Aluminum Straight Boom Electronic Car Park Barrier Gate DC24V Variable Frequency Barrier

Aluminum Straight Boom Electronic Car Park Barrier Gate DC24V Variable Frequency Barrier

Barrier Gate Application

Suitable for indoor as well as outdoor parking area. Parking lots, toll gate, goods yard, railway crossing, commercial premises, apartment block access, shopping malls, hospitals, stadiums, business centers,etc.

Parking Barrier Technical Specification

Barrier Gate Features:

1. No clutch design: open the barrier gate by manual handwheel when the power of.
2. No limit switch design: the motor can detect the boom position automatically.
3. Bi-direction boom holder design: left- installation and right-installation can be exchanged easily and quickly.
4. Self-detect after power-on, open/close speed is adjustable.
5. With auto-reversing on obstruction function.
6. Infrared photocell interface and Loop detector interface are available.
7 . Built-in delay auto-closing function ,coordinated with counting function .
8. With auto-aging test function.
9. NO / NC wire control signal input is optional.

Parking Barrier Gate Advanced Features:

1. Safe---the barrier will automatically go back when meet obstacles during closing.

2, Swing Out Arm will swing out when hit directly by vehicle (only 1 second model ) to avoid further damage on the vehicle.

3. Fan cooling machine reduces the motor temperature by high frequency using, and never get over-heated. Unique temperature calefaction design for low temperature using prevents freezing in cold weather.

4. Exactitude aluminum alloy die-casting motor base reduces the noise and joint abrasion to prolong the barrier gate working life.

5. Thimble type motor worm design for preventing plugging up in using.

6. Balance spring--- no noise and easy adjusting.

7. Double limit ways (electronic limit and motor sensor memory limit) for boom rising and falling.

All Product Tests Before Delivery:

WEJOIN utilizes advanced testing equipment and various testing methods in all production processes.