S+S Regeltechnik Rymaskon 600 Operating Instructions Manual page 40

RYMASKON 600 Series | Parameter Table | Last Updated: 23/03/2022 (EN)
Operating instructions
INPUTS AND OUTPUTS
RYMASKON ® 600 - BACnet
RYMASKON 600 Series | Parameter Table | Last Updated: 23/03/2022 (EN)
RYMASKON ® 600 - Modbus
Parameter name
Thermic 1 Mode
INPUTS AND OUTPUTS
Parameter name
Thermic 1 Mode
Thermic 2 Mode
Thermic 2 Mode
FAN, BOOST, LIGHTS AND BLINDS
Parameter name
Fan Speed Display
FAN, BOOST, LIGHTS AND BLINDS
Parameter name
Fan Speed Display
Fan Speed Source
Fan Speed Source
Min Fan Level
Fan Off Delay
Min Fan Level
Fan Off Delay
Boost Time
Boost Target
Boost Time
Boost Target
S+S REGELTECHNIK GMBH | THURN-UND -TA XIS - STR. 22 | D -90411 NÜRNBERG | GERMANY | FON +49 ( 0 ) 911 51947- 0 | w w w.S p lusS.de
Description
Only for RYMASKON 640/660 types
Assignment of digital output DO1 to the control circuit
Default 1 = Htg Stage 1
If set to Network, the GLT will control DO1.
Description
(see Section "PWM control/digital outputs")
Only for RYMASKON 640/660 types
Only for RYMASKON 640/660 types
Assignment of digital output DO1 to the control circuit
Assignment of digital output DO2 to the control circuit
Default 1 = Htg Stage 1
Default 3 = cooling stage 1
If set to Network, the GLT will control DO1.
If set to Network, the GLT will control DO1.
(see Section "PWM control/digital outputs")
(see Section "PWM control/digital outputs")
Only for RYMASKON 640/660 types
Assignment of digital output DO2 to the control circuit
Default 3 = cooling stage 1
If set to Network, the GLT will control DO1.
Description
(see Section "PWM control/digital outputs")
Display and fan speed and release of manual adjustment
on the main screen
(see chapter "Fan")
NOTE: 2 to 5 will release the display on the
Description
main screen for manual adjustments.
Display and fan speed and release of manual adjustment
on the main screen
Assignment of fan speed to the control circuit in
(see chapter "Fan")
AUTO Control. Fan speed depends on the selected
NOTE: 2 to 5 will release the display on the
control circuit.
main screen for manual adjustments.
NOTE: Use the "Min Fan Level" parameter to
configure the fan's minimum speed.
Assignment of fan speed to the control circuit in
Use the "Y Max" parameter to
AUTO Control. Fan speed depends on the selected
configure the fan's maximum speed.
control circuit.
(see chapter "Fan")
NOTE: Use the "Min Fan Level" parameter to
configure the fan's minimum speed.
Use the "Y Max" parameter to
configure the fan's maximum speed.
Minimum fan speed in the dead zone (heating/cooling
(see chapter "Fan")
capacity 0%) with active fan switch-off delay
(see chapter "Fan")
Blower switch-off delay if the consumption of the assigned
control circuit is smaller than the minimum fan speed.
Minimum fan speed in the dead zone (heating/cooling
(see chapter "Fan")
capacity 0%) with active fan switch-off delay
NOTE:
Only active if the minimum fan speed is
(see chapter "Fan")
configured to be greater than 0%.
Blower switch-off delay if the consumption of the assigned
Boost mode runtime
control circuit is smaller than the minimum fan speed.
NOTE: If configured for 0, then the boost will not
(see chapter "Fan")
switch off automatically.
NOTE: Only active if the minimum fan speed is
Connects the boost to the control circuit and releases the
configured to be greater than 0%.
control on the main screen.
Boost mode runtime
NOTE: If configured for 0, then the boost will not
switch off automatically.
Connects the boost to the control circuit and releases the
control on the main screen.
Range
0 = Network Value
1 = Htg Stage 1
2 = Htg Stage 2
3 = Clg Stage 1
Range
4 = Clg Stage 2
0 = Network Value
5 = CO2 Control
1 = Htg Stage 1
6 = Humidification
2 = Htg Stage 2
7 = De-humidification
3 = Clg Stage 1
8 = Aux Control Demand
4 = Clg Stage 2
5 = CO2 Control
6 = Humidification
7 = De-humidification
8 = Aux Control Demand
Range
0 = None (Default)
1 = No Input (no user adj.)
2 = 0 - 1
3 = 0 - 1 - 2
Range
4 = 0 - 1 - 2 - 3
0 = None (Default)
5 = 0 - 1 - 2 - 3 - 4 - 5 - 6
1 = No Input (no user adj.)
0 = Htg/Clg Stage 1 (Default)
2 = 0 - 1
1 = Htg Stage1
3 = 0 - 1 - 2
2 = Clg Stage 1
4 = 0 - 1 - 2 - 3
3 = Htg/Clg Stage 2
5 = 0 - 1 - 2 - 3 - 4 - 5 - 6
4 = Htg Stage 2
0 = Htg/Clg Stage 1 (Default)
5 = Clg Stage 2
1 = Htg Stage1
6 = CO2
2 = Clg Stage 1
7 = Humidification
3 = Htg/Clg Stage 2
8 = De-Humidification
4 = Htg Stage 2
9 = Max. VAV (Max. Temp/CO2)
5 = Clg Stage 2
10 = Max. Temp/Hum
6 = CO2
11 = Aux. Loop
7 = Humidification
0...100% (default 0%)
8 = De-Humidification
9 = Max. VAV (Max. Temp/CO2)
10 = Max. Temp/Hum
0...28,800s (default 0s)
11 = Aux. Loop
0...100% (default 0%)
0...28,800s (default 0s)
1...480 min (default 0)
0 = Disabled
1 = Htg Stage 1 (default)
1...480 min (default 0)
2 = Htg Stages 1&2
3 = Clg Stage 1
4 = Clg Stages 1&2
0 = Disabled
5 = Humidification
1 = Htg Stage 1 (default)
6 = De-Humidification
2 = Htg Stages 1&2
7 = CO2
3 = Clg Stage 1
8 = Fan
4 = Clg Stages 1&2
9 = Aux. Loop
5 = Humidification
6 = De-Humidification
7 = CO2
8 = Fan
9 = Aux. Loop
40
5
5