FGT-120CE dry and wet separation

The ICU dry and wet separation suspension bridge is used in the hospital ICU ward. It is an essential medical rescue auxiliary equipment for the modern intensive care unit. It is mainly composed of a bridge frame, a dry section and a wet section. It is characterized by a reasonable dry and wet section separation structure, a wet section with a flexible infusion stand and an infusion pump stand. The wet and dry section is equipped with a medical monitoring instrument platform that can be adjusted up and down. On the dry and wet ends, oxygen, air, suction, strong and weak electricity, and network input terminals are respectively arranged on the tower body that the medical staff can reach. The wet section adopts a cantilever structure, which improves the treatment space. The moving rotating part adopts pneumatic braking, which can lock the position and direction of the tower arbitrarily. In addition, various medical accessories can be selected according to your requirements.
Basic parameters and configuration:
1. Rotation angle 340°, lateral running distance: ±500mm.
2. Equipment tray: load ≤ 60Kg.
3. Beam length: 2.4-3.2m.
(1), beam load ≤ 250Kg
(2), the horizontal operation mode of the hanging box
(3) Dry area load ≤150Kg
(4), wet area load ≤ 150Kg
(5), wet area hanger length ≤ 1000mm
4. Attachment configuration (subject to actual demand):
(1), 690mm × 400mm equipment tray.
(2), with drawer tray.
(3), various infusion stand.
(4), safe low-voltage halogen lighting (on the built-in beam, integrated with the beam).
(5), 1 monitor network interface.
5, dry area: (suspended column)
(1), 2 layer equipment tray bracket +1 layer bottom drawer.
(2) One stainless steel sundries basket (with debris).
(3), 4 gas terminals (oxygen × 1, air × 1, negative pressure × 2).
(4), 8 electrical plug terminals.
(5), 1 network interface.
6, wet area: (cradle)
(1), hanger length ≤ 1000mm.
(2), 2 layer equipment tray bracket +1 layer bottom drawer.
(3), stainless steel adjustable infusion stand.
(4) Three gas terminals (oxygen × 1, air × 1, negative pressure × 1).
(5), 6 electrical plug terminals.