Product Overview:The DKT-A36/LQ belt anti deviation controller is an advanced control device designed specifically for belt conveyor systems, used for real-time monitoring and control of belt deviation. This controller can improve the safety and stability of the conveyor system, and prevent potential problems caused by belt deviation.
Main features:
High precision monitoringDKT-A36/LQ is equipped with high-precision sensors that can accurately detect the offset of the belt and perform corresponding control operations based on the set threshold.
intelligent controlBuilt in intelligent algorithms can adjust control strategies based on actual operating conditions, improving the adaptability and flexibility of the system.
Dual alarm mechanismEquipped with multi-level alarm function, it can issue alarms or trigger automatic shutdown signals at different degrees of deviation, ensuring the safety of the conveying system.
Protection levelDesigned with an IP65 protection level, it can effectively prevent the intrusion of dust and moisture, and is suitable for various industrial environments, including high dust and high humidity places.
Multiple output modesSupports multiple output modes, such as relay contacts, analog signals, etc., making it easy to integrate with different types of industrial control systems.
Easy to install and debugCompact design, easy installation and debugging, users can flexibly configure according to their actual needs.
Technical parameters:
working principle:The DKT-A36/LQ belt anti deviation controller monitors the running status of the belt in real time. When it detects that the belt deviates from the set normal range, the controller will trigger a preset alarm or control signal. According to the degree of deviation, the system can issue an alarm, automatically shut down, or adjust control parameters to ensure that the belt returns to normal operation.
Application scenarios:
Installation and maintenance:
Installation locationDKT-A36/LQ should be installed at key monitoring positions on the belt conveyor, such as on both sides or in the middle section, to ensure effective monitoring of belt deviation.
Wiring debuggingConnect the power and signal lines correctly according to the product manual to ensure they are connected correctly. After installation, debug to ensure that the controller functions properly.
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.
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:
Summary:The DKT-A36/LQ belt anti deviation controller is a powerful monitoring and control device with high-precision monitoring and intelligent control characteristics, suitable for various industrial belt conveyor systems. Its IP65 protection level and multiple output modes enable it to operate stably in complex environments, making it an important equipment for ensuring the safety of belt conveyor systems.
1. What impact does the installation position of DKT-A36/LQ belt anti deviation controller have on its performance?
The DKT-A36/LQ belt anti deviation controller should be installed at key monitoring positions on the belt conveyor, such as on both sides or in the middle section of the belt. This is because the installation position directly affects the detection accuracy of the equipment for belt offset. Ensure that the installation location can cover the critical area of the belt, so that the equipment can detect and respond to the deviation of the belt in a timely manner, thereby improving the overall monitoring effect and system safety.
2. Why is the protection level of DKT-A36/LQ belt anti deviation controller important?
The IP65 protection level of DKT-A36/LQ means that the equipment can effectively prevent the intrusion of dust and moisture, making it suitable for high dust and high humidity environments. This is particularly important for equipment such as belt conveyors that often operate in harsh environments, as the level of protection directly affects the stability and service life of the equipment. High protection level helps equipment to operate continuously and stably in harsh environments.
3. How can the multi-level alarm function of DKT-A36/LQ belt anti deviation controller improve system safety?
The multi-level alarm function of DKT-A36/LQ can issue different levels of alarms or trigger shutdown signals based on the degree of belt deviation. An alarm is triggered when there is a slight deviation, and a shutdown signal is triggered when there is a severe deviation. This graded alarm mechanism can take appropriate measures in a timely manner to prevent further equipment damage or production accidents, thereby greatly improving the safety and response capabilities of the system.
4. What is the impact of the response time of the DKT-A36/LQ belt anti deviation controller on the system?
The response time of DKT-A36/LQ is less than 1 second, which means that the equipment can quickly detect belt deviation and respond immediately. Fast response time is crucial for preventing further equipment damage and production accidents, as it enables timely measures to be taken in the early stages of displacement, reducing the impact on the production line and ensuring the stability and safety of the belt conveyor system.
5. How to perform daily maintenance of DKT-A36/LQ belt anti deviation controller?
The daily maintenance of DKT-A36/LQ belt anti deviation controller includes the following aspects:
Regular inspection: Regularly check the operation status of the equipment, especially in high dust or high humidity environments, and pay attention to the cleanliness and maintenance of the equipment.
Cleaning equipment: Regularly clean the surface of the equipment to prevent the accumulation of dust and dirt.
Functional testing: It is recommended to conduct a comprehensive functional test every six months to ensure the normal operation of the device.
Check the connection: Check the power and signal line connections to ensure there is no looseness or damage.
Maintenance records: Record the equipment status and maintenance status during the maintenance process to facilitate tracking and management of equipment usage.
Through these maintenance measures, the long-term stable operation of the equipment can be ensured and its service life can be extended.
