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Overview
Single arm pendant ZSAP-A10 comes with an impressive load capacity of 220kg. It also has an adjustable horizontal arm range from 700mm to 1100mm. It is built to support heavy equipment while adapting to any facility’s unique needs. The height-adjustable instrument platform features anti-collision silicone gel protection, ensuring both safety and convenience for your healthcare team. Our device maximizes safety, minimizes clutter, and provides exceptional care.
Specifications:
| Net Load Capacity | ≥ 220kg |
|---|---|
| Horizontal Arm Range of Motion (Radius) | 700 to 1100mm (customizable based on hospital requirements) |
| Gas Interface Configuration | 2 Oxygen, 2 Suction, 2 Empty (customizable);<br/> anti-misconnection, > 20,000 plug/unplug cycles, secondary seal with 3 states (on, off, repairable) |
| Power Sockets | 10 x 220V, 10A; 1 x Network Interface; 2 x Grounding Terminals |
| Instrument Platform | 2 layers (height adjustable),<br/> 600mm × 450mm with silicone gel anti-collision corner protection |
| Terminal Box Rotatable Angle | 0 to 340° |
| Additional Features | 1 drawer; 1 stainless steel adjustable infusion rod bracket |
| Separation of Power and Gas | Power interface at the back; Gas sources on both sides of the tower for safety |
| Main Material | High-strength aluminum alloy profiles |
| Ceiling Mounted Installation | Stable and firm installation for secure use in healthcare settings |
| Surface Treatment | Electrostatic spraying for durability and a sleek finish |
| Transverse Arm Thickness | > 10mm |
| Power Supply | AC220V, 50Hz |
Features
High load capacity
Customizable horizontal arm rang
Advanced gas interface
Reliable power supply
Height-adjustable instrument platform
Rotatable terminal box
Enhanced safety
Durable construction
Ceiling-mounted stability
Practical storage solutions
Applications
Single arm pendant ZSAP-A10 is used in operating rooms, intensive care units (ICUs), and surgical environments, providing efficient access to medical utilities, power, and gas supply systems while enhancing space organization and supporting heavy medical equipment with ease.
