User Manual

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Building Technologies Integration von DESIGO™ RXC in VISONIK CM2Z8338en_01
Building Automation Integration functions 12.06.2006
3.2.30 Other single parameters for lighting control
All INT applications
VISONIK BPS NIDES.RX RXC controller
DP.Parameter Function/Range
NV name / element
Value range
BT
User designation NV name
@AOx’111.EMV Measured daylight intensity → nvoLightLuxLevel Lux → ne
Daylight Lux Level
nviLightLuxLevel
@AOx112’.EMV Daylight switch-off threshold 1 ↔ ncoLuxThrsldOff_1 Lux ↔ ne Daylight Threshold #1 nciLuxThrsldOff_1
@AOx113’.EMV Daylight switch-off threshold 2 ↔ ncoLuxThrsldOff_2 Lux ↔ ne Daylight Threshold #1 nciLuxThrsldOff_2
3.2.31 Single parameters for I/O functions
Appilcations 000xx
VISONIK BPS NIDES.RX RXC controller
DP.Parameter Function/Range
NV name / element
Value range
BT
User designation NV name NV element
@AOx’133.EMV
Controller output Y1
→ nvoCtrl_Y1 . state 0 = Off, 1 = On → ne
Controller Y1
nviCtrl_Y1 State
@AOx’135.EMV Controller output Y2 → nvoCtrl_Y2 . state 0 = Off, 1 = On → ne Controller Y2 nviCtrl_Y2 State
@AOx’137.EMV Controller output Y3 → nvoCtrl_Y3 . state 0 = Off, 1 = On → ne
Controller Y3
nviCtrl_Y3 State
@AOx’139.EMV Controller output Y4 → nvoCtrl_Y4 . state 0 = Off, 1 = On → ne Controller Y4 nviCtrl_Y4 State
@AOx’20.EMV Controller output Y5 → nvoCtrl_Y5 . state 0 = Off, 1 = On → ne Controller Y5 nviCtrl_Y5 State
@AOx’36.EMV Controller output Y6 → nvoCtrl_Y6 . state 0 = Off, 1 = On → ne Controller Y6 nviCtrl_Y6 State
@AOx’141.EMV Controller output Q14 → nvoCtrl_Q14 . state 0 = Off, 1 = On → ne
Controller Q14
nviCtrl_Q14 State
@AOx’143.EMV Controller output Q24 → nvoCtrl_Q24 . state 0 = Off, 1 = On → ne Controller Q24 nviCtrl_Q24 State
@AOx’145.EMV Controller output Q34 → nvoCtrl_Q34 . state 0 = Off, 1 = On → ne
Controller Q34
nviCtrl_Q34 State
@AOx’147.EMV Extension module 1, output Q14 → nvoExMod_1_Q14 . state 0 = Off, 1 = On → ne Ext Mod #1 Q14 nviExMod_1_Q14 State
@AOx’149.EMV Extension module 1, output Q24 → nvoExMod_1_Q24 . state 0 = Off, 1 = On → ne Ext Mod #1 Q24 nviExMod_1_Q24 State
@AOx’151.EMV Extension module 1, output Q34 → nvoExMod_1_Q34 . state 0 = Off, 1 = On → ne
Ext Mod #1 Q34
nviExMod_1_Q34 State
@AOx’153.EMV Extension module 1, output Q44 → nvoExMod_1_Q44 . state 0 = Off, 1 = On → ne Ext Mod #1 Q44 nviExMod_1_Q44 State
@AOx’155.EMV Extension module 2, output Q14 → nvoExMod_2_Q14 . state 0 = Off, 1 = On → ne Ext Mod #2 Q14 nviExMod_2_Q14 State
@AOx’157.EMV Extension module 2, output Q24 → nvoExMod_2_Q24 . state 0 = Off, 1 = On → ne Ext Mod #2 Q24 nviExMod_2_Q24 State
@AOx’159.EMV Extension module 2, output Q34 → nvoExMod_2_Q34 . state 0 = Off, 1 = On → ne
Ext Mod #2 Q34
nviExMod_2_Q34 State
@AOx’161.EMV Extension module 2, output Q44 → nvoExMod_2_Q44 . state 0 = Off, 1 = On → ne Ext Mod #2 Q44 nviExMod_2_Q44 State
@AIx’153.EMV
Controller analog input B1
← nviCtrl_B1 °C ← ne Controller B1 nvoCtrl_B1