1) The anti smashing glass used on the protective cabin door should have a metal protective frame around it, with a width and thickness greater than or equal to 60mm × 40mm. When the cabin door is in the closed state, the gap between the door leaf and the door frame should be less than or equal to 3mm on the fixed side and less than or equal to 3mm on the open side. The width of the door leaf is 70mm: the bottom of the cabin door should have a scratch resistant design.

2) Square protective cabins should use manual doors, and their performance should meet the following requirements:

The cabin door should use hinges with anti pinch function, and the load-bearing capacity should be greater than or equal to 50kg.

The hinge of the door leaf should rotate flexibly, and the door body should rotate 90-110 ° flexibly under a tensile force not exceeding 49N.

Mechanical and electrical control locks should be installed on the door, with lock holes not exposed, and the locks should meet the requirements of national standards.

The lock should be able to be manually opened inside the cabin.

When there are no customers inside the cabin, the lock is in the open state, or it can be unlocked outside the cabin by pressing a button.

The door leaf should be equipped with a door closer, which should meet the requirements of delay anti pinch in QB/T 2698-2013 Door Closer.

After the customer enters the operating area and the door is closed, the lock should automatically lock.

3) The area of the customer operation area should not be less than 1.2 square meters (due to individual objective limitations, it should not be less than 0.65 square meters).

An external concealed emergency unlocking device should be installed, with a key opening rate not exceeding 1 ‰.

4) The roof frame and outer panels of outdoor protective cabins should be made of steel plates with a thickness greater than or equal to 1.2mm or materials with equivalent strength. The width and depth of the frame should be ≥ 20mm, and the inner panel should be firmly connected to the cabin frame; The outer panel should be treated with waterproofing and anti-corrosion, and the top panel should have a certain slope to prevent water accumulation.

5) The height of the indoor protective cabin should be greater than or equal to 2400mm.

6) Indoor through wall ATM protective cabin should have louvered ventilation holes on the roof, and a gap should be left within 100mm of the ground to maintain ventilation and air permeability inside the cabin.

7) The protective compartment installed for outdoor wall mounted self-service equipment should have a closed roof and ventilation equipment should be installed inside. A gap should be left within 100mm of the ground to maintain ventilation and air permeability inside the compartment.

8) All protective cabins must be equipped with fully enclosed steel wire ducts that can provide monitoring systems, 110 systems, remote monitoring security systems, and strong and weak electrical systems at the top.

9) The control system consists of human body sensing devices, anti tailgating devices, alarm devices, control centers, etc. It controls the opening and closing of locks, lighting, ventilation, and voice prompt equipment. The system can be linked with video surveillance and alarm devices to achieve remote control.