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Snap action disc thermostat, reduced height

9 mm reduced thickness ½”disc thermostat, 10A 250V

Opening temperature (°C)
Closing temperature (°C)
Bracket type
Bracket material
Terminal type
Angle between terminal and bracket	Clear

Case: Phenolic resin (ceramic on request)

Sensing element: Bimetal disc

Calibration: Factory fixed setting, from -15 to +150°C, 5 to 302°F (200°C, 392°F with ceramic body). Not adjustable.

Standard calibration tolerances: ±4°C to ±6°C , ±39.2°F to 42.8°F upon models

Terminals: 6.3 or 4.8 quick connect , or welding terminals

Differential: Factory set, from 10°C to 25°C, 50°F to 77°F

Mounting: with or without bracket
Main bracket models:

Cap materials: stainless steel (SS) or aluminum (AL)

Ratings: 15A 125VAC, 10A 240VAC

Main bracket types

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These thermostats can be fitted inside various housings, overmolded and wired*. Some examples:

Dia 18 mm tubular pocket	Waterproof tube mounting	Waterproof, with electrical contact protection	Waterproof, with M6 thread	Waterproof, ½” fitting
Waterproof, M20 fitting	Waterproof, Cnomo connector	Waterproof, automotive connector	Pipe mounting with connection box	Cable output, with flexible boot

*These assemblies are made in the UL certified wiring harnesses production line of JPC

Thermostats types
It is currently the thermostats family where quantities are the most important. Numerous configurations exist, and the current trend is simplification and footprint reduction.
Electrical contacts
As numerous mechanisms exist, we decided not to distinguish on the basis of constructive technique, but according to their operation speed, which is the key element.
Thermostats installation
The proper functioning of a thermostat depends primarily on the correct choice of the component, but also the conditions of its installation. Conditions used to calibrate regulating and control equipment in the factory are always ideal laboratory conditions, ensuring measurement accuracy and repeatability. These conditions are rarely those found in practice when installing thermostats. However, with a minimum of constraints, it is possible to optimize assemblies.
Heat tracing applications
To reflect the maximum temperatures allowed by the insulating polymers, the powers of flexible heating cables are generally between 5 and 30W/meter, exceptionally 40W/m and 60W/m for self-regulating cables.