Verso5 Overlay Air Mattress System 5" - Medium-High Risk
Includes mattress and pump. The Verso5 Mattress System is a medium to high risk 5" alternating overlay mattress that has dual therapy modes to fulfill individual care needs. These mattresses are made with quality materials for better clinical outcomes & long-term use. Includes a multi-functional cover with high vapour permeability to aid in microclimate management as standard.
Dual Therapy Modes
Alternating Mode: Continuously and sequentially inflates and deflates the air cells to achieve periodic pressure relief.
Static Mode: Equally inflate the air cells for a static mattress surface for caregivers to conduct nursung activities.
Durable Nylon PU Air Cell Material
High resistant to mechanical tear, durable, lightweight and compatible with REACH & RoHs standards.
Great Chlorine Resistance (Stretch Cover)
10,000ppm Chlorine resistance allows the top covers to be withstood rigorous disinfection practices.
Quick Connector with Transport Cap
Providing a stable surface for for patient transportation up to 8 hours.
Visual Low Pressure Alarm
Major problems, such as disconnections or leaks can be soon oticed via the LED alert.
Fresh Air with Antimicrobial Filter
Antimicrobial material to filter the air coming into the system from the usage environment.
CPR Strap
Quickly deflate the mattress during emergency
Cover Features
Water resistant, flame retardant, biocompatible, vapour permeable and low friction and shear. 4-way stretch, BS7175 Crib 5 & 7.
Pump Specification:
- Dimensions: 25 x 13.5 x 9.5 cm
- Weight: 1.76kg / 3.9 lb
- Case Material: Flame retardant ABS
- Supply Voltage: AC 220 - 240 V/ 50Hz; 110-120V / 60 Hz
- Operating Cycle: 9.6 mins (50Hz) / 8 mins (60Hz)
- Decibels: > 40dba
Mattress Specification:
- Dimensions: 200 x 90 x 12.7 cm
- Alternating: 1 - in - 2
- Cell Height: 17 x 5” cells
- Weight: 5.2 kg /11 Ib
- Cover Material: Nylon PU 4 way stretch
- Cell Material: Nylon PU
- Maximum Patient Weight: 160 kg /350 Ib
- Flame Retardant Standards: EN597-1; EN597-2
