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1.0 Introduction
The Labnet ProBlot™ 6 and 12 hybridization ovens provide extremely stable temperature environments and smooth variable speed
rotation that are ideal for blot hybridization and blot washing activities.
Labnet ProBlot hybridization ovens use microprocessor controls and mechanical convection to maintain a stable temperature
environment and to achieve fast chamber temperature recovery after a door opening. The oven interior is constructed from stainless
steel for corrosion resistance. ProBlot rotisseries are easily removed from the oven and are adjustable for either horizontal or more
vigorous angled blot washing. All oven doors have an integral glass window to allow observation of samples without opening the
door, and each door is fully thermal gasketed.
The ProBlot 6 and 12 ovens include a drip pan for easy clean-up of accidental spills. Hybridization bottles made of high quality
borosilicate glass, which provide a high level of protection against heat and thermal expansion are recommended for optimum ProBlot
oven performance.
2.0 Safety Information
Before using the Labnet ProBlot hybridization oven for the first time, please read this entire manual carefully. If the equipment is used
in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.
Indicates a potential risk and alerts you to proceed with caution.
Indicates AC Power On.
°C
Indicates Degrees Centigrade.
Indicates the presence of a potential hazard which could result in electrical shock.
CAUTION: To avoid accidental bodily harming or burning be very careful touching the metal parts of the unit. It can be
very hot after it is used at high temperatures. Allow the metal parts to cool down before handling.
Indicates Temperature.
Identifies a Protective Earth (PE) terminal, which is provided for connection of the supply system's protective earth
(green or green/yellow) conductor.
2.1 Operation Safety Precautions
Although the Labnet ProBlot hybridization oven has been designed to minimize user exposure to radioactive materials,
proper precautions must be taken when using radioactive material.
Always inspect the hybridization bottles, caps and seals before use. Do not use bottles, caps, or seals that are cracked
or chipped. Cap seals should be replaced if they are severely deformed or discolored. Special attention should be paid to
inspecting bottle rims/threads.
Do not take bottles to temperatures higher than 70°C without opening and retightening the cap to relieve pressure
build-up. Temperatures above 70°C can cause breakage of hybridization bottles. If chamber temperatures rise above
70°C when bottles are in use, do not open the oven door. Reduce the temperature setting to below 70°C or turn the
power Off and allow sufficient time for the bottles to cool below 70°C before opening the door.
Instruction Manual
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