6-frame "EURO" Honeycomb, with rotating cassette, stainless (rotor N/F, with cover) under "DADAN" frame
Honey race automatic for 6 frames "Daddan", control unit "EURO". Export model.
Dimensions of honey extractor:
Tank: diameter: 900 mm;
Honeycomb height: 1240 mm; 160
Ширина с ножками: 1150 мм;
The mass of the honey race: 67 kg;
The tank, rotor and cassettes are made of AISI 304 stainless steel.
Welded cassettes (argon welding).
Thickness of the rod: 3 mm - mesh, outline - 5 mm.
Size of the cell: 4 x 2 cm
The engine is attached to the shaft in the lower part of the honey comb. The electric motor of the honey extractor is powered by a 220V network, through a transformer, or by a 24V direct current with the help of two batteries connected in series. 300W electric motor.
The 6-frame honey extractor works in automatic and individual mode (depending on the parameters set on the control unit).
In the switched off state, the honey extractor cassettes are installed towards the center along the radius. And they automatically turn when turning in one or the other direction.
The rotor of the honey extractor is made of profiled stainless steel pipe.
Individual mode (possibility to set its own parameters): range of revolutions of the honey extractor rotor in individual mode — 50-160 rpm.
The working time is from 1 to 5 minutes.
Direction of movement: forward/backward
Very important!
1. The number of rotations should be selected from the average values, since the viscosity of honey can be different.
2. In no case do not change the direction of rotation of the rotor until it comes to a complete stop. Since this can lead to an overload of the motor-reducer and its failure.
(//tractor-service.com)
When using the generator, include in the circuit additional load (for example, a 150 W light bulb).
Automatic mode:
There are 6 programs that are programmed directly at the factory.
Program 1: -direction of rotation, forward: 80 rpm, working time 1.5 min.
-direction of rotation, backward: 110 rpm, working time 1.5 min.
-direction of rotation, forward 110 rpm, working time 1.5 min.
Program 2: -direction of rotation, forward: 80 rpm, working time 1.5 min.
-direction of rotation, back: 130 rpm, working time 1.5 min.
-direction of rotation, forward 110 rpm, working time 1.5 min.
Program 3: -direction of rotation, forward: 80 rpm, working time 1 min.
— direction of rotation, backward: 80 rpm, working time 1 min.
-direction of rotation, forward: 15 rpm, working time 1.5 min.
— direction of rotation, backward: 150 rpm, working time 1.5 min.
Program 4: -direction of rotation, forward: 80 rpm, working time 1.5 min.
-direction of rotation, backward: 110 rpm, working time 1.5 min.
-direction of rotation, forward 110 rpm, working time 1.5 min.
Program 5: -direction of rotation, forward: 100 rpm, working time 2 min.
-direction of rotation, backward: 110 rpm, working time 2 min.
Program 6: -direction of rotation, forward: 130 rpm, working time 2 min.
-direction of rotation, backward: 130 rpm, working time 2 min.
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