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Belt Secondary Deviation Switch SFLP Product Description

  • 2024-08-13 10:15:10
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皮带二级跑偏开关SFLP产品说明

Product Overview:The SFLP belt secondary deviation switch is a monitoring device designed specifically for belt conveyor systems, with dual level alarm function, used to detect and control belt deviation. This switch can effectively prevent equipment damage and production interruption caused by belt deviation, ensuring the safe and stable operation of the conveyor system.

Main features:

  1. Dual level alarm functionThe SFLP belt deviation switch is equipped with a two-level alarm mechanism, which can issue different levels of alarms or control signals in the early and severe stages of belt deviation. This hierarchical alarm mechanism helps to detect problems in a timely manner and take measures to prevent further damage to the equipment.

  2. High precision detectionBuilt in high-sensitivity sensors can accurately detect the deviation of the belt and trigger alarms or control signals according to the set threshold.

  3. durableMade of high-strength materials with excellent wear and corrosion resistance, suitable for various industrial environments, especially harsh working conditions.

  4. Protection levelThe device has an IP65 protection level, which can effectively prevent the intrusion of dust and moisture, and is suitable for use in environments with high dust or humidity.

  5. Multiple output modesSupports normally open and normally closed contact outputs, making it easy to integrate with different types of control systems.

  6. Easy to install and maintainCompact design, easy installation, simple daily maintenance, reducing maintenance costs and time.

Technical parameters:

  • working voltage:AC 220V / 380V
  • Detection angle:±30°
  • output signal: Normally open or normally closed contacts
  • response time:<1 second
  • working temperature: -20 ° C to+60 ° C
  • Protection level:IP65
  • Shell material: Wear resistant high-strength material
  • Installation methodSide or top mounted

working principle:The secondary deviation switch of the SFLP belt monitors the running status of the belt in real time through a built-in sensor. When the belt deviation exceeds the set detection angle, the device will trigger a preset alarm or control signal. The dual level alarm function can issue different alarms at different degrees of offset, timely reminding operators to take measures to avoid further damage or production interruption.

Application scenarios:

  • Mining Conveyor System
  • Coal transportation system of power plant
  • Port loading and unloading equipment
  • Metallurgical plant belt conveyor
  • Chemical plant conveying system

Installation and maintenance:

  1. Installation locationSFLP should be installed at key positions on the belt conveyor, such as on both sides or in the middle section, to ensure effective detection of belt deviation.

  2. Wiring debuggingConnect the wires correctly according to the product manual, ensuring that the power and signal lines are connected correctly. After installation, debug and check if the device's functions are normal, including whether the triggering of alarms and control signals meets the set requirements.

  3. Regular inspectionRegularly check the operation status of the equipment, especially when used in high dust or high humidity environments, pay attention to the maintenance and upkeep of the equipment.

  4. Cleaning and maintenanceRegularly clean the surface of the equipment to prevent the accumulation of dust and dirt. It is recommended to conduct a comprehensive functional test every six months to ensure the normal operation of the equipment.

Safety precautions:

  • During installation and debugging, it is essential to disconnect the power supply to prevent the risk of electric shock.
  • Ensure that the equipment is securely installed to avoid looseness or damage caused by vibration or external forces.
  • When used in extreme environments, consider adding additional protective measures to extend the lifespan of the equipment.

Summary:The SFLP belt secondary deviation switch is an efficient and reliable monitoring device with dual level alarm function and high-precision detection capability, suitable for various industrial belt conveyor systems. Its IP65 protection level and durable design enable it to operate stably in harsh environments, making it an important equipment for ensuring the safety of belt conveyor systems.



Related Q&A FAQs:

1. How can the dual level alarm function of the SFLP belt secondary deviation switch improve the safety of the system?

The dual level alarm function of SFLP can issue different alarms when the belt deviates slightly or severely. Primary alarms can promptly remind operators to make adjustments in the early stages of problems, thereby avoiding small problems from developing into major malfunctions. Advanced alarm triggers a shutdown signal when the deviation reaches a severe level, automatically stopping the belt operation to prevent further equipment damage or production interruption. This hierarchical alarm mechanism helps to quickly respond and handle issues, ensuring the safe and stable operation of the system.

2. How to choose the appropriate installation position to ensure the best effect of the SFLP belt secondary deviation switch?

The secondary deviation switch of the SFLP belt should be installed at key positions of the belt conveyor, such as the sides or middle section of the belt, which can most effectively monitor the deviation of the belt. During installation, it is necessary to ensure that the sensor of the switch can correctly sense the movement status of the belt, avoiding installation in areas with high vibration or covered by materials to ensure the accuracy and reliability of the equipment. The correct installation position can improve monitoring effectiveness, timely detect and correct belt offset problems.

3. What is the service life of the SFLP belt secondary deviation switch in high dust environments?

The SFLP belt secondary deviation switch has an IP65 protection level, which can effectively prevent dust and moisture from entering. However, in high dust environments, the service life of equipment may still be affected. To extend the service life, it is recommended to regularly clean the surface of the equipment to prevent the accumulation of dust and dirt. At the same time, regular inspection and maintenance of equipment to ensure its normal operation can significantly improve its durability and reliability. In extreme dust environments, additional protective measures or more durable equipment models can also be considered.

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