dmg SiemenssystemNo water out of the machining centerCause analysis：

The reasons for the non-exportation of water from DMG Siemens system machining centers may involve multiple aspects. Check whether the water pump is working normally. Water pump failure or power supply problems may cause the water supply to be unavailable. Check if there is a blockage in the waterway system, especiallyfilterAnd the nozzle part, the accumulation of impurities may hinder the water flow. Check whether the water pressure reaches the set value. Insufficient water pressure can also cause abnormal water discharge. If the above problems are eliminated, it may be a signal transmission problem of the control system, and the status of the PLC or related sensors needs to be checked. Ensure that the concentration and level of the coolant meet the requirements. Too low or too high concentration may affect the normal operation of the cooling system.

dmg Siemens system machining center does not discharge water emergency treatment measures：

When facing the situation where the dmg Siemens system machining center does not discharge water, it should immediately check whether the water source is supplied normally. Make sure that the water supply pipeline is not clogged or damaged, and confirm that the water valve is open. If the water source is normal, the next step is to check whether the water pump and water pipe inside the machining center are faulty. You can manually start the water pump and observe whether its operation is normal. If the water pump is not working, the water pump may need to be replaced or repaired.

The water level sensor in the system should be checked for normal operation, which is essential for the supply of water. If the water level sensor fails, the system may not be able to start the water supply. If necessary, the sensor can be temporarily replaced or cleaned to ensure its normal operation.

When dealing with emergencies, you can also consider manually adding coolant to the cooling system of the machining center, and try to maintain the continuity of processing to avoid damage to the equipment due to overheating. At the same time, the fault condition and processing process should be recorded for follow-up tracking and analysis to prevent similar failures from happening again.

It is also very important to contact professional maintenance personnel for detailed inspection and maintenance to ensure the stability and efficient operation of the entire system to reduce production risks and maintain the long-term use of equipment.