
ETO STERILIZER
ETHYLENE OXIDE STERILIZER (ETO STERILIZER) RBS MSW-110
This is a small description
- Selection support
- Configuration guidance for your application
- Delivery
- Pan-India coordination from Mohali
- After-sales
- Installation, calibration and maintenance support
Product details
Features and construction
Description
- Inner Shell (Chamber): SS 304
- Chamber Operating Pressure: Negative Cycle @-0.9kg/cm² to -0.25kg/cm²
- Chamber Testing Pressure: -0.90kg/cm²
- Door: Aluminium High Grade with SS-304 cover
- Door Locking System: Manual easy Door Locking.
- Gasket (Food Grade): Silicon Gasket (Food Grade)
- Outer Cover: SS
- Heating: Heater on all sides of the chamber for uniform heating throughout the load.
- ETO Cartridge: 40 ml Cartridge
- ETO Cartridge Punctured: The cartridge will be punctured inside the chamber.
- Temperature Sensor (Qty-1): PT-100 at drain point for accurate measuring and controlling of Temperature in the chamber
- Operating Temperature: Range- 37°C ~ 55°C
- Pressure Transmitter: For measuring and controlling the pressure – vacuum that the load is subjected to during removal and charging of steam
- All fittings on the chamber: SS – 304
- Vacuum pump: Diaphragm or Piston type vacuum pump
Automation Hardware
- # HMI 4.3” color touch screen control panel
- # Analog input: 2 (1 Temperature + 1 Pressure)
- # Resolution: Temperature (0.1), Pressure (0.001 Bar)
- # Valve: Vacuum, Gas inlet, Air vent
- # Print: Thermal Printer (2” paper width)
Technical data
Specifications and models
| MODEL | #RBS ETO-28 | #RBS ETO-55 | #RBS ETO-80 | #RBS ETO-110 | #RBS ETO-125 |
|---|---|---|---|---|---|
| CAPACITY | 28 | 55 | 80 | 110 | 125 |
| OPERATING PARAMETERS | 37°C - 55°C -0.9Kg/cm² to -0.25Kg/cm² | 37°C - 55°C -0.9Kg/cm² to -0.25Kg/cm² | 37°C - 55°C -0.9Kg/cm² to -0.25Kg/cm² | 37°C - 55°C -0.9Kg/cm² to -0.25Kg/cm² | 37°C - 55°C -0.9Kg/cm² to -0.25Kg/cm² |
| TYPE | With Thermal & Vacuum Cycle | With Thermal & Vacuum Cycle | With Thermal & Vacuum Cycle | With Thermal & Vacuum Cycle | With Thermal & Vacuum Cycle |
