It used to control the electrical system.
It includes: server computers(upper, lower,host), commercial printers, UPS, Electric control cabinet: PLC, Mistubishi motor Q series, electronic parts: Mitsubishi, OMRON, Hoist Control: PLC: Motor, Inverter: Mitsubishi, Electronic Components: Mitsubishi, Junction box on the line: electronic parts, Frequency converter: control the level of hoist and the smooth transition between starting and in-position speeds (6 mobile trolleys + 4 stain nickel swings + 1 wind cutter) (Mitsubishi Electric series products), Variable frequency governor: frequency conversion control of exhaust fan and blower, Position Coding System WCS Reader, Position coding system, code ruler, plastic compression anti-corrosion, Switch of flybar detection long-distance photoelectric, Rectifier communication, Proximity switch or limit switch, Liquid level alarm system(PT100)probe, Temperature control alarm system (Omron) probe: temperature control box and instrument,etc.
Electrical Control System,Wiring Cabinet Electrical,Electrical Control System Cabinet,Electrical Control Device Wuxi Xingyi Intelligent Environment Protection Equipment Co.,Ltd. , https://www.wxxingyi.com
The compressor is mainly composed of a body, a crankshaft connecting rod, a cylinder piston, an intake and exhaust valve, and the like.
When the crankshaft is running by the motor. The piston is driven to reciprocate in the cylinder through the connecting rod, and the process of compressing, exhausting, expanding and inhaling the refrigerant is completed by the cooperation of the suction and exhaust valves: (1) The compression process: the low-pressure gaseous refrigerant passes through The process of becoming a high-pressure gas state after compression is called a compression process.
When the piston moves to the lower end point (ie, the position where the piston can no longer move down), the cylinder is filled with low-pressure gaseous refrigerant, and the piston begins to move upward along the cylinder. At this time, the intake valve is closed and the internal volume of the cylinder is gradually reduced. And in a closed cylinder. The gaseous refrigerant is compressed and the pressure and temperature are gradually increased. When the pressure reaches the exhaust pressure, the exhaust valve automatically opens and begins to vent.
(2) Exhaust process: At the end of the compression process, the gaseous refrigerant begins to drain from the exhaust valve, the piston continues to move upward, the gas pressure in the cylinder no longer rises, and the exhaust gas is continuously exhausted. The exhaust process ends until the piston motion reaches the upper end point (ie, the piston can no longer move up).
(3) Expansion process: When the piston reaches the upper end point, it starts to move down the cylinder, and the exhaust valve is automatically closed. At this time, a small amount of high-pressure gas refrigerant is left in the clearance volume, and the pressure drop volume is increased. process.
(4) When the piston moves downward from the upper end point to a certain position, the residual gas refrigerant pressure in the cylinder reaches the suction pressure, the expansion process ends, and the piston continues to move downward. When the gas pressure in the cylinder is lower than the suction pressure, the suction valve is automatically opened, and the low-pressure gaseous refrigerant enters the cylinder again. When the piston moves down to the lower end point, the cylinder is filled with gas, at which point the inhalation process is completed and the next compression process is ready. The cyclic reciprocating motion is such that the low pressure gas is converted into a high pressure gas in the compressor, and the refrigerant is sent from the evaporator to the condenser.