Why is my Bauer POSEIDON PE 200-TE Air Compressor getting too hot?
Your Bauer Air Compressor may be overheating due to inadequate cooling air feed, leaking suction or pressure valves, or an incorrect direction of rotation. Ensure proper installation, maintaining a maximum ambient temperature of +45 °C. Inspect the suction and pressure valves, replacing them if necessary. Also, verify and correct the direction of rotation.
What to do if Bauer Air Compressor does not achieve final pressure?
If your Bauer Air Compressor isn't reaching the final pressure, check for leaks in the lines or condensate drain valves. Tighten and seal any leaking lines, and clean or replace worn condensate drain valves. Also, the final pressure safety valve might be blowing off too early, so clean and reset it. Stuck or worn piston rings or excessive piston clearance can also be culprits; free the piston rings or replace them if needed, and check the piston clearance, replacing parts if necessary.
What to do if my Bauer Air Compressor has no oil pressure?
If your Bauer Air Compressor shows no oil pressure, it could be due to air in the oil pump or an incorrect direction of rotation. Try venting the oil pump and lines. Also, check and correct the direction of rotation.
Why does my Bauer POSEIDON PE 200-TE have a taste of oil in the air?
The taste of oil in the air from your Bauer Air Compressor could be due to filters not being serviced and cartridges being saturated, or using the incorrect type of oil. Maintain the filters and replace the filter cartridge. Use approved oil and clean any carbonised valves.
What causes a Bauer POSEIDON PE 200-TE Air Compressor's delivery rate to drop?
A drop in the delivery rate of your Bauer Air Compressor is often caused by piping leaks. To resolve this, tighten and seal the lines.
Why won't my Bauer POSEIDON PE 200-TE motor start?
If your Bauer Air Compressor motor won't start, the issue might be a fault in the electrical power supply. Check the lines and fuses, and compare the motor data with the mains supply.
What to do if the intermediate pressure safety valve blows off on my Bauer POSEIDON PE 200-TE?
If the intermediate pressure safety valve is blowing off on your Bauer Air Compressor, it may be due to the intermediate pressure being too high, or leaking suction or pressure valves. Check the suction and pressure valves, replacing them if needed.
What causes inadequate water removal in my Bauer POSEIDON PE 200-TE?
Inadequate water removal or excessive condensate in your Bauer Air Compressor (more than 40 ml at function check) can result from several issues: 1. Incorrect opening time or cycle time of the solenoid valve: Check and adjust the timer settings. 2. Solenoid valve not opening fully: Inspect, clean, and replace if necessary. 3. Defective solenoid valve: Check and replace the solenoid valve. 4. Continuous voltage at the solenoid valve: Check the electrical control system and timer.
What to do if my Bauer POSEIDON PE 200-TE Air Compressor's control system does not switch on?
If the control system of your Bauer Air Compressor fails to switch on, it could be due to several reasons: * No control voltage present: Check the supply line. * Defective control fuse: Replace the fuse and identify the cause. * Interrupted control voltage circuit: Tighten loose lines or terminals. * Thermal over-current relay activation: Check the compressor drive and correct the settings.
What to do if my Bauer POSEIDON PE 200-TE Air Compressor's thermal over-current relay responds?
If the thermal over-current relay for the drive motor in your Bauer Air Compressor responds, it indicates either power consumption is too high or the over-current relay is set too low. Check the compressor drive and rectify the setting.
Contact information and address for BAUER KOMPRESSOREN, including phone and fax.
Explains the purpose, content, target audience, and revision policy of the manual.
Defines the meaning of various symbols used throughout the manual for warnings and information.
Covers product identification, intended application, and minimum scope of supply.
Details different compressor unit variants and optionally available equipment.
Lists applied standards and provides information on the CE mark and conformity.
Defines correct usage and consequences of incorrect operation and liability.
Explains hazard classes, warning structure, and danger symbols on the machine.
Covers general safety measures, dangers due to electric current, and pneumatics.
Provides instructions for safe transport, operation, maintenance, cleaning, and pressure vessels.
Outlines behavior in case of faults/emergencies and procedures for restarting the unit.
Covers company duties, personnel selection, qualification, and duties.
Lists applicable safety regulations for the Federal Republic of Germany.
Details the physical structure, function schematic, and operating principles of the compressor unit.
Describes display elements like B-TIMER, B-SECURUS, and control system components.
Explains the filling equipment and the manual and semi-automatic operating modes.
Provides detailed technical specifications for various PE compressor models (200-TB, 200-TE, etc.).
Details technical data for the compressor block IK120 and filter systems P21, P31, P41.
Refers to motor rating plate for technical data concerning the motor.
Details steps for checking cargo, preparing for transport, and safe transportation methods.
Provides guidance on selecting storage locations, preparation, preservation, and inspection during storage.
Ensures the installation site meets ambient conditions, stability, and space requirements.
Guides on installing the unit, considering sunlight, flammables, access, and ventilation.
Details electrical connection safety and the process for unit acceptance inspection.
Guides on initial, post-downtime start-up, motor rotation check, and B-TIMER preparation.
Details switching the unit on/off, monitoring operation, and handling emergencies.
Covers emergency behavior, operating the B-TIMER, and filling operations.
Provides troubleshooting steps for drive motor, compressor block, condensate drain, electrical system, and B-TIMER errors.
Emphasizes evidence of maintenance and refers to the maintenance table for scheduled tasks.
Lists bolt torques, tightening sequences, lubricants, oils, adhesives, sealants, test mediums, and filter cartridges.
Details checking oil level, oil change, changing oil type, and venting the oil pump.
Includes suction filter replacement, general advice, load cycle checks, de-pressurizing, cartridge service life, and purifier cartridge change.
Covers pressure retention valves, filling equipment, safety valves, and pressure gauges, intake/pressure valves.
Guides on checking the automatic condensate drain function and adjusting the timer settings.
Details maintaining electrical systems, final pressure switch, B-TIMER battery, motor, and V-belt.
Provides instructions for shutting down, de-pressurizing, draining, and environmentally responsible disposal of the unit.
Provides an example of the conformity declaration delivered with the machine.
Tables listing connection values for three-phase motors at different voltages (230V, 400V/500V).
Provides tables for determining cartridge service life based on operating hours, cylinder fillings, and conditions.
Includes forms for operator training, maintenance schedules, and cartridge change records.
General| Power | Electric |
|---|---|
| Frequency | 50 Hz |
| Capacity | 200 l/min |
| Max Pressure | 330 bar |
| Air Delivery | 200 l/min |
| Noise Level | 82 dB |
| Operating pressure | 330 bar |
| Voltage | 400 V |
| Tank Capacity | No tank |
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