CoolAutomation CoolMaster User manual

CoolMaster Product Line:
CoolMaster, CoolMasterPro, CoolMasterNet
HVAC Bridge
Quick Installation Guide
Version 3.9.4

2
Warning
Read these Safety Precautions carefully to ensure correct installation.
WARNING
This manual classies precautions into WARNING and CAUTION.
Only qualied personnel must carry out the installation work.
Ask your dealer or technical representative to install the unit.
Any deciency caused by your own installation may result in an electric shock or re.
All electrical work must be performed by a licensed technician, according to local regulations and in
accordance with the instructions in the installation manual.
Any lack of electric circuit or any deciency caused by installation may result in an electric shock or re.
Do not relocate or reinstall the CoolMaster device by yourself.
Any deciency caused by your own re-installation may result in an electric shock or re.
Make sure that all wiring is secured, that specied wires are used and that no external forces act on terminal
connections or wires. Improper wiring connections or installation may produce heat and result in re.
Before touching electrical parts, turn off the unit.
To dispose of this product, consult your dealer.
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Failure to follow WARNING is very likely to result in such grave
consequences as death or serious injury

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Caution
CAUTION
Do not allow children to play with the CoolMaster device and supervise them not to get access to the appliance.
CoolMaster device is not to be used by persons with reduced physical, sensory or mental capabilities,
or lack of experience and knowledge.
Do not disassemble, modify or repair the CoolMaster device.
Any deciency caused by your modication or repair may result in an electric shock or re.
Never let the CoolMaster device to get wet.
Water can cause damage to the CoolMaster device, and may cause an electric shock or re.
Do not use ammable materials (e.g. hairspray or insecticide) near the CoolMaster device.
Do not clean the CoolMaster device with organic solvents such as paint thinner. The use of organic
solvents may cause cracking, damaging the CoolMaster device, causing electrical shock or re.
Do not apply AC110V or AC220V to the CoolMaster device. The maximum voltage that can be applied to the unit
directly is 24V DC.
If damaged CoolMaster device can generate heat and cause a re.
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Failure to follow CAUTION may result in serious injury or property damage,
and in certain circumstances, may result in a grave onsequence.

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Caution
DO NOT INSTALL THE COOLMASTERNET IN THE FOLLOWING LOCATIONS:
Where a mineral oil mist or oil spray or vapor is produced, for example, in a kitchen. Plastic parts may deteriorate and
fall off or result in water leakage.
Where corrosive gas, such as sulfurous acid gas, is produced.
Near machinery emitting electromagnetic waves. Electromagnetic waves may disturb the operation of the CoolMaster
device and cause the unit to malfunction.
Where ammable gas may leak, where there is carbon ber or ignitable dust suspensions in the air, or where volatile
ammable such as thinner or gasoline are handle Operating the CoolMaster device in such conditions can cause a re.
High temperature area or directly amed point. Heating and/or re can occur.
Moist area, where there is exposure to water. If water enters the inside of the CoolMaster device, it may cause electric
shock and electrical components may fail.
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Failure to follow CAUTION may result in serious injury or property damage,
and in certain circumstances, may result in a grave consequence.

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HVAC Mitsubishi Heavy VRF
HVAC LG VRF (Arcelik)
HVAC AUX VRF (Rheem, IGC)
HVAC Gree/GMV4 VRF (Lennox, Tica, Innovair)
HVAC Midea VRF (Intensity, Trane, Carrier, Lennox,
Comfort Star, Kentatsu, Electra ,Voltas, Bryant, Maxxa,
Ecox, Clivet, Bosch ,SystemAir, Lessar, NED, Dantex,
Sanys)
HVAC Samsung VRF (Trane)
HVAC Chigo VRF (Rheem, Sharp)
HVAC Blue Star VRF
HVAC TICA VRF
Contents
HVAC Daikin VRV (Yanmar)
HVAC Daikin Non-VRV
HVAC Mitsubishi Electric VRF (Trane)
HVAC Mitsubishi Electric Non-VRF
HVAC Panasonic/Sanyo VRF
HVAC Toshiba VRF (Carrier)
HVAC Hitachi VRF (Hisense, York, JCI)
HVAC Haier VRF (York, Trane, CIAC)
Warning
Caution
Contents
What's in the box
CoolMaster Device
Precongured CoolMaster Device
HVAC Line conguration
L1
L7
L7
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11
13
12
14
15
18
16
19
17
22
20
23
25
26
24
2
3
6
7
8
5
9
L8 HVAC Gree GMV5, GMV6 (Gree) VRF
(Fujitherma, Aermec, Tosot, Tadiran, Energolux, AlpicAir,
Cooper&Hunter, Pioneer, Lennox, Air Con)
HVAC Fujitsu VRF (Rheem, Atlantic)
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How to change the brand of a specic line
CoolMaster Device installation complete
Home Automation, BMS & CoolRemote App
Power Supply
All On/Off operation by external signal
Mounting on DIN rail
Mounting on a wall
Online documentation and Support
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31
35
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34
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36
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What’s in the box
CoolMaster device
1 RS232 DB9
Male to Female
cable
Optional
1 USB-Mini USB
cable
1 Ethernet
cable
AC Power supply adapter
100V-240V 50/60hz to 12V

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CoolMaster device
(option)

