Ultrasonic Rail Flaw Detection Vehicle

Ultra - Model UR18-D - Ultrasonic Rail Flaw Detection Vehicle
The UR18-D Ultrasonic Rail Flaw Detection Vehicle employs advanced ultrasonic wheel probe technology, featuring two 9-channel ultrasonic wheel probes. It displays data from a combined 18 channels of the two rails on an LCD screen in a B-scan format. The wheel probe ensures effective ultrasound coupling, enabling detection of rail head flaws, rail bolt hole breaks, and transverse defects at the rail base, even in high-wear or poor surface conditions. The vehicle boasts a detection rate exceeding 90% and includes an alarm system for real-time operator alerts. Constructed from titanium alloy, it has a patented split design, with each part weighing less than 60kg. The vehicle runs on a lithium battery, offering environmental benefits, continuous power, and energy savings with a detection speed of 15 km/h. It operates efficiently in temperatures ranging from -30℃ to 45℃ (-22°F to 113°F). Suitable for various railroads including state-owned railways, private railways, ports, mineral company tracks, and city metros, its modular design allows for easy transport and assembly. The system includes probes, instruments, a probe centering mechanism, a walking platform, and auxiliary devices. Safety features include safety belts, a horn, lights, a stone sweeper, and an anti-overturning device, ensuring secure operations even at night.

Ultra - Model GT6600 - Hi-Rail Ultrasonic Flaw Detection Vehicle
The GT6600 Hi-Rail Ultrasonic Flaw Detection Vehicle is designed to meet the demands of high-speed rail flaw inspections, providing a comprehensive rail testing platform. The vehicle operates on a hi-rail system, capable of retracting its rail gears to function on regular roads. It can test rails at speeds up to 40 km/h and is equipped with a hydraulic-controlled test carriage which can be operated remotely. This vehicle is tailored for long-distance testing, even under harsh conditions, ensuring high detection rates with user-friendly operation. It features 18 channels with two-wheel probes on each rail, capable of identifying transverse defects in rail heads, bolt hole breaks, and base transverse defects. Testing specifications include compatibility with rail types weighing between 43kg to 75kg per meter, operating temperatures ranging from -30°C to 45°C, and a probe frequency of 2 to 4 MHz. The detection equipment also includes a data storage capacity of up to 300km and displays results in either A or B scan real-time modes. The main vehicle, a 4WD SUV with a 3.0L manual transmission engine, offers endurance of 10 hours for rail testing and 6 hours for road driving at 60km/h.