|Place of Origin:||China Ningbo|
|Minimum Order Quantity:||1 set|
|Packaging Details:||Inner Box, Carton, Pallet|
|Delivery Time:||4-8 days|
|Payment Terms:||L/C, T/T, Western Union,Paypal, MoneyGram|
|Supply Ability:||500000 set per month|
|Type:||Solenoid Valve Coils||Material:||Plastic, Brass|
|Product Name:||ERA SIB Type 31400 Solenoid Coils||Voltage:||DC12V/DC24V/AC110V/AC220V|
|Port Size:||13mm||Power:||AC: 18VA 30VA DC:14W 18W|
|Color:||Black (Other Color Can Be Customized)||Application:||ERA SIB Type WF0.5H/WF0.6H/WF0.9/WF1/JA1BXN/W0.6/EN52060/EN52081-06 Solenoid Valve|
|Insulation Class:||H||Connection Type:||DIN43650A|
Solenoid Valve Coils,
Electric Solenoid Coil
ERA SIB Type 31400 WF0.5H/WF0.6H/WF0.9/WF1 Solenoid Valve Coils DC24V/AC220V
This 31400 solenoid coil is an important replacement part of the ERA SIB type solenoid valve. As the control element and switch of the valve, how the quality of the coil will determine the length of life and the working state of the valve.
How to choose a suitable solenoid valve coil?
Answer: Users can provide us with a series of solenoid valve coil data, such as solenoid valve coil pressure, solenoid valve body material, interface size and media, etc. We will recommend suitable products for customers.
The following is an introduction to how to measure the resistance of the solenoid and the temperature rise and maximum temperature requirements of the solenoid assembly.
Technical parameter of DC24V/220VAC EVR SIB type 31400 solenoid coils:
|Normal voltage||DC12V/DC24V/AC110V/AC220V (Other can be customized)|
|Normal power||AC: 18VA 30VA DC:14W 18W|
|Application||ERA SIB Type WF0.5H/WF0.6H/WF0.9/WF1/JA1BXN/W0.6/EN52060/EN52081-06 Solenoid Valve|
|Hole size||13 mm|
Main dimension of ERA SIB type WF0.6H electromagnetic valve coils:
Multi-angle display of DIN43650A era sib type 31400 electric magnetic coils:
Deconstruction diagram of ERA SIB Type 31400 WF0.6H Solenoid Valve Coil:
Temperature rise and maximum temperature requirements for the solenoid assembly:
According to the heat resistance classification determined by GB/T 11021, the temperature rise of the electromagnetic coil assembly and the maximum temperature obtained by adding the ambient temperature shall not exceed the following table:
|Insulation class||Maximum normal temperature rise (℃)||Maximum temperature(℃)|
|Tips: Not applicable to pulsating operating coils!|
Test method for power frequency withstand voltage of electromagnetic coil:
Use the power frequency withstand voltage tester to apply the test voltage specified in the following table between the power supply terminal and the ground terminal. The leakage current is set to 1 mA, the type test is applied for 1 min, and the factory test is applied for 1 s. The specified value is increased by 10%), and there should be no breakdown, discharge or flashover.
|Rated voltage U(V)||Power frequency withstand voltage and inter-turn voltage test voltage(V)|
The resistance of the electromagnetic coil is measured by a DC resistance tester or a multimeter resistance file.
When the ambient temperature is not at 20 °C, the standard resistance should be calculated as follows:
R2 = (T2 + 234.5) / (234.5 + 20) * R1
T2 - ambient temperature, expressed in degrees Celsius (°C)
R1- standard resistance, that is, resistance at 20 °C
R2 - The standard resistance at the current temperature, expressed in ohms (Ω).
Welcome to your inquiry!
Contact Person: Echo