Brief introduction:
The solenoid valve DSG-01-3C12-D24-N1-50 DSG-01-3C2-A240-N1-50 has an AC/DC exchange electromagnet (this integral type) that will not cause coil burnout accidents, with high reliability and long service life. The solenoid valve DSG-01-3C12-D24-N1-50 DSG-01-3C2-A240-N1-50 has reliable operation. Due to its strong suction and spring force, it is resistant to dirt and therefore has stable operation.
Details introduction:
Electromagnetic valve DSG-01-3C12-D24-N1-50 DSG-01-3C2-A240-N1-50 Product features:
The electromagnetic directional valve has a diameter of Φ 6, a high operating pressure of 31.5MPa, and a large flow rate of 63L/min. It has extremely high operational reliability and is widely used.
A simple and reasonable structure.
1: There are two types of electrical wiring: junction boxes and DIN sockets,
2: Universal junction boxes and DIN sockets are equipped with power on indicator lights,
3: The electrical part has a moisture-proof structure,
4: Easy to disassemble and maintain.
Adopting improved electromagnets. Electromagnetic valve DSG-01-3C12-D24-N1-50 DSG-01-3C2-A240-N1-50
1: 50Hz and 60Hz share one terminal block,
2: Having a DC electromagnet can fully utilize the advantages of DC
3: Equipped with AC/DC exchange electromagnets (this type), it will not cause coil burnout accidents, has high reliability, and has a long service life.
4: There are various types of coils that meet different voltage requirements
5: The coil and insulation performance of the electromagnet meet the H precision level requirements of Japanese JISC4003. (Insulation accuracy level of electronic components).
Three wet electromagnets with optimized design.
1: Reliable operation, due to strong suction and spring force, it is resistant to dirt and therefore has stable operation;
2: The outer shell of the electromagnet is made of heat-resistant plastic, which is not affected by temperature rise;
3: Although the electromagnetic force is strong, the power loss is very low;
Adopting advanced design to achieve high pressure and large flow. By developing a new wet electromagnetic coil and designing a reasonable oil circuit, high pressure and high flow rate can be achieved