1-3 Basic system component

1-3-1 Apparatus component

Compact

Flash

Set up files

Touch Screen Controller

(BMS-TP0640 / 5120)

PC for Energy Monitoring

and billimg

(Procured on site)

Ethernet

Switching HUB

(Procured on site)

InteIligent Server

(BMS-LSV2E)

Compact

Flash

Intelligent server

Software

(BMS-STCC01E)

RS- 485

TCS- NET

Relay I /F

(BMS-IFLSV1E)

TCS- NET

Relay I /F

(BMS-IFLSV1E)

Energy

Monitoring

Relay I /F

(BMS-IFWH3E)

Energy

Monitoring

Relay I /F

(BMS-IFWH3E)

Main BUS

Power meter 1

Power meter 8

Power meter 1

Power meter 8

Input 1

(Procured on site)

System Configuration Table

Monitoring/Control/Scheduling/Fault code display

Energy monitoring and billing

Indoor units connected

Function

Digital I/O

Touch Screen Controller

Intelligent Server

Intelligent Server Software

TCS-NET Relay I/F

Energy Monitoring Relay I/F

Devices

Digital I/O Relay I/F

PC (for Energy monitoring and billing)

Switching HUB

BMS-LSV2E

BMS-STCC01E

BMS-IFLSV1E

BMS-IFWH3E

BMS-IFDD01E

Procured on site

Digital I/O

Relay I /F

(BMS-IFDD01E)

Digital I/O

Relay I /F

(BMS-IFDD01E)

Input 8

Output 1

Output 4

Input 1

Input 8

Output 1

Output 4

××××

××

Max. 64 units Max. 64 units Max. 512 units Max. 512 units

×× × ×

BMS-TP0640ACE BMS-TP0640PWE BMS-TP5120ACE BMS-TP5120PWE

Ч ЧЧЧЧЧЧЧ

×× × ×

×(*

)

×(*

)

×(*

)

×(*

)

×(*

)

×(*

)

×(*

)

×(*

)

(*) A Switching HUB is required when using two or more Intelligent servers or when connecting to a PC for Energy Monitoring

and billing.

1-3-2 The control system devices

Name

Touch Screen Controller

Intelligent Server

Model

name

BMS-TP0640ACE

BMS-TP5120ACE

Software

BMS-TP0640PWE

BMS-LSV2E

BMS-STCC01E

BMS-TP5120PWE

Appearance Performance

Operation monitoring Operation control Operation schedule Error code display Fire alarm input Energy monitoring data saving to CF card

Data collection

Data collection software (This software is used for the Intelligent server)

Interface

TCS-Net Relay

Relay Interface

Energy Monitoring

Interface

Digital I/O Relay

BMS-IFLSV1E

BMS-IFWH3E

BMS-IFDD01E

Protocol transformation

Main BUS to RS-485

Power meter interface

Input and output interface

Fire alarm input Key input Error output

1-3-3 The control system devices (Procured on site)

Name

Mesurement of power consumption. Output data by pulse signal

Power meter

Network with

Touch screen controller Intelligent server Energy monitoring PC

Ethernet wire

Switching HUB and

Energy monitoring calculation Electricity billing calculation Monthly report creation

and billing

Performance Specification

Pulse output type Pulse generator constants: 1kWh/pulse or 10kWh/pulse Pulse duration: 50 - 1000 ms Output terminal: ON/OFF contactor

HUB: 10BASE-T compliant (*) Number of ports: as required

Ethernet wire: Category5 UTP straight cable (with HUB)

Category5 UTP cross cable (without HUB)

Microsoft Excel is required for the energy monitoring and billing function

OS: Windows 2000 or newer Excel: Excel 2000 or newer

PC for energy monitoring

* 100BASE-T compliant HUB is required when using 5 or more servers, or 2 or more controllers.

1-3-4 Software

Name

Monthly report

creation software

Monthly report creation Power distribution calculation Billing calculation Daily sum report creation

Performance Note

This software is provided on CD-ROM

1-4 Touch screen controller function

Monitoring

All Indoor unit conditions can be monitored by the controller.

Monitoring Items

Mode FAN mode Louver setting Set Temperature Inlet air temperature R/C control prohibition

Control

All Indoor unit operations can be controled within the user's selected division.

Controlable division

Whole building All tenant All area Unit

Setting Items

Mode Fan mode Louver setting Set temperature Inlet air temperature R/C control prohibition (7 combinations)

ON/OFF

prohibition 1 2 3 4 5 6 7

× – – × × – ×

MODE

prohibition

– × – × – × ×

SET TEMP

prohibition

– – × – × × ×

Management zone categories

All Block Tenant Area

Building A 1-1 (header unit)

Tenant A

Shop A

Group/Unit

101

(line address + indoor unit address)

Indoor Unit

1-2 (follower unit)

102

1-3 (header unit)

1-4 (follower unit)

103

1-5 (header unit)

1-6 (follower unit)

1-7 (follower unit)

Office A

104

1-8 (header unit)

1-9 (follower unit)

Tenant B

Shop B

105

2-1 (header unit)

2-2 (follower unit)

Tenant C

Office B

Shop C

106

107

108

2-3 (header unit)

2-4 (header unit)

2-5 (header unit)

2-6 (follower unit)

2-7 (follower unit)

2-8 (follower unit)

109

110

2-9 (follower unit)

3-1 (header unit)

Shared space

Office C

1F outdoor air conditioner

Scheduling

A basic operation schedule pattern is determined by setting the weekly and monthly operation schedules. The schedules can be set for each area.

Weekly schedule setting

Up to 20 patterns a day (including ON and OFF) can be set.

Error code display

Monthly schedule setting

Schedule patterns except for weekly schedule patterns can be set as special-days. Up to four special-day patterns can be set. Non-operation dates can also be set.

When an error occurs on a device, an error code is displayed.

Fault log display

1-5 Energy monitoring and billing function

Distributes the total power consumption for each indoor unit according to the billing schedule that has been set by the Touch Screen Controller. The system setup file and the operation result file saved on the CF card of the Touch Screen Controller are uploaded onto the PC. The PC calculates the power distribution result using the dedicated report creation software (Excel macro) to create spreadsheets and monthly reports.

Data flow

Setup file creation

software

Setup file

monitoring I/F

Power meter

Setup file

• Tenant name, etc.

• Air conditioner information, etc.

• Setting values for energy monitoring and billing Air conditioner specific characteristic values Tenant names for reports

Air conditioner operation result Power meter pulse counter value

Intelligent Server

RS-485

Energy

Air conditioner

Main BUS

Monthly meter-read file Setup file

Records to CF card Every 15 min

Ethernet

File transfer (FTP)

Touch Screen Controller

HUB

(procured on

locally)

Energy

Ethernet

monitoring and billing software

PC (procured on site)

Report creation software (Excel macro)

Excel

Default data file

Monthly report, spreadsheet (Excel file)

Printer

Printer for monthly reports (procured on site)

Specification

PC operating system

Excel

A PC and printer for energy monitoring and billing should be procured on site.

Windows 2000 or newer

Excel 2000 or newer is required separately.

Electricity billing schedule

Touch Screen Controller sets a billing schedule for monthly reports.

Monthly Report

The report creation software creates monthly reports in an Excel file format.

Monthly report printout example

Report creation software functions

Function

Monthly report creation

Power distribution calculation

Billing calculation Daily sum report

creation

Creates operation result reports for each indoor unit group. These can be totalled by the touch screen controller based upon the setup files.

Creates 4 types of spreadsheets for monthly reporting.

Calculates power distribution for each indoor unit group

Calculates expenses for each indoor unit group

Totals daily reports in specified range to create a monthly report.

Description

Remarks

Operation result report type:

• Display operation hours

• Display operation hours, display by In/Out working hours

• Display operation hours/consumption/billing

•

Display operation hours/consumption/billing, display by In/Out working hours

Spreadsheet type:

• Operation result for all the units

• Operation result without tenant, Area name

• Operation result sum by tenant, block

• Accounts sum by tenant

1-6 Input/Output

This system controls the air conditioners by interlocking them with electric lock signals and fire alarm signals and can transmit air conditioner emergency signals to other devices.

Fire alarm input

RS- 485

Digital I/O

Relay I/F

Intelligent

Server

TCS-Net

Relay I/F

Air conditioner

Main BUS

Ethernet

Door-lock input

Error output

Touch Screen

Controller

HUB

Ethernet

• Controls Air conditioners by interlocking with input signals.

• Outputs Air conditioner error to external devices.

SYSTEM CONFIGURATION

2-1 Touch screen controller system configuration

RS-485

Ethernet

Touch Screen Controller

(BMS-TP0640/5120)

InteIligent Server

(BMS-LSV2E)

Compact

Flash

TCS-NET

Relay I/F

(BMS-IFLSV1E)

Main Bus

Max. 64 air conditioners per relay I/F

Max. 512 indoor units (64 units x 8) per Intelligent Server

Intelligent Server Software

(BMS-STCC01E)

(*) A Switching HUB is required when using

two or more Intelligent Servers or when connecting a PC for energy monitoring and billing.

Switching HUB

PC for Energy Monitoring and billing

TCS-NET

Relay I/F

(BMS-IFLSV1E)

MAX 8 per

Intelligent server

Energy

Monitoring

Relay I/F

(BMS-IFWH3E)

Energy

Monitoring

Relay I/F

(BMS-IFWH3E)

MAX 4 per

Intelligent server

Main Bus

Max. 64 air conditioners per relay I/F

Power meter 1

(with pulse generator)

Power meter 8

(with pulse generator)

Power meter 1

(with pulse generator)

Power meter 8

(with pulse generator)

Max. 8 power meters per relay I/F

Max. 32 (8 x 4) power meters per Intelligent Server

Max. 8 power meters per relay I/F

Digital I/O

Relay I/F

(BMS-IFDD01E)

Digital I/O

Relay I/F

(BMS-IFDD01E)

MAX 4 per

Intelligent server

Input contact 1

Input contact 8

Device 1

Device 4

Input contact 1

Input contact 8

Device 1

Device 4

Max. 8 input contacts per relay I/F

Max. 4 devices per relay I/F

Max. 8 input contacts per relay I/F

Max. 4 devices per relay I/F

Max. 32 (8 x 4) digital inputs per Intelligent Server

Max. 16 (4 x 4) digital outputs per Intelligent Server

System Configuration Table

...

(×

available –

...

not available)

Touch Screen Controller

Air conditioning monitoring/control

Energy monitoring and billing

Indoor units connected

Function

Intelligent Server

Intelligent Server Software

TCS-NET Relay I/F

Component

Energy Monitoring Relay I/F

Digital I/O Relay I/F

Switching HUB

Ethernet wire

Power meter

*1:The number of ethernet wires and the number of switching HUB ports vary with the number of Intelligent Servers

connected.

*2:100 BASE-T compliant is required when using 5 or more servers, or 2 or more controllers. *3:The number of power meters vary with power meter specifications.

• Two or more refirgerant systems can be connected to one power meter.

• For heat recovery VRF (SHRM) and “Super digital inverter”, “Digital inverter”, it is necessary to install the power meter independently.

• All power meters connected to the same controller must be set to the same pulse generator constants.

BMS-LSV2E

BMS-STCC01E

BMS-IFLSV1E

BMS-IFWH3E

BMS-IFDD01E

Procured on site

BMS-TP0640ACE BMS-TP0640PWE BMS-TP5120ACE BMS-TP5120PWE

–×

Max. 64 units

1 unit

Max. 8 units

– Max. 4 units

Max. 4 units

Comply with 10BASE-T

Number of ports: As required

Category 5 UTP straight wire

OS: Windows 2000 or newer, Excel 2000 or newer

Pulse output type Pulse generator constants:

1 kWh/pulse or 10 kWh/pulse

Pulse duration: 50 - 1000 ms Output terminal: ON/OFF contactor

–×

1 unit per Intelligent Server

(max. 4 units in total)

Up to 8 units per Intelligent Server

(max. 32 units in total)

– Max. 4 units

Max. 512 units

Max. 4 units

System configuration examples

The following lists detail the required component devices for each category.

1. Without energy monitoring

(A) Up to 64 indoor units

Device

Touch Screen Controller

Intelligent Server

Intelligent Server Software

TCS-NET Relay Interface

Digital I/O Relay Interface

Ethernet wire

(B) Up to 512 indoor units

Model

BMS-TP0640ACE

BMS-LSV2E

BMS-STCC01E

BMS-IFLSV1E

BMS-IFDD01E

Procured on site

Quantity

Max. 8

Max. 4

Up to 8 units per Intelligent Server

Category5 UTP cross cable

Remarks

Device

Touch Screen Controller

Intelligent Server

Intelligent Server Software

TCS-NET Relay Interface

Digital I/O Relay Interface

Ethernet wire

Switching HUB

2. With energy monitoring

(A) Up to 64 indoor units

Device

Touch Screen Controller

Intelligent Server

Intelligent Server Software

TCS-NET Relay Interface

Energy Monitoring Relay Interface

Digital I/O Relay Interface

Ethernet wire

Switching HUB

Power meter

Model

BMS-TP5120ACE

BMS-LSV2E

BMS-STCC01E

BMS-IFLSV1E

BMS-IFDD01E

Procured on site

Model

BMS-TP0640PWE

BMS-LSV2E

BMS-STCC01E

BMS-IFLSV1E

BMS-IFWH3E

BMS-IFDD01E

Procured on site

Quantity

Max. 4

Max. 32*

Max. 16*

Quantity

Max. 8

Max. 4

Remarks

Same quantity as Intelligent Server required

*2 Up to 8 units per Intelligent Server

*3 Up to 4 units per Intelligent Server

Category5 UTP straight cable

10 BASE-T compliant *

number of ports: As required

Remarks

Up to 8 units per Intelligent Server

Category5 UTP straight cable

10 BASE-T compliant *

number of ports: As required

OS: Windows 2000 or newer Excel: Excel 2000 or newer

Pulse output type Pulse generator constants: 1kWh/pulse or 10kWh/pulse Pulse duration: 50 - 1000 ms Output terminal: ON/OFF contactor

(B) Up to 512 indoor units

Device

Touch Screen Controller

Intelligent Server

Intelligent Server Software

TCS-NET Relay Interface

Energy Monitoring Relay Interface

Digital I/O Relay Interface

Ethernet wire

Switching HUB

Model

BMS-TP5120PWE

BMS-LSV2E

BMS-STCC01E

BMS-IFLSV1E

BMS-IFWH3E

BMS-IFDD01E

Procured on site

Quantity

Max. 4

Max. 32*

Max. 16*

Same quantity as Intelligent Server required

*2 Up to 8 units per Intelligent Server

*3 Up to 4 units per Intelligent Server

Category5 UTP straight cable

10 BASE-T compliant * number of ports: As required

OS: Windows 2000 or newer Excel: Excel 2000 or newer

Remarks

Pulse output type Pulse generator constants:

Power meter

Procured on site

1kWh/pulse or 10kWh/pulse Pulse duration: 50 - 1000 ms Output terminal: ON/OFFcontactor

*1 The number of ethernet wires and the number of switching HUB ports vary with the number of Intelligent servers

connected. *4 100BASE-T compliant HUB is required when using 5 or more servers, or 2 or more controllers. *5 The number of power meters vary with power meter specifications.

