Contact Us
400 Phone Number:+864001078007
Contact number:+8615010482279
Email: 15010482279@139.com
Company Address: Room 1001, Unit 4, Building 1, No. 69 Chaoyang Road, Chaoyang District, Beijing
PE4332
- Commodity name： PE4332
Email:
15010482279@139.com
- Product Description
-
Pulse Eddy Current Corrosion Detector
Electromagnetic Eddy Current Technology for Non-Destructive Insulation Removal
Lift-off distance: 30 cm
Equipment Overview
The pulse eddy current flaw detector PE4332 is designed to serve industries such as oil and refining, basic chemical processing, thermal and nuclear power generation, shipbuilding, and defense manufacturing—addressing localized corrosion issues faced by these companies while precisely pinpointing suspected defect locations.
★This equipment is designed for inspecting corrosion in coated facilities such as pressure pipelines, storage tanks, and towers, enabling rapid identification of defect locations.
★Non-contact corrosion scanning enables rapid inspection without the need to remove insulation, paint, or anti-corrosion coatings, with an insulation thickness range of up to 0–300 mm.
Industrial interface equipped with a protective cover
The complete machine is equipped with 5 kg.
Data interface waterproof protection
Probe Assembly (Removable Encoder)
Featuring portability and rugged, field-tested impact resistance.
Equipped with an encoder scanning head and a display control interface
Electromagnetic Eddy Current Testing Technology: A constant current in the sensor coil generates a magnetic field that penetrates the test object, inducing eddy currents within it. After the primary magnetic field is switched off, analyzing the rate at which these eddy currents decay allows you to detect defects and variations in the metal thickness of the test object. Based on this technology, our pulsed eddy current flaw detector PE4332 operates effectively, enabling non-destructive testing of objects even through insulation layers up to 30 centimeters thick.
Objectively set the insulation layer thickness for each phase separately.
The instrument's definition and description of the phase in the measured area
- Non-destructive, rapid detection of insulation layer thickness in pipelines, storage tanks, insulated vessels, as well as thick paint or epoxy coatings—ideal for high- and low-temperature lines. This is the best solution for quick, non-invasive thickness measurement and defect detection of thick insulation materials without the need for dismantling.
- Portable field design with a rich interface and versatile feature settings, offering battery life exceeding 8 hours.
- Equipped with A-scan/B-scan/C-scan modes, the device features a USB interface for quick export of inspection results.
Parameter Preview
Base Material Thickness Measurement Range (Steel)
0-60mm
Measurement error in base material thickness
±10%
Thickness range of the insulation coating (thermal insulation layer)
0-300mm
Optional eddy current probe
Three probe models
The minimum diameter of the pipe being tested
50mm
Surface sensor contact temperature range
-20°C to +60°C
Temperature range of the pipe under test
-100°C to +600°C
Operating temperature range
-20°C to +50°C
Continuous operating time
8 hours
Probe cable length
1.5m/5.5m
Probe operating temperature range
-20°C to +60°C
Communication interface
Micro USB-A, Micro USB-A
Operating Interface Language
Chinese / English / Russian
Calibration Method
Pre-enter the measured pipeline specification parameters
Scan Mode
A Scan / B Scan / C Scan
Keywords:
Honorary Qualifications
Frequently Asked Questions
Can't charge the device?
The device may have been left unused for too long, causing the battery to lose charge. You can try charging it for an extended period. If there’s still no response, we recommend sending it in for repair. Also, please use the dedicated charger provided for each device when charging.
Can't connect the thickness gauge's flat plate to the instrument?
First, turn on the tablet’s hotspot and check whether the eight-digit number in the hotspot name matches the eight-digit SN code of the device. If they don’t match, make the necessary adjustments. Then, follow the instructions in the manual to connect the tablet. If you’re still unable to proceed, we recommend contacting customer support for assistance.
How can I fix the issue of fluctuating readings during thickness measurement?
It is recommended to connect the flat plate during the thickness measurement process and observe the waveform. If the waveform appears poor, switch to manual mode for inspection. If no consistent waveform is detected, consider potential material issues or probe damage—replace the probe and try again. If no waveform still appears after replacing the probe, the material itself may be of poor quality, making it unable to generate an effective signal.
Get a quote
*Note: We will contact you within 1 business day. Please check your email at 15010482279@139.com.
Beijing Precision Testing: Crafting High-Quality Testing Services for You
400 Phone Number:+864001078007
Contact number:+8615010482279
Email: 15010482279@139.com
Company Address: Room 1001, Unit 4, Building 1, No. 69 Chaoyang Road, Chaoyang District, Beijing
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