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Precongured CoolMaster Device
This label uniquely identies the manufacturer’s conguration of
the CoolMaster device. Located on the back of the enclosure.
A precongured label example:
congured for LG on L7
Type label Type label with Conguration sticker
LG
LG

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HVAC Line conguration

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HVAC Daikin VRV
Secure the cables in the L1 line plug.
Insert the plug in to the CoolMaster device L1 socket.
Dip switches setup for VRV HVAC system on L1.
Daikin HVAC Terminal
HVAC outdoor connection
* For Heat Recovery systems the connection is at oudoor units only.
* Polarity is not required on the HVAC communication line.
** Centralized (group) address required.
HVAC Communication Terminals
Connecting to the line plug
Plugging to the CoolMaster device
Check DIP Switches are set correctly

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HVAC Daikin Non-VRV
Daikin Non-VRV HVAC Terminal
for CoolMaster device and connect it to HVAC line.
If no 14-16V DC voltage
Go to HVAC lines Go to DC Out turn on
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HVAC Indoor connection
device
HVAC Communication Terminals
MAke sure CoolMaster device is disconnected from power and HVAC line.
Changing the dip switches , while DC voltage is present on L1,
may damage thr CoolMaster device.
* Polarity is not required on the HVAC communication line.
** Centralized (group) address required.
CoolMaster device

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HVAC Mitsubishi Electric VRF
Secure the cables in the L1 line plug.
HVAC outdoor connection
* For Heat Recovery systems the connection is at outdoor units only.
* Polarity is not required on the HVAC communication line.
Dip switches setup for VRF HVAC system on L1.
HVAC Communication Terminals
Connecting to the line plug
Check DIP Switches are set correctly
Mitsubishi Electric HVAC Terminal
Insert the plug in to the CoolMaster device L1 socket.
Plugging to the CoolMaster device

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HVAC Mitsubishi Electric Non-VRF
If no 28-30V DC voltage
Mitsubishi Non-VRF HVAC Terminal
Go to HVAC lines Go to DC Out turn on
HVAC Indoor connection
HVAC Communication Terminals
* Polarity is not required on the HVAC communication line.
MAke sure CoolMaster device is disconnected from power and HVAC line.
Changing the dip switches , while DC voltage is present on L1,
may damage thr CoolMaster device.
for CoolMaster device and connect it to HVAC line.
6CoolMaster device
device

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HVAC Panasonic/Sanyo VRF
Secure the cables in the L1 line plug.
HVAC outdoor connection
* For Heat Recovery systems the connection is at outdoor units only.
* Polarity is not required on the HVAC communication line.
Dip switches setup for VRF HVAC system on L1.
HVAC Communication Terminals
Connecting to the line plug
Check DIP Switches are set correctly
Panasonic / Sanyo HVAC Terminal
Insert the plug in to the CoolMaster device L1 socket.
Plugging to the CoolMaster device

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HVAC Toshiba VRF
Secure the cables in the L1 line plug.
HVAC outdoor connection
* For Heat Recovery systems the connection is at outdoor units only.
* Polarity is not required on the HVAC communication line.
Dip switches setup for VRF HVAC system on L1.
HVAC Communication Terminals
Connecting to the line plug
Check DIP Switches are set correctly
Toshiba HVAC Terminal
Insert the plug in to the CoolMaster device L1 socket.
Plugging to the CoolMaster device

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HVAC Hitachi VRF
Secure the cables in the L1 line plug.
HVAC outdoor connection
* For Heat Recovery systems the connection is at outdoor units only.
* Polarity is not required on the HVAC communication line.
Dip switches setup for VRF HVAC system on L1.
HVAC Communication Terminals
Connecting to the line plug
Check DIP Switches are set correctly
Hitachi HVAC Terminal
Insert the plug in to the CoolMaster device L1 socket.
Plugging to the CoolMaster device

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HVAC Haier VRF
Secure the cables in the L1 line plug.
HVAC outdoor connection
* For Heat Recovery systems the connection is at outdoor units only.
* Polarity is not required on the HVAC communication line.
Insert the plug in to the CoolMaster device L1 socket.
Dip switches setup for VRF HVAC system on L1.
HVAC Communication Terminals
Connecting to the line plug
Plugging to the CoolMaster device
Check DIP Switches are set correctly
Haier HVAC Terminal

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HVAC Mitsubishi Heavy VRF
Secure the cables in the L7 line plug.
HVAC outdoor connection
Insert the plug in to the CoolMaster device L7 socket.
Dip switches setup for VRF HVAC system on L7.
HVAC Communication Terminals
Connecting to the line plug
Plugging to the CoolMaster device
Check DIP Switches are set correctly
Mitsubishi Heavy HVAC Terminal

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HVAC LG VRF
Secure the cables in the L7 line plug.
HVAC outdoor connection
Insert the plug in to the CoolMaster device L7 socket.
Dip switches setup for VRF HVAC system on L7.
HVAC Communication Terminals
Connecting to the line plug
Plugging to the CoolMaster device
Check DIP Switches are set correctly
LG HVAC Terminal
Cent A
Cent B

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HVAC AUX VRF
Secure the cables in the L7 line plug.
HVAC outdoor connection
Insert the plug in to the CoolMaster device L7 socket.
Dip switches setup for VRF HVAC system on L7.
HVAC Communication Terminals
Connecting to the line plug
Plugging to the CoolMaster device
Check DIP Switches are set correctly
AUX HVAC Terminal