• Two or more refirgerant systems can be connected to one power meter.

• For heat recovery VRF (SHRM) and “Super digital inverter”, “Digital inverter”, it is necessary to install the power meter independently.

• All power meters connected to the same controller must be set to the same pulse generator constants.

INSTALLATION

3-1 Installation work flow 3-2 Setup file data preparation

3-2-1 Control wiring diagram (Connection example) 3-2-2 Power meter wiring diagram (Connection example) 3-2-3 3-2-4 Schedule table

3-3 Setup file creation

3-3-1 Setup file creation software (Excel macro) 3-3-2 Setup file contents

3-4 Control system Installation

3-4-1 External view 3-4-2 Installation method 3-4-3 Device specifications

3-5 Wiring

3-5-1 Wiring specifications

3-5-2 Wiring diagram 3-6 Network connection 3-7 Control system configuration

Air conditioner address table

3-1 Installation work flow

Work flow

0. System planning

1. Setup file data preparation

2. Setup file creation

3. On site installation (Construction work)

Contents Reference No.

Air conditioner equipment selection Control system device selection

System wiring diagram Power meter wiring diagram Address list Schedule list

Create setup files by excel macro software

Control system installation

Chapter. 2

3-2

3-3

3-4

4. On site installation (Wiring)

5. On site installation (Control system configuration)

6. On site installation (Address setting)

7. Trial operation and adjustment

Wiring power cable/ communication line Network connection

Energy monitoring PC configuration Intellignet server configuration Setup file installation

Air conditioner address setting Control system device address setting

3-5 3-6

3-7

Chapter. 4

Chapter. 5

8. Commissioning

3-2 Setup file data preparation

Before starting the installation, prepare the materials for creating the setting files.

• Control wiring diagram

• Power meter wiring diagram

• Air conditioner address table

• Schedule table

3-2-1 Control wiring diagram (Connection example)

U1,U2

Main BUS

U3,U4

U1,U2 U1,U2 U1,U2 U1,U2

U3,U4

BMS-

IFLSV1E

U1,U2 U1,U2

U3,U4

U1,U2 U1,U2

U3,U4

BMS-

IFLSV1E

U1,U2 U1,U2

U3,U4

U1,U2

U3,U4

BMS-

IFLSV1E

U1,U2

U3,U4

U1,U2

U3,U4

BMS-

IFLSV1E

8 door-lock control signal inputs

BMS-IFDD01E

Relay Interface

Digital Input/Output

8 fire alarm inputs

BMS-IFDD01E

Relay Interface

Digital Input/Output

Outdoor unit

8 power meter inputs

BMS-IFWH3E

Relay Interface

Energy Monitoring

Indoor unit

8 power meter inputs

Relay Interface

Energy Monitoring

BMS-IFWH3E

16th floor

15th floor

TCS-NET Relay Interface

2nd floor

9th-16th

floor

Server

Intelligent

BMS-LSV2E

1st floor

TCS-NET Relay Interface

software

BMS-STCC01E

Intelligent server

TCS-NET Relay Interface

1st-8th

Server

Intelligent

BMS-LSV2E

HUB

Switching

Touch Screen

Controller

floor

software

BMS-STCC01E

Intelligent server

PC for creating

monthly reports

Printer

Isolator

SMMS

Power meter No.2

Isolator

Power meter No.3

SHRM

Isolator

” it is necessary to install the power meter independently.

*1: Super digital inverter

” “DI*

*2: Digital inverter

Power meter No.1

3-2-2 Power meter wiring diagram (Connection example)

SMMS

Isolator

SMMS

SDI SDI DI DI DI

SDI

Power meter No.4

• Two or more refirgerant systems can be connected to one power meter.

• For heat recovery VRF (SHRM) and “SDI*

• All power meters connected to the same controller must be set to the same pulse generator constants.

3-2-3 Air conditioner address table

No.

Fire alarm

No.

Key input

Power meter No. and

Input/Output data No.

Power

meter No.

unit

R.C. group/

Area

name

Tenant

Block

Address Information Display name

Intelligent Server address

TCS-NET relay I/F address

Line address

Indoor unit address

Group address

Header

Indoor unit

Air Conditioner List

Outdoor unit

name

unit

model name

Header indoor unit of group control.

Indoor unit on individual control.

Follower indoor unit of group control.

system

Outdoor

refrigerant

• Building name:

(Example)

No.

Fire alarm

No.

Key input

Power meter No. and

Input/Output data No.

Power

R.C. group/

Area

Tenant

Block

meter No.

unit

PAC-B • 1F-1

name

Shop A

name

Tenant A

name

PAC-B • 1F-1

Shop A

Tenant A

PAC-B • 1F-1

Shop A

Tenant A

PAC-B • 1F-1

PAC-B • 1F-2

Shop A

Shop B

Tenant A

Tenant B

PAC-B • 1F-3

PAC-B • 1F-4

Shop C

Shop D

Tenant B

PAC-B • 1F-5

PAC-M • 1F-1

Shop E

Shop F

Tenant B

Tenant C

PAC-M • 1F-2

PAC-M • 1F-3

Shop F

Shop G

Tenant C

PAC-M • 1F-4

PAC-M • 1F-5

Office

Shop G

Office A

Tenant C

PAC-M • 1F-6

PAC-M • 1F-7

Office

Meeting room

Office A

PAC-S • 2F-1

PAC-M • 1F-8

Meeting room

Office A

Shared space

PAC-S • 2F-2

Shop H

Tenant D

Address Information Display name

Intelligent Server address

TCS-NET relay I/F address

Line address

Indoor unit address

Group address

unit

Header

Indoor unit

model name

Air Conditioner List

model name

Outdoor unit

Outdoor

refrigerant

• Building name: XXX Building

MMU-AP0091H

system

MMU-AP0091H

MMK-AP0091H

MMU-AP0091H

MMY-AP1401HT8

PAC-B

MMK-AP0091H

MMY-AP1401HT8

PAC-M

MMK-AP0091H

MMY-AP1401HT8

PAC-S

Header indoor unit of group control.

Indoor unit on individual control.

Follower indoor unit of group control.

MMK-AP0091H

3-2-4 Schedule table

Run

Stop

PAC-B, 1F-6

Night-duty room

8:00

9:30

Monday to Saturday

Run

Stop

10:00

Run

16:30

Stop

22:00

Stop

23:58

PAC-B, 1F-3 to 1F-5

Warehouse

XX Electric Co., Ltd.

PAC-B, 1F-1

Consultation room

XX Dental Clinic

8:00

12:00

13:00

19:00

Monday to Friday

Run

Stop

8:00

19:00

Monday to Saturday

21:00

Schedule Table ( / )

R.C. group/unit

Area

• Building name:

Tenant

Block

Day of the week

Schedule Table (Example)

R.C. group/unit

Area

Tenant

• Building name: XXX Building

Block

Day of the week

3-3 Setup file creation

Create setup files according to the control wiring system diagram and the address table.

3-3-1 Setup file creation software (Excel macro)

• The setup file creation software is used to create setup files to be installed on the Touch Screen Controller.

• In the air conditioning control system, setting values are defined in accordance with the air conditioner installation conditions within the building. If a wrong value is set, a problem such as an interruption in communication with the air conditioner will occur.

• Setting items: Air conditioner information, device information, Touch Screen Controller display information.

• A operator enters details on the Excel spreadsheet and then creates 23 setup files using the information entered.

Operating environment and others

Operating environment Windows 2000 or newer

Excel

Excel 2000 or newer is required separately.

System Configuration

Setup file creation software for Touch Screen Controller

Excel

Provided from installation company and building

Default data file Product information file

Setup file

• Tenant name, etc.

• Air conditioner information, etc.

• Setting values for energy monitoring and billing

Air conditioner specific characteristic values

Tenant names for reports

management company.

Setup file

Record on CF card

Air conditioner information

Location, indoor unit group setting, control address (I/F, indoor, outdoor), device type, product model, number of devices

Device information Power meter No., pulse constant, fire alarm/door-lock input No., emergency output No.

Control display information Block/area/tenant/R.C. Group, unit names

Building operation information Meter read date Schedule (operation, charging)

Energy

monitoring I/F

Power meter

RS-485

Intelligent Server

TCS-NET

Relay I/F

Main BUS

Air conditioner

Touch Screen Controller

Ethernet Ethernet

HUB

Set by scheduler function of Touch Screen Controller.

Power distribution software

Printer

3-3-2 Setup file contents

(1) Display setup file

• File name: DISP_FORM.DEF

•

Enter the entire building display mode, number of block display buttons, number of tenant display buttons, number of area display buttons, number of R.C. group/indoor display buttons, and the schedule setting unit.

• For the entire building display mode, specify display unit when the entire building button is pressed. [0: block, 1: tenant, 2: area, 3:

• For the number of buttons, enter the number of lateral buttons in each display mode. The number of vertically arranged buttons is always 6.

• Specify schedule setting unit. [0: area, 1:

• Specify filter sign display mode. [0: no display, 1: display]

(2) Error code definition file

• File name: ERROR_CODE.DEF

• Enter reception code (hexadecimal), error code, error code name, display mode, and external output.

• Specify display mode [0: no display (normal), 1: display].

• Specify external output [0: no output emergency, 1-64: emergency output No. (output to corresponding number)].

(3) Touch Screen Controller IP address definition file

• File name: CONT_IP.DEF

• Enter the Touch Screen Controller IP address.

R.C. group/indoor

]

(4) Intelligent Server IP address definition file

• File name: LSV_IP.DEF

• Enter an Intelligent Server number and IP address.

(5) I/O Controller IP address definition file

• File name: IO_IP.DEF

• Enter the I/O Controller IP address.

• Only one address can be entered. Do not enter a IP address when the I/O Controller is not used.

(6) Building name definition file

• File name: BUILD_NAME.DEF

• Enter a building name.

(7) Block name definition file

• File name: BLOCK_NAME.DEF

• Enter a block number/name.

• Specify font size. [0 (small) -3 (large) 2 (standard)]

(8) Tenant name definition file

• File name: TENANT_NAME.DEF

• Enter tenant numbers/names (up to 512).

• Specify font size. [0 (small) -3 (large) 2 (standard)]

(9) Area name definition file

• File name: AREA_NAME.DEF

• Enter area numbers/names (up to 512).

• Specify font size. [0 (small) -3 (large) 2 (standard)].

(10) R.C. group/indoor name definition file

• File name: AC_NAME.DEF

• Enter

• Specify font size. [0 (small) -3 (large) 2 (standard)]

R.C. group/indoor

numbers/names (up to 512).

(11) Door-lock input definition file

• File name: KEY_CH.DEF

• Enter door-lock input numbers (1-64), input device IDs, input channels, and signal logic (up to 64).

• When no door-lock input is used, do not enter.

• An input device ID means the following: 0 to 7: I/O module device ID 10: general-purpose input to the touch panel 100 or more: digital I/O interface (Second digit: Intelligent Server No., first digit: Relay Interface No.)

• Specify signal logic. [0: negative logic, 1: positive logic]

(12) Fire alarm input definition file

• File name: FIRE_CH.DEF

• Enter fire alarm input numbers (1-64), input device IDs, input channels, and signal logic (up to 64).

• When no fire alarm input is used, do not enter.

• Specify signal logic. [0: negative logic, 1: positive logic]

(13) Emergency external output definition file

• File name: EMGOUT_CH.DEF

• Enter external emergency output numbers (1-64), output device IDs, and output channels (up to 64).

• When no external emergency output is used, do not enter.

• An output device ID means the following: 0 to 7: I/O module device ID 20: general-purpose output to the touch panel 100 or more: digital I/O interface (Second digit: Intelligent Server No., first digit: Relay Interface No.)

(14) R.C. group/indoor setup file

• File name: AC_MAP.DEF

• R.C. group/indoor No., Intelligent Server No., Relay Interface No., outdoor system No., indoor unit address, device type, block No., tenant No., area No., key No., fire alarm No.

• Device type 0: SMMS, SHRM, 1: SDI, DI, 2: HA interface

•Key No. 0: no door-lock interlocking, 1-64: When a signal is input from the number defined in (11), a stop command is sent to the system.

• Fire alarm No. 0: no fire alarm interlocking, 1-64: When a signal is input from the number defined in (12), a stop command is sent to the system.

• Indoor unit set in this file is for the header unit only.

(15) Indoor unit group config file

• File name: AC_GROUP.DEF

•

R.C. group/indoor address, device type, outdoor unit No., header/follower, tenant No.

• Used for energy monitoring and billing. No data is provided when energy monitoring and billing is not performed.

(16) Outdoor unit group config file

• File name: OUT_GROUP.DEF

• Outdoor unit No., Intelligent Server No., Relay Interface No., system No., outdoor unit address, device type

• Used for energy monitoring and billing. No data is provided when energy monitoring and billing is not performed.

No., Intelligent Server No., Relay Interface No., outdoor system No., indoor unit

(17) Power meter input definition file

• File name: WHM_CH.DEF

• Power meter No. (1-64), interface address, channel No., pulse generator constants

• Used for energy monitoring and billing. No data is provided when energy monitoring and billing is not performed.

• An interface address means the following: 1 to 31: energy monitoring interface 100 or more: pulse counter interface (Second digit: Intelligent Server No., first digit: Relay Interface No.)

• Pulse generator constants (kWh/pulse): Used by the energy monitoring and billing Excel macro software, but not used by the controller.

(18) Report setup file

• File name: REPORT.DEF

• Daily report limit time (meter-read time), Monthly report limit date

(19) Operation mode setup file

• File name: RUN_MODE.DEF

• Operation mode range, scheduled operation central setting, door-lock interlocking central setting

• Operation mode range 0: all enabled, 16: cooling/dry/fan only, 32: heating/fan only

• Scheduled operation central setting

Setting

Stop (10 minutes later)

Stop

Stop + “run/stop” changeover prohibition reset

Stop (within 10 minutes)

Stop

Stop + “run/stop” changeover prohibition reset

Stop + “run/stop” changeover prohibited

Run

Run + “run/stop” changeover prohibition reset

“Run/stop” changeover prohibition reset

Run + “run/stop” changeover prohibition reset

• Door-lock interlocking central setting

Setting

* All these files must be included in the “¥DEF” folder.

