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TLC3-BCR-U Thermostat 

O

VERVIEW

 

 

Doc: 70-00-0294, V3.1, Date: 20140508 

© Vector Controls GmbH, Switzerland 

Page 1 

Subject to alteration 

TLC3-BCR-U Series Thermostat 

 

Features 

 

Low power energy consumption: < 1W per unit 

 

Relays switching for outputs each up to 300W 

 

Temperature control for 2 or 4-pipe heating or cooling 

systems.  

 

Optional external temperature input 

 

Choose between one 3-point actuator and two binary 

heating/cooling stages 

 

Reversing valve options 

 

New with V3.1 dual stage option 

 

Cost saving option with Economy functionality and set 

point limitations 

 

Multiple auxiliary functions: heat-cool auto changeover, 

automatic enable, high or low limits. 

 

Password protected programmable user and control 

parameters. 

TLC3-BCR-U-D also includes 

 

Power Cap protected real-time clock with 48hr power 

backup. 

 

Time schedule events, with many options. 

 

Blue backlight.  

Applications 

 

Radiant heating 

 

Radiant cooling 

 

Small air handlers 

 

Constant air 

volume systems 

 

Frost protection 

 

General 

temperature 

control 

General 

 

TLC3-BCR-U: 1 independent temperature control loop with 1 heating and 1 cooling sequence. 1 internal 

temperature sensor, 1 external temperature input, 1 auxiliary input for heat – cool changeover or high/low 

limit 

 

Flexible application configuration is made with a parameter-setting routine using the standard operation 

terminal.  

Name 

 

Ordering 

Model 

Item code 

Variation 

Option 

TLC3-BCR-U-230 
TLC3-BCR-U-230-W01 

40-10 0160 
40-10 0160-01 

Standard 
Cooling only 

Binary controller with:  

1 RT int, 2 RT ext  
2 DO (Relay) Binary valve control

 

TLC3-BCR-U-D-230 

TLC3-BCR-U-D-230-W01 

40-10 0161 
40-10 0161-01 

Deluxe 

Cooling only 

Temperature sensors

: Use Vector Controls NTC sensors to achieve maximum accuracy: SDB-Tn10-20 (duct), SRA-

Tn10 (room), SDB-Tn10-20 + AMI-S10 as immersion sensor.  

Binary auxiliary device

s (e.g. pumps, fans, on/off valves, etc): Do not directly connect devices that exceed specified 

limits in technical specifications – observe startup current on inductive loads. 

Voltage:  

Blank = 230V, 0 = 24V, 1 = 120V 

Housing 

Blank = square housing, U = 2x4” housing 

Outputs:  

R = Relays 

Control: 

BC = Binary Control, FC = Fan Coil control

 

Series: 

TLC3

 

T  L  C 

-  B 

Summary of Contents for TLC3-BCR-U Series

Page 1: ...n General temperature control General TLC3 BCR U 1 independent temperature control loop with 1 heating and 1 cooling sequence 1 internal temperature sensor 1 external temperature input 1 auxiliary inp...

Page 2: ...ng Transport Storage Climatic Conditions Temperature Humidity Mechanical Conditions To IEC 721 3 2 and IEC 721 3 1 class 3 K3 and class 1 K3 25 70 C 13 158 F 95 r H non condensing class 2M2 Standards...

Page 3: ...e wires to be connected to the terminals of the power case according to wiring diagram 2 Install the mounting plate to the flush mounting box Make sure that the nipple with the front holding screw is...

Page 4: ...ints are memorized and do not need to be re entered Upon return of power Set Parameter UP05 to keep the unit off switch on or operation mode before power failure Clock and time schedule settings retai...

Page 5: ...to Pro 4 PRO 1 is shown 1 is blinking UP DOWN to change OPTION to select SEL PRO Pro 1 to Pro 4 OFF ON Step 2 Enable disable time schedule group Pro x is fixed now ON OFF blinks Press UP DOWN to set...

Page 6: ...f inputs and type of outputs 241 How to change parameters 1 Press UP DOWN buttons simultaneously for three seconds The display will show firmware version and revision number Press the OPTION button to...

Page 7: ...rnal temperature sensor 10 to 10 in 0 1 steps Sensor is factory calibrated use this feature for field adjustment only as required 10 10 0 UP 09 Enable Frost Protection Switches to heating mode and act...

Page 8: ...t persist for the length of time set with this parameter before the controller switches Prevents activation of a sequence during a short term change in temperature in order to protect equipment with c...

Page 9: ...alve or damper to the closed position The running time of the actuator may be preset We recommend to enter the maximum running time under maximum load in order to make sure that the valve can fully cl...

Page 10: ...ting X2 input to GND returns control of the operation mode to the terminal This function may be used as window contact to prevent loss of energy CP17 3 Heat Cool changeover Switch heating and cooling...

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