WTM-AS gate opening (height) load meter is an automatic measurement and control instrument specially used to measure, display and control the lifting weight and opening (height) of hoists, door operators, cranes and other lifting equipment. Gate opening (height) load meter is also known as: gate height load meter, hoist comprehensive monitoring instrument, hydropower station door machine opening load meter, etc.
WTM-AS gate opening (height) load meter Monitoring of lift gates.
Monitoring Accuracy:
Measuring range: opening 0-99.99 meters, display accuracy is 0.01 meters (1CM); weight 0T-999.9T; configurable 4-20mA standard analog output and RS485 communication; can be extended to 8 control signal outputs at most; A number of hydroelectric gate-related users have reported good data.
Ease of use:
The single-chip microcomputer system is independently developed, and the operation is simple; each limit control point can be set according to the actual site conditions; the embedded installation design is suitable for the embedded installation of the electric control cabinet of the hydropower station.
Operational reliability:
Many years of practical experience have been integrated into the instrument for several iterations of research and development, and the redundancy and expansion tolerance of the application environment are fully considered. Routine strict multi-layer instrument testing, multi-layer quality control personnel test before leaving the factory. The metal shell has strong anti-interference ability, has jitter delay, power-off memory, power-off protection functions, and has a normal service life of more than ten years.
WTM-AS gate opening (height) load meter is suitable for the measurement, display and control of the lifting weight and opening (height) of the gate hoist, door machine, crane and other lifting equipment.
WTM-AS gate opening load meter is connected by opening load monitoring host instrument, weight sensor, height encoder, travel limiter (mechanical limit optional) and special shielded signal cable
Engineering cases