We've got to get to b0206-iii in the car bed
The core number control bed (b0206-iii, jinxing, japan) is a mobile, complex cnc processing autobed of the two-axis, two-system, double-stabbing, six-axis control main-axis, with the main site being the new japanese cavity. It carries a direct main axis, a subaxis, a self-controlled dual-system nc device, as well as knives and boreholes, with a stand-alone blade frame on the back, a side eccentric power (op), significantly reducing processing time and increasing processing efficiency. For the processing of various composite processing components, materials are dominated by stainless steel and non-ferrous metals. The equipment is capable of completing the process of car, swirling, drilling, twirling, eccentricity, slant and trough processing with back processing and lateral processing。
Maintenance and overhaul
Extending the lifetime of the metaware and the wear and tearing cycle of the parts, preventing various malfunctions and increasing the average non-facility working time and useful life of the control machine。
Use attention
1 the operating environment of the digital control bed: for the digital control bed to place it in a constant temperature environment and for equipment that is free from greater vibrations (e. G. A flushing bed) and equipment that is subject to electromagnetic interference
Power requirements
3. Control machines should have operating protocols: perform regular maintenance, maintenance, fail-safe record protection, etc.
4. The long-term containment of digitally controlled machines is not appropriate, leading to long-term storage system failures and data loss
5. Attention is paid to training and equipping operators, maintenance staff and programming staff。
Maintenance of digital control systems
1. Strict adherence to operational protocols and routine maintenance systems。
2. Prevention of dust entry into numerical control devices: floating dust and metal powders can easily cause insulation of insulation between metaware to decrease, thereby malfunctioning or even damage to metaware。
3. Thermal ventilator systems for the regular cleaning of cabinets。
4. Network voltage of the digitally controlled system: network voltage ranges from 85% to 110% of the rated value。
5. Periodically replace the memory with batteries。
6. Maintenance of the digital control system when it is permanently unused: constant powering of the digital control system or operation of the thermostat on the digital control machine。
7. Maintenance of spare circuit boards for mechanical components。