Stop

Stop + “run/stop” changeover prohibited

Stop

Lock (OFF to ON)

Unlock (ON to OFF)

No operation

“Run/stop” changeover prohibition reset

No operation

3-4 Control system installation

3-4-1 External view

Touch Screen Controller

Model: BMS-TP0640ACE

BMS-TP5120ACE BMS-TP0604PWE BMS-TP5120PWE

CF (Compact Flash) card slot (CF card for data files)

Universal Input/ Output port

USB mouse

Ethernet port Intelligent Server

Power cable

549

242

99.3

M4 Tap (×4 pcs.) (depth: 10 mm max.)

Power input terminal block

82.5

302

PCI expansion unit connector cover

70 75

55.5

19 30

POWER LED

Function switch (F1, F2, F3)

316 249

95.7591.75 256

unit: mm

Intelligent Server

Model: BMS-LSV2E

Metal case type

Do not remove.

CAUTION

CF (Compact Flash) card slot

Touch Screen Controller (Ethernet)

WARNING

Do not decompose.

370

Not used

Relay Interface (RS-485)

19839

Power switch

unit: mm

TCS-NET Relay Interface

Model: BMS-IFLSV1E

Parts name

Case

Case lid

Grommet

Grommet for power supply

Specifications

Galvanized sheet metal

C30-SG20A

200

6- 5.5 mounting holes

22787822

63.6

170

146.9

22787822

156

unit: mm

Energy monitoring R I/F • Digital I/O R I/F

Model: BMS-IFWH3E

BMS-IFDD01E

234

Grommet for power input

1818 53.5 103.5

220

1818

Grommet for power meter

92.5

(193)

Grommet for RS-485

64.5

Grommet for DO

246

63.6

unit: mm

3-4-2 Installation method

Touch Screen Controller

Make a space for the installation and service. Install the Touch Screen Controller in a wall (standard) or on a dedicated stand (when available on site).

In-wall installation

■■

■Conditions for installation

■■

A space of 30 mm or more between the controller and surrounding objects is required.

Panel

30 mm or more (top)

30 mm or more (bottom)

30 mm or more (rear)

Top view

30 mm or more (side)

Interface side

Panel

■■

■Attaching Fixture

■■

■Panel cut size

303

-0

R1 or less

REQUIREMENT

-0

Use a panel

243

(procured on site) with a thickness of

1.6-1.7 mm.

Panel thickness: 1.6 -1.7 mm

[mm]

1. Insert the controller from the outside of the panel.

2. Insert the fixtures from the inside of the panel.

Touch Screen Controller

Panel Fixture

Bottom view

For reference

Display stand (not supplied with the controller)

Use a CONTEC stand (model: IPC-SND-03). For details of the stand, visit the CONTEC web site.

Europe: http://www.contec-europe.com China: http://www.contec.sh.cn

REQUIREMENT

• Check that the installation dimensions on the rear of the Touch Screen Controller match the installation dimensions on the CONTEC stand.

• Use the screws supplied with the stand to install the controller.

Tightening screws excessively may cause the screws to break. Optimum tightening torque is

0.6N/m.

75 mm

Angle adjustment lock screw. (Loosen the screw and adjust angle.)

Intelligent Server Installation Method and Orientation

There are four ways to install the Intelligent Server as shown below: (1) rack mount (2) surface mount (3) wall mount A, and (4) wall mount B. The rack mount installation requires a support bracket for a 19-inch rack. Please contact distributor if you need the support bracket. Use the four bottom screw holes for the wall mount installation.

(1)Rack mount

A support bracket is required to be fixed to the bottom (rear side) of the unit.

(3)Wall mount -A

Wall mount with the front side upwards

(2)Surface mount

Standard installation

(4)Wall mount -B

Wall mount with the left side upwards

(Unit: mm)

AC inlet side

308.4 30.830.8

LED side

Screw hole for wall mount (M4 × 4 pcs.)

30 133 35

REQUIREMENT

Do not install the unit in any of the following places.

• Humid or wet place

• Dusty place

• Place exposed to direct sunlight

• Place where there is a TV set or radio within one meter

• Place exposed to rain (outdoors, under eaves, etc.)

TCS-NET Relay Interface

■■

■Installation Method and Orientation

■■

There are five installation methods for this relay interface as shown below: surface mount and wall mount. Use the supplied screws.

No good

REQUIREMENT

Do not install the unit in any of the following places.

• Humid or wet place

• Dusty place

• Place exposed to direct sunlight

• Place where there is a TV set or radio within one meter

• Place exposed to rain (outdoors, under eaves, etc.)

■■

■Installation Space and Maintenance Space

■■

Ensure a minimum space of 100mm is left at the side and top of the device for connecting cables to enter the cable inlets and maintenance of the device. As shown in the figure. The other sides can be directly adjacent to surrounding objects.

100mm

Energy monitoring Relay I/F • Digital I/O Relay I/F

■■

■Installation Method and Orientation

■■

There are five installation methods for this relay interface as shown below: surface mount and wall mounts. Use the supplied screws.

No good

REQUIREMENT

Do not install the unit in any of the following places.

• Humid or wet place

• Dusty place

• Place exposed to direct sunlight

• Place where there is a TV set or radio within one meter

• Place exposed to rain (outdoors, under eaves, etc.)

■■

■Installation Space and Maintenance Space

■■

Ensure a minimum space of 100mm is left at the two sides and top of the device for connecting cables to enter the cable inlets and maintenance of the device. As shown in the figure. The other sides can be adjacent to surrounding objects.

100mm

3-4-3 Device specifications

Touch Screen Controller

Device, model

Touch Screen Controller

BMS-TP0640ACE BMS-TP5120ACE BMS-TP0640PWE BMS-TP5120PWE

Intelligent Server

Device, model

Intelligent Server

BMS-LSV2E

Relay Interface

Device, model

TCS-NET Relay Interface

BMS-IFLSV1E

Item

Power supply

Power consumption

External dimensions

Weight

Ambient temperature

Ambient humidity

Item

Power supply

Power consumption

External dimensions

Weight

Ambient temperature

Ambient humidity

Item

Power supply

Power consumption

External dimensions

Weight

Ambient temperature

Ambient humidity

Chassis material

Specification

100 - 240 V, AC 50/60 Hz

50 VA

316 (W) x 256 (H) x 54 (D) mm

3.5 kg

0 to 40 °C

20 to 85%RH

Specification

85 - 132 V, 180 - 264 V, AC 50/60 Hz

30 VA

370 (W) x 42 (H) x 198 (D) mm

2.5 kg

0 to 40 °C

10 to 90%RH

Specification

220 - 240 V, AC 50/60 Hz

2.4 W

170 (W) x 66 (H) x 200 (D) mm

1 kg

0 to 40 °C

10 to 90%RH (no condensation)

Galvanized sheet metal 0.8t (no coating)

Energy Monitoring Interface

Device, model

Power supply

Power consumption Energy monitoring Relay Interface

BMS-IFWH3E

External dimensions

Weight

Ambient temperature

Ambient humidity

Chassis material

Digital I/O Interface

Device, model

Power supply

Power consumption Digital I/O Relay Interface

BMS-IFDD01E

External dimensions

Weight

Ambient temperature

Ambient humidity

Chassis material

Item

Specification

220 - 240 V, AC 50/60 Hz

2.8 W (Energy monitoring)

193 (W) x 66 (H) x 246 (D) mm

1.65 kg

0 to 40 °C

10 to 90%RH

Galvanized sheet metal 0.8t

Specification

220 - 240 V, AC 50/60 Hz

6.5 W

193 (W) x 66 (H) x 246 (D) mm

1.65 kg

0 to 40 °C

10 to 90%RH

Galvanized sheet metal 0.8t (no coating)

3-5 Wiring

3-5-1 Wiring specifications

Power supply specifications

Device Input voltage

Touch Screen Controller

Intelligent Server

TCS-NET Relay Interface

Energy Monitoring Relay Interface

Digital I/O Relay Interface

100 - 240 V, AC 50/60 Hz

85 - 132 V, AC 50/60 Hz 180 - 264 V, AC 50/60 Hz

220 - 240 V, AC 50/60 Hz

Power

consumption

50 VA

30 VA

2.4 W

2.8 W

6.5 W

Power cable

wire size

0.75 mm

Remarks

Procure on site

Communication wiring specifications

Inter-device connection

Intelligent Server ↔ TCS-NET Relay Interface

Intelligent Server ↔ Energy Monitoring Relay Interface

Intelligent Server ↔ Digital I/O Relay Interface

TCS-NET Relay Interface ↔ Air conditioner

Energy Monitoring Relay Interface ↔ Power Meter

Digital I/O Relay Interface ↔ Digital Input/Output

*1: Use the D-sub (9 pin) wire supplied with the Intelligent Server software. If the length is to short, use a shielded wire. *2: Total length per TCS-NET Relay Interface

Control wiring specifications

D-sub (9-pin) wire *

(If length is short) Use a shield wire

Shield wire

Number of

cores

Diameter

(mm

)

1.25 mm

2.0 mm

0.3 mm

Length

(m)

Max. 500

Max.1000*

Max.2000*

Max. 100

Polarity

With polarity

No polarity

With polarity

Remarks

Supplied with Intelligent Server software

Procure on site

Ethernet wire specifications

When Switching HUB is not used

Inter-device connection

Touch Screen Controller ↔ Intelligent Server

Control wiring specifications

Ethernet (cross) Category 5 UTP cross wire

When Switching HUB is used

Inter-device connection

Touch Screen Controller ↔ Switching HUB

Switching HUB ↔ Intelligent Server

Control wiring specifications

Ethernet (straight) Category 5 UTP straight wire

Number of

cores

Number of

cores

Diameter

(mm

)

–

Diameter

(mm

)

–

Length

(m)

Max. 100

Length

(m)

Max. 100

Polarity

–

Polarity

–

Remarks

Procure on site

Remarks

Procure on site

3-5-2 Wiring diagram

Yellow

Brown

Red

Orange

Crimp 3 wires with a closed

end wire connector.

Red/Orange

Brown/Yellow

Power supply

Power supplyPower supplyPower supplyPower supplyPower supply

U1U2

TCC-LINK

ABLNLNLNLNLN LN

U1U2

TCC-LINK

SW6

TCC-LINK TERMINATOR

SW5

RS-485

TERMINATOR

RS-485

TCS-NET RELAY INTERFACE

SW6

TCC-LINK TERMINATOR

SW5

RS-485 TERMINATOR

RS-485

TCS-NET RELAY INTERFACE

ADDRESS

U4U3

U2U1

Outdoor

unit

SW1

U2U1

Indoor unit

Remote

controller

U4U3

U2U1

Outdoor

unit

SW1

U2U1

Remote

controller

U2U1

Indoor unit

Outdoor

unit

Indoor unit

Remote

controller

Outdoor

unit

Indoor unit

Remote

controller

U4U3

U2U1

U4U3

U2U1

U4U3

Indoor unit

U4U3

Indoor unit

Central remote

controller

Central remote

controller

INTELLIGENT SERVER

(BMS-LSV2E)

TOUCH SCREEN CONTROLLER

(BMS-TP0640/5120)

SW1

ADDRESS

DIGITAL I/O INTERFACE (BMS-IFDD01E)

SW1

ADDRESS

DIGITAL I/O INTERFACE (BMS-IFDD01E)

SW1

ADDRESS

DI 1 DI 2 DI 3 DI 4 DI 5 DI 6 DI 7 DI 8

Input contact 1 Input contact 2 Input contact 3 Input contact 4 Input contact 5 Input contact 6 Input contact 7 Input contact 8

RS-485

DO1 DO2 DO3

DO4 GND +12V

RS-485

DO1

DO2

DO3

DO4 GND +12V

Load 1 Load 2 Load 3 Load 4

Input contact 1 Input contact 2 Input contact 3 Input contact 4 Input contact 5 Input contact 6 Input contact 7 Input contact 8

Load 1 Load 2 Load 3 Load 4

Power meter 1 Power meter 2 Power meter 3 Power meter 4 Power meter 5 Power meter 6 Power meter 7 Power meter 8

TOUCH SCREEN CONTROLLER CONNECTION DIAGRAM

ENERGY MONITORING INTERFACE

SW1

ADDRESS

ENERGY MONITORING INTERFACE

DI 1 DI 2 DI 3 DI 4 DI 5 DI 6 DI 7 DI 8

RS-485

Power meter 1 Power meter 2 Power meter 3 Power meter 4 Power meter 5 Power meter 6 Power meter 7 Power meter 8

RS-485

CAUTION

1 2

polarity. Connect A to A, and B to

B. If connected with incorrect

polarity, the unit will not work.

• The RS-485 signal lines have

SW1

LED4

LED3

SW2 SW3

LED2

SW7 LED1

SW4

LED5

• The Main BUS signal lines have

35 10

no polarity.

REQUIREMENT

Install a breaker at the primary side

of the power supply.

Connect the shielded wire of the

RS-485 communication wire to the

earth on the Intelligent server side.

Do not connect the shielded wire

to the terminal block. It should be

Connect the shielded wire of the

Main BUS communication wire to

the earth on the air conditioner

side. Do not connect the shielded

wire to the terminal block. It should

Connections (TCS-NET RELAY INTERFACE (BMS-IFLSV1E)

Connect power cables earth wires and signal cables to the specified terminals on the terminal block.

open and insulated.

SW6

be open and insulated.

Air conditioner

Secure each cable

with a cable clamp.

SW5

TCC- LINK

U2 U1

Intelligent server

RS-485

Power supply

Connect the earth

wire to the earth

terminal on the

chassis.

Length of stripped RS-485

communication wire

35 10

Length of stripped power

cable

55 10

U4U3

U4 U3

Outdoor

unit

Central

remote controller

U2 U1

Indoor

unit

U2 U1

Remote

controller

U4U3

U4 U3

Outdoor

unit

Central

remote controller

U2 U1

Indoor

unit

U2 U1

Remote

controller

Main BUS terminator resistor is set on the air conditioner

side. Bit 1 and 2 of SW6 should be OFF.

Set the RS-485 terminator resistor on the No.1 (relay

interface address SW1=1) unit and the Intelligent Server

only. Do not set it here.

SW6

The shield of Main BUS

cable should be open

and insulated. It is not

connected to the

terminal block.

Main BUS U1 and U2

have no polarity.

U1U2

U4U3

Outdoor

unit

SW5

RS-485

TCC-LINK

Brown/Yellow

Red/Orange

U2 U1

Indoor

SW1

ADDRESS

U2 U1

unit

Indoor unit

Remote

controller

Power

supply

SW6

Indoor unit

U2 U1

U4U3

Outdoor

unit

SW5

RS-485

U1U2

TCC-LINK

Indoor

SW1

ADDRESS

U2 U1

unit

LNLN

Power

Remote

controller

supply

Set the TCS-NET Relay Interface address with SW1. Assign 1 to 8 to each

address to avoid duplication.

CAUTION: The SW1 setting is read when the power is turned on. Push the

reset switch SW7 after changing the address.

