10mm Hole DIN 43650 Form A RAPA M10 Solenoid Valve Coil
Everyone knows that solenoid valves play an important role in
industrial applications, and they have a long running time, and
sometimes there are some problems that make the equipment not
function properly. Most of this problem is caused by improper use
of the solenoid valve coil.
The solenoid valve coil may not be very secure at the time of
installation. During the operation of the device, the coil is in a
strong operation, so that the coil will fall, the solenoid valve
will not operate normally, or some may fall, and some may not. It
may cause the device to work for a while and not work properly,
both of which will delay the work. At this time, the operation is
relatively simple, and the coil can be firmly fixed on the solenoid
valve. There is also a case where the solenoid valve coil may be
burnt out due to excessive voltage, and the device may not operate
normally.
Therefore, when using the solenoid valve later, be sure to check
the position of the solenoid valve coil and do the correct
operation of the solenoid valve coil. This will ensure that the
solenoid valve will not cause problems.
Technical parameter of Rapa type M10 BV01 pneumatic solenoid coils:
| Model number | BB10733017 |
| Reference number | M10 |
| Normal voltage | DC24V |
| Normal power | DC: 9.6W |
| Insulation class | H, F |
| Connection type | DIN43650A |
| Application | RAPA Type SV 01, BV 01, EV 01, SV 09 Water Solenoid Valve |
| Weight | 109 g |
| Hole size | 10 mm |
| Height | 32.6 mm |
| Width | 28.8 mm |
Main dimension of electromagnetic coil for rapa type water solenoid
valves:
Application in RAPA Type SV 01, BV 01, EV 01, SV 09 Solenoid Valves:
Production of DC12V/24V plug type Rapa type electrci magnetic valve
coils:
Plastic sealing method of solenoid valve coil:
The solenoid valve coil can play the role of insulation,
waterproof, anti-riot, fireproof, anti-corrosion, etc. The
manufacturing process of the coil is to put the skeleton prepared
beforehand on the shaft of the automatic winding machine, and the
programmed programming is also winding. The number of turns of the
wire, starting the winding, after the winding, take it down and
pass the solder treatment. So what are the plastic sealing methods
for the solenoid valve coil? Please see the details below!
The heart of the solenoid valve is that the part of the molded
electromagnetic coil is also called a coil, that is, the wounded
and soldered electric coil is sealed with an insulating material to
leave only the terminal.
After the test resistance is passed, it is placed in a dry box to
be dried, and the drying temperature is controlled at about 80
degrees, and the drying time is up to four hours. The above process
is basically the same for all the inlet solenoid valve
manufacturers. .
The most critical part below is to plastically seal the solenoid
valve coil after drying. There are three plastic sealing methods on
the market, which are described in detail as follows:
1. One is a general thermoplastic polypropylene PP plastic.
2. The second type is thermosetting DMC unsaturated polyester fiber
reinforced plastic:
The first one is that general plastics do not advocate the use of
the user. Because the time of the product packaged by this material
is too long, the product will be short-circuited and puncture,
mainly because the PP material and the skeleton material will enter
the air at the place where they are combined. The water does not
meet the requirements of the cooking experiment, and the second can
meet the requirements of the immersion experiment, but it does not
meet the requirements of the cooking experiment.
So what is the cooking experiment? Specifically, it is to put the
product into boiling water of 100 degrees for 2 hours, put it into
cold water for 1 hour, then put it into boiling water for 1 hour,
then put it into cold water for 1 hour, the external water is blown
open, and the waveform between the turns is used. The measurement
waveforms of the instrument overlap, and the short-circuit meter
measures the short circuit.
3. The third type is a thermosetting epoxy molding compound
package. This plastic sealing method has excellent electrical
insulation, high electrical strength, heat resistance, corrosion
resistance and flame retardancy (the temperature resistance index
after molding is 1500 degrees and outstanding). It has high
mechanical strength, high dielectric function, excellent resistance
to electric leakage and arcing, and is suitable for use in
environments with isoelectric ions or corrosive gases. The parts
can be exposed outdoors for a long time.
The above is the plastic sealing method of the solenoid valve coil.
It can be seen that there are three plastic sealing methods. These
three plastic sealing methods are especially important for the
solenoid valve coil after drying. I hope everyone must pay
attention to it during the use.
Welcome to your inquiry!
