AB510 DIN43650 Form A Flow Control CKD Type Solenoid Valve Coil
The AB510 pneumatic solenoid coil is designed for use with the CKD
series of normally closed solenoid valves. The system is designed
for water, air, and gas. The working conditions are stable and
thermoplastic. Other specific voltages and powers can be customized
to your requirements. All solenoids in the system have stable power
and good insulation to withstand harsh environments. This AB510 CKD
Type solenoid valve coil is constructed of hollow core and black
color with DIN connector. A solenoid valve coil is used to convert
electrical energy into linear motion, an essential part for opening
and closing solenoid valve.
AC Laminated Solenoid
The AC laminated Solenoid consist of a metal core and a coil of
wire. The core is constructed with a laminated metal in order to
reduce the stray current, this helps in improving the performance
of the solenoid.
An AC solenoid has a special advantage because it can deliver a
large amount of force in the first stroke. This is because they
have an inrush current (An instantaneous high input current drawn
by a power supply or electrical equipment when turn-on). They are
capable of using more strokes than a DC laminated solenoid.
They are available in different configurations and ranges and they
produce a clean buzzing sound when they are in operation.
An AC Laminated solenoid can be used in a variety of equipments
that require immediate action, such as medical equipments, locks,
vehicles, industrial equipments, printers, and in some of the
household Appliances.
DC C-Frame Solenoid
The C frame refers to the design of the solenoid. The DC C-Frame
solenoid has only a frame in the shape of the letter C which is
covered around the coil.
The DC C-Frame solenoid is used in multiple day to day applications
because of it more controlled stroke operation. Although it is said
to be DC configuration but they can also be used in equipments
designed for AC power.
Technical data of DIN43650A AB510 CKD Type Solenoid Valve Coil:
| Model | BB16039502 |
| Normal voltage | DC24V, AC220V, or customized |
| Normal power | AC:4.5VA, DC:31Watt |
| Insulation class | H |
| Connection type | DIN43650A |
| Application | CKD fluid control solenoid valves |
| Hole diameter | 16mm |
| Height | 40mm |
| Width | 46mm |
Main dimension of AB510 CKD Type Solenoid Coil For AB/AP Series
Solenoid Valve:
Details display of AB510 CKD Type Electric Magnetic Coil φ16mm x
46mm x 40mm:
Production display of DC24V 220VAC AB510 CKD Type Electromagnetic
Coil:
Other AB series (AB310, AB410) solenoid valve coils for your
reference:
More display of AB510 CKD Type Solenoid Valve Coil in below Youtube
Video:
Correctly repair the solenoid coil to reduce the occurrence of
faults:
Any use of the product will cause certain faults, which is of
course no exception for electromagnetic coils. The use of
electromagnetic coils will bring great convenience to people, but
if there is a fault, it will have a very bad impact on people, and
people who pay attention to the maintenance of electromagnetic
coils should pay attention.
1. It is necessary to test the voltage of the electromagnetic coil.
When the attracting coil of the AC contactor has a voltage of 90%
of the rated voltage of the electromagnetic coil, such an
electromagnetic coil can work normally without worrying too much.
2. When using the electromagnetic coil, it is necessary to check
whether there is overheating. If it is overheated, it will appear
aging or discoloration. If this happens and it may be due to short
circuit noise, it needs to be replaced at this time. To prevent
accidents.
3. For the lead wire and the wiper wire of the electromagnetic
coil, it is also necessary to check whether there is open welding
or disconnection. If there is an abnormality, it must be repaired
in time.
It is very important to correct the electromagnetic coil, which can
reduce the occurrence of faults and avoid injury.
The relationship between the solenoid valve coil and the core:
The solenoid valve coil and the solenoid valve core are the most
important components of the device, and their functions are
different. The interaction between the two is the solenoid valve
working and running. When the solenoid valve energizes the coil,
the core will move quickly to change the direction of flow of the
medium.
The energization and de-energization of the solenoid valve coil
causes the valve to perform a switching operation. The core is the
control switch of the valve to make the two work together. Once one
of the two problems occurs, the entire device will not work. In
general, the problem is that there is a problem with the solenoid
valve coil. People can choose different ways to make changes
according to different problems, but for the coil problem, people
can directly change the coil to make the device work better.
The structure of the solenoid valve is relatively simple, and the
working pressure difference is relatively small. Due to the speed
of the switch, the solenoid coil may be subjected to a voltage
surge, which may cause damage to the coil.
Welcome to your any question and inquiry!
