APQUIP 112 INCUBATOR *** OPERATORS MANUAL
INTRODUCTION .......
This revolutionary design by APQuip incubators, gives the beekeeper full control of the incubator.
With the Voltmeter (Item 4 below) and use of the AC and DC cables supplied, the beekeeper will
monitor and maintain the battery voltage within the incubator at all times.
The incubator must be plugged in and powered up wherever possible. Use the battery power where
necessary for portable use .
With the Dual digital temperature gauge (Item 1 below) and the temperature controller (Item 3 below )
the beekeeper will manage the temperature distribution within the incubator to their specific individual
and environmental requirements.
FAQ
1. Q: Can I plug the DC vehicle and the 240v AC cable at the same time.
A: Yes, the charge curcuits are separate. Selection via switch (Labelled 6 ) is necessary to choose
desired circuit. (ONLY CHOSEN CURCUIT WILLL BE USED)
2. Q: will I harm the incubator if I leave it on
A: If the elements are not required for some time , turn them off at the temperature controller
or (Main switch 2)
A: Leaving the incubator pluggged in to AC (Long term ) is advisable, for battery maintenance
and longivity.
3. Q: When I am using my incubator on battery mode (Not plugged in at all) after some time I hear
clicking noise
A: The ocasional click is normal (Every couple minutes)
A: Fast clicking (Every 2 seconds) This is an indication that the battery voltage is reaching the
battery protection cut off level. Charge immediately
4. Q: What setting do I use for SV in order to get 33 C on the sponge.
A: In the factory we use various SV settings to observe temperature stability only, the setting is
sensitive to environmental changes. Individuals need to carry out personal research.
A: remember the incubator is heated only, and does not have a cooling function. Caution must
be taken to keep the incubator cool, out of direct sunlight and well ventilated
A: Approximate value, To obtain 33 C in the middle of the sponge a SV of 38 C may be necessary.
There is always a heat loss between the heating plate and the sponge. This figure will be
influenced by the environment.
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