330
2.1 <KRP4A51 / KRP4A52 / KRP4A53 / KRP4A54> Wiring Adaptor for Electrical Appendices (2)
Adaptor
4. Temperature setting input
Temperature setting corresponds to resistance values in the range of 0 to 135
Ω
.
Their relationship is as shown below.
Relation between the setting temperature and the resistance are as follows.
Note:
The value of resistance includes the resistance of wiring.
The setting temperature is limited within the setting range of indoor unit. If you set the temperature outside of the
range by the adaptor, it controls at the nearest setting range.
5. Setting of control mode selector switch (RS1)
Setting
temperature (°C)
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
Resistance (
Ω
)
0.0
~
3.4
5.0
~
11.6
13.8
~
20.0
22.4
~
28.4
31.0
~
36.4
39.4
~
44.8
48.2
~
52.8
56.6
~
61.2
65.2
~
69.4
73.8
~
77.8
82.4
~
85.8
91.0
~
94.0
99.4
~
102.2
108.6
~
110.4
117.2
~
119.2
125.8
~
127.4
134.2
~
140.0
CONTROL
MODE
Position
RS1
Function
Input A close
Input A open
Input B close
(Input A is ignored)
Operation
or not of
indoor
unit
From Remote
controller
Operation
or not of
indoor
unit
From Remote
controller
Operation
or not of
indoor
unit
From
Remote
controller
0
Input Ignored
—
—
1
Remote Control Rejection
ON
Rejection
OFF
Rejection
Forced
OFF
Rejection
2
Central Priority
ON
Acceptable
3
Remote controller Acceptable/
Rejection
ON
Only Stop
acceptable
4
Remote controller acceptance
/ rejection, OFF
Permit
Acceptable
Position
Function
Input A close/open
(pulse input)
Constant Input B close
( Constant input) (Input A is ignored)
Operation
or not of
indoor
unit
From Remote controller
Operation or not of
indoor unit
From Remote
controller
5
Remote Control Rejection
ON /
OFF
Rejection
Forced OFF at close
Rejection
6
Last command Priority
ON /
OFF
Acceptable
To enable temperature setting from both the optional controller and remote
controller, set SS2 to "POSSIBLE". (Factory setting: POSSIBLE)
POSSIBLE:
Enables temperature setting by both the optional
controller and remote controller. (Engages individual control.)
IMPOSSIBLE:
Enables temperature setting from the optional controller only.
(The remote controller cannot be used to set temperature.)
Never apply voltage to terminals A+
or A- for any reason whatsoever.
SS2
IMPOSSIBLE POSSIBLE
Adaptor
KRP4A51·52·53·54
KRP4AA51·52·53
1PA59890C
A-
A+
1
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 ...