INTELLIGENT SERVER

(BMS-LSV2E)

TOUCH SCREEN CONTROLLER

(BMS-TP0640/5120)

Connection diagram (TCS-NET RELAY INTERFACE (BMS-IFLSV1E))

Crimp 3 wires with

a closed end wire

connector.

Yellow

Brown

Orange

Red

Connect the two shield wires

together.

The shield of RS-485 cable should be open and

insulated. It is not connected to the terminal block.

CAUTION: RS-485 signals A and B have polarity. Be

careful when connecting the RS-485 wires.

Set the RS-485 terminator resistor on the No.1 (relay interface address SW1=1)

unit. Set bit 1 of SW5 to ON.

Insert the wire by pushing the

lever with a screwdriver. Check

that the wire is inserted

securely.

When inserting two RS-485

communication wires into a single

terminal for connection to another

interface, crimp them using the

supplied pin terminal.

CAUTION

The RS-485 signal wire has

polarity. Connect A to A, and B to

B. If connected with incorrect

polarity, the unit will not work.

REQUIREMENT

Install a breaker on the primary

side of the power supply.

Secure each

cable with a

cable clamp.

DI1DI2DI3DI4DI5DI6DI7DI8

SW3

SW2

1234

Power meter

Intelligent Server

RS-485

35 6

Length of stripped

power meter wire

Length of stripped

communication wire

SW1

Connections (ENERGY MONITORING RELAY INTERFACE (BMS-IFWH3E))

Connect power cables, earth wires, and signal wires to the specified terminals on the terminal block.

SW4 SW7

Connect the earth

wire to the earth

terminal on the

chassis.

Secure each cable

with a cable clamp.

Length of stripped

power cable

55 10

Power cable

Wiring Connection

The following describes the wiring connections of the Energy Monitoring Relay Interface when it is used in the air conditioner control system.

• Terminator resistor setting

Set the RS-485 terminator resistor on the TCS-NET Relay Interface. Do not set it by the Energy Monitoring Relay Interface.

• Shield earthing

The shield earth of the RS-485 signal wires should be single-point earth. Earth the wires on the Intelligent server side. Other shield lines should be closed and the terminal end should be open and insulated.

• Connection of power meter

Use a power meter with a pulse generator. Connect the non-voltage contact output of the power meter to the Energy Monitoring Relay Interface. An external input circuit is shown below. Input signal is electrically isolated by a photo-coupler.

12V

Power meter

Input terminal

(with pulse generator)

Energy Monitoring Relay Interface

DI-1 to DI-8

Contact

Yellow

Brown

Red

Orange

Crimp 3 wires with a

close end wire connector.

INTELLIGENT SERVER

(BMS-LSV2E)

TOUCH SCREEN CONTROLLER

(BMS-TP0640/5120)

Power supply

Red/Orange

Brown/Yellow

U1U2

ABLN

SW1

ADDRESS

TCC-LINK

RS-485

TCS-NET RELAY INTERFACE

DI 1 DI 2

DI 3 DI 4 DI 5 DI 6 DI 7 DI 8

CAUTION: No terminator resistor

setting switch is provided on the

Energy Monitoring Relay Interface.

Power meter 1

Power meter 2

Power meter 3

Power meter 4

Power meter 5

Power meter 6

Power meter 7

Power meter 8

Set the RS-485 terminator resistor

on the TCS-NET Relay Interface.

Connect the

respective

shield wires of

the two cables.

The shield earth of

the RS-485 signal

wires should be a

single-point earth.

Earth the wires on

the Intelligent server

side. Do not earth

here.

Power supplyPower supply

ENERGY MONITORING INTERFACE

SW1

ADDRESS

LNLN

ENERGY MONITORING INTERFACE (BMS-IFWH3E)

DI 1 DI 2 DI 3 DI 4 DI 5 DI 6 DI 7 DI 8

RS-485

CAUTION: RS-485

signals A and B

have polarity. Be

careful when

connecting the RS-

485 wire.

Power meter 1

Power meter 2

Power meter 3

Power meter 4

Power meter 5

Power meter 6

Power meter 7

Power meter 8

RS-485

Set the Energy Monitoring Relay

Interface address with SW1. Assign 1 to

Connection diagram (ENERGY MONITORING RELAY INTERFACE (BMS-IFWH3E))

4 to each address to avoid duplication.

Each interface has its own address and

can be set independently.

CAUTION: The SW1 setting is read

when the power is turned on. Push the

reset switch after changing the address.

CAUTION: RS-485 signals A

and B have polarity. Be

careful when connecting the

RS-485 wire.

Insert the wire by pushing the

lever with a screwdriver. Check

that the wire is inserted securely.

Secure each

cable with a

cable clamp.

DI1DI2DI3DI4DI5DI6DI7DI8

Digital input

contacts

When inserting two RS-485

communication cables into a

single terminal for connection to

another interface, crimp them

using the attached pin terminal.

Intelligent

Server

RS-485

Digital output

DO1

DO2

DO3

load

DO4

GND

+12V

CAUTION

The RS-485 signal wire has

polarity. Connect A to A, and B to

B. If connected with incorrect

polarity, the unit will not work.

35 6

Length of stripped digital

Input/Output connector wire

REQUIREMENT

Install a breaker at the primary side

of the power supply.

SW3

SW2

SW1

Connections (DIGITAL I/O RELAY INTERFACE (BMS-IFDD01E))

Connect power cables, earth wires, and signal wires to the specified terminals on the terminal block.

1234

SW4 SW7

Secure each

Connect the earth

wire to the earth

terminal on the

chassis.

cable with a cable

clamp.

Length of stripped

communication wire

Length of stripped

power cable

55 10

Power cable

Wiring Connection

CAUTION

If an inductive load (relay coil) or a bulb is connected, a voltage surge or rush of current will be generated. Take adequate measures against these scenarios.

The following describes wiring connections of the Digital I/O Relay Interface when it is used in the air conditioner control system.

• Terminator resistor setting

Set the RS-485 terminator resistor on the TCS-NET Relay Interface. Do not set it by the Digital I/O Relay Interface.

• Shield earthing

The shield earth of the RS-485 signal wires should be a single-point earth. Earth the wires on the Intelligent Server. Other shield lines should be closed and the terminal end should be open and insulated.

• Connection of external digital inputs

Input circuit examples are shown below (electrically isolated using a photo-coupler).

(1) Example of contact input connection

12V

Input terminal

DI-1 to DI-8

Contact

(2) Example of current sink connection

12V

Input terminal

DI-1 to DI-8

Current sink

• Connection of external digital outputs

Output circuit examples are shown below (open collector output electrically isolated using a photocoupler).

(1) Example of load connection

12V

Output terminal DO1 to DO4

GND

Load

External power supply

(2) Example of load connection

12V

+12V

Output terminal DO1 to DO4

Yellow

Brown

Red

Orange

Crimp 3 wires with a

closed end wire connector.

INTELLIGENT SERVER

(BMS-LSV2E)

TOUCH SCREEN CONTROLLER

(BMS-TP0640/5120)

Connect the two

shield wire

together.

Power supply

Red/Orange

Brown/Yellow

U1U2

LNLNLN

SW1

ADDRESS

TCC-LINK

RS-485

TCS-NET RELAY INTERFACE

DI 1 DI 2 DI 3 DI 4

DI 5 DI 6 DI 7 DI 8

The RS-485 signal wire has

Input contact 1

Input contact 2

Input contact 3

Input contact 4

Input contact 5

Input contact 6

Input contact 7

Input contact 8

polarity A and B. Be careful when

connecting the wire.

Set the Digital I/O Relay Interface

address with SW1. Assign 1 to 4 to

each address to avoid duplication.

You can set the digital Input/Output

Relay Interface address

independently from the Main BUS

Connection diagram (DIGITAL I/O RELAY INTERFACE (BMS-IFDD01E))

CAUTION: Set the

RS-485 terminator

resistor on the TCS-

NET Relay

Interface. No

terminator resistor

Power supplyPower supply

The shield earth of

the RS-485 signal

wires should be

single-point earth.

Earth the wires on

the Intelligent

Server.

Relay Interface address or the

Energy Monitoring Relay Interface

address.

CAUTION: The SW1 setting is read

when the power is turned on. Push

the reset switch (SW7) after

changing the address.

DIGITAL I/O INTERFACE

setting switch is

provided on the

Digital I/O Relay

Interface.

(BMS-IFDD01E)

DIGITAL I/O INTERFACE (BMS-IFDD01E)

SW1

ADDRESS

DI 1 DI 2 DI 3 DI 4

DI 5 DI 6 DI 7 DI 8

DO1 DO2 DO3 DO4

GND

+12V

DO1 DO2 DO3 DO4

GND

+12V

B A

RS-485

Load 1

Load 2

Load 3

Load 4

Input contact 1

Input contact 2

Input contact 3

Input contact 4

Input contact 5

Input contact 6

Input contact 7

Input contact 8

Load 1

Load 2

Load 3

Load 4

3-6 Network connection

Connecting the Network Wires

Connect the Touch Screen Controller to the Intelligent Servers and to an optional PC for creating monthly reports using network wires (category 5UTP straight wire), via a Switching HUB (procured on site).

• Connect the Ethernet port of the controller to a port of the HUB with a network wire.

• Connect the Ethernet port 1 on the Intelligent Server to a port on the HUB with a network wire.

• Connect the PC’s Ethernet port to a port on the HUB with a network wire. (Not required if there is no requirement to create reports.)

Ethernet

Touch Screen Controller

Network wires (category 5UTP straight wire)

Ethernet port

Switching HUB

Ethernet port 1

Ethernet port 2

PC for creating monthly reports

Intelligent Server No.1

Intelligent Server No.2

3-7 Control system configuration

To connect the touch screen controller, intelligent server, and PC for energy monitoring and billing via switching HUB, setting of IP addresses on all devices is necessary.

Device IP address

Touch screen controller: 192.168.2.69 (default address)

192.168.2.70

•

Intelligent server: 192.168.2.100 (default address)

192.168.2.101

•

PC for energy monitoring and billing: 192.168.2.** (**: Set number except from 69 to 149)

ADDRESS SETTING

4-1 Address setting flow 4-2 Definition of address 4-3 Address setting for air conditioner

4-3-1 Setting for VRF system

(1) Check at main Power-ON (2) Manual setting from wired remote controller (3) Line (system) address setting (4) Power reset (5) Indoor unit address check (6) Trial operation (7) Setup of relay connector and terminator (8) Central control address setting (9) Trial operation for central controller (TCB-SC642TLE2) (10) Automatic address setting (for reference) (11) Clearance of address (12) Confirmation of indoor unit address and position by using

the remote controller (13) Address change from remote controller (14) In case of increase the address-undefined indoor units

(Extension, etc.) (15) Address setup example (VRF system)

4-3-2 Setting for 1 to 1 system

(1) Address re-setup (2) Indoor address change example

4-4 Address setting for control system devices

4-4-1 Address setting flow 4-4-2 Setting for Intelligent Server 4-4-3 Setting for TCS-Net relay interface 4-4-4 Setting for Energy monitoring relay interface 4-4-5 Setting for Digital I/O relay interface

4-1 Address setting flow

Setting flow

Power ON

Manual address setting

Line address setting

Power reset

Indoor unit address check

Trial operation (Refrigerant system)

Contents

Indoor units/Outdoor units

Setting from main wired remote controller (Line/Group/Indoor address setting)

Dip Switch setting on outdoor interface P.C. board

Power reset to activate line address

7 segment display on outdoor interface P.C. board check line/indoor address on remote controller

Test operation in each refrigerant system one by one

Reference No.

4-3-1 (1)

4-3-1 (2)

4-3-1 (3)

4-3-1 (4)

4-3-1 (5)

4-3-1 (6)

Setup of relay connector and SW30-2

Central controller exist ?

Central control device setting

Trial operation (Central control device)

TCS-NET control system address setting

Local server TCS-NET relay I/F Energy monitoring relay I/F Digital I/O relay I/F

Central control wiring and terminator setting

Local central remote controller setting (Central remote controller, ON/OFF controller, etc)

Test for local central control device

Switch setting CF (Compact Flash) card mounting

4-3-1 (7)

4-3-1 (8)

4-3-1 (9)

4-4

Trial operation for Touch panel controller Operation from touch screen controller

Chapter. 5

4-2 Definition of address

Indoor unit address

• “Indoor unit address” is to enable the outdoor unit to recognize an individual indoor unit. This indoor unit address is allocated to every indoor unit one by one, for each refrigerant system. (At shipment=99, Address unset)

Header Follower

12 34

Outdoor unit

Indoor unit

Remote controller

Indoor unit address

Header

Follower

12 34

Group address

• “Group address” is the address that recognizes group control and determines the header indoor unit and follower indoor unit. Group address and header indoor unit is determined automatically when automatic address setting is performed. (The indoor unit that becomes the header unit is indefinite, when automatic address setting is performed.)

Indoor unit on individual control : Group address = 0 (At shipment=99, Address unset) Header indoor unit in group control : Group address = 1 Follower indoor unit in group control : Group address = 2

Outdoor unit

Indoor unit

Remote controller

Indoor unit address

Group address

Header

12 34

Follower

Header Follower

HeaderFollower FollowerHeader Follower

12 34

00 12 02 12

Individual control

Group control

Individual control

Group control

Line address (System address)

• “Line address” is the address in which a line (refrigerant system) of indoor units are connected. This line address is set by Dip switch setting on the interface P.C. board of the header outdoor unit.

Dip Switch setting

Line address ( Outdoor)

Central control device

Outdoor unit

Indoor unit

Remote controller

Line 1

(Refrigerant system 1)

Header

Follower

Line 2

(Refrigerant system 2)

Header Follower

Line address

11111

(At shipment=99, Address unset)

2222 2

Central control address

• “Central control address” is to enable central control devices to recognize each indoor unit. This address can be set from the central control devices automatically or manually. In case of group control on a VRF system, one central control address is allocated to each indoor unit in a group control.

Line address ( Outdoor)

Central control device

Outdoor unit

Indoor unit

Remote controller

Line 1

(Refrigerant system 1)

Header

Follower

Line 2

(Refrigerant system 2)

Header Follower

Central control address

12134

Individual control

(At shipment=99, Address unset)

5627

Group control

Zone address (Zone No.)

• “Zone address” is to be set when a central remote controller is used for each zone. Zone address is set by a switch setting on the central remote controller.

Central remote controller can divide all indoor units into a maximum of 4 zones. The zone to which the indoor unit belongs is determined by the central control address.

Central remote controller ("All" mode) Outdoor unit

Zone address

Indoor unit

Central control address

1 to 16 17 to 32 33 to 48 49 to 64

Header

Follower

Central Zone 1 RC*

Zone 1

Zone No.

