Main features and operating procedures of the Servo robot

When the Servo robot is switched on, the cooling water circuit for the pressurized punch and the stencil should be turned on. The oil cooler, on the other hand, depends on its oil temperature. When the oil temperature rises above 30°C, the cooling water circuit should be turned on promptly. When the ambient temperature is lower than zero and the downtime is longer, the oil cooler water inlet should be turned off and the drainage port should be opened to drain the water to prevent freezing of the cooler. In addition, operate strictly by electrical operating procedures and safety regulations, keep the electrical box clean and dry, and prevent the electrical components and lines from being wet with water and overheating. Next, let's take a look at the main features and operating procedures of the Servo robot. Here are some answers.

Here is the content list:

l What are the main features of the Servo robot?

l Operation of the Servo robot.

What are the main features of the Servo robot?

The Servo robot is dual proportional control, with electrically adjustable pressure and flow multi-stage pressure and speed control, and low-pressure closing protection. The dual-circuit design means that the gas injection and pressure building are designed separately so that they do not interfere with each other and no malfunctions occur.

The Servo robot has a four-stage (multi-stage) injection system manifested in: firstly, a maximum speed of >8M/s (6M/s for 2000T and above) which, in addition to the unique braking and uniform acceleration of the injection, also allows for effective control of the filling time and casting molding which effectively prevents flutter and allows for a more flexible injection process. Secondly, the minimum speed of 0.1 to 0.7M/s can be precisely controlled to prevent air intrusion causing air traps. Thirdly, the holding time is less than or equal to 15M/s. The holding speed can be changed according to the process requirements to enhance the density of the casting without causing deformation of the product. Fourthly, the dry cycle time is reduced by more than 15%; the flow rate of the oil pump is increased by more than 20%; the capacity of the cooler is increased by more than 100%; the percentage of qualified products is increased by 100%, and the productivity is increased by 20% compared to the past.

Operation of the Servo robot.

Before starting the motor, first, place the pressure relief valve handle in the pressure relief position and then release it after the motor is running normally. The servo robot must be heated to the required temperature before pressing in the metal solution. Protective baffles should be used at the contact point between the parting surface of the mold and the sprue, and the operator must wear protective glasses. The operator must not stand on the opposite side of the parting surface contact. The operator must not stand on the opposite side of the contact area of the parting surface to prevent injuries from the spray of metal liquid. It is forbidden to bring open flame objects near the tank. If the temperature of the tank exceeds the specified temperature for the operation of the equipment, it should be cooled by water. Tools should be used when removing castings and sprues from the die casting mold. After taking off the castings, the metal residues adhering to the mold and the vent should be removed in time. When work is finished, the oil pump must be stopped and all valves closed. If you need to use a holding furnace to keep the metal liquid warm, you should turn off the power of the Servo robot and stop the ventilation equipment on the holding furnace.

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