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SYSTEM SPECIFICATION

2-4 

TC-19001

2.2  Example for System Con

fi

 guration

External

Input Line

Power line 

AC24V±10% 

(60Hz)

External Input Line

LAN

(Ethernet)

Pulse 

Transmission

Meter

(Field-Supplied)

Pulse 

Transmission

Meter

(Field-Supplied)

Ethernet Hub

(Field-Supplied)

External Device

(Demand Controller, 

 Lighting, etc.)

(Field-Supplied)

Dedicated Pulse

I/O Device

(Field-Supplied)

Extension Adapter

(CCXLA01)

Indoor Unit

Indoor Unit

Indoor Unit

Indoor Unit

Indoor Unit

Indoor Unit

Indoor Unit

Indoor Unit

Indoor Unit

Indoor Unit

Power Line

AC24V±10%

(60Hz)

Power Line

Dedicated Pulse

I/O Device

(Field-Supplied)

CCXL01

External Device

(Demand Controller, 

 Lighting, etc.)

(Field-Supplied)

H-LINK

(Wiring for Control)

H-LINK

(Wiring for Control)

Power Line

Extension Adapter

(CCXLA01)

Power Line

AC24V±10%

(60Hz)

H-LINK

(Wiring for Control)

NOTICE:

  Adequate monitoring and control may not be assumed upon occurrence of device failure.  It is strongly 

recommended to prepare alternate plan (as to use Remote Control Switch (RCS) to control/monitor air 
conditioners) for such cases.

  Conduct test run on all indoor units to ensure system is operating correctly.

  Upon recovery, make change or control again as necessary if air conditioning system is not working as 

expected.

  VRF Central Touchscreen Controller, Extension adapter and their peripherals are assumed to be 

always ON.  Energy calculation, usage history and other history records for period within which any of 
the device was turned OFF may not be available.

  Controlling and monitoring on the system are all based on the clock on VRF Central Touchscreen 

Controller.  
Correct operation may not be expected due to unnecessary clock setting change on VRF Central 
Touchscreen Controller.

  Use keyboard exclusively for inputting character strings.

  60, 61, 64 and 65 alarm indicates communication failure between air conditioners and this system.  

Hence each value shown on screen may not be of actual value.

  The screen-shot image in this manual may differ from the actual controller image.

  While you are reading pulse via external input, pulse count is not accumulated when power is cut or 

checking connection.  This may affect to usage accumulation and calculation.  This important item 
needs to be well discussed with customer prior to system launch.

Terms

De

fi

 nitions

RC-less, (Remote 

Controller-less) unit

This term indicates indoor unit without remote controller connected to it.  This does not 
include instances where multiple indoor units are connected or set to be controlled and 
monitored by a single remote controller.

Facility unit

The units are monitored or controlled by this software through external input/output(s).

PIO

(dedicated extension 

pulse input/output 

device)

In this document, PIO refers to programmable logic controller with 128 input/output 
each manufactured by  Industrial Equipment Systems Co. Ltd.  
VRF Central Touchscreen Controller (CCXL01) and VRF Central Touchscreen 
Controller Adapter (CCXLA01) can monitor/control 2 PIO devices respectively.

  To connect RC-less indoor units to the system, the indoor 

units need to support dual setpoint.

Maximum external input 128

Maximum external output 128

Summary of Contents for CCXL01

Page 1: ...001 ENGINEERING MANUAL VRF Central Touchscreen Controller Engineering Manual VRF Central Touchscreen Controller CCXL01 VRF Central Touchscreen Controller Adapter CCXLA01 Energy Calculation Software CC...

Page 2: ......

Page 3: ...rovides common descriptions basic and advanced information to maintain and service this central controller which you operate as well for other models This manual should be considered as a permanent pa...

Page 4: ...or adjust any safety devices inside the indoor or outdoor units All safety features disengagement and interlocks must be in place and functioning correctly before the equipment is put into operation...

Page 5: ...and maintenance of the unit to the customer according to the information in all manuals that accompanied the system All manuals and warranty information must be given to the user Electrical Precautio...

