The hydraulic automatic tensioning device consists of a hydraulic pump station, tensioning cylinder, energy storage station, tension sensor, wire rope, pulley block, tensioning trolley, electrical system, etc. The hydraulic automatic tensioning device can automatically adjust the tensioning force of the conveyor belt according to the operating conditions of the belt conveyor and the different requirements of the conveyor belt tension, ensuring that the belt conveyor starts reliably and runs smoothly. When the belt conveyor starts, the tensioning cylinder, under the action of the energy storage station, can automatically adjust the piston rod to tighten the conveyor belt in time to ensure the required tension of the conveyor belt. When the belt conveyor is in a stable operation stage, the hydraulic pump station only plays the role of "oil replenishment", and the running time of the pump station is short. The hydraulic automatic tensioning device is linked with the conveyor's centralized control device to realize remote control of the tensioning system.
Specifications
Performance features:
1 Compared with other transmission methods, the transmission power is high, and the hydraulic tensioning device is light in weight and compact in size.
2 Infinitely variable speed, wide speed range
3. Small inertia, able to change directions frequently and quickly; the transmission works smoothly, the system can easily buffer and absorb shock, and can automatically prevent overloading
4. Electrical cooperation makes it easy to realize motion and operation automation. In cooperation with microelectronics technology and computers, various automatic control actions can be realized.
Application: Electric power, metallurgy, coal, chemical industry, building materials, coking plants, heating plants and other departments.
KEEP IN TOUCH
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Automatic adjustment function: The hydraulic system can automatically adjust the tension according to the operating conditions of the belt conveyor, ensuring that the conveyor belt always maintains appropriate tension during startup and operation, avoiding failures caused by too loose or too tight.
High precision and flexibility: The hydraulic tensioning device provides high-precision tension control and can be flexibly adjusted according to different materials and load conditions to optimize the performance of the conveyor belt.
Lightweight design: Hydraulic devices are usually lighter than traditional mechanical tensioning devices, occupy less space, and are easy to install in limited spaces.
Quick response: The hydraulic system has a fast response capability and can quickly adapt to load changes, reduce impact, improve system stability, and reduce equipment wear.
Shock absorption effect: The hydraulic system can effectively buffer and absorb impact, reduce damage to the transmission system, and extend the service life of the conveyor belt and other components.
Easy to maintain: The design of the hydraulic system makes maintenance and overhaul relatively simple, and components are easier to replace, reducing maintenance costs.
Automatic control: The hydraulic tensioning device can be combined with microelectronics technology to achieve remote monitoring and automatic control, improving operational safety and efficiency.
Overload resistance: The hydraulic system can automatically prevent overload and ensure that the equipment can still operate safely under high load conditions.
Wide range of applications: The hydraulic tensioning device can be applied to various industries and working conditions, including electricity, chemical industry, metallurgy, etc., showing good adaptability.
System integration: The hydraulic system can be integrated with other control systems (such as PLC) to form a more efficient automated production line and improve overall production efficiency.