The T-5210 temperature transmitter measures the temperature and converts it into an air pressure signal which is sent to a pneumatic receiver, controller or receiver. ...
The T-5210 temperature transmitter measures the temperature and converts it into an air pressure signal which is sent to a pneumatic receiver, controller or receiver.
Product selection table
Model | Style element | Operating range |
T5210-1001 | Cooper Bulb with 5-1 / 2 in. (140 mm) Copper Capillary | 50… 100 ° F |
T5210-2001 | 0… 100 ° C | |
T5210-2003 | -15… 35 ° C | |
T5210-1002 | 0… 100 ° F | |
T5210-1004 | 40… 240 ° F | |
T5210-1008 | 50… 150 ° F | |
T5210-1123 | 60… 85 ° F | |
T5210-2001 | 10… 35 ° C | |
T5210-1125 | 40… 65 ° C | |
T5210-1113 | Cooper Bulb with 4 ft (1,2 m) Copper Capillary | -40… 160 ° F |
T5210-2004 | -40… 60 ° C | |
T5210-1144 | -20… 80 ° F | |
T5210-1114 | 0… 100 ° F | |
T5210-2005 | -15… 35 ° C | |
T5210-1151 | 20… 120 ° F | |
T5210-1135 | 200… 400 ° F | |
T5210-1007 | 8 ft (2,4 m) Cooper Averaging Element with 1 ft (305 mm) Copper Capillary | 50… 150 ° F |
T5210-1006 | 40… 240 ° F | |
T5210-1009 | 0… 100 ° F | |
T5210-1124 | 40… 65 ° F | |
T5210-2006 | 0… 50 ° C | |
T5210-2007 | -15… 35 ° C | |
T5210-1150 | 20… 120 ° F | |
T5210-1005 | 50… 100 ° F | |
T5210-1116 | 17 ft (5,2 m) Cooper Averaging Element with 1 ft (305 mm) Copper Capillary | 50… 100 ° F |
T5210-1118 | 0… 100 ° F | |
T5210-2008 | -15… 35 ° C |
• provides an exact proportional between the measured temperature and the transmitted signal
• includes appropriate brackets for mounting to ductwork, walls, or directly to the hub of a duct flange, or separable well
• operates in any position from a rigid, flat, mounting surface
• requires a 0.007 in. restricted supply
If the T-5210 Pneumatic Temperature Transmitter fails to operate within its specifications, replace the unit.
For a replacement temperature transmitter, contact the nearest Johnson Controls® representative.
For a replacement temperature transmitter, contact the nearest Johnson Controls® representative.