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AUTOCLAVE COMPONENTS IDENTIFICATION
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PANEL - It is located in the front part of the autoclave, it is injected in ABS plastic (Fig. 4, page 10).
LID - Located right behind the panel, it is responsible for closing the autoclave chamber. It’s made of stainless steel
(Fig. 7, page 10).
KEYBOARD - Located on the panel, it is where the controls keys and indicative LEDs are (Figs. 4 and 5, page 10).
PRESSURE/TEMPERATURE INDICATIVE LEDs BAR - It shows the autoclave pressure and temperature. It’s located on the
left side of the keyboard (Fig. 5, page 10).
HANDLE - Located in the front part of the autoclave (Fig. 4, page 10), it’s used to open, close and lock the
autoclave door (panel/lid set). Check the door correct locking position on Figs. 17 and 18 (Page 13).
DOOR GASKET Attached to the door, its function is to seal it with the chamber (Figs. 6 and 7, page 10), it also works -
as a safety device. See “Safety Devices” (Item 4, page 11). It requires weekly maintenance. See “Preventive
Maintenance” (Page 19).
SAFETY VALVE AND ANTI-VACCUM VALVE - The safety valve is one of the devices responsible for relieving the pressure
inside the chamber in case it goes beyond the established limits. The anti-vacuum valve has the same function, it
releases the vacuum inside the chamber when needed (Fig. 7, page 10). See “Safety Devices” (Page 11).
INTERNAL STEAM EXITS - There are two orifices inside the chamber (Fig. 11, page 11) that work as conduits for the
steam from the chamber to the solenoid valve. They must be inspected daily to be kept free from obstructions.
ATTENTION! When loading the instruments/articles into the autoclave, be careful not to put them against or too close
to the internal steam exits, that will cause interference in the cycle.
EXTERNAL STEAM EXIT - Located in the back part of the autoclave (Fig. 1, page 8), it has a diameter of 5/16” for the
connection of the discharge hose, which is then connected to the plumbing system or proper container for this
purpose. It releases the cold air in the beginning of the cycle and the steam at the end of it. See “Installation
Instructions” topic “Hydraulic Installation” (Page 8).
SOLENOID VALVE - Internal component of the equipment responsible for the deareration and depressurization. It
opens it the beginning of the heating stage eliminating the cold air from the chamber, then it shuts down to allow
pressure build up for the sterilization and opens again at the end of the cycle for the depressurization of the
chamber.
BASE - The base of the autoclave (metallic structure) is produced in carbon steel with textured electrostatic painting.
The paint used (Nobak) has antimicrobial properties (Fig. 11, page 11).
COVER - It is produced in carbon steel with textured electrostatic painting. The paint used (Nobak) has antimicrobial
properties (Fig. 11, page 11).
TRAYS HOLDER - It's provided 1 tray holder for each model, Vitale 12 (Fig. 12, page 11) and Vitale 21 with silicone
pads (Fig. 14, page 11).
TRAYS - Provided are 2 trays for Vitale 12 (Fig. 13, page 11) and 3 trays for Vitale 21 (Fig. 15, page 11), to keep the
instruments to be sterilized free from any direct contact with the water and internal surface of the autoclave chamber.
BUZZER - Internal device integrated to the circuit board, its function is to emit the beeps produced by the autoclave.
MEASURING CUP - It’s used to measure the right amount of distilled water necessary for the sterilization process (Fig. 8,
page 10).
POWER CABLE - Used to connect the equipment to the power outlet. Note: The Vitale 21 (127V) model has a non-
detachable power cable (Fig. 1, page 8 and Fig. 9, page 10).
CLAMP - Used to fasten the discharge hose to the external steam exit (Fig. 10, page 10).
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