YSM-800BS precision servo CNC hydraulic machine automobile and motorcycle parts gear precision extrusion molding fully automated production line 1. Machine usage, characteristics and conditions of use 1.1.Use and characteristics of the machine: 1.1.1. This machine is suitable for precision shaping, blanking, blanking, punching, bending, flanging, stretch forming of various metal materials and plastic materials, as well as correction of large structural parts, plate stretch forming of plate heat exchangers, and precision cold and hot extrusion molding processes for automobile and motorcycle parts. 1.1.2. The electrical system uses a touch screen to display precise displacement and product counting. The touch screen computer + PLC ten electronic displacement scale combination makes it easy to set and control parameters such as the upper limit of the slider, fast rotation, lower limit, pressure holding time, etc. It can realize three working modes: manual adjustment, semi-automatic and automatic. Each working state can realize two pressing methods: precise displacement and fixed range and servo fixed pressure. (PLC reserved automation connection point) 1.1.3. The main oil cylinder seal of the machine adopts internationally advanced combination seal and metal expansion ring sealing technology to improve the sealing life. The machine moves up quickly during work and adopts liquid filling technology, which improves production efficiency and saves energy. In order to improve the guidance accuracy, the slider guide uses four columns + reinforced guide sleeve precision guidance. 1.2. Machine usage conditions: Relative humidity: no more than 85% Power supply voltage: 380V±5%50HZ Altitude: no more than 1500m Hydraulic system media: 68# anti-wear hydraulic oil Working environment temperature: 0-55°C 1.3. The customer requires semi-automatic actions as follows: Stroke signaling (the lower jack cylinder is at the lower limit) The slider rises rapidly. Pressure signaling time is sent. One slide block returns to maintain pressure and one releases pressure. The pressure signal slider rises slowly, the pressing stroke is detected, the stroke signal is sent one - the slider stops and the top cylinder is ejected, and the time signal is sent and the top cylinder returns and the pressure signal is stopped.
