76
4.1 Group Control
Remote Controllers
4. Various Control by Remote Controller Control
4.1
Group Control
Simultaneous control of up to 16 units with a single remote controller
This is a convenient system for when you want to simultaneously control several indoor units with the same settings for
air conditioning a wide, single floor.
Wiring for remote controller group control has no polarity, P
1
and P
2
can be switched.
All indoor units within the group have the same setting, and each indoor unit is controlled individually by its own built-
in thermostat.
Because automatic address is used, address does not have to be set by remote controller for group control.
Note:
Only remote controller wiring is shown.
For Connection unit series
Although group control in Connection unit series is possible, however, group control with other series is impossible.
4.2
Forced OFF or ON/OFF Control
Enables forced OFF or ON/OFF control of indoor unit by input from outside.
Indoor units can be started or stopped by building control or key control system.
Notes
· FXUQ-M(A) : Not available
1. Wiring method and specifications
Remote control can be carried out by connecting input from outside to terminals T
1
and T
2
of the terminal block (for
remote controller transmission wiring).
2. Contents of operation
Operation is as given in the table on the right for input A of forced OFF and ON/OFF control.
3. How to select forced OFF and ON/OFF control
Select input by remote controller after turning on the power supply.
Set to the field set mode by remote controller.
After entering the field set mode, select mode No. 12, set the first code No. to “1,” and set the second code No. to “01”
for forced OFF, or to “02” for ON/OFF control.
(Factory setting is set to forced OFF.)
Wiring specifications
Sheathed vinyl cord or cable (2 wire)
Wiring thickness
0.75~1.25 mm²
Wiring length
Max. 100 m
Outside contact specifications
Contact that guarantees minimum applicable capacity of 15 VDC, 10mA
For forced OFF
For ON/OFF control
Forced OFF (remote controller rejection) by input A “ON”
Operate by switching input A from “OFF” to “ON”
Remote controller acceptance by input A “OFF”
Operate by switching input A from “ON” to “OFF”
Содержание D-BACS
Страница 1: ...ED 72 721 Preliminary Daikin Buildings Air conditioning Control System D BACS DESIGN GUIDE ...
Страница 17: ...xvi 1 5 Open Network Glossary Introduction ...
Страница 41: ...24 Outline of D BACS System ...
Страница 74: ...57 Remote Controllers HRV Wired remote controller BRC301B61 VAM ...
Страница 88: ...3 6 Wired Remote Controller with Weekly Schedule Timer BRC1D61 71 Remote Controllers 3P107422 3D ...
Страница 102: ...5 2 Wireless Remote Controller BRC4C 7C 7E 85 Remote Controllers 5 2 Wireless Remote Controller BRC4C 7C 7E ...
Страница 103: ...86 5 3 Simplified Remote Controller BRC2C51 BRC2A51 Remote Controllers 5 3 Simplified Remote Controller BRC2C51 BRC2A51 ...
Страница 107: ...90 5 4 HRV BRC301B61 Remote Controllers ...
Страница 142: ...1 2 System Configuration 125 Control Devices 1 2 System Configuration System Outline ...
Страница 181: ...164 3 8 Error Diagnosing Function Control Devices ...
Страница 215: ...198 3 8 Wiring Example intelligent Manager ...
Страница 235: ...218 Interface for Use in BACnet ...
Страница 249: ...232 7 1 Node Objects Interface for use in LONWORKS 7 Object Details 7 1 Node Objects 7 2 DIII NET Common Objects ...
Страница 253: ...236 Interface for use in LONWORKS 10 Reference Materials Error Code Conversion Table ...
Страница 268: ...251 Interface for use in LONWORKS 13 Workflow ...
Страница 285: ...268 1 6 Notes Power Proportional Distribution P P D ...
Страница 319: ...302 1 5 Dio Unit DEC102A51 Adaptor 1 5 2 Part Names and Functions 1 Appearance Dio Unit DEC102A51 ...
Страница 329: ...312 1 6 Di Unit DEC101A51 Adaptor 1 6 2 Part Names and Functions 1 Appearance Di Unit DEC101A51 ...