COBEP0702 is a multi-functional intelligent magnetic flux leakage detector which adopts the latest dual-core 32-bit microprocessor and DSP signal processor.
The reliable testing results depend on the experienced operators who in turn ask for best testing equipment. The COBEP0702 is designed according to the operator’s need to achieve optimal performance. The light weight, unique keypad controls, easy programming and color large-screen LCD display, all contributes to the reduction of detect fatigue to a minimum. Thus u are no longer required to focus on the small and blurred images or delayed display of large electronic transmission devices.
The testing instrument with One-click menu, humanized interface, and compact design with light-weight and applicable to various operating conditions is the idea choice of field engineers. And equipped with the lithium battery, the instrument can keep operating for up to 8 hours continuously.
1.size:260mm*170mm*60mm(length*width*depth)
2.displayer:resolution ratio 640*480 5.7inch TFT color LCD
Weight:2kg(include battery)
3.connect: LEMO-6 LEMO-15 DB-25
4.lithium battery:12V 3000Mah
5.power source:110V/60hz ;220V/50hz
6.working temperature: -20° ～50°Ｃ
Especially applicable to nuclear energy, electrical energy, petroleum, aerospace & aviation and other department on the flaw or stress concentration area evaluation of on-service metal parts, various Ferromagnetic pipes, boiler, pressure vessels and oil reservoirs to achieve safer and more reliable product usage.
1. Detection channels: 4/8 channels
2. Real-time trace memory of 4/8 signals
3. A variety of magnetization methods: AC, DC, mixed-type
4. Magnetization Adjustable: 1 ~ 8
6. Detection Thickness (45 # steel) :10-30mm
7. Maximum lift-off height: 10mm
8. Gain range: 0 ~ 99dB continuously adjustable, 0.1dB step
9. DSP digital filtering: low pass, high pass (0hz ~ 2000hz)
10. Multiple hardware alarm output port
11. Mass storage of various test procedures and test data
13. Has a configuration analysis function
14. Has a unique alarm-amplitude domain
15. a unique data processing within each channel (CH2-CH1, CH8 + CH1, etc.)
16. the preservation of a variety of test data and parameters