Zone 1 Zone 2 Zone 3 Zone 4

Header Follower

Header

Zone 2

Central Zone 2 RC*

Remote controller

Central control address

12 34

(At shipment=99, Address unset)

17 18 19

* RC: Remote controller

20 21

TCS-NET control system address

CF card

Compact

CF card

Compact

Flash

(Setup file)

Ethernet

Touch Screen Controller

(BMS-TP0640 / 5120)

PC for Energy Monitoring

and billing

(Procured on site)

Flash

InteIligent Server

Intelligent server

Switching HUB

(Procured on site)

RS- 485

(BMS-LSV2E)

No. = 1

TCS- NET

relay interface

(BMS-IFLSV1E)

No.1

No.2

Outdoor units Indoor units

1-1 1-2 1-3

2-1 2-2 2-3

3-1 3-2 3-3

4-1 4-2 4-3

.....

Line address

CF card

Compact

Flash

Intelligent server

No. = 2

No.3

.....

No.1

Energy Monitoring relay in ter fac e (BMS-IFWH3E)

No.2

No.1

Digital I/O relay interface (BMS-IFDD01E)

No.2

No.1

No.2

Power meter

Input

6-1 6-2 6-3

7-1 7-2 7-3

5-1 5-2 5-3

Power meter

Input

Line address

.....

Power meter

Output

Line address

.....

Line address

.....

TCS-NET control system address

TCS-NET relay interface No. Energy monitoring relay interface No. Digital I/O relay interface No. Interigent server No.

Number

1 to 8 1 to 4 1 to 4 1 to 4

Line address

8-1 8-2 8-3

No.1

Energy monitoring relay in ter fac e (BMS-IFWH3E)

Power meter

.....

Power meter

Setting method

Set by SW1 on P.C. board. Set by SW1 on P.C. board. Set by SW1 on P.C. board. Set based on the setup data on the CF card of the touch

panel controller.

4-3 Address setting for air conditioner

4-3-1 Setting for VRF system

In this air conditioner, it is required to set up addresses on the indoor units before starting operation. Set up the addresses according to the following setup procedure.

CAUTION

1. Set up address after wiring work.

2. Be sure to turn on the power in order of indoor unit → outdoor unit. If turning on the power in a

reverse order, a check code [E19] (Error of No. of header units) is output. When a check code is output, turn the power on again.

3. To set up an address, it is unnecessary to operate the air conditioner.

4. Manual address setting is recommended for TCS-NET control system. Manual address: Setup from the wired remote controller. * It is temporarily necessary to set the indoor unit and wire 1 by 1.

(In group operation and when remote controller is not connected.)

5. Automatic address setup is also possible. Automatic address: Setup from SW15 on the interface P.C. board of the header unit It requires a maximum of 10 minutes (Usually, approx. 5 minutes) to set up automatically an address to 1 refrigerant line.

6. To set up an address automatically, setup at the outdoor unit is necessary. (Address setup cannot be performed by power-ON only.)

4-3-1 (1) Check at main power-ON

After turning on the main power of the indoor units and outdoor units in the refrigerant system. Prior to starting test operation, check the following items in each outdoor and indoor unit.

(After turning on the main power, be sure to check in order of indoor unit → outdoor unit.)

Check on outdoor unit

1. Check that all the rotary switches, SW01, SW02 and SW03 on the interface P.C. board of the header outdoor unit are set to “1”.

2. If an error code is displayed on 7-segment [B], remove the cause of the fault .

3. Check that [L08] is displayed on the 7-segment display [B] on the interface P.C. board of the header outdoor unit. (L08: Indoor address unset up)

(If the address setup operation has already been finished during service time, etc, the above check code is not displayed and only [U1] is displayed on the 7-segment display [A].)

7-segment display [A]

Interface P.C. board

SW01 SW02 SW03

7-segment display [B]

Check on indoor unit

1. Display check on remote controller (In case of wired remote controller) Check that a frame as shown in the following below figure is displayed on the LCD section of the remote

controller.

Normal status

(Power and operation stop)

(Power is not normally turned on.)

Abnormal status

If a frame is not displayed as shown in the above right figure, there is normally no power to the remote controller. Therefore check the following items.

• Check power supply of

• Check wiring between indoor unit and

the

indoor unit.

the

remote controller.

• Check control wiring connection to the indoor control P.C. board and check for connection failure of

connectors.

• Check failure of transformer on the indoor P.C. board.

• Check indoor control P.C. board failure.

4-3-1 (2) Manual setting from the wired remote controller

CAUTION

Be sure to allocate Line (system) /Group/Indoor address one by one to match the address setting table and setup file that has been prepared beforehand.

If a incorrect value is set, a problem such as error communication with the air conditioner will occur.

Header

Outdoor unit

Indoor unit

Remote controller

Indoor address

Group address

Line address

At shipment, all addresses are 0099 (Address unset status)

12 34

00 12

11 11

Follower

Line address (At shipment:1)

Dip Switch setting on interface P.C. board

Indoor, group, line address are set manually for each refrigerant system one by one.

(Step 1)

Arrange one indoor unit and one remote controller (RBC-AMT21E, RBC-AMT31E) set as 1 to 1.

Note:Do not use a simple remote controller or wireless remote controller.

(Address setting is not available.)

Connect wired remote controller individually when manual address setting

(Step 2)

Note)

When setting the line address from the remote controller, do not use address 29 or 30. The address 29 and 30 cannot be set up in the outdoor unit. Therefore if they are incorrectly set up a check code [E04] (Indoor/outdoor communication circuit error) is output.

Turn on the power.

Item code

Line (system) address

Indoor address

Group address

12 13

(Wiring example in 2 systems)

System System

system

Indoor Indoor Indoor

Line address → 1 Indoor address → 1 Group address → 1

In the above example, under condition that indoor units do not have individual remote controllers, set the address after connecting a wired remote controller.

Remote

controller

Header

indoor

unit

1 2 2

1 3 2

Follower

indoor

unit

system

Indoor Indoor

2 1 2

⎧⎧

⎧

⎧⎧ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎨⎨

⎨

⎨⎨ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

2 2 2

⎪⎪ ⎩⎩

⎩

⎩⎩

⎧⎧

⎧

⎧⎧ ⎪⎪

⎪

⎪⎪ ⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎨⎨

⎨

⎨⎨ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎩⎩

⎩

⎩⎩

Push simultaneously the + +

buttons for 4 seconds or more.

LCD changes to flashing.

(Line address)

Using the buttons, set on the item

code.

Using the buttons, set up the line

address.

(Match it with the line address on the interface P.C. board of the header unit in the identical refrigerant system.)

Push the button.

(OK when display goes on.)

(Indoor address)

Using the buttons, set on the item

code.

Using the buttons, set up the indoor

address.

Push the button.

(OK when display goes on.)

Group address

Individual : 0000 Header unit : 0001 Follower unit : 0002

⎩⎩

⎩

⎩⎩ ⎨⎨

⎨

⎨⎨

In case of group control

⎧⎧

⎧

⎧⎧

Operation procedure

1 2 3 4 5 6 7 8 9 10 11

Data Item code

End

2, 5, 8

4, 7, 10

(Group address)

⎧⎧

⎧

⎧⎧

⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎨⎨

⎨

⎨⎨ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎪⎪

⎪

⎪⎪ ⎩⎩

⎩

⎩⎩

Using the buttons, set on the item

code.

Using the buttons, set Individual =

, Header unit = , Follower unit = .

Push the button.

(OK when display goes on.)

Push the button.

Setup operation finished. (Status returns to the normal stop status.)

3, 6, 9

4-3-1 (3) Line (System) address setting

1. Using SW13 and 14 on the interface P.C.

board of the header unit in each system, set

Header unit interface P.C. board

2 3 4

up the system address for each system. (At shipment from factory: Set to Address 1)

Note) Be careful not to duplicate with other

refrigerant line.

SW11

1ON2 3 4

SW06

System address switch on outdoor interface P.C. board

System

address

1 2 3 4 5 6 7 8

9 10 11 12 13 14

SW13 SW14

12341234

ЧЧЧЧЧ Ч ЧЧ Ч ЧЧЧ Ч ЧЧ Ч ЧЧЧЧ Ч ЧЧ Ч ЧЧЧ Ч

×××

{

××

{

{{

{

{{{

{

{{

{

××

{

{{

××

{

{{

× × × ×

{ { { {

System address

15 16 17 18 19 20 21 22 23 24 25 26 27 28

1ON2 3 4

SW12

ON ONON ON

2 3 4

SW07

1ON2 3 4

SW13

11 2 3 4

SW09SW08

1ON2 3 4

SW14

1 2 3 4

SW10

({: Switch ON, × : Switch OFF)

SW13 SW14

12341234

×× ×

{ {{ { {{{ { {{ { {{{{ { {{ { {{{

{{{

{{{{

××××

×××

{

×× ××

××

{{

{ {

× × × ×

×××

××

{

{ {

{

: Is not used for setup of system address. (Do not change setup.)

2. Check that the relay connectors between [U1U2] and [U3U4] terminals are connected to all the header units to which the central control is connected. (At shipment from factory: No connection of connector)

CAUTION

Be sure to allocate different line addresses for each refrigerant system even if there are two or more TCS-NET relay interfaces.

4-3-1 (4) Power reset

• To activate the line address on both the outdoor and indoor unit side, power supply is temporarily reset.

• When power returns, be sure to power up the indoor units prior to the outdoor unit.

4-3-1 (5) Indoor unit address check

SW01

SW02

Display A

Display B

D600 D601

CN30 CN31

SW06 SW07 SW09SW08

CN32 SW04

SW05 SW15

SW03

D602 D603

D604

SW01

SW02

Display A

Display B

D600 D601

CN30 CN31

SW06 SW07 SW09SW08

CN32 SW04

SW05 SW15

SW03

D602 D603

D604

Step

Item

Power - on

Display check

System information check (Outdoor side)

Operation and check contents

Initial communication takes a couple of minutes. During initial communication, 7-segment display section is as follows. Display [A] --- [U1], flashing Display [B] --- [ - - 0] --> [ - - i] flashing

After initial communications, [U1] is displayed on the 7-segment display section. (If an error code is displayed in the display section [B], remove the cause reffering to “trouble shooting” of installation or the service manual.)

System capacity

No. of connected outdoor units

No. of connected indoor units

Indoor address No. and capacity

Rotary switch setup 7-segment display

SW01

SW02

1 to 16

Note) Indoor unit address No. is choosen by changing SW02 and SW03.

SW02

1 to 16

SW03

1 to 3

SW03

[No. of indoor units]

[No. of outdoor units]

[Indoor unit address]

SW02 setup number

SW02 setup number +16

SW02 setup number +32

[A]

[No. of HP]

Indoor address

[Capacity (HP)]

7-segment [A]

[B]

[HP]

[ ]

[01] to [16]

[17] to [32]

[33] to [48]

Address information check (indoor side)

On the header outdoor interface P.C. board

Interface P.C. board

7-segment

display A

2nd.

place

1st.

place

3rd.

place

7-segment

display B

2nd.

place

1st.

place

Procedure (Operation while the air conditioner operates)

If it stops, push button.

Push

The unit NO is displayed on the LCD. (Disappears after several seconds) The displayed unit No indicates the line address and indoor address. (If there is other indoor units connected to the same remote controller (Group control unit), other unit No is displayed on each push of

UNIT

button.

UNIT

button.)

Indoor address Line address

End

Operation procedure

1 2 3

End

4-3-1 (6) Trial operation

Please refer to the trial operation in the manual of the air conditioner.

4-3-1 (7) Setup of relay connector and terminator

• After trial operation of each refrigerant system, set the relay connector and terminator resistor on all refrigerant systems which are connected to one TCS-NET relay interface.

Procedure

How to set up the terminator resistor (SW30)

When all the address setups have finished in the same refrigerant system, put the terminator resistor (SW30) in the same central control line to one.

• Remain only SW30-2 of the header outdoor unit with the lowest line address number as it is ON. (With terminal resistor)

• Set up SW30-2 of the other header outdoor units to OFF. (Without terminal resistor)

Connect the relay connector between [U1U2] and [U3U4] of the header outdoor unit for each refrigerant system.

1ON2 3 4

SW11

1ON2 3 4

SW06

Header outdoor unit

interface P.C. board

1ON2

SW30

1ON2 3 4

SW12

ON ONON ON

2 3 4

SW07

U1 U2

For internal wiring between indoor and outdoor

1ON2 3 4

SW13

11 2 3 4

SW09SW08

U3 U4

For wiring of central control system

1ON2 3 4

SW14

For internal wiring between outdoor units

SW30

1 2 3 4

SW10

U5 U6

System diagram (example)

Ethernet

Touch Screen Controller

(BMS-TP0640 / 5120)

Switching HUB

PC for Energy

Monitoring

Range for each

setting procedure

RS- 485

InteIligent Server

(BMS-LSV2E)

Compact

Flash

InteIligent Server

Software

(BMS-STCC01E)

TCS- NET

Relay I /F

(BMS-IFLSV1E)

No.1

TCS- NET

Relay I /F

(BMS-IFLSV1E)

No.2

TCS- NET

Relay I /F

(BMS-IFLSV1E)

No.3

Main BUS

Line address

Main BUS

Line address

Main BUS

Line address

Main BUS

Line address

Main BUS

Line address

Main BUS

Line address

TCS-NET

relay

interface

Check that the relay connector is connected on all header outdoor units to which the TCS-NET relay interface is connected.

Header Header Header

U3 U4

TCS-NET

relay

interface

1 2

OFF

SW30

U1 U2 U5 U6

Refrigerant system

SW30-2 should be OFF on all header outdoor units except the header unit with the lowest line address.

Header Header Header

U3 U4

SW30

U1 U2 U5 U6

U3 U4

1 2

OFF

1 2

OFF

SW30

U1 U2 U5 U6

Refrigerant system

U3 U4

SW30

U1 U2 U5 U6

U3 U4

1 2

OFF

1 2

OFF

SW30

U1 U2 U5 U6

Refrigerant

system

U3 U4

1 2

OFF

SW30

U1 U2 U5 U6

Refrigerant system

SW30

U1 U2 U5 U6

1 2

OFF

1 2

OFF

SW30

U1 U2 U5 U6

Refrigerant system

SW30

U1 U2 U5 U6

1 2

OFF

1 2

OFF

SW30

U1 U2 U5 U6

Rrefrigerant

system

TCS-NET relay interface

U3 U4

12 3

Header unit

Follower unit

U3 U4

Header unit

Follower unit

U3 U4

Header unit

U3 U4

Before address setup During setup of address

After address setup

Outdoor interface

P.C. board

SW13, 14 (Line address)

SW30-2

Terminal-end resistance of indoor/outdoor communi cation line/central control communication line

Relay connector

U1 U2 U5 U6

U1 U2

A B

Remote

controller

U1 U2 U5 U6

U1 U2

A B

Remote

controller

Relay

connector

U1 U2 U5 U6

U1 U2

A B

Remote

controller

U1 U2 U5 U6

U1 U2

A B

U1 U2 U5 U6

U1 U2

A B

Remote

controller

Individual Group

TCS-NET relay interface

Relay

connector

U1 U2 U5 U6

U1 U2

U3 U4

SW30

A B

Remote

controller

Header unit

OFF

U1 U2

Follower unit

U3 U4

SW30

U1 U2 U5 U6

A B

Remote

controller

OFF

Relay

connector

OFF

U1 U2

Follower unit

U3 U4

SW30 SW30

U1 U2 U5 U6

A B

OFF

Header unit Header unit

U3 U4

SW30

U1 U2 U5 U6

U1 U2

A B

Remote

controller

U3 U4

U1 U2 U5 U6

U1 U2

A B

Remote

controller

Individual Group

Header unit Follower unit Follower unitHeader unit Header unit

1 2

Connect

after

address setup

(Setup is

unnecessary.)

