Features
· Low power energy consumption: < 1W per unit
· Relays switching for outputs each up to 300W
· Temperature control for 2 or 4-pipe temperature control systems.
· Large temperature range from –40°C to 70°C (-40°F to 158°F).
· Choose between one 3-point actuator and two binary heating/cooling stages
· Cost saving option with Economy functionality and set point limitations
· Control for single stage heating and cooling for 4-pipe systems or dual stage heating / cooling for 2-pipe systems
· Password protected programmable user and control parameters
o Setpoint range limitation
o Access control for setpoints, fan speeds and mode change
o Access control for heat/cool change and time programs
o select your display contents
o Selectable behavior after return from power failure
· Temperature display in Celsius or Fahrenheit
Deluxe Version:
· Clock and time schedule functions
· Blue backlight for LCD
· Infrared remote controller option:
With special features for Boost and delayed switching on or off
With special features for Boost and delayed switching on or off
Applications
· Air Only Systems:
o Constant Air Volume systems with for single or dual duct systems
· Air/Water Systems:
o Radiator control, chilled ceiling, floor heating
· Simple individual room control for hotel rooms, meeting rooms, etc.
General Descript ion
The TLC-BCR is a stand-alone electronic binary controller with one control loop. The TLC-BCR features 1 internal NTC temperature sensor input and two binary outputs (Relays).
A detailed parameterization is possible with the use of a simple configuration routine. The TLC-BCR can be configured using the standard operation terminal. No special tools or software is required.
Ordering
Item Name
|
Item code
|
Variant
|
Features
|
TLC-BCR
TLC-BCR-W01 |
40-10 0001
40-10 0001-01 |
Standard
Cooling only |
Binary controller with:
1 TI int
2 DO (Relay) Binary valve control |
TLC-BCR-D
TLC-BCR-D-W01 |
40-10 0002
40-10 0002-01 |
Deluxe
Cooling only |
Selection of binary devices and actuators
Binary auxiliary devices: E.g. pumps, fans, on/off valves , etc. Do not directly connect devices that exceed 2(1.2)A. Observe startup current on inductive loads!