The UMCH-P1 is an industrial-grade multi-channel ultrasonic inspection module featuring high-speed Gigabit Ethernet transmission, which can be flexibly adapted to various computer environments.The module integrates four fully independent operating channels and is equipped with a variety of standardized interfaces. Users can cascade multiple modules as required to build ultrasonic inspection systems with dozens of channels, making it an ideal option for ultrasonic testing applications and automated inspection systems. Adopting a plug-and-play board-level modular design, the product is easier to maintain and operate compared with traditional slot-mounted equipment. It supports both standalone instrument operation and system integration & development. Featuring flexible expandability and wide applicability, it greatly reduces system complexity, making it well-suited for product research and development as well as engineering project development.

Main features:

● Compact and highly integrated unit with flexible channel configuration, suitable for inspection engineering and technical development scenarios including various automated equipment, crawling robots, etc.
● Equipped with a high-speed Gigabit Ethernet data transmission link to enable real-time and stable upload of massive ultrasonic acquisition data, ensuring delay-free continuous inspection.
● Complete set of hardware interfaces: two encoder ports, integrated external signal synchronization interface and I/O control signal interface, supporting diverse peripheral function expansion.
● Four fully independent flaw detection channels are available. Transmit and receive parameters of each channel can be configured separately to accommodate a wide range of ultrasonic testing applications.
● Supplied with a complete standardized SDK development kit, including full sample programs and open-source codes. It supports mainstream programming languages such as C/C++ and is compatible with all Windows operating systems.The SDK covers core components including device drivers, data parsing and communication protocols, together with comprehensive API development documents and interface specifications, significantly lowering the barrier for secondary development.
Technical parameters:
●Number of channels: Standard 4 independent conventional UT/TOFD channels
●Multi-module cascading: Supports multi-unit cascading, expandable up to 16 independent channels
●Trigger modes: Encoder trigger, time trigger (internal & external trigger)
●Sampling frequency: 100 MHz
●ADC resolution: 12 bit
●Transmission pulse: Negative square wave pulse
●Transmission voltage: Adjustable from 20 V to 400 V
●Pulse width: 20~1000 ns, adjustable in 1 ns steps
●Pulse repetition frequency: 1 Hz ~ 30 kHz
●Gain range: 0~120 dB (minimum step 0.1 dB)
●Filters: Multiple selectable digital filters
●Detection modes: RF, full wave, positive half-wave, negative half-wave
●Probe damping: 50 Ω / 500 Ω
●Bandwidth: 0.5~20 MHz
●Communication interface: Gigabit Ethernet
●Power supply: Wide voltage input, 12～24 VDC
●Protection rating: IP65
●Operating temperature & humidity: -10～50 ℃, 20～95% RH
●Weight: ≤1.5 kg
●Dimensions: 220×200×55 mm
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