(Setup is

unnecessary.)

Open

OFF after

address setup

Connect

after

address setup

(Setup is

unnecessary.)

(Setup is

unnecessary.)

Open Open

OFF after

address setup

Connect

after

address setup

Relay

connector

OFF

Relay

connector

Setup at shipment

from factory

3 1

Indoor side

Line address Indoor unit address Group address

1 1 0

1 2 0

2 1 1

2 2 2

3 1 0

POINT

Never connect a relay connector before address setup of all the refrigerant systems has finished; otherwise address cannot be correctly set up.

After setting, if central control devices (central remote controller or ON/OFF controller) are connected, set up the central control address. (For the central control address setup, refer to “4-3-1 (8) Central control address setting” in the installation manual of the central control devices.)

4-3-1 (8) Central control address setting

(Note)

1) Perform after the setting of indoor and outdoor unit address (Indoor/group/line address).

2) Three setting address method can be selected.

Manual setting from wired main remote controller (RBC-AMT21E, RBC-AMT31E)

1 2 Manual setting from central control remote controller (TCB-SC642TLE2) 3 Automatic setting from central remote controller (TCB-SC642TLE2)

REQUIREMENT

• Be sure to reconfirm the following status of all header outdoor units before the central control address setting.

[1] Check that the relay connectors between [U1,U2] and [U3,U4] terminals are connected on

all header outdoor units to which the central control is connected. (At the shipment from factory : No connection of connector)

[2] SW30-2 should be OFF on all header units except the header unit with the lowest line

address number. (At the shipment from factory : Set to ON)

• Correct address setting cannot be conducted without the above settings being correct.

• The above procedure mentioned should be conducted after address setting of all indoor and outdoor units.

Central Control Device

Header unit

U1 U3 U2U4

Follower unitFollower unit

U3 U4

U1 U2 U5 U6

AU2B

Remote controller Remote controller Remote controller

U3 U4 U3 U4 U3U4

U1 U2 U5 U6 U1U2 U1 U2 U5 U6

AU2B

U3 U4

U1 U2 U5 U6

AU2B

Header unit

Terminator

Relay connector

resistor (SW30) Left :SW30-1 Right :SW30-2

U1U2 U3U4

For inter-unit cable between indoor and outdoor

For cabling of central control system

U5U6

For inter-unit cable between outdoor units

CPU

Interface P.C. board on the outdoor unit.

Flow chart of setting central control address (In case of central remote controller TCB-SC642TLE2)

Completion of indoor unit

addresses

Method

Automatic setting from central remote controller (TCB-SC642TLE2)

(1)

Press the and buttons at the same time for more than 4 sec.

(2) Select CODE No. C2 by

pressing setup temp.

buttons. (3) Press the button. ("C2" changes from flashing to

ON state and automatic setting

will start.) (4) Finishing automatic setting,

changes from flashing to

OFF. (5) Press the button. (6) flashes for a few minutes,

then OFF.

SET

Automatic setting

Setting from central remote controller

Method

Manual setting from central remote controller (TCB-SC642TLE2)

(1)

Press the and buttons at the same time for more than 4 sec.

(2) Set CODE No. to C1 using

setup temp. buttons. (3) Press the button. (4) Select the zone and group No.

with and

(Group) buttons. (5) Set the Unit No. (Indoor and line

address) with and buttons. (6) Press the button. (7) Register the other Unit No. in

the same way following steps

(4) to (6). (8) Press the button. (9) flashes for a few minutes,

then OFF. (10)End

SET

Ye s

Method

Automatic

setting?

Manual setting

Set from wired

remote controller?

Ye s

Setting from wired remote controller

Manual setting from wired remote controller (RBC-AMT21E, RBC-AMT31E)

(1)

Press the and buttons at the same time for more than 4 sec.

(Don't press button.)

UNIT

(2) Set CODE No. to 03 using setup

temp. buttons.

(3) Set the central control address

using timer buttons.

(4) Press the button to register the

SET

address.

( indications changes from

flashing to ON state.) (5) Press the button. (6) indications changes from

ON state to flashing. (approx. 1 minute.) (7) End

1 by 1 model

Digital Inverter Super Digital Inverter

Checking duplication of central control address.

(1) Press button three times. If any duplication is discovered, error code "L20" is displayed. Wired remote controller : Displayed promptly. Central remote controller : Max. 4 min. later.

Central remote controller (TCB-SC642TLE2)

(For detailed setting procedure, refer to the installation manual supplied with the central control devices.)

*Super MMS

Super HRM

VRF* system?

Ye s

Checking from central remote controller for duplication of central control address

(1) Press the and buttons at the

same time for more than 4 sec.

(2) Select CODE No. C3 using setup

temp. buttons.

(3) Press the button.

SET

(4) indication flashes and central

control address duplicated error check starts.

(5) The check is completed when CODE

No. C3 flashes and goes off.

(6) If any duplication is discovered, the

GROUP No. will flash.

The central control address is cleared

by selecting the data where GROUP No. is flashing and by pressing the

button.

Set the correct central control address.

Yes (Duplication is discovered.)

Duplication?

No (No duplication)

End

4-3-1 (9) Trial operation for central controller (TCB-SC642TLE2)

Test run of the central controller

(1) Power on for all the indoor units. Next, power on the central controller.

will flash, checking the indoor unit addresses automatically.

(2) If the group No. displayed on the central controllers is not the same as the indoor unit No.*

* In case of group control, main unit No. only.

How to perform an air conditioner test run

(1) Hold down the button on the central controller for at least four seconds.

• During the test run, “TEST” appears on the LCD display.

(2) Press the and buttons.

• The temperature cannot be adjusted in the “TEST” position. Do not use this procedure except when performing a test run as it will strain the equipment.

(3) Upon completion of the operation, press the

has gone off.

button and check that “TEST” on the LCD display

4-3-1 (10) Automatic address setting (for reference)

CAUTION

In case of addressing (Line / Group / Indoor address) by automatic address setup, be sure to change the addresses to match the address setting table as per the TCS-NET control system.

→→

→ “4-3-1 (2) Manual setting from wired remote controller”,

→→ →→

→ “4-3-1 (13) Address change from remote controller”

→→

If unmatched addresses are allocated, a problem such as an error of communication within the air conditioner will occur.

Address setup flow (In case of automatic address setup)

Setting flow

Line addrss setting

Power - ON

Automatic address setting

Trial operation

Manual address setting or Address change from remote controller

Setup of relay connector and SW30-2

Contents

Line address settting

Check at Power-ON

Refer to this section “4-3-1 (10)

Trial operation

Manual setting from remote controller

Address change from remote controller

Setup of relay connector and terminator

Reference No.

4-3-1

4-3-1 (6)

4-3-1 (2)

4-3-1 (13)

4-3-1 (7)

Central controller exist ?

Central control device setting

Trial operation (Central control device)

TCS-NET control system address setting

Intelligent server TCS-NET relay I/F Energy monitoring I/F Digital I/O relay I/F

Trial operation for Touch panel controller

Central control address setting

Test run for central controller

Address setting for TCS-NET control system

4-3-1 (8)

4-3-1 (9)

4-4

Chapter. 5

Outdoor

Indoor Indoor

Remote

controller

Outdoor

Indoor Indoor

• Automatic address setup procedure

Without central control : Address setup procedure 1 With central control : Address setup procedure 2

(However, go to the procedure 1 when the central control is performed in a single refrigerant system.)

(Example)

Address setup procedure

Cable systematic diagram

In case of central control in a single

refrigerant system

Procedure 1

Outdoor

Central control

remote controller

Outdoor

Central control

remote controller

In case of central control with more than

one refrigerant system

Procedure 2

Outdoor

remote controller

Central control

Indoor Indoor

Remote

controller

Remote

controller

Indoor Indoor

Remote

controller

Address setup procedure 1

1. Turn on power of indoor/outdoor units.

(In order of indoor

→→

→ Outdoor)

→→

2. After approx. 1 minute, check that U. 1. L08 (U. 1. flash) is displayed on the 7-segment display section of the interface P.C. board on the header outdoor unit.

3. Push SW15 and start setup of the automatic address. (Max. 10 minutes for 1 refrigerant system (Usually, approx. 5 minutes))

4. When the count Auto 1 → Auto 2 → Auto 3 is displayed on the 7-segment display section, and it changes from

U. 1. - - - (U. 1. flash) to U. 1. - - - (U. 1. lit) , the setup has finished.

5. When centrally controlled, connect the relay connector between [U1, U2] and [U3, U4] terminals on the header unit.

Indoor Indoor

Remote

controller

Remote

controller

Indoor Indoor

Remote

controller

Header unit interface P.C. board

SW04

SW05 SW15

D600 D601 D602 D603 D604

SW01

SW02 SW03

111

U1 U2

For internal wiring between indoor and outdoor

U3 U4

For wiring of central control system

2, 4

U5 U6

For internal wiring between outdoor units

• When group control is performed over multiple

• If turning on the power of each refrigerant

REQUIREMENT

refrigerant systems, be sure to turn on the power supplies of all the indoor units connected in a group at the time of address setup.

system to set up the address, a header indoor unit is set on each line. Therefore, an alarm code “L03” (Duplicated indoor header units) is output during operation after the address setup. In this case, change the group address from the wired remote controller so that only one header indoor unit is set up.

(Example)

Wiring systematic diagram

Group control over multiple

refrigerant systems

U1 U2

For internal wiring between indoor and outdoor

U3 U4

For wiring of central control system

U5 U6

For internal wiring between outdoor units

Address setup procedure 2

1. Using SW13 and 14 on the interface P.C. board of the header outdoor unit in each system, set up the line (system) address for each system. (At shipment from factory: Set to Address 1)

Note) Be careful not to duplicate with other refrigerant systems.

Header unit interface P.C. board

2 3 4

SW11

1ON2 3 4

SW06

1ON2 3 4

SW12

ON ONON ON

2 3 4

SW07

1ON2 3 4

SW13

11 2 3 4

SW09SW08

1ON2 3 4

SW14

1 2 3 4

SW10

Line (system) address switch on the outdoor interface P.C. board (

Line

address

1 2 3 4 5 6 7 8

9 10 11 12 13 14

: Is not used for setup of line address. (Do not change setup.)

SW13 SW14

12341234

ЧЧЧЧЧ Ч ЧЧ Ч ЧЧЧ Ч ЧЧ Ч ЧЧЧЧ Ч ЧЧ Ч ЧЧЧ Ч

×××

{

××

{

{{

{

{{{

{

{{

{

××

{

{{

××

{

{{

× × × ×

{ { { {

Line

address

15 16 17 18 19 20 21 22 23 24 25 26 27 28

2. Check that the relay connectors between [U1U2] and [U3U4] terminals are disconnected on all the header outdoor units to which the central control is connected. (At shipment from factory: No connection of connector)

3. Turn on power of indoor/outdoor.

(In order of indoor

→→

→ outdoor)

→→

4. After approx. 1 minute, check that the 7-segment display is

U.1.L08 (U.1. flash) on the interface P.C. board on the header outdoor unit.

5. Push SW15 and start setup of the automatic address.

(Max. 10 minutes for 1 refrigerant system (Usually, approx. 5 minutes))

6. When the count Auto 1

→→

→ Auto 2

→→

→ Auto 3 is displayed

→→

on the 7-segment display section and it changes from U. 1. - - - (U. 1. flash) to U. 1. - - - (U. 1. light) , the

setup has finished.

7. Procedure 4. to 6. are repeated on other refrigerant systems.

8. How to set up the terminator resistor (SW30) When all the address setups have finished in the same

refrigerant system, position the terminator resistor (SW30) in the same central control line to one.

• Only SW30-2 of the header outdoor unit with the lowest

line address number is set to ON. (With terminator resistor)

• Set up SW30-2 on the other header outdoor units to

OFF. (Without terminator resistor)

9. Connect the relay connector between [U1U2] and [U3U4] on the header outdoor units for each refrigerant system.

{{

{: Switch ON, × : Switch OFF)

{{

SW13 SW14

12341234

×× ×

{ {{ { {{{ { {{ { {{{{ { {{ { {{{

{{{

{{{{

××××

×××

{

×× ××

××

{{

{ {

× × × ×

×××

××

{

{ {

{

Header outdoor unit interface P.C. board

1ON2

SW30

1ON2 3 4

SW11

1ON2 3 4

SW06

1ON2 3 4

SW12

ON ONON ON

2 3 4

SW07

1ON2 3 4

SW13

11 2 3 4

SW09SW08

1ON2 3 4

SW14

1 2 3 4

SW10

4-3-1 (11) Clearance of address

Center unit

Method 1

An address is individually cleared from a wired remote controller. “0099” is set up to line address indoor address, and group address data from the remote controller. (For the setup procedure, refer to the above mentioned address setup from the remote controller.)

Method 2

Clear the indoor addresses in the same refrigerant line from the outdoor unit.

1. Turn off the power of the refrigerant system to be returned to the status at shipment and change the header outdoor unit to the following status.

1) Remove the relay connector between [U1U2] and [U3U4].

(If it has been already removed, leave it as it is.)

2) Turn on SW30-2 on the interface P.C. board on the header outdoor unit if it is ON.

(If it is already ON, leave it as it is.)

Central control

device

U1U3U2

Disconnect

Header unit

U3 U4

Follower unit

U3 U4

Center unit

Header unit Header unit

U3 U4

Follower unit

Center unit

U3 U4

U1 U2 U5 U6

U1 U2

A B

Remote

controller

U1 U2 U5 U6

U1 U2

A B

Remote

controller

U1 U2 U5 U6

U1 U2

A B

Remote

controller

Unit of which address is to be returned to the initial status

U1 U2 U5 U6

U1 U2

A B

U1 U2

controller

A B

Remote

U5 U6

2. Turn on the indoor/outdoor power of which the address is to be cleared. After approx. 1 minute, check that “U.1. - - -” is displayed and then execute the following operation on the interface P.C. board of the header outdoor unit of which the address is to be cleared in the refrigerant system.

