Conveyor belt classification




Conveyor belts can be divided into:

Special conveyor belt for automobile industry, special conveyor belt for battery, special conveyor belt for quick-frozen food, special conveyor belt for snack food, special conveyor belt for aquatic industry, special conveyor belt for tire industry, special conveyor belt for logistics industry, special conveyor belt for chemical industry, special for frozen food Conveyor belt, food conveyor belt, microwave conveyor belt, climbing conveyor belt, marble conveyor belt, corrugated paper conveyor belt, special conveyor belt for packaging industry, special conveyor belt for entertainment facilities, special conveyor belt for liquid food, special conveyor belt for fruits and vegetables, special conveying for vegetables Belts, special conveyor belts for meat, special conveyor belts for mines, special conveyor belts for cement plants, special conveyor belts for garment factories, special conveyor belts for glass factories, special conveyor belts for injection molding industry, etc.







According to the use of the conveyor belt can be divided into:

Oil-proof conveyor belt, non-slip conveyor belt, climbing conveyor belt, acid-proof conveying heat-proof conveyor belt, cold-proof conveyor belt, anti-combustion conveyor belt, anti-corrosion conveyor belt, moisture-proof conveyor belt, anti-low temperature conveyor belt, anti-high temperature conveyor belt , oil-resistant conveyor belt, heat-resistant conveyor belt, cold-resistant conveyor belt, low-temperature conveyor belt, high-temperature conveyor belt, acid and alkali conveyor belt, flame retardant conveyor belt.

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'Classification of conveyor belts

Accelerometer Sensor

Accelerometer Sensor are widely used to monitor vibration in aerospace, automotive and manufacturing applications. Mechanical engineers often use them to diagnose problems with rotating equipment or assess the stability of structures that are subject to periodic stresses (such as monitoring the vibrations caused by trains/trucks crossing bridges, etc.) They are also often used in monitoring for condition-based maintenance, allowing engineers to examine the vibrations produced by a piece of equipment to assess its health, and monitoring the stresses sensitive equipment undergoes during transportation.

The most common method of acquiring vibration data involves connecting Accelerometer vibration sensor and configuring them into a data acquisition system that can deliver high-resolution (24-bit) vibration data at very high sample rates. Modern data acquisition systems can plot, log, filter, and analyze vibration data in real time, and allow using a variety of accelerometer types.

Accelerometer Sensor, Accelerometer vibration sensor, Acceleration sensor, MEMS vibration sensor,Triaxial Accelerometer Sensor, Triaxial Accelerometer

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