Track flaw detection Vehicle

Product Description

There are two main modes of track flaw detection vehicle: one is the worker flaw detection mode of the hand-push steel flaw detector, which has a high flaw detection accuracy rate. The number of missed inspections is low, but the efficiency is low, which consumes manpower and material resources. It is a large-scale flaw detection vehicle high-speed flaw detection plus portable flaw detector fixed-point review mode. This mode has high flaw detection efficiency, but low accuracy, high cost and maintenance requirements, and gives up the detection of low-track navigation cracks within the range of the track projection area. The above two flaw detection modes are difficult to meet the requirements of my country's growing high-speed railway business for rail flaw detection. The Perfect track flaw detection vehicle is a product carefully crafted by Perfect. It adopts a lightweight design, and the aluminum alloy material driving system has passed various road environments such as large ramps, small radius curves, complicated turnouts, and severe rain and snow. The weather test has never occurred problems such as derailment, derailment, landslide, lack of power, etc., which proves that the overall design of the drive system is reasonable, which makes the flaw detection work safe and reliable. The current mode is relatively high in the track flaw detection system.

Part show & Detail Images

Rail Inspection car

00340201902251803452

The advantages

Our rail trolleys prioritize operational safety and user-friendliness through thoughtful electrical system layout, safety protections, and control modes-details are as follows:

1. Safe Layout of Electrical & Control Components

The electrical cabinet and operation system of the rail trolley are installed in secure locations on both sides of the trolley. This placement avoids damage from external impacts and ensures easy access for maintenance.

All wiring inside the control cabinet is labeled with unique numbers. This simplifies troubleshooting, reduces maintenance time, and ensures clear identification of circuit connections.

2. Electrical Safety Standards & Protections

In compliance with safety standards, the rail trolley uses low safety voltage for its electrical system. This minimizes the risk of electric shock to operators, even in harsh industrial environments.

A residual-current circuit breaker (RCCB) is equipped to quickly cut off power in case of leakage, providing an additional layer of protection against electrical hazards.

Front and rear sound-and-light alarms are installed. These alarms activate during movement to alert nearby personnel and obstacles, preventing collisions.

3. Control Modes & Additional Protections

Dual Operation Flexibility: The rail trolley can be operated either alongside the trolley (manual on-site control) or via its dedicated control system, adapting to different on-site operation needs.

Pedal Control: It adopts a pedal control mode for key functions (e.g., start/stop). This design frees up operators' hands, allowing them to focus on load monitoring and surrounding conditions.

Multi-Circuit Protection: Three core protections are integrated to safeguard the trolley and its electrical components: overvoltage protection, undervoltage protection, and overcurrent protection. These prevent damage caused by power fluctuations or abnormal current.

Rail Inspection car