-
Inner chamber, outer chamber and support ring are fully made of stainless steel (SS-304 grade).
-
Heaters cover stand and carrier/bucket are made of Stainless Steel.
-
Lid made of thick machined Stainless Steel plate.
-
Radial locking lid ensures user safety and safe locking.
-
Lid is fitted with Pressure Gauge, Spring Loaded Safety Valve, extra Safety Valve, Manual Exhaust Valve, Vacuum Breaker-cum-Purge Valve as a safety device and water level indicator.
-
Drain Valve facilitates easy cleaning of the chamber.
-
SILICON DOOR SEAL / GASKET.
-
All internal joints are argon arc welded, ground and polished to give crevice free internals.
-
Processor based Controller with time and temperature programmable by user.
-
Class 'A' Platinum (Pt-100) sensor, enabling precise and accurate monitoring.
-
Low water level alarm and cut off for safety of heater.
-
Sensor open alarm and display.
-
End of cycle buzzer to alert the user and auto reset.
-
Miniature Circuit Breaker for MAINS On/Off plus safety of control panel.
-
Solenoid Valve for automatic purging and exhaust (user settable).
-
Industrial grade energy efficient heaters reduce power bills drastically.
-
These are fully automatic models requiring no human intervention till a full sterilization cycle is over.
-
A heavy duty high pressure system to work on a maximum pressure of 20 psi or 30 psi as ordered.
-
Features a COMPACT SINGLE BOX PLC with built in HUMAN MACHINE INTERFACE.
-
7 segment LED interface has 3 displays (3+4+4) digit +5keys.
-
Processor based Controller with time and temperature programmable by user.
-
Class 'A' Platinum (PT-100) sensor, enabling precise and accurate monitoring.
-
Digital input 6 PNP-11 to 30VDC and analog input 2 CH-TC/RTD/0-10V/0-29 (User selectable).
-
4 relay digital output and 1CH (0-10v)/0-20 ma Analogue output .
-
Standard Validation Port for insertion of probes for external Multichannel Temperature Sensors / Scanners for validation qualification and documentation purposes.
-
A Double Tier Password Data Security Lock for data security.
-
It is very important to ensure that all the trapped air is removed before activation of a sterilization cycle, as hot air is a very poor medium for achieving sterility. Steam at 134oC can achieve in THREE MINUTES the same sterility that hot air at 160oC takes two hours to achieve.
-
To enhance the high pressure sterilization at 134oC multiple/series of STEAM PULSES are carried out, through our SUPER SMART PLC+HMI, in which the chamber is alternately PRESSURIZED AND DEPRESSURIZED (THERMAL PURGING) to achieve a total STERILE CHAMBER ready to for actuation of Main sterilization process.
-
Digital pressure indicator displayed pressure directly into main control panel.