Jet Cleaner TANKO-JM
3.2.2 Function of the JM500
The item numbers shown in brackets refer to the Figure 7.5-2: Internal construction of the JM500-G22.
The cleaning fluid enters at the connection cover (01) and flows through the holes of the flow-in disk (11) into the inside of the device in order to cause turbulent movement underneath the flow-in disk (11) in the liquid around the rotor shaft (12). The liquid hits against the star wheel of the rotor shaft (12) and causes the rotor shaft (12) to go into rotation. The liquid then flows through the side bores in the rotor shaft (12) into the shaft-axle connection (15) and is distributed through shaft-axle connection (15) in the nozzle carriers (18) with the nozzles (08). From there, the fluid passes through the nozzle openings and back out again. Any leakages from the cleaning device are used for the device’s self -cleaning. The rotation of the rotor shaft with star wheel (12) causes an orbital rotation of the nozzle carrier (18) around the rotor shaft with star wheel (12). A simultaneous rotational movement of the nozzle carriers (18) around the respective axle of the nozzle carrier (16) is triggered by the gearing of the bevel gears (14; 17). The different number of teeth in the bevel gear wheels (14; 17) causes an offset in the nozzle position with each revolution and thus the initiation of a 360° spray angle.
JM500 cleaning times:
The speed of the cleaning head varies depending on the volume flow rate which is determined in particular by the number of nozzles, the size of the bores in the nozzles and by the pressure of the cleaning agent. – If the entry pressure is 3.5 - 13 bar (51 - 189 psi), the speed of the cleaning head is 5 - 20 rpm. Fluctuations of 10 – 15% are to be expected due to the design. – A complete cleaning cycle is completed after 45 revolutions. At a speed of 5 rpm, 9 minutes are required for a complete cleaning cycle. – In order to determine the cycle time, divide the number 45 by the number of revolutions of the cleaning head per minute. The speed of the cleaning head can be modified in the medium or bypass plug in the inflow disk to match the various operating situations (e.g. pressure, installation position and temperature of the cleaning medium). When the medium pressure on the device is the same, the exchange of the medium plug (bypass) with the smaller bore leads to lower consumption. The flow speed via the bores/plugs of the inflow disk increases at the same time. This causes the actuator to become stronger/faster up to a certain ratio of pressure and volume flow rate and results in an increase in the speed of the cleaning head.
After installation of the device, you must check the speed of the cleaning head (see section 6.2. Functional Check / Trial Run ). The speed must be adjusted if it is outside the recommended range.
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Translation of the original Operating / Installation Instructions 2016/12 3 Construction and Function
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