Product Description:
Magnetic Particle Testing Equipment, also known as Yoke Detector,
is a kind of Magnetic Flaw Detector with Leg Magnetic Yoke. It is
designed to detect flaws such as cracks and discontinuities in
ferromagnetic materials and is widely used in industrial sites. The
basic function of this type of Magnetic Particle Testing Equipment
is AC magnetization, which provides the capability to directly plug
it in for use. It also has a high duty cycle, with a maximum on
time of 90 seconds and a 50% duty cycle. Moreover, the design of
the equipment has a unique controllable injection molding that
makes it have no defects in appearance. In addition, its heat
dissipation structure is also well-designed, with space with air
flow inside that helps reduce the temperature rise. Magnetic
Particle Testing Equipment is a reliable and effective instrument
for detecting flaws in ferromagnetic materials, making it an ideal
choice for industrial use.
Features:
- Product Name: Magnetic Particle Testing Equipment
- Heat resistance: The Shell Has Good Heat Resistance And Does Not
Deform At High Temperature
- Power: AC/DC
- Basic function: AC Magnetization, Directly Plugged In For Use
- Duty cycle: 50%, Max On Time Is 90 Seconds
- Voltage: 240V,230V,220V,110V,36V Various Voltages
- Special Feature: Magnetic Particle Flaw Detector, Leg Magnetic
Yoke, Magnetic Yoke Flaw Detector
Technical Parameters:
| Product Name | Technical Parameters |
|---|
| Magnetic Particle Flaw Detector | AC/DC, Yoke Detector, Various Voltages, Color Customizable |
| Heat Dissipation | Space With Air Flow Inside, Low Temperature Rise |
| Heat Resistance | The Shell Has Good Heat Resistance And Does Not Deform At High
Temperature |
| Appearance | Controllable Injection Molding, No Defects In Appearance |
| White and UV Light | White Light And Ultraviolet Light, Touch Controlled Switch,
Adjustable Brightness |
| Basic Function | AC Magnetization, Directly Plugged In For Use |
| Maintenance | The Split Shell Is Used For Convenient Maintenance, User Can
Replace Power Switch,cable Socket,lamp Friendly |
| Power | AC/DC |
Applications:
The Huatec HCDX series of Portable Magnetic Flaw Detector is a reliable and powerful Magnetic Particle Flaw Detector. It
uses Leg Magnetic Yoke to detect flaws and cracks in ferromagnetic
materials, such as steel and iron. It is designed with a shell made
of heat-resistant material which does not deform at high
temperature. The split shell is used for convenient maintenance,
allowing the user to replace power switch, cable socket, and lamp
friendly. The duty cycle is up to 50%, with a maximum on time of 90
seconds. The Magnetic Particle Flaw Detector also features white
and ultraviolet light, with a touch controlled switch and
adjustable brightness.
The Huatec HCDX series of Portable Magnetic Flaw Detector is the
ideal choice for both professional and home users, providing
comprehensive and accurate flaw detection and analysis. It is a
robust and reliable tool for ensuring the integrity of
ferromagnetic materials in any environment.
Customization:
Customized Magnetic Particle Testing Equipment
Are you looking for a reliable Magnetic Particle Testing Equipment?
Look no further! Huatec offers the HCDX series of magnetic particle
flaw detectors that feature AC magnetization and are directly
plugged in for use. It comes with various voltage options such as
240V, 230V, 220V, 110V, and 36V. This product also features a Leg
Magnetic Yoke, Yoke Detector, and Magnetic Flaw Detector. The shell
color can be customized to suit your needs and the product is made
with controllable injection molding, ensuring no defects in its
appearance.
Packing and Shipping:
Packaging and Shipping of Magnetic Particle Testing Equipment
Magnetic particle testing equipment is packaged in a way to protect
the product from any potential damage during the shipping process.
The packages are designed to ensure that the equipment will remain
safe and secure during transport.
The packages are made of strong, durable materials such as
cardboard and plastic. The product is then placed in a secure,
padded box to further protect it from any shock or vibration that
may occur during the shipping process. The box is then sealed and
labeled with the appropriate shipping information.
The packages are then securely packed onto a shipping pallet. The
pallet is then loaded onto a truck or freight carrier. The
equipment is then sent to its destination where it is unloaded and
delivered.
