What to do if my BUSCH MINK MM 1104 BV does not start?
If your BUSCH Water Pump isn't starting, it could be due to several reasons. First, check the power supply to ensure the motor is receiving the correct voltage. If the power supply is adequate, the motor itself might be defective and need replacement. Another potential issue is a defective coupling (CPL), which would also require replacement.
Why is my BUSCH Water Pump running too hot?
If your BUSCH Water Pump is running too hot, several factors could be the cause. First, check for insufficient cooling by removing any dust and dirt from the machine. The ambient temperature may be too high, so ensure it's within the permitted range as specified in the Technical Data. Also, verify that the temperature of the process gases at the inlet is within the permitted limits, as detailed in the Technical Data. Finally, check the oil level and top it up if it is too low.
Why is my BUSCH MINK MM 1104 BV Water Pump running very noisily?
If your BUSCH Water Pump is excessively noisy, there are a few potential causes. One possibility is a worn coupling (CPL), which would need to be replaced. Another cause could be that the oil level is too low, so you should top up the oil. It could also be due to defective bearings, in which case you should contact Busch to repair the machine.
What to do if my BUSCH MINK MM 1104 BV does not reach the usual pressure on the suction connection?
If your BUSCH Water Pump isn't reaching the usual pressure on the suction connection, it could be due to a few reasons. The inlet screen (IS) might be partially clogged, so you should clean it. If your pump has an optional inlet filter cartridge, it may be partially clogged and need replacement. It is also possible that internal parts are worn or damaged, in which case you should contact Busch to repair the machine.
What to do if my BUSCH MINK MM 1104 BV Water Pump starts, but labours or runs noisily or rattles?
If your BUSCH Water Pump starts but runs noisily, check for loose connections in the drive motor terminal box and ensure all motor coils are properly connected, especially on motors with six coils; tighten or replace any loose connections. Also, verify that the pump is running in the correct direction. Foreign objects or stuck bearings inside the pump could also be the cause.
Why is my BUSCH MINK MM 1104 BV blocked?
Your BUSCH Water Pump could be blocked due to solid foreign matter entering the pump. Make sure the suction line is equipped with a screen and consider adding a filter. Another cause could be corrosion from remaining condensate. Check the process.
What to do if the temperature monitoring has tripped on my BUSCH MINK MM 1104 BV?
If the temperature monitoring has tripped on your BUSCH Water Pump, indicating that the permissible temperature at the outlet has been exceeded and the pump has shut down, the problem may be insufficient air ventilation. Ensure that dust or dirt isn't impeding the cooling of the pump; clean the fan cowlings, fan wheels, ventilation grilles, and cooling fins. Also, make sure that the ambient or inlet gas temperature is not too high, and that the mains frequency or voltage are within the tolerance range. Partial clogging of filters or screens, or in the suction, discharge, or pressure line, or lines with too small diameter may also be the cause; remove any blockages or use larger diameter lines.
What to do if the drive motor is running, but the BUSCH Water Pump stands still?
If the drive motor is running, but the BUSCH Water Pump remains still, the coupling between the drive motor and the pump is likely defective and needs replacement.
General| Brand | BUSCH |
|---|---|
| Model | MINK MM 1104 BV |
| Category | Water Pump |
| Language | English |
Specifies the intended application and operational limits of the vacuum pump.
Defines the purpose and scope of handling the vacuum pump as per instructions.
Highlights potential hazards and safety precautions using DANGER, WARNING, CAUTION tags.
Warns about high-intensity noise and the need for hearing protection.
Details the safety concept for preventing excessive temperatures via sensors.
Explains pressure monitoring for safety shutdown.
Explains the cooling mechanisms of the vacuum pump.
Notes that the vacuum pump is supplied without start controls.
Instructions for transporting the vacuum pump when packed.
Procedures for handling the vacuum pump when transported without its original packaging.
Guidelines for storing the vacuum pump for short periods.
Procedures for conserving the vacuum pump for longer storage periods.
Essential conditions and checks before installing the vacuum pump.
Specifies requirements for the installation location and surrounding space.
Details on connecting the suction line, including filter requirements.
Instructions for connecting the gas discharge line, especially for explosive atmospheres.
Guidelines for connecting the vacuum pump electrically, including ATEX motor considerations.
Steps and checks for mounting the vacuum pump securely at its location.
Procedure for checking the oil level in the synchronising gear.
Detailed instructions and warnings for electrical connections.
Guidance on connecting suction and discharge lines with equipotential bonding.
Procedure for verifying the correct operation of measurement and safety instruments.
General usage instructions and warnings for operating the vacuum pump.
Defines maintenance intervals and tasks.
Maintenance tasks to be performed monthly, including filter checks.
Maintenance tasks to be performed every three months, including oil checks.
Maintenance tasks to be performed every six months, including cleaning and checks.
Maintenance tasks to be performed annually, including inlet filter replacement.
Procedure for temporarily taking the vacuum pump out of service.
Introduction to the documentation for measurement and safety instruments.
Details on resistance thermometers delivered without transmitters.
Information on thermometer systems including transmitters.
Technical data and installation notes for the optional pressure switch/indicator.
