DC 3V Micro Solenoid Custom Solenoid Long Life Corrosion Resistant
Solenoid
Product Description
1. Product name:0636 solenoid battery equipment
2. Text condition
2.1 Temperature range:-5℃~45℃
2.2Relative humidity:20%~85%RH
2.3Rated voltage:DC24V
2.4Working cycle:Continuous type DC24V 100% electrified,coil for a
long time with the temperature below 65℃ after saturation
3 Apperance:No damage, rupture, rust, surface stains
4 Electrical
4.1Working voltage:DC24V±10%
4.2 Insulation resistance:DC500V,≥100MΩ
4.3High voltage: DC700V 50/60HZ-1 second, maximum leakage current 1
mA
5Biometry: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
General knowledge and characteristics of frame solenoid:
12V, 24V, 48V push-pull electromagnets use a coil to generate large
magnetic force in a small space. The assembled coil is packaged in
a metal iron pipe, and steel with high permeability is used to
achieve small size and weight, and generate large attraction. The
movable core is designed to increase the output force by 20% ~ 50%
by using an auxiliary magnetic circuit.
Generally speaking, the guide rod of 12V electromagnet is fixed on
the moving iron core, and can be connected at any end of the guide
rod when used. Therefore, the guide rod with load connected at the
bottom end acts like a push type electromagnet. If it is connected
to the movable core end, the electromagnet acts like a pull type
electromagnet
