Thermostat Life Test Bench Device For Lamp Temperature Measure With PLC IEC 60598-1

Thermostat Life Test Bench Device For Lamp Temperature Measure With PLC IEC 60598-1

Applied Standards:

The tester is designed and manufactured according to the standard requirements of Conform to IEC 60598-1 clause 12.7.2.

Features:

Thermostat life testing involves subjecting thermostats to extended operational conditions to evaluate their durability, performance, and reliability over time. This testing is important to ensure that thermostats can withstand prolonged use without failure or degradation.

The equipment used for thermostat life testing may include the following components:

Test Chamber: A controlled environment chamber or enclosure is used to house the thermostat under test. The chamber provides a controlled temperature and humidity environment, simulating realistic operating conditions.

Temperature Control System: A precise temperature control system is employed to regulate the temperature within the test chamber. It ensures that the thermostat is exposed to a range of temperatures as specified in the testing standards or specific test requirements.

Load Bank or Load Simulator: A load bank or load simulator is utilized to simulate the electrical load that the thermostat controls. It may consist of resistive elements or other devices to mimic the typical load characteristics encountered in real-world applications.

Data Acquisition and Monitoring: Sensors, data loggers, or instrumentation systems are used to monitor and record various parameters during the thermostat life test. These may include temperature, voltage, current, switch cycles, and other relevant data.

Control and Measurement System: A control system is employed to automate the test procedures, including temperature cycling, load cycling, and other relevant test sequences. The control system ensures accurate and repeatable test conditions while collecting data for analysis.

Safety Measures: Safety considerations are important in thermostat life testing setups. These may include circuit protection devices, emergency stops, and safety interlocks to safeguard against electrical hazards or other potential risks.

Test Overview:

The working principle is to heat the winding by automatically adjusting the current. When reaching the upper limit value of the temperature controller, the temperature controller should be disconnected and manually reset. The temperature controller should be reset manually and repeat the test for 6 times. The automatic reset temperature controller should be continuously powered on until the temperature reaches the temperature.

Main Specification: