Thermal Overload Protector

Supply TypeManufacturer, Exporter, Supplier, Retailer
Preferred Buyer Location All over the world

Thermal protectors Thermal Overload Protector provides over temperature protection. A Thermally sensitive bimetal snap element switches when it reaches a preset response temperature or a....

View More Details

Send Enquiry

Company Information

Thermo Systems Pvt Ltd.

Goregaon, Mumbai, Maharashtra

View Number

Member Since 16 Years
Nature of Business Retailer

Ask for more detail from the seller

Contact Supplier

Report incorrect details

View Company Details

Product Details
Company Details

Thermal protectors

Thermal Overload Protector provides over temperature protection. A Thermally sensitive bimetal snap element switches when it reaches a preset response temperature or a fixed current level, opening the circuit. Current flows through the bimetal element giving a combination of temperature and current protection.Heat transfer occurs from all sides through convention, radiation or conduction.

Features:

	Snap action device; quick make break switching action.
	Conductive bimetal construction; the bimetallic element carries the circuit current for maximum
	sensitivity under short circuit conditions.
	Temperature differential between closing temperature is 30°C: ±15°C(tolerence) depending upon
	the no-load calibration temperature.
	Preset calibration temperature; not adjustable in the field.
	Temperature differential between opening temperature is ±5°C
	Metal case is electrically alive; insulating sleeving is available.
	Customized lead lengths and configuration are available.

Main application:

	Electronic Ballasts
	Shaded Pole Motor
	Control Transformers
	Solonoids
	Printed Circuit Boards

The advantages TOP

	High spring force for a small spring deflection resulting in greater contact stability
	Miniaturisation possible thanks to optimised footprint of the round structure and high power action
	Simple geometry and uncomplicated tooling enabling economic manufacture
	Reduced material strain due to the ability of the bimetal to function continuously
	Reduced material strain resulting in increased long term stability

Share your requirements for a quick response!