Dsn-T6025 Tube Solenoid for Window Breaker

• Usage: Electricity
• Type: Electromagnet
• Installation: Horizontal
• Current: DC
• Cooling Method: Self-Cooling
• Automation: Automatic
• Model NO.: DSN-T6025S-12B0.6
• Magnetic Source: Electromagnetic
• Magnetic Field Strength: Strong
• Cylinder Number: Double Cylinder
• Trademark: DASON
• Origin: China
• Production Capacity: 300000

Product Description

1,Product overview
Brand:DSN                                               model: t6025l

Specification: Custom mm                       material: magnetic material

Stroke: Custom mm                                 suction: Custom n

Current: DC voltage: 12V (customized as required)

Service life: generally more than 500000 times of power on frequency: 1% ~ 100% (if there is no special requirement, it will be powered on 100%)

2,Product size


3,Product temperature rise: the temperature rise of the product is related to the power of the product. The temperature of the product after different power operation:

Duty cycle(%)	power(W)	temperature rise(ºC)
10%	45W	5-10ºC
50%	18W	10-15ºC
75%	9W	15-20ºC
100%	4.5W	20-30ºC

Product life: the life of the product refers to the number of cycles of power on and power off of the product, and one cycle is recorded as the life of the electromagnet. Under normal conditions, the life of the product is 500000 times.

Product temperature resistance: product temperature resistance refers to the temperature at which the product can work when used at high temperature. Generally, the temperature resistance of conventional products is the lowest not more than 120 ºC. For the electromagnet industry, the highest temperature resistance can reach 220 ºC, which can be determined according to the requirements of customers.

Working environment and temperature: because the temperature difference between the north and the south is different from the ambient temperature in spring, summer, autumn and winter, the electrical parameters of the product will also change with the change of temperature. The main change is the resistance of the product. The resistance will increase with the heat of the weather and decrease with the cold of the weather. Therefore, the electromagnet should consider that the working temperature of these factors can be between - 30 ºC and 220 ºC Degree work.