Technical data for vacuum pumps with standard motors, excluding Ex-zone environments.
Technical data for vacuum pumps equipped with Ex-motors.
Defines the specific use of WIKA resistance thermometers and thermocouples in hazardous areas.
Specifies the required skills and qualifications for personnel handling the instrument.
Crucial safety instructions for ATEX and IECEx certified instruments to maintain explosion protection.
Details specific hazards related to ATEX usage, hazardous media, and ESD protection.
Explains the meaning of various labels and safety marks on the instrument.
Technical specifications for WIKA resistance thermometers, including sensor types and accuracy classes.
Lists different thermocouple sensor types and their recommended maximum operating temperatures.
Details various thermocouple sensor types and their temperature limits.
Describes the construction of WIKA thermometers, including sheathed cables and measuring points.
Lists the items included in the scope of delivery for the thermometer.
Instructions for checking the instrument for transport damage.
Guidance on keeping the original packaging for protection during transport or repair.
Permissible storage conditions, including temperature, humidity, and environmental factors.
Important warnings and considerations for making the electrical connection.
Wiring diagrams for connecting resistance thermometers.
Wiring diagrams for connecting thermocouples.
Information on multipoint thermocouples and their housing configurations.
Requirements for cable glands to ensure proper ingress protection.
Instructions for connecting parallel threads, including seal usage and tightening.
Guidance on connecting tapered (NPT) threads, including sealing and lubrication.
General rules and responsibilities regarding ATEX directive compliance and equipment modification.
Specific conditions for safe use related to intrinsically safe circuits and electrostatic discharge.
Explains the Ex marking for gas and dust atmospheres, including temperature classes.
Details on temperature classes and ambient temperature limits based on instrument configuration.
Addresses heat backflow from the process affecting transmitter temperature.
Illustrates different temperature zones and transmitter configurations.
Guidance on determining neck length (N) and dimension (X) to manage heat transfer.
Illustrates various mounting methods in hazardous areas according to ATEX directives.
Shows installation methods for instruments in gas hazardous areas.
Discusses partition wall requirements and instrument installation across zones.
Maximum connection values for instruments without built-in transmitters or displays.
Electrical data for instruments with built-in transmitters or digital displays.
Electrical data for FISCO model compliant instruments with integrated components.
Electrical data for multipoint thermocouples assembled from individual sheathed cables.
Example calculation for self-heating at an RTD measuring point within a thermowell.
Example calculation for self-heating of an RTD sensor with a sheathed cable.
Calculation example for self-heating of a resistance thermometer with a thermowell.
States that WIKA thermometers are maintenance-free, with repairs by the manufacturer only.
Safety precautions and methods for cleaning the instrument.
Safety warnings and procedures for safely dismounting the instrument.
Instructions and requirements for returning instruments to WIKA for service.
Guidance on environmentally compatible disposal of instrument components and packaging.
Technical specifications related to the ATEX certificate for the thermometer.
Electrical parameters for instruments without integrated transmitters or digital displays.
Specifics for intrinsic safety circuits using Ex ia or ib for IIC gas groups.
Specifics for intrinsic safety circuits using Ex ia or ib for IIIC dust groups.
Electrical parameters for instruments equipped with transmitters or digital displays.
Electrical data for FISCO model compliant instruments with integrated components.
Information on multipoint thermocouples and their electrical data.
Details on coaxial multi-point thermocouples and their circuit considerations.
Notes on using instruments in methane atmospheres, including optional marking.
Specific conditions required for the safe use of the instrument, including installation and environmental limits.
Instructions for the physical installation of the iTEMP® PCP TMT181 transmitter.
Wiring diagrams for connecting the iTEMP® PCP TMT181 transmitter to sensors and power.
Physical dimensions of the iTEMP® PCP TMT181 transmitter.
Guidelines for potential equalization of shielding for signal integrity.
Instructions for operating the head transmitter using PC software.
List of available accessories for the TMT181 transmitter, including software and mounting kits.
Information on obtaining supplementary technical documentation for the transmitter.
Safety instructions specific to the iTEMP® temperature head transmitters.
Comprehensive safety guidance for electrical apparatus in potentially explosive atmospheres per ATEX Directive.
Detailed safety instructions for intrinsic safety (Ex ia) installations.
Specific safety instructions for operating in Zone 1 and Zone 2 hazardous areas.
Specific safety instructions for operating in Zone 0 hazardous areas.
Maximum permissible electrical connection values for the transmitter.
Specifies temperature ranges for different zones and transmitter types.
Details of the EC Type Examination Certificate for explosion protection.
Specifies the required ATEX marking on the equipment.
Schedule associated with the EC Type Examination Certificate.
The specific EC Type Examination Certificate number and details.
Description of the headtransmitter equipment covered by the certificate.
Details of the first supplement to the EC Type Examination Certificate.
Explanation of the changes and updates in the supplement.
Details of the second supplement to the EC Type Examination Certificate.
Explanation of the changes and updates in the second supplement.
Details of the fourth supplement to the EC Type Examination Certificate.
Explanation of the modifications in the fourth supplement regarding electrical data.
To Next Page