Underground Pipe Locator Repair – Radiodetection LD6000 Underground Pipe Locator Repair

Underground Pipe Locator Repair – Radiodetection LD6000 Underground Pipe Locator Repair

Beijing Qiyue Tianchen Technology Co., Ltd. is the authorized after-sales service center for Radiodetection underground pipe locators in China. With rich experience in repairing various series of Radiodetection underground pipe locators, we offer short repair cycles, low repair costs, and high-quality repair services with a six-month guarantee. For repair inquiries, please feel free to contact us.

Radiodetection LD6000 Full-Screen Underground Pipe Locator (1st Generation) LD6000 Full-Frequency Underground Pipe Locator

The full-frequency pipe locator is a new type of pipe locator carefully developed by an international team in the field of pipeline detection technology, combining years of technical experience and user requirements. It uses electromagnetic methods to detect the position, burial depth, direction, and signal current strength of underground pipelines. It is suitable for detecting deep-buried pipelines and can be equipped with various functional accessories for outer sheath grounding fault location, dense cable identification, and non-metallic pipeline location.

LD6000 Full-Frequency Receiver

• Vibrant full-color screen, full-frequency reception.
• Free unlimited upgrades.
• Color compass guidance.
• Dual-core high-speed CPU.
• Extremely sensitive special coils.
• Limited peak signal response function.
• Real-time depth measurement function.
• Modulated audio signal for audible localization.

LD6000 High-Power Transmitter

• Power output: 10W.
• Automatic impedance matching, excellent signal output performance.
• Equipped with dual-frequency output function.

Main Features:

1. Full-Frequency Reception:
   • LD6000 receiver breaks through with full-frequency reception, presetting 55 main detection frequencies.
   • Select reasonable detection frequencies based on site conditions to enhance the detection ability of complex pipelines.
   • Compatible with various pipeline locators’ working frequencies, can be used with transmitters of any brand.
   • Existing locator users can upgrade the entire machine performance by purchasing the receiver alone.
2. Advanced Signal Reception Technology:
   • Highly sensitive new-type receiving coils with a dynamic range of up to 140dB, capable of detecting deeper pipelines and longer distances.
   • Special loop reception technology compresses the signal response range, improving signal resolution and the accuracy of locating dense pipelines.
   • Dual-coil technology eliminates or suppresses electromagnetic interference from neighboring pipelines, both spatially and underground.
   • Anti-interference filter automatically filters interference signals, significantly improving the signal-to-noise ratio and stability of the detection signal, facilitating dense pipeline location.
   • Dual-core high-speed processor enhances signal processing and calculation speed, making pipeline positioning, depth measurement, and current measurement faster.
   • Practical peak signal identification and clear color display make signal responses more intuitive and clear.
   • The valley arrow changes with distance, facilitating rapid pipeline positioning.
   • Limited signal response: Presence or absence of pipelines is clear, effectively avoiding misjudgments.
3. Color Screen Receiver:
   • All-weather color screen display, clear in strong and weak light conditions.
   • Real-time depth measurement function indicates reference depth when tracking pipelines.
   • Compass guidance function indicates pipeline direction for positioning and depth measurement.
4. Software Upgrade for New Features:
   • LD6000 can be configured and upgraded with instrument functions through software without any hardware changes. Future configurations of more powerful functions are unlimited, including new frequencies, new color display interfaces, data storage and download functions, GPS functions, and more.
5. Multiple Location Methods:
   • LD6000 has three location methods: peak method, valley method, and wide peak method. Different signal reception methods are suitable for different pipeline conditions, facilitating comparison and mutual verification of detection results under complex pipeline conditions.
   • Peak method has strong anti-interference ability, providing accurate positioning and depth measurement in dense pipeline environments; suitable for dense and complex pipeline conditions.
   • Valley method has moderate anti-interference ability but high signal sensitivity, capable of receiving signals from deep pipelines and detecting long-distance single pipelines.
   • The wide peak method’s anti-interference ability and signal sensitivity are between the peak method and the valley method, suitable for detecting deep single pipelines.
6. Multiple Depth Measurement Methods:
   • The 70% characteristic point method is an accurate and effective depth measurement method verified through years of practice, ensuring depth measurement accuracy even under complex conditions.
   • Direct reading depth measurement method is suitable for single pipeline condition depth measurement and depth reference.

Radiodetection LD6000 High-Power Transmitter:

1. 10W High Power Output:
   • LD6000 transmitter features a 10W high-power output signal.
   • Output voltage reaches up to 50V, and output current up to 1A, with powerful direct output performance.
   • Uses a new efficient induction coil, increasing the magnetic moment of the induction coil, improving induction excitation performance by around 30% compared to other 10W transmitters.
2. Excellent Signal Output Performance:
   • Direct output and induction excitation output performance of LD6000 transmitter are far superior to those of similar 10W transmitters, significantly improving the overall depth and distance measurement performance, especially suitable for detecting deep-buried pipelines and long-distance pipelines.
3. Automatic Impedance Matching:
   • The automatic impedance matching function fully leverages the performance advantages of the high-power transmitter.
   • Effective excitation can be achieved under high-resistance pipelines or