Disconnection; Prolonged Stoppage - Telstar BiOptima Manual De Usuario

D. Microprocessor:
The microprocessor keeps total control over the exhaust flow and impulsion flow via the
thermoanemometer probes.
The microprocessor control system consists of:
•
Backlight graphic display.
•
Alarms shown on the display:
ALARM
Excessive laminar down flow
Insufficient laminar down flow
Excessive inflow
Insufficient inflow
Glass out of working position
Front opened
Redundant channel alarm
Power supply failure
Memory fail
Exhaust duct obstructed
•
Messages shown on the display:
MESSAGE
Fans at reduced speed
Uv light switched on
Battery needs replacement
Glass in upper position
Window is moving
E. Auxiliary microprocessor or redundant circuit.
Should the main microprocessor fail, the auxiliary microprocessor will activate the optical
alarm, and also the acoustic alarm. In such a case, move the glass to the closed position and
cover the cabinet exhaust. Disconnect the equipment and contact the Telstar Technical
Service.
4.6.

DISCONNECTION

To stop the cabinet, it is necessary to push the On/Off button (Annex A3 pos. 1) to access
the Password Request screen (Chapter 4.5 point 1). After entering the correct password, the
cabinet will disconnect.
4.7.

PROLONGED STOPPAGE

In the event of a prolonged stoppage, avoid environmental dust to go inside the cabinet by
turning the cabinet off with the glass in the closed position. It is recommended to disconnect
the battery to avoid its full discharge. When it is switched on again, proceed like the first time
it was switched on. See Chapters 3.3 and 4.1.
UM-BiOptima-EN-1907
SHOWN ON THE DISPLAY
HIGH LAM. FLOW
LOW LAM. FLOW
HIGH INFLOW
LOW INFLOW
WORK POSITION
LIFTED FRONTAL
REDUNDANT FAIL.
POWER FAILURE
MEMORY FAILURE
CLOGG.EXH.DUCT
SHOWN ON THE DISPLAY
ECO MODE
GERMICIDE
LOW BATTERY
WINDOW OPEN
WINDOW MOVING
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