SW01 SW02 SW03

212

222

SW04

After checking that “A.d.buS” is displayed on 7-degment display, push SW04 for 5 seconds or more.

After checking that “A.d.nEt” is displayed on 7-degment display, push SW04 for 5 seconds or more.

Address which can be cleared

Line + Indoor + Group address

Central control address

3. After “A.d. c.L.” has been displayed on the 7-degment display, return SW01/SW02/SW03 to 1/1/1.

4. When the address clearing has correctly finished, “U.1.L08” is displayed on the 7-degment display after a while. If “A.d. n.G.” is displayed on the 7-degment display, there is a possibility of connection with other refrigerant systems. Re-check the relay connector between [U1U2] and [U3U4] terminals.

Note) Be careful that other line addresses may be also cleared if clearing operation is not correctly

executed.

5. After clearing of the address, reset the address.

4-3-1 (12) Confirmation of indoor unit address and position by using the remote

controller

[Confirmation of indoor unit address and the position]

1. When you want to know the indoor address though position of the indoor unit itself is unknown:

Procedure (Operation while the air conditioner operates)

If it stops, push the button.

Push the button.

The unit NO is displayed on the LCD. (Disappears after several seconds) The displayed unit No indicates the line address and the indoor address. (If there is other indoor unit connected to the same remote controller (Group control unit), other unit No is displayed at each push of the button.)

Operation procedure

1 2

Operate

2. When you want to know position of the indoor unit using the address

• To confirm the unit numbers in a group control;

Procedure (Operation while the air conditioner stops)

The indoor unit numbers in a group control are successively displayed and the corresponding indoor fan is turned on. (Operation while the air conditioner stops)

Push the + buttons simultaneously for 4 seconds or more.

• Unit No is displayed.

• The fans of all the indoor units in the group control are turned on.

Every pushing of the button, the indoor unit numbers in the group control are successively displayed.

• The first displayed unit No indicates the address of the header unit.

• Only the fan of the selected indoor unit is turned on.

Push the button to finish the procedure.

All the indoor units in the group control stop.

1 3

End

Operation procedure

1 2 3 End

• To confirm all the unit numbers from an arbitrary wired remote controller;

Procedure (Operation while the air conditioner stops)

The indoor unit No and position in the same refrigerant circuit can be confirmed. An outdoor unit is selected, the indoor unit numbers in the same refrigerant circuit are successively displayed and the indoor unit fan is turned on.

Push the + buttons simultaneously for 4 seconds or more.

Firstly, line 1, item code (Address Change) is displayed. (Select outdoor unit.)

Using the + buttons, select the line address.

Using the button, determine the selected line address.

• The indoor unit address, which is connected to the refrigerant circuit of the selected outdoor unit is displayed and

the fan is turned on.

Every push of the button, the indoor unit numbers in the identical circuit are successively displayed.

• Only the fan of the selected indoor unit operates.

[To select another line address]

1 6

Operation procedure

1 2 3

Push the button and return to procedure 2.

• The indoor address of another line can be successively confirmed.

4 5 6

End

Push the button to finish the procedure.

4-3-1 (13) Address change from remote controller

Change of indoor address from a wired remote controller

• To change the indoor address in individual operation (Wired remote controller : Indoor unit = 1 : 1) or group control (When the setup operation with automatic address has finished, this change is available.)

Procedure (Operation while air conditioner stops)

Push simultaneously the + + buttons for 4 seconds or more.

(The firstly displayed unit No indicates the header unit in group control.)

In group control, select an indoor unit No to be changed by the button.

(The fan of the selected indoor unit is turned on.)

Using the buttons, set on the item code.

Using the buttons, change the displayed setup data to the data which you want to change.

Push the button.

Using the button, select the next unit No. to change. Repeat the procedure change the indoor address so that it is not duplicated.

After the above change, push the button to confirm the changes.

If it is acceptable, push the button to finish confirmation.

to 6 and

8 1

Operation procedure

1 2 3 4 5 6 7 8

End

2, 6, 7

• To change all the indoor addresses from an arbitrary wired remote controller;

(When the setup operation with automatic address has finished, this change is available.)

Contents : Using an arbitrary wired remote controller, the indoor unit address can be changed within the same

refrigerant system

∗∗

∗ Change the address in the address check/change mode.

∗∗

Procedure (Operation while air conditioner stops)

Push the + buttons simultaneously for 4 seconds or more.

Firstly, line 1 item code (Address Change) is displayed.

Using the + buttons, select the line address.

Push button.

• The indoor unit address, which is connected to the refrigerant system of the selected outdoor unit is displayed and the fan is turned on.

The current indoor address is displayed on the setup data. (Line address is not displayed.)

The indoor address of the setup data moves up/down by the buttons.

Change the setup data to a new address.

Push the button to determine the setup data.

Every press of the button, the indoor unit numbers in the identical circuit is successively displayed. Only the fan of the selected indoor unit operates.

Repeat the procedure 4 to 6 and change all the indoor addresses so that they are not duplicated.

Push the button.

(All the displays on the LCD go on.)

Push the button to finish the procedure.

Cancel of line selection

4 8

5, 7

To finish the setup

If the unit No is not displayed, the outdoor unit in this line does not exist.

Push procedure

button and then select a line according to

Operation procedure

1 2 3 4 5 6 7 8

End

4-3-1 (14) In case of increasing the address of undefined indoor units (Extension, etc.)

Center unit

If set up of indoor address is necessary due to additional indoor units, replacement of P.C. board, etc, follow the methods below.

Method 1

Set up an address individually from a wired remote controller. (Line address, Indoor address, Group address, Central control address) For the setup method refer to “Manual address setup from remote controller” within this manual.

Method 2

Set up an address from the outdoor unit.

∗ Leave the addresses of the units to which the addresses have already been setup.

Set up the address only to the unit of which the address is undefined.

The addresses are allocated from the lowest number.

Setup procedure

Arrange the outdoor header units in the refrigerant line to which the indoor units are connected. (Figure below)

1. Remove the relay connector between [U1U2] and [U3U4].

2. Turn on SW30-2 on the interface P.C. board on the outdoor header unit side.

∗ Turn off the power and execute the operation.

Central control

device

U1U3U2

Header unit

Disconnect

U3 U4

Follower unit

U3 U4

Follower unit

U3 U4

Center unit

Header unit Header unit

U3 U4

U1 U2 U5 U6

U1 U2

A B

Remote

controller

U1 U2 U5 U6

U1 U2

A B

Remote

controller

U1 U2 U5 U6

U1 U2

A B

Remote

controller

Added indoor unit

U1 U2 U5 U6

U1 U2

A B

U1 U2

controller

U5 U6

A B

Remote

3. Turn on the indoor/outdoor power of which address is to be set up. After approx. 1 minute, check that “U.1.---” is displayed on the 7-segment display.

4. Execute the following operation on the interface P.C. board on the header outdoor unit.

SW01 SW02 SW03

2142

After checking that “In.At” is displayed on the 7-segment display, push SW04 for 5 seconds or more.

SW04

“AUTO1” → “AUTO2” → “AUTO3” … is counted and displayed on the 7-degment display.

5. When “U.1. - - -” is displayed on the 7-segment display, the setup operation has finished. Turn off the indoor/outdoor power.

6. Return the following setup as before.

• Relay connector

• SW30-2

• SW01, 02, 03

4-3-1 (15) Address setup example (VRF system)

[Automatic address / Manual address setup example]

Individual control

Automatic address setting Available Available

Outdoor Line address 1 1

Configuration

Outdoor

Indoor Indoor

MasterRCMaster

Outdoor

Indoor

Master Side Master

Indoor

Line address 1 1 1 1

Indoor Indoor unit address 1 2 1 2

Group address 0 0 0 0

Automatic address setting

Outdoor

Line address

Available Available Available

111

Outdoor

Indoor Indoor

Outdoor

Indoor Indoor

Side

* RC: Remote controlle

Outdoor

Indoor

Configuration

Wireless RC.

MasterReceiver unit

Master

Receiver unit

Wireless RC.

Master

2 3 4

Master

Side

Master

Line address 1 1 1 1 1 1

Indoor Indoor unit address 1 2 1 2 1 2

Group address 0 0 0 0 0 0

Side

Group control

Automatic address setting

Outdoor Line address

Available Available Available

111

Outdoor

Indoor

Outdoor

Indoor Indoor

Outdoor

Indoor

Configuration

Receiver unit (Side)

Wireless RC.

Master

Receiver unit

Wireless RC.

Master

Line address 1 1 1 1 1 1

Indoor Indoor unit address 1 2 1 2 1 2

Group address 1 2 1 2 1 2

Central control (Multiple refrigerant systems)

Automatic address setting

Outdoor

Line address 1 2 1

Available Available

Configuration

Line address

Indoor Indoor unit address

Group address

Central

remote

controller

Outdoor

Indoor Indoor

MasterRCMaster

Individual

control

Outdoor

Individual

control

Indoor Indoor

MasterRCMaster

Central remote

controller

Outdoor

Indoor Indoor

Master

Group control

Outdoor

Group control

Indoor Indoor

Master

11221122

12121212

00001212

Group control over other R.C. group/indoor names)

Automatic address setting Available (*1)

Outdoor

Line address 1 2 1

Configuration

Line address

Indoor

Indoor unit address

Outdoor

Indoor Indoor

Master

1212312

Outdoor

Indoor Indoor Indoor Indoor

Outdoor

Indoor

122233

Group address 1 2 2 2 2 2 2

Group address 1 2 2 21

1 2

*1 In case of group control over refrigerant systems, automatic address setting is available only when all indoor units connected to a group control are turned on during address setting.

If an automatic address setting is conducted under the condition of power-ON only in the refrigerant system in which the address is set up. It will cause an error code “L03” (Duplicated indoor header units) because indoor header units exit for each refrigerant system. In this case, change the group address on the wired remote controller so that only one indoor unit becomes the header unit in one group control.

It is necessary to change the group address where marked with *.

Automatic address setting

Outdoor Line address 1 2 1

Outdoor

Indoor Indoor

Configuration

Master

Wireless RC.

Line address 1 1 2 2 2 3 3

Indoor Indoor unit address 1 2 1 2 3 1 2

Group address 1 2 2 2 2 2 2

Group address 1 2 1 2* 221 2* 2

Available (*1)

Outdoor

Indoor Indoor Indoor Indoor

Outdoor

Indoor

*1 In case of group control over refrigerant systems, automatic address setting is available only when all indoor units connected to a group control are turned on during address setting.

It is necessary to change the group address where marked with *.

4-3-2 Setting for 1 to 1 system

4-3-2 (1) Address re-setup

POINT 1

When controlling the super-digital inverter and the digital inverter, the adaptor named “1:1 model” connection interface (TCB-PCNT30TLE2) is necessary.

1. Cabling connection of control wiring

Attach an adaptor for each group in group control operation (including individual control). Connect the adaptor to the header indoor unit in the group control. (For details, see

POINT 3

Central control devices

TCB-PCNT

30TLE2

(Adapter)

Indoor unit

Indoor control

P.C. board P.C. board P.C. board P.C. board P.C. board

A B

Remote

controller

Indoor unit

Indoor

control

central control wiring

Indoor unit

Indoor

control

A B

TCB-PCNT

30TLE2

(Adapter)

2. Cabling connection diagram with indoor control P.C. board

• For details, refer to the Installation Manual.

U3 U4

connecting terminal block for central control wiring

Indoor unit

Indoor

control

A B

Remote

controller

Indoor unit

Indoor

control

BLU BLU

CN40 (BLU)

CN51 (RED)

“1:1 model” connection interface

11 11

WHI

RED

• The enclosed section shown above includes the attached parts.

• The cables connected between U3 and U4 are non polarity.

CN50 (WHI)

Indoor control

P.C. board

POINT 2

After automatic address setup, it is necessary to change the line address from the wired remote controller on each system. (Manual re-setup)

Reason : After automatic address setup, all the line addresses become “1” except a group control and

then a duplicated address error “E08” is output.

System A System B System C

Central

Central control wiring

control

devices

Outdoor

*adapter *adapter *adapter

* TCB-PCNT30TLE2

Indoor

(Header)

Remote

controller

After automatic address

Line address Indoor unit address Group address

1 1 1

After change of manual address

Line address Indoor unit address Group address

1 1 1

Outdoor

Indoor

(Follower)

2 1 2

Outdoor

Indoor

(Header)

Remote

controller

Outdoor

(Follower)

1 1 1

1 1

Indoor

2 1 2

1 2

Outdoor

Indoor

(Follower)

3 1 2

1 2

Outdoor

Indoor

Remote

controller

1 1 0

1 0

No change

* A wired remote controller is required for address change.

Need to change line address

Need to change

line address

• Set up a line address for each refrigerant system.

• Set up a line address so that it is not duplicated with other systems. (If the central control is conducted with VRF systems, set up a line address so that it is not duplicated with line addresses of VRF systems.)

• When performing a central control over 30 systems, it is necessary to change the address setup. (including VRF system)

POINT 3

When the central control is performed on indoor units with twin control and are in a group, it may be necessary to change the group address. (Adaptor is attached to the header indoor unit.)

Reason : The central control device communicates with individual indoor units, header indoor unit of the

group control, and header indoor unit with twin control. However, as the address automatically sets up which unit will become the header unit is indefinite. Therefore the unit with the adaptor may not become the header indoor unit, central control would not be available.

System A System B System C

Central control

devices

Central control wiring

Outdoor

*Adaptor

*TCB-PCNT30TLE

Central control is possible. Central control is possible.Central control is impossible.

Line address

Indoor unit address

Group address

* A wired remote controller (RBC-AMT21E, RBC-AMT31E) is required for address change.

Indoor

(Header)

Remote

controller

1 1 1

Outdoor

Indoor

(Follower)

2 1 2

*Adaptor

Outdoor

Indoor

(Follower

Header)

Remote

controller

Outdoor

Indoor

(Follower)

3 1 2

4 1 2

Outdoor

Indoor

(Header

Follower)

5 1 1

How to check group address (Header/Follower indoor unit setup)

* Check the group address after confirming which unit is attached with the adaptor.

*Adaptor

Outdoor

Indoor

Remote

controller

6 1 0

Procedure Operation while air conditioner stops.

Push the + + buttons simultaneously for 4 seconds or more.

The indoor unit in which the fan is turned on is the header indoor unit.

Indoor unit in which the fan is turned on = Indoor unit with the adaptor : Indoor unit in which the fan is turned on = Indoor unit with the adaptor :

Case 1 Case 2

Case 1

(In case that the indoor unit in which the fan is turned on and the unit with the adaptor are the same)

As the central control is available, push the button. (Setup is determined.)

