Mechanical thermostat is a temperature control device based on physical principles, and its core features and advantages are mainly reflected in the following aspects:
Core Features
Working principle
By using temperature sensing elements such as bimetallic sheets or gas film boxes, the physical properties of material thermal expansion and contraction are utilized to drive the mechanical contacts to open and close, achieving temperature control
For example, bimetallic strips deform when the temperature changes, thereby pushing the contacts to close or open the circuit
Control method
Mostly set by mechanical knobs or toggle switches, the operation is intuitive and simple, without the need for complex electronic interfaces
Some models support switching between cooling/heating modes and adjusting wind speed
Applicable scenarios
Widely used in industrial and civilian fields such as fan coil systems, electric heat tracing equipment, cabinet environmental control, etc
Especially suitable for explosion-proof scenarios with high stability requirements and harsh environments.
High stability and durability
Simple structure, no aging of electronic components, strong resistance to voltage fluctuations, and low failure rate during long-term use
No need for continuous power supply
Pure mechanical structure operation, independent of external power supply, suitable for scenarios with high risk of power outage.
Easy installation and maintenance
Supports rail installation, wall mounted or junction box installation, with strong compatibility
The KTS011 thermostat can be directly installed on rails and adapted to distribution boxes.
