Basic Documentation
Table Of Contents
- 1 About this document
- 2 Overview
- 3 Notes
- 4 Functions
- 4.1 Temperature control
- 4.2 Operating modes
- 4.3 Room temperature setpoints
- 4.4 Application overview
- 4.5 Power supply selection for RDG200KN
- 4.6 Additional functions
- 4.7 Control sequences
- 4.7.1 Sequence overview (setting via P001)
- 4.7.2 Application mode
- 4.7.3 2-pipe fan coil unit
- 4.7.4 2-pipe fan coil unit with electric heater
- 4.7.5 2-pipe fan coil unit with radiator or floor heating
- 4.7.6 2-stage heating and cooling
- 4.7.7 4-pipe fan coil unit
- 4.7.8 4-pipe fan coil unit with electric heater
- 4.7.9 Chilled/heated ceiling and radiator applications
- 4.7.10 Compressor applications
- 4.7.11 Applications with external AQR sensor or QMX room operator unit
- 4.7.12 Setpoints and sequences
- 4.8 Control outputs
- 4.9 Fan control
- 4.10 Multifunctional input, digital input
- 4.11 Handling system faults
- 4.12 KNX communications
- 4.12.1 S-Mode
- 4.12.2 Master/slave configuration in KNX S-Mode
- 4.12.3 LTE-Mode
- 4.12.4 Zone addressing in LTE-Mode (with Synco)
- 4.12.5 Master/slave configuration in LTE-Mode
- 4.12.6 Example of heating and cooling demand zones
- 4.12.7 Send heartbeat and receive timeout
- 4.12.8 Startup
- 4.12.9 Heating and cooling demand
- 4.12.10 Fault and alarms function on KNX
- 4.13 Communication objects
- 4.14 Communication objects (LTE-Mode)
- 4.15 Control parameters
- 5 Supported KNX tools
- 6 Connection
- 7 Technical data
- 8 Dimensions
- Index
Functions
Control parameters
4
A6V11545892_en--_b
135 | 170
Parameter
Name
Range
Dependencies
Diagnostics and test
d01
Application number
0 = (No application)
1 = 2-pipe
2 = 2-pipe with electric heater
3 = 2-pipe with radiator
4 = 4-pipe
5 = 2-pipe / 2-stage
6 = 4-pipe with electric heater
7 = 4-pipe / 2-stage
8 = 4-pipe:6-port H/C (no fan)
9 = 4-pipe:6-port CO +PICV
‒
d02
X1 state
"---" = Function not selected
0 = Not activated (for DI)
1 = Activated (DI)
0…49 °C = Current temp. value (for AI)
00 = H/C Input shorted
100 = H/C Input open
‒
d03
X2 state
"---" = Function not selected
0 = Not activated (for DI)
1 = Activated (DI)
0…49 °C = Current temp. value (for AI)
00 = H/C Input shorted
100 = H/C Input open
‒
d04
U1 state
"---" = Function not selected
0 = Not activated (for DI)
1 = Activated (DI)
2 = Activated (DC input)
3 = Activated (DC output)
0…49 °C = Current temp. value (for AI)
00 = H/C Input shorted
100 = H/C Input open
‒
d05
1)
Test mode for checking the Y1/Y3 actuator's running
direction 5)
"---" = No signal on outputs Y1 and Y3
OPE = Output Y1 forced opening
CLO = Output Y3 forced closing
‒
d06
1)
Test mode for checking the Y2/Y4 actuator's running
direction 5)
"---" = No signal on outputs Y2 and Y4
OPE = Output Y2 forced opening
CLO = Output Y4 forced closing
‒
d08
Test mode for checking the Q1 output (ex P400
function)
"---" = no signal at output Q1
OPE = output Q1 forced opening
CLO = output Q1 forced closing
‒
d09
Test mode for checking the Q2 output (ex P401
function)
"---" = no signal at output Q2
OPE = output Q2 forced opening
CLO = output Q2 forced closing
‒
d10
Test mode for checking the Q3 output (ex P402
function)
"---" = no signal at output Q3
OPE = output Q3 forced opening
CLO = output Q3 forced closing
‒
d14
Firmware version
v x-x-x is displayed
‒
d15
Unit ID number (Serial number)
Unit ID is displayed (Serial number)
‒
d16
Bootloader version
v x-x-x is displayed
‒
d17
Touch firmware version
v x-x-x is displayed
‒
d18
LCD version
‒
‒
Note: Parameter display depends on selected application and function.
1)
When output type is 3-position/3-wire, d05 and d06 are visible.
Diagnostics and test