Product Description of Deviation Switch XT-CLB-A2

Product Overview:
The deviation switch XT-CLB-A2 is a high-performance belt conveyor protection device designed specifically for detecting and alerting belt deviation. This switch has high sensitivity and stability, and can promptly issue an alarm or trigger the control system when the belt deviates, preventing equipment damage and production accidents, and improving the safety of the conveyor system.

Product features:

1. high sensitivityXT-CLB-A2 is equipped with a high-sensitivity sensor that can accurately detect small deviations in the belt and provide timely alerts.
2. durableMade of materials that are resistant to high temperatures and impacts, suitable for various harsh industrial environments, ensuring long-term stable operation.
3. Widely applicableBelt conveyor systems suitable for industries such as mining, power, metallurgy, and ports.
4. Easy to installSimple design, easy installation, suitable for different types of conveyor belt systems.
5. High reliabilityHigh protection level, able to work stably in high dust and high humidity environments.

Technical parameters:

• 型号:XT-CLB-A2
• Power supply voltage: AC 220V/DC 24V
• Output form: normally open, normally closed contacts
• Protection level: IP65
• Working temperature: -10 ° C to 60 ° C
• Action angle: 10 ° to 30 ° (adjustable)
• Contact capacity: AC 10A 250V
• Installation method: horizontal or vertical installation

working principle:
The XT-CLB-A2 deviation switch is installed on both sides of the conveyor belt. When the belt deviates and touches the action rod of the switch, the micro switch inside the switch will trigger, issuing an alarm signal or executing control commands. The high sensitivity design of the switch can detect slight deviation of the belt, ensuring timely response in case of malfunction, preventing equipment damage and production interruption.

Installation and Debugging:

1. Installation locationThe installation should be carried out in areas where the belt is prone to deviation, such as the middle of the conveyor belt or near the tensioning device. Ensure that the switch is securely fixed to avoid vibration or external forces.
2. Adjustment stepsAdjust the action angle of the switch according to the actual operating situation, usually between 10 ° and 30 °. When adjusting, ensure that the alarm can be triggered in a timely manner when the belt deviates.
3. Fixing and wiringInstall the switch firmly on the bracket and wire it according to electrical specifications to ensure stable electrical connection.

Application scenarios:

• Mining industryUsed to monitor the deviation of ore or coal conveyor belts and provide effective protection.
• Power industryMonitor belt deviation in the fuel delivery system to protect the safety of electrical equipment.
• Metallurgical industryUsed for monitoring the deviation of high-temperature material conveyor belts to prevent excessive equipment wear.
• Logistics and portsMonitor the deviation of bulk cargo conveyor belts to prevent damage to goods and equipment failures caused by deviation.

Maintenance and upkeep:

1. Regular inspectionRegularly inspect the mechanical and electrical components of the deviation switch to ensure their proper functioning, especially the sensor and contact parts.
2. cleanKeep the switch and its surrounding environment clean to prevent dust and debris from affecting its sensitivity.
3. functional testingRegularly simulate the belt deviation state, test the response of the switch, and ensure that it can alarm in a timely manner.

matters needing attention:

• During installation and debugging, avoid applying excessive external force or vibration to prevent damage to the internal structure of the switch.
• When adjusting sensitivity and action angle, it should be based on the actual operating status to ensure the accuracy of the switch.
• Operation and maintenance must be carried out in a power-off state to ensure safety.

Conclusion:
The deviation switch XT-CLB-A2 is a highly sensitive and reliable belt conveyor protection device that effectively prevents equipment damage and production accidents by detecting and alarming belt deviation in a timely manner. Its sturdy and durable design, as well as widely applicable functions, make it widely used in industries such as mining, power, metallurgy, and logistics, making it an ideal choice for improving the safety of conveying systems.

Related Q&A FAQs:

1. How does the high sensitivity characteristic of the deviation switch XT-CLB-A2 work?

The high sensitivity of XT-CLB-A2 deviation switch enables it to detect small deviations of the belt in a timely manner. When the conveyor belt deviates slightly, the sensor of the switch will quickly respond, triggering the alarm system to prompt the operator to pay attention or take measures. This can intervene in the early stages of the problem, prevent further deterioration of the deviation situation, and avoid equipment damage or production interruption.

2. How to install and debug the deviation switch XT-CLB-A2?

When installing XT-CLB-A2, key positions where the belt is prone to deviation should be selected for installation, such as the middle of the conveyor belt or near the tensioning device. Ensure that the switch is securely fixed to prevent its position from being affected by vibration or external forces. During the debugging process, adjust the action angle of the switch (usually between 10 ° and 30 °) to ensure that it can trigger an alarm in a timely manner when the belt deviates. When wiring, it is necessary to strictly follow electrical specifications to ensure stable and reliable electrical connections.

3. What are the maintenance and upkeep suggestions for the deviation switch XT-CLB-A2?

To maintain the normal operation of XT-CLB-A2, it is recommended to regularly inspect the mechanical and electrical parts of the switch, especially the sensor and contact parts, to ensure their proper functioning. Keep the switch and its surrounding environment clean to prevent dust and debris from affecting the sensitivity of the switch. In addition, regular functional testing is conducted to simulate the belt deviation state, ensuring that the switch can respond and alarm in a timely manner. During maintenance, it is essential to perform it in a power-off state to ensure safe operation.