When pushing the button, the display disappears and the status returns to the normal stop status. (The operation on the remote controller is not accepted for approx. 1 minute after the button has been pushed.) If the operation on the remote controller is not accepted for 1 minute or more after button has been pushed an incorrect address setup must be considered. In this case, automatic address is performed again. After approx. 5 minutes or more, set up the group address again from procedure 1.

Case 2

(In case that the indoor unit in which the fan is turned on and the unit from procedure 1 with the adaptor are different) As the central control is unavailable, change the address in the following procedure.

Indoor unit without the adaptor : Header indoor unit

Using the buttons, select Item code 14.

Check the setup data is and change the setup data from to using the

buttons.

Push the button. In this time, the setup has finished if the display changes from flashing to

lit.

Indoor unit with the adaptor : Follower indoor unit

Push the button to turn on the fan of the indoor unit attached with the adaptor.

Using the buttons, select Item code 14.

Check the setup data is and change the setup data from to using the

buttons.

Push the button.

Reconfirmation of re-set up In this time, the setup has finished if the display changes from flashing to lit.

When the above setup operation has finished, push the button to select the indoor unit of which setup has been changed. Using the check the contents has changed.

Pushing the button enables the clearance of setup contents until now. (In this case, repeat the from procedure 1.)

Push the button. (Setup is determined.)

→→

→ Follower indoor unit.

→→

→ Header indoor unit.

→→

buttons, specify the Item code 14 and

If the operation on the remote controller is not accepted for 1 minute or more after button has been pushed, an incorrect address setup must be considered. In this case, automatic address is performed again. After approx. 5 minutes or more set up the group address again from procedure 1.

4-3-2 (2) Indoor address change example

1 In case of central control up to 29 refrigerant systems (including No. of VRF systems)

POINT 1) Change the line address for each refrigerant system.

Central control device

Refrigerant system

Outdoor

: adaptor

(“1:1 model”

connection

interface

TCB-PCNT30TLE)

Line address

Indoor unit address 11121113

Indoor

1 1 2 1 3 1 3 1 4 2 5 1 6 2 6 2 7 2 7 3 8

Indoor

Indoor7Indoor

*RC : Remote controller

21 21 2

Indoor

Group address 0012121222

Change the line address on the wired remote controller after automatic address setting.

Automatic address is impossible. Set up the address again manually on the wired remote controller.

2 In case of central control over 30 refrigerant systems (including No. of VRF systems if any)

* Change operation is same to the above 1 up to the 29th refrigerant system.

POINT 1) Set all the line addresses to 30 for all indoor units attached with the adaptor.

Central control device

POINT 2) POINT 3) When the indoor unit with an adaptor is in twin or triple control, change the line

Change the indoor address so that the indoor unit address numbers are not duplicated.

address of the follower indoor unit to 30.

Refrigerant system

: adaptor

(“1:1 model”

connection

interface

TCB-PCNT30TLE)

Line address

Indoor unit address

Group address

Outdoor

Indoor

1 30 1 30 1 30 1 30 1 30 2

1 1 2

0012121222

Outdoor

Indoor

Change the line address on the wired remote controller after automatic address setting.

Outdoor

Indoor

13 14

Indoor

Outdoor

Indoor

15 16 37 12

Outdoor

Indoor

Outdoor

Indoor

1 30 2 30 2

Indoor

Automatic address is impossible. Set up the address again manually on the wired remote controller.

Outdoor

Indoor7Indoor

*RC : Remote controller

Outdoor

Indoor

4-4 Address setting for Control System devices

4-4-1 address setting flow

CAUTION

Before setting the TCS-NET air conditioning system, be sure to complete address setting and trial operation of each air conditioning system.

(Address setting --- Line/Group/indoor unit address, central control address if central controller exists Trial operation --- Test operation should be performed on each refrigerant system one by one.)

Setting flow

Intelligent Server setting

TCS-Net relay I/F setting

Energy monitoring exist ?

Energy monitoring relay I/F setting

Digital I/O relay I/F exist ?

Contents

CF card mounting, Dip switch setting

Address setting (SW01 on P.C. board, address 1 to 8) Terminator Resistor setting (SW06 on P.C. board)

Address setting (SW01 on P.C. board, address 1 to 4)

Reference No.

4-4-2

4-4-3

4-4-4

Digital I/O Relay I/F setting

Power ON (Trial Operation)

Address setting (SW01 on P.C. board, address 1 to 4)

4-4-5

Chapter. 5

4-4-2 Setting for Intelligent server

Installing CF (Compact Flash) card

Insert the CF (Compact Flash) card fully into the CF (Compact Flash) card slot on the side of the Intelligent Server.

Intelligent Server Software (BMS-STCC01E)

Intelligent Server (BMS-LSV2E)

CF (Compact Flash) card

CF (Compact Flash) card slot

REQUIREMENT

• Do not insert or remove the CF (Compact Flash) card when the intelligent server power is on. Doing so may cause a failure.

• If the CF (Compact Flash) card is not inserted properly, the Intelligent Server will not work.

RS-485 operation mode setting

The RS-485 mode set dip switch is located on the underside of the Intelligent Server. Set the switch as follows:

1234

OFF ON ON OFF

AC inlet side

1ON234

LED indicator side

RS-485 mode set switch

1234

NOTE

If the RS-485 mode set switch is set incorrectly, the Intelligent Server will not work.

A terminator resistor is connected between TX(+) and TX(-).

OFF

No terminator resistor is connected between TX(+) and TX(-).

A terminator resistor is connected between RX(+) and RX(-).

OFF

No terminator resistor is connected between RX(+) and RX(-).

Half-duplex mode (Note 1)

OFF

Full-duplex mode (Note 2)

4 Not used

(Note 1) Transmit data sent from the Intelligent Server is not received by

the same server during transmission.

(Note 2) Transmit data sent from the Intelligent Server is also received

by the same server during transmission.

4-4-3 Setting for TCS-NET relay interface

The following settings are necessary to use the TCS-NET Relay Interfaces.

• SW1 TCS-NET Relay Interface address set switch When two or more TCS-NET Relay Interfaces are used, set a different address on SW1 to avoid address duplication. Assign addresses in ascending order.

CAUTION

• Set relay interface addresses according to the air conditioner address table.

For the relay interface whose address SW1=1, perform terminator resistor setting.

• When the SW1 setting has been changed, push the reset switch SW7. The new address setting is read.

• SW2 Test switch

• SW3 Test switch

• SW4 Test switch Not used during operation. Set these switches to zero (0) or “all OFF”.

• SW5 RS-485 terminator resistor select switch Set “120 ohm" only when the relay interface address SW=1, and set “open” for other relay interfaces.

FGU1U2ABLN

RS-485 TCC-LINK

SW6

SW5

SW7

LED4

LED2

LED5LED3LED1

234

• SW6 Main BUS terminator resistor select switch The Main BUS terminator resistor is set on the air conditioner side. Set SW6 to “open”.

• SW7 Reset switch When performing an address setting with SW1, push this reset switch after the address setting to read the set value.

SW4

SW3

SW2

SW1

SW2

SW3

SW4

SW5

SW6

Relay interface address set switch

1-8

0, 9-F

Test switch (0 usually)

Test switch (all OFF usually)

Test switch

RS-485 terminator resistor select switch

1ON2

60 ohm 120 ohm 120 ohm Open

Main BUS Terminator resistor select switch

Relay interface address

Not used

1ON2

Note:Bit 2 is not used.

SW7

LED1

LED2

LED3

LED4

LED5

1ON2 1ON2

100 ohm Open

Reset switch

Power indicator

RS-485 communication status indicator

Main BUS Communication status indicator

Main BUS Communication error indicator

Test indicator

REQUIREMENT

• RS-485 terminator resistor select switch SW5.

Set “120 ohm” only when the TCS-NET Relay Interface address SW=1 and set “open” for other relay interfaces.

• The Main BUS terminator resistor is set on the air conditioner side. Set SW6 to “open”.

4-4-4 Setting for Energy monitoring relay interface

SW1 SW2

SW4 SW7

SW3

1234

LED2

LED1

LED3

LED4

LED5

DI1DI2DI3DI4DI5DI6DI7DI8

RS-485

SW1

SW2

SW3

SW4

SW7

LED1

LED2

LED3

LED4

LED5

Address set switch

1 - 4 Address

0,5 - F Not used

Operating mode set switch (0 usually)

Test switch (all OFF usually)

Test switch

Reset switch

Power indicator

RS-485 communication status indicator

Not used

Test indicator

The following settings are necessary to use Energy Monitoring Relay Interfaces.

• SW1 Address set switch When two or more Energy Monitoring Relay Interfaces are used, set a different address for each unit to avoid address duplication. Assign addresses in an ascending order. (from 1, 2, 3 . . . n)

CAUTION

• Set the relay interface addresses according to the air conditioner address table.

• When the SW1 setting has been changed, push reset switch SW7. The new address setting is read.

• You can set the Energy Monitoring Relay Interface address independently from the TCSNET Relay Interface address or the Digital I/O Relay Interface address.

• SW2 Operation mode set switch

• SW3 Test switch

• SW4 Test switch

• SW7 Reset switch When performing a address setting with SW1, push this reset switch after the address setting to read the set value.

These switches are not used during normal operation. Set zero (0) or "all OFF".

4-4-5 Setting for Digital I/O relay interface

SW1 SW2

SW4 SW7

SW3

1234

LED2

LED1

LED3

LED17

LED16

LED15

LED14

LED4

LED5

RS-485

DO1

DO2

DO3

DO4

GND

+12V

DI1DI2DI3DI4DI5DI6DI7DI8

SW1

Address set switch

1 - 4 Address

0,5 - F Not used

SW2

SW3

SW4

SW7

LED1

LED2

LED3

LED4

LED5

LED14 -

Operating mode set switch (0 usually)

Test switch (all OFF usually)

Test switch

Reset switch

Power indicator

RS-485 communication status indicator

Not used

Test indicator

Digital output indicator

LED17

The following settings are necessary to use the Digital I/O Relay Interfaces.

• SW1 Address set switch

When two or more Digital I/O Relay Interfaces are used, set a different address for each unit to avoid address duplication. Assign addresses in ascending order.

CAUTION

• Set relay interface addresses according to the air conditioner address table.

• When the SW1 setting has been changed, push the reset switch SW7. The new address setting is read.

• SW2 Operation mode set switch

• SW3 Test switch

• SW4 Test switch

• SW7 Reset switch When performing address setting with SW1, push this reset switch after address setting to read the set value.

These switches are not used during normal operation. Set zero (0) or “all OFF”.

TRIAL OPERATION

5-1 Trial operation 5-2 Air conditioning control system troubleshooting

5-2-1 Faults on the air conditioner 5-2-2 Faults on the air conditioning control system

5-1 Trial operation

Item Description

Preparation

Entering names

Checks before trial operation (control wiring)

Trial operation startup

Preparation of necessary documents

Entry of setting conditions

Checking installation work

Checking control wiring using the before-trial operation check list. Checking block/tenant/area names Checking schedules

Power on Initial screen System initialization

Check point

● Meeting with the customer on setting information Creation of control wiring system diagram Creation of air conditioner address table

Creation of schedule table for each R.C. group/indoor

● Create a setting file including setting data.

● Set the setting data in the Touch Screen Controller by

overwriting (copy) the data on the CF (Compact Flash) card.

● Power supply wiring

● Control wiring

● Earthing of units

● Check control wiring specifications and wire sizes.

● Check block/tenant/area names using the air conditioner

address table.

● Check schedules using the schedule table for each R.C. group/indoor.

● Turn on the Touch Screen Controller with the Intelligent Server and the relay interface turned on.

● The controller software starts automatically and the total building control screen appears.

● Select “System Initialize” from the option to initialize the system.

When “System Initialize” is selected, a message “Will you re-cold start all intelligent server?” appears. Select “Yes”. The setting file is transmitted from the Intelligent Server to the relay interface. The L1 or L2 LED on the Intelligent Server blinks during the startup process. When the startup process ends successfully, the L1 and L2 LEDs turn off. If the startup process fails, the L1 LED lights up. Retry “System Initialize” from the Touch Screen Controller in this case. Or select “TPC-CON” on the hidden Windows task bar at the bottom of the LCD screen. You can see a message on the screen during the system reset. The “Access Start” message appears at the end of several message lines. It takes several minutes for system initialization.

Trial operation

Checking communication status (referring to the control wiring system diagram)

Checking operation status using the before-trial operation check list.

● Select air conditioning screen after System Initialize, to check communication status and connection of air conditioners.

Check that there is no orange frame on the command button of the air conditioner, this indicates a communication error. If an orange frame is present, check the power is on (or off), control line wiring, and address setting of the air conditioner.

● Check operation status for each block, tenant, area and R.C. group/indoor.

- ON/OFF

- Operation mode

- Set temperatures

Check all indoor units whether controls can be changed from the Touch Screen Controller and whether the setting changed by the remote controller is reflected on the Touch Screen Controller on both the Touch Screen Controller side and the on-site remote controller side.

Trial Operation Check list

Tenant Block

Area

Set temperature

indoor

R.C. group/

Block

Tenant

Check list

Area

indoor

R.C. group/

• D .............. COOL

• E ... COOL/HEAT

• F ................ HEAT

Tenant Block

ON/OFF Operation mode

Area

indoor

R.C. group/

Display name

Block name Tenant name Area name

• A ............. O N

• B .... ON/OFF

• C ........... O FF

R.C. group/indoor

• Building name:

Trial Operation Check list (Example)

Block

Tenant

Area

R.C. group/

Block

Tenant

Check list

Area

R.C. group/

Block

indoor

• D .............. COOL

• E ... COOL/HEAT

• F ................ HEAT

Tenant

ON/OFF Operation mode Set temperature

Area

indoor

R.C. group/

Area name

Tenant name

Display name

Block name

Shop A

Tenant A

Shop A

Tenant A

Shop A

Shop B

Tenant A

Tenant B

Shop C

Shop D

Tenant B

Shop E

Shop F

Tenant B

Tenant C

Shop F

Shop G

Tenant C

Office

Shop G

Office A

Tenant C

Office

Meeting room

Office A

Meeting room

Office A

Shared space

• A ............. O N

Shop H

Tenant D

• B .... ON/OFF

• C ........... O FF

PAC-B•1F-1

R.C. group/indoor

• Building name:

PAC-B•1F-1

PAC-B•1F-2

PAC-B•1F-3

PAC-B•1F-4

PAC-B•1F-5

100

PAC-M•1F-1

PAC-M•1F-2

PAC-M•1F-3

PAC-M•1F-4

PAC-M•1F-5

PAC-M•1F-6

PAC-M•1F-7

PAC-M•1F-8

PAC-S•2F-1

PAC-S•2F-2

PAC-S•2F-3

Toshiba BMS-IFWH3E, BMS-TP5120PWE APPLICATION CONTROL MANUAL

Specifications and Main Features

Frequently Asked Questions

User Manual