Page 6: ...cables Secure the suspended cables at regular intervals but not too tightly Make sure that the terminals do not come into contact with the surface of the electrical box If the terminals are too close...

Page 7: ...NTS 1 System Summary 1 1 2 System Specification 2 1 2 1 Features 2 1 2 2 Example for System Configuration 2 4 2 3 Standard Specification 2 5 2 4 Appearance 2 6 IMPORTANT NOTICE AND SAFETY SUMMARY i 1...

Page 8: ...vi TC 19001...

Page 9: ...on day 1 5 summer winter regular 8 Displayed Item for Usage History Each of the following data of up to 2 years can be shown Accumulated operation time Accumulated thermo ON time Ave air intake temp A...

Page 10: ...ntral Controller Large Central Controller VRF Central Touchscreen Controller Outdoor Units Indoor Units Individual Remote Controllers Wired Controller Simplified Wired Controller IR Receiver Wireless...

Page 11: ...oller CIS01 Wireless Controller CIR01 IR Infrared Receiver Kit for 4 Way Cassette C4IRK01 IR Infrared Receiver Kit for 1 Way Cassette C1IRK01 IR Infrared Receiver Kit for Wall Mounted and Ducted CWDIR...

Page 12: ...system Central Controllers Mini Central Controller VRF Central Touchscreen Controller Large Central Controller Item H LINK II Max Number of Refrigerant Groups System 64 Address Setting Range of Indoor...

Page 13: ...2 Central Controller Configuration Example OK Menu Back Help ECO On Off A C MODE SPEED TEMP COOL LOUV Adj Meeting Room LOUV FLTR Motion Sensor ON Avoid OK Menu Back Help ECO On Off A C MODE SPEED TEMP...

Page 14: ......

Page 15: ...as an optional feature 5 Various information display styles Choose from panel layout list display depending on the number of controlled points and items to be monitored Panel Displays items that are f...

Page 16: ...Pump H Y VAHP_B21S Top Flow 208 230V Heat Pump Low Ambient Type H Y VAHP_B31CW Top Flow 460V Heat Pump Low Ambient Type H Y VAHP_B41CW Indoor Unit Ducted High Static H Y IDH_B21S H Y IDH_B22S Ducted...

Page 17: ...ntire system RC Group Registered on CCXL01 as a collection of indoor units up to 16 connected via RC control line Group Registered on CCXL01 as a collection of multiple RC groups altogether Block Regi...

Page 18: ...be available Controlling and monitoring on the system are all based on the clock on VRF Central Touchscreen Controller Correct operation may not be expected due to unnecessary clock setting change on...

Page 19: ...ication Specification Item Specification Communication Peer Indoor units Outdoor units 1 Communication Line Nonpolar Two Wires Communication Method Half Duplex Communication Synchronous Method Asynchr...

Page 20: ...YSTEM SPECIFICATION 2 6 TC 19001 2 4 Appearance Unit inch mm 14 5 8 372 1 1 4 32 5 H LINK External in output Wiring Port Power Input LAN Port SD Card Slot USB flash drive slot 1 1 8 27 8 8 15 16 227 2...

Page 21: ...via H LINK SW2 LCD power Switch RS 485 communication Yellow Currently not in use SW1 Power switch for embedded adapter POWER Green Lights while power is provided to VRF Central Touchscreen Controller...

Page 22: ...6 5 8 167 9 Screw Hole for Wall Mount H LINK External input output Wiring Port Power Input LAN Port 8 15 16 227 2 Rear View Screw Hole for Wall Mount 5 1 2 140 1 9 16 39 5 0 11 16 17 6 1 7 16 36 3 1 8...

Page 23: ...6 110 6 1 8 155 2 13 16 72 10 1 16 255 6 4 0 1 4 6 9 1 4 235 6 Status Indicator Power Button Power Line Port H LINK External in output and LAN Wiring Port Screw Hole for Wall Mount Remove rubber cover...

Page 24: ...2019 Johnson Controls Inc TC 19001 Code No LIT 12013165 Issued Feb 2019...

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