Iron alloy safety doors have a long service life

Driving magnetic collision safety door deviceLYCAM-01-10A is a proximity switch with high technical content, high stability, high reliability, and high consistency. The working principle is to generate a magnetic field around the sensor by changing the position and polarity of the trigger, which causes the contact points of the sensor to move. Internally installed with a strong magnetic device, when the end beam boarding gate is close to this product, the strong magnetic device tightly adheres to the device and outputs a signal to the electronic control system, synchronizing the locking of the door with the signal output, making it easier for staff to operate and pass through the end beam boarding gate. By adopting the principle of magnetic attraction limit control, it solves the problem of traditional door latches not being synchronized and having poor seismic resistance and easy damage. It is a new product aimed at addressing the safety hazards of crane end beam boarding doors in on-site useReplacing the door bolt and safety switch on the end beam boarding gate has the advantages of long service life, strong seismic resistance, simple installation, no need to change the electrical control system, and prevention of safety hazards.

Technical Specifications:

1. Rated current: 10A

2. Environmental temperature: -20 ℃ -+65 ℃

3. Relative humidity:<95% (+25 ℃)<>

4. Suitable for environments with severe dust, including conductive powders

5. Suitable for places with moderate to low vibration or impact

6. Shell protection level: IP67

7. Rated circuit voltage: 110-380V

Driving magnetic collision safety door deviceEquipped with a microprocessor, the limit block is made of iron alloy with a thickness greater than 3mm. The limit block is equipped with a passive RFID position tag. The microprocessor is equipped with RFID, RFID antenna, driver module, power module, storage analysis module, indicator light, and wireless communication module. When the permanent magnet device is close to the limit block, it is tightly adhered together by strong magnetic force. The driving module is turned on and off, and the wireless communication module performs bidirectional data transmission between the monitoring server as a transfer station and the remote management platform By obtaining passive RFID location tag data through RFID, the location information and boarding gate locking information are transmitted to a remote management platform for real-time monitoring, ensuring the safety of operators on the crane

Usage: This device does not require external power supply. Simply connect the red and blue leads to the translation control circuit. To ensure that the internal status indicator lights of this device work properly, please choose the correct circuit for use.

General safety protection device for lifting machinery

1、 Safety devices that restrict movement range and work position

Lifting height limiter, operating stroke limiter, amplitude limiter, anti roll device, rotation locking device, buffer and level gauge.

2、 Anti overload safety device

Load limiter, lifting torque limiter, and limit torque limiting device.

3、 Wind resistant, anti-skid, and anti rollover device

Wind resistant and anti-skid device, anchoring device, windproof and anti rollover safety hook

4、 Interlocking protection

Cabin door interlocking, channel interlocking, electric manual conversion interlocking, etc

5、 Other safety protection devices

Rope breakage protection, emergency stop switch, and brake should be installed in the safety protection device of the elevator. The safety protection device of mechanical parking equipment should be equipped with blocking devices, entrance and exit interlocking devices, automatic door anti pinch devices, safety clamps, speed limiters, etc.