
Product Overview:SZL-VL-F deviation switch is a high-performance industrial equipment designed specifically for belt conveyor systems, used to monitor the deviation of belts. This device has an IP65 protection level, which can effectively prevent the intrusion of dust and moisture, ensuring stable operation of the device in harsh environments. Its rated voltage is 250VAC and rated current is 10A, suitable for deviation monitoring of various industrial conveying systems.
Main features:
High protection levelThe device has reached IP65 protection level and has excellent waterproof and dustproof capabilities, suitable for use in dusty or humid industrial environments.
High rated voltage and currentSupports a working voltage of 250VAC and a rated current of 10A, meeting the needs of most industrial applications.
High sensitivityBuilt in high-sensitivity sensors can accurately monitor the deviation of the belt and issue timely alarms.
Dual level alarm functionThe device provides a two-level alarm function, issuing a warning when there is a slight deviation and triggering a shutdown when there is a severe deviation to protect the conveying system.
durableThe shell is made of high-strength materials, which are impact resistant and corrosion-resistant, suitable for various harsh working environments.
Easy to installCompact design, easy installation, and quick integration into existing belt conveyor systems.
Technical parameters:
working principle:
The SZL-VL-F deviation switch is installed at a critical position on the belt conveyor to monitor the real-time running trajectory of the belt. When the belt deviates, the internal sensor will detect the deviation and trigger an alarm or shutdown function through the output signal. The dual level alarm function of the equipment can issue a warning in case of slight deviation and trigger system shutdown in case of severe deviation to avoid equipment damage and production accidents.
Application scenarios:
Installation and maintenance:
Installation locationIt is recommended to install the SZL-VL-F deviation switch at key locations of the belt conveyor, such as belt bends, belt heads and tails, which are prone to deviation.
Wiring operationConnect the wires correctly according to the product manual to ensure a stable connection and stable signal transmission.
Adjust the detection angleAdjust the detection angle of the equipment according to the operating characteristics of the belt to ensure the best monitoring effect.
Regular inspectionCheck the working status of the equipment every quarter to ensure that the sensors are working properly and the signal output is accurate.
Cleaning and maintenanceRegularly clean the surface of the equipment and the interior of the junction box to prevent dust and debris from affecting equipment performance.
Safety precautions:
Summary:The SZL-VL-F deviation switch has the characteristics of IP65 protection level, high rated voltage and current, dual level alarm function, and high sensitivity detection, and is suitable for deviation monitoring of various belt conveyor systems. This device ensures the stable operation of the belt conveyor system through effective detection and alarm functions, avoiding equipment damage and production interruption caused by deviation.
1. What are the installation steps for SZL-VL-F deviation switch?
Users may need to have a detailed understanding of how to correctly install equipment, including steps such as fixing positions, wiring methods, and equipment adjustments, to ensure that the equipment can operate properly.
2. What is the maintenance frequency and method for SZL-VL-F deviation switch?
Users may be concerned about the regular inspection and maintenance requirements of the equipment, such as cleaning cycles, inspection items, and replacement parts, to ensure long-term stable operation of the equipment.
3. How to adjust the detection angle of SZL-VL-F deviation switch?
Users may need to understand how to adjust the detection angle of the equipment to adapt to different belt conveyor systems and optimize the deviation monitoring effect.