DSN-32100X-01 8mm 6.1W Custom Solenoid

Customization Of Solenoid Electromagnetic Switch Of Cash Counter Rotary Solenoid

Product Description

1. Product name:sucker electromagnet of robot DSN-32100X-01

2. Text condition

2.1 Temperature range:-20℃~45℃

2.2Relative humidity::5%~60%RH

2.3Rated voltage:DC24V

2.4Wattage:6.1W(DC24V,R=95Ω±10%)

2.5 Working cycle:continuous energize

3 Apperance:No damage, rupture, rust, surface stains

4 Electrical

4.1Working voltage:DC24V±10%

4.2Power:power on DC24V 0mm suction ≥35Kg

4.3 Insulation resistance:DC500V,≥50MΩ

4.4High voltage:AC700V 50/60HZ-1 second, maximum leakage current 1 mAh

5.Biometry:More than 500,000 times in normal use.

 

Weight		Packaging Details		Shipment Details
N.W.(KG)	G.W.(KG)	Product Size(mm)	Carton Box Size(mm)	20GP	40GP	40HQ
0.3	0.4	27*30*53	350*310*180	/	/	/

 

 

Product dimension drawing

Smooth and flat surface, saving energy, safe and reliable

Size: 126*121*17 (mm), 5000N-10000N super suction, with force power on and without force power off

Durable and easy to operation

Durable steel construction, copper wound coils, high temperature resistant, with two depth 20mm M10 mounting teeth at the bottom,easy to install and operation.

Materials

High quality iron house & core
High temperature resistance lead wire and copper wire
Efficient conductivity, outlet can be customized
 

OEM/ODM is welcome

11 years of designing and producing experience
CE, ROHS, ISO9001, UL certification
Good quality, best service, competitive price
Warmly welcome your visit to our factory

Notes for customization of solenoid products:

1. It is necessary to provide the working voltage and current characteristic power supply (DC DC / AC AC), positive and negative pulse power supply, etc;

2. Size of required solenoid products: length, width, height, stroke and suction requirements, reset requirements after power failure, etc;

3. Duty cycle of electromagnet products: long time power on, continuous power on, intermittent power on; intermittent power on for a long time each time and the interval between two times of power on