What to do if my BUSCH MINK MM 1402 AV does not start?
If your BUSCH Water Pump isn't starting, there could be several reasons. First, the motor might not be getting the right voltage, so check the power supply. Second, the motor itself could be defective, requiring a replacement. Third, the coupling might be defective and needs replacement.
Why does my BUSCH Water Pump run too hot?
If your BUSCH Water Pump is running too hot, it could be due to several factors. Insufficient cooling may be the cause, so remove any dust and dirt from the machine. Also, the ambient temperature might be too high. Ensure you are adhering to the permitted ambient temperature. The temperature of the process gases at the inlet may also be too high, so make sure to observe the permitted gas inlet temperature. Finally, check if the oil level is too low and top up the oil if necessary.
How to fix a noisy BUSCH Water Pump?
If your BUSCH Water Pump is running very noisily, it could be due to a worn coupling, which would need to be replaced. Another possible cause is the oil level being too low, so top up the oil. Defective bearings could also be the reason.
What to do if BUSCH Water Pump pressure is low?
If your BUSCH Water Pump isn't reaching its usual pressure, it might be because the inlet screen is partially clogged, so clean it. Alternatively, if fitted, the inlet filter cartridge may be partially clogged and require replacement. It is also possible that internal parts are worn or damaged.
General| Brand | BUSCH |
|---|---|
| Model | MINK MM 1402 AV |
| Category | Water Pump |
| Language | English |
Explains the claw principle operation and air-cooling of the MINK vacuum pump.
Details the intended use for suction of dry, non-aggressive, non-toxic, non-explosive gases.
Covers available design options like Aqua and Gas Tight versions, identified by codification, including specific features.
Notes that the machine lacks start controls and they are provided during installation.
Lists optional accessories such as inlet filters, vacuum relief valves, and condensate drains.
Specifies environmental and ventilation requirements for safe and efficient operation.
Details connection sizes for suction (G3) and discharge (R2), and line size considerations.
Provides a step-by-step guide for filling the machine with the correct type and amount of oil.
Details electrical connection, safety, overload protection, and wiring diagrams for three-phase motors.
Outlines specific procedures for commissioning when conveying condensable vapours (water).
Details recommended maintenance intervals and tasks based on operating hours and conditions.
Explains the procedure for checking the oil level, including waiting times and result interpretation.
Provides instructions and illustration for cleaning ventilation grilles, cooling fins, and inlet screens.
Offers a detailed step-by-step guide for performing an oil change on the machine.
Details the procedure for checking and cleaning pressure relief lines for the gas tight version.
Covers steps for safe dismantling, oil draining, and proper disposal of machine components.
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