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TLC3-FCR-M Engineering Manual

 

 

Doc: 70-00-0181, V3.0 Date: 20120424 

© Vector Controls GmbH, Switzerland 

Page 1 

Subject to alteration 

TLC3-FCR-M  
Programmable PID Fan Coil controller 

Features 

 

Proven PID controls algorithm reduces room temperature 

fluctuations and energy consumption 

 

Low power energy consumption: < 1W per unit 

 

Temperature control for 2- and 4-pipe fan coil systems.  

 

Automatic fan control for three stage fans.  

 

Cost saving option with Economy functionality and set point 

limitations 

 

Control for modulating heating, cooling and fan only operation 
modes 

 

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 with power failure protection 

 

Blue backlight for LCD 

 

Infrared remote controller option:  

With special features for Boost and delayed switching on or off 

Applications 

 

Air Only Systems:  

o

 

Constant or Variable Air Volume systems with three stage fans for single or dual duct systems 

 

Air/Water Systems:  

o

 

Fan Coil units for 2-pipe or 4-pipe systems  

o

 

radiator control, chilled ceiling 

 

Simple individual room control for hotel rooms, meeting rooms, etc.  

 

PID-Control of up to 2 modulating valves for heating and cooling  

General Description 

The TLC3-FCR-M is a stand-alone electronic fan coil controller with one control loop. The TLC3-FCR-M2 is designed for 

2-pipe modulating fan coil systems and features 1 NTC temperature sensor input, one external passive input for 

temperature or open contact, three binary outputs (Relays) and one analog output (0-10VDC).  
The TLC3-FCR-M4 is designed for 4-pipe modulating fan coil systems and features 1 NTC temperature sensor input, 

three binary outputs (Relays) and two analog outputs (0-10VDC) for heating and cooling. 
A detailed parameterization is possible with the use of a simple configuration routine. The TLC3-FCR-M can be 

configured using the standard operation terminal. No special tools or software is required.  

Ordering 

Item Name 

Item code 

Variant 

Power 

Features 

TLC3-FCR-M2-24 

TLC3-FCR-M2-24-W01 

40-10 0131 

40-10 0131-01 

Standard 

Cooling only 

24VAC/DC 

Fan coil controller with:  
1 TI int, 1 external input 

3 DO (Relay) Fan control 
1 AO (0-10VDC) PID valve control 

TLC3-FCR-M2-230 

TLC3-FCR-M2-230-W01 

40-10 0100 

40-10 0100-01 

Standard 

Cooling only 

230VAC 

TLC3-FCR-M2-D-24 
TLC3-FCR-M2-D-24-W01 

40-10 0136 
40-10 0136-01 

Deluxe 
Cooling only 

24VAC/DC 

TLC3-FCR-M2-D-230 

TLC3-FCR-M2-D-230-W01 

40-10 0101 

40-10 0101-01 

Deluxe 

Cooling only 

230VAC 

TLC3-FCR-M4-24 

40-10 0132 

Standard 

24VAC/DC 

1 TI int 

3 DO (Relay) Fan control 

2 AO (0-10VDC) PID valve control 

TLC3-FCR-M4-230 

40-10 0104 

Standard 

230VAC 

TLC3-FCR-M4-D-24 

40-10 0137 

Deluxe 

24VAC/DC 

TLC3-FCR-M4-D-230 

40-10 0105 

Deluxe 

230VAC 

Selection of fans 

Do not directly connect devices that exceed 2A. Observe startup current on inductive loads! Do not connect more than 

one fan coil unit to one controller. 

Modulating Actuators:  

Choose actuators with an input signal type of 0-10V DC or 2-10V DC. Observe maximal signal current of 1mA! 
 

Summary of Contents for TLC3-FCR-M2-24

Page 1: ...l controller with one control loop The TLC3 FCR M2 is designed for 2 pipe modulating fan coil systems and features 1 NTC temperature sensor input one external passive input for temperature or open con...

Page 2: ...Conditions Temperature Humidity Mechanical Conditions To IEC 721 3 2 and IEC 721 3 1 class 3 K3 and class 1 K3 25 C 70 C 13 F 158 F 95 R H non condensing class 2M2 Standards conformity EMC Directive L...

Page 3: ...lower the front part until the interconnector reaches the mounting plate Continue pressing in a gentle way until the front part is fully connected While inserting the connectors a slight resistance c...

Page 4: ...t protection mode if the room temperature drops below 5 C 41 F All heating outputs will be fully opened Frost protection mode will be left once the temperature reaches 10 C 50 F Frost protection displ...

Page 5: ...d1 5 d6 7 day1 day2 day3 day4 day5 day6 day7 Day 1 stands for Monday day 2 for Tuesday and so forth Press OPTION to save day selection Pro1 d1 7 Step 3 Selected action of first switching event One ba...

Page 6: ...oop may be changed Set point range is 15 to 30 C Changing of fan speeds Repeatedly pressing the fan speed button steps through low medium high and automatic fan speeds Automatic fan speed will not be...

Page 7: ...t points ON OFF ON Enabled UP 02 Enable manual control of fan speeds ON OFF ON Enabled UP 03 Enable change of heating cooling mode ON OFF W00 ON Enabled W01 OFF Disabled UP 04 Enable access to Time pr...

Page 8: ...witched on ON OFF OFF FC 09 Switching delay min running time of fan speed Prevents the fan from switching in too short intervals 0 255 s 10s FC 10 Switching delay min stopping time of fan speed Preven...

Page 9: ...tion detectors for offices FC19 3 Switching Energy Hold OFF and Comfort modes Opening the input will force the unit into the OFF operation mode The operation mode cannot be overridden by using the ter...

Page 10: ...TLC3 FCR M Engineering Manual Doc 70 00 0181 V3 0 Date 20120424 Vector Controls GmbH Switzerland Page 10 Subject to alteration Notes...

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