Quality Accuracy Reliability
The ULC/3P phase angle power controllers are ideal for control of single-
New from Under Control Instruments, high-
These digital thermostats can also be used as replacements for normal capillary thermostats as the prices are now comparable.
Features
Range of temperature display:-
Accuracy +/ -
Sensor input PT100
10A relay output
Dimensions 77 x 35 x 60mm (LWD)
Mounting hole 77 x 29mm
Features
Range:0 to 999 deg C
Accuracy:±0.3%FS±1dig
Temperature sensor: K-
Control output: N.O. 10A/250VAC
Alarm output: N.O. 5A/250VAC
Dimensions 77 x 35
x 60mm (LWD)
Mounting hole 77 x 29mm
The UVR/S is a Phase Angle Power Regulator, designed for single-
The module gives full adjustment of the output voltage from on/off to 98% of the load (scale plate included).
An in-
To prolong the life of the unit we also recommend the use of our heat-
Use with heat sink paste click here
We offer a range of single and three phase solid state relays available for chassis or Din mounting. They are supplied with a protection cover and LED indicator.
Please call for more details.
The UVR/S power regulators (dimmers) switch is also supplied in its own enclosure for wall mounting application. This also acts as its own heat sink.
Measures 65 W x 120 L x 40mm D
Thermocouples, PT100 and thermistors are used where the measurement of a process temperature is required. In general PT100 and PT1000 are more accurate over larger temperature spans and thermocouples are generally more cost effective.
We offer many sizes from stock, if not stock we can supply them in days if required.
Common styles
- Probes
- Bayonet
- Assembly DIN B heads
- Flanged
- Sleeved
- Eyelet/Washer
- Surface mount
- Leaf
The most common thermocouples are K and J. Common PT100 probes both 2 and 3 wire designs.
Features and Applications
4-
- Installations where there is a risk that the sensor could be damaged by overheating,
for example in semi-
automatic road repair machinery or on infrared- heated moulding/forming machines.
- Installations where there is a risk that the lens might become frosted over if the
sensor temperature drops below 0°C, for example on road-
gritting lorries or on ground- survey aircraft.
- In glass houses, where leaf temperature is monitored to detect changes in growth phases and sensor temperature can be used to detect changes in ambient temperature.
- On race tracks, where the sensors are mounted on overhead gantries and bridges to measure the track surface surface and detect changes in ambient temperature.
- In ice rinks, where the sensors are suspended from the ceiling and measure the ice surface and changes in ambient temperature.
- For forest fire detection, where a remote-
mounted sensor can give warning of excessive temperatures either on the ground or in the air.
- For thermal mapping inside large-
scale temperature- controlled storage facilities.
