Comprehensive pipes pathfinder for Line path depth detection, power outage cable identification, pipeline grounding fault search, GPS mapping detection

• Customization: Available
• After-sales Service: Online
• Warranty: 1 year
• Model NO.: KT-9600G
• Weight: 290mm ×128mm ×700mm
• Launch clamp wire length: 3m
• Output power: 10W max, 10 levels adjustable
• Transport Package: Plywood Case
• Trademark: GONOAVA
• Origin: China
• HS Code: 9024800000
• Production Capacity: 200

Product Description

Product Description

Comprehensive pipes pathfinder for Line path depth detection, power outage cable identification, pipeline grounding fault search, GPS mapping detection
1.Product Introduction
The intelligent pipeline and cable comprehensive detector is a path detection instrument with strong comprehensive performance. It has multiple functions such as pipeline path depth detection, live cable identification, power outage cable identification, pipeline ground fault finding, GPS mapping, ground resistance test, insulation resistance test, etc. The instrument consists of a transmitter, transmitting current clamp, receiver, receiving flexible current clamp, connecting test wire, stethoscope, A-frame (optional), surveying and mapping APP (optional), RTK (optional), etc.
Pipeline path detection: It can be used for path detection, pipeline survey and depth measurement of metal pipelines and underground cables without excavation. The instrument uses a variety of filtering technologies, has certain anti-interference capabilities, and can accurately locate and measure depth. It is suitable for detection and line inspection of various underground metal pipelines, pipeline management and maintenance, municipal planning and construction, power supply and other pipeline detection departments. It is One of the essential instruments for pipeline maintenance units. This function is implemented by the signal transmitter, receiver, signal transmitting current clamp and connecting test wire. The instrument has the following features:
1. Multiple detection modes: classic positioning mode, wire cruise mode, signal curve mode.
2. Classic positioning mode: compass, direction and signal amplitude display, intuitively showing the left and right directions of the pipeline.
3. Wire cruise mode: 360° all-round pipeline path indication, continuously displaying depth, current and relative position of the pipeline. The interface is simple and intuitive, and no experience is required to operate it.
4. Signal curve mode: It can display the historical signal strength curve, and find the location of the cable by observing the changes in the signal strength curve at different locations.
5. GPS mapping function: Users can check the geographical coordinates of underground pipelines mapped by the receiver through the map inside the mobile APP. By observing the underground pipeline path guide map, users can check the buried direction of underground cables.
6. Current direction determination (partial frequency) can eliminate adjacent line interference and prevent tracking errors by calibrating the current direction.
7. Built-in frequency sweep test function, users can select the appropriate signal frequency for pipeline measurement through the frequency sweep results to avoid co-frequency interference.
8. Fully digital high-precision sampling processing: stable and reliable, ultra-high sensitivity, extremely narrow receiving frequency band, strong anti-interference ability, and can fully suppress power frequency and harmonic interference from nearby running cables and pipelines.
9. Ground fault search (optional function): The transmitter transmits a positioning signal to the faulty cable. The A-frame (optional accessory) can be used to locate the ground fault positioning point of the pipeline. The arrow indicates the positioning direction.10. Multiple detection frequencies: 12 active detection frequencies and 4 passive detection frequencies.
11. The transmitter has multiple signal output methods: direct output, caliper coupling, and induction method.
12. The transmitter has digital amplified power output, fully automatic impedance matching, and fully automatic protection.
13. There is a built-in high-brightness lighting lamp under the instrument to facilitate night operations.
Cloud service (optional): Built on the Android platform (compatible with Hongmeng system), it uses the powerful computing performance and network communication capabilities of mobile phones to exchange data with the server in real time to realize engineering measurement, task management, data management, data viewing and generation. Test reports, data import, data export, operation videos and other functions.
Surveying and mapping APP (optional): It is an independently developed APP that integrates comprehensive information management functions such as recording, management, and report generation of measurement data. It is used in conjunction with the cable comprehensive detector to realize GPS surveying and mapping functions. The APP can perform task management, report generation, etc. for engineers' pipeline detection tasks. It has a humanized engineering wizard function and is easy to use. One-click generation of task reports, including length, depth, measurement frequency, measurement current, location information, etc., greatly improves the work efficiency of buried pipeline inspection personnel.
Cable identification: It is designed for power cable engineers and cable workers to solve technical problems of cable identification. Can be used to identify live cables and outage cables. Users can use the instrument to accurately identify a target cable among multiple cables to avoid serious accidents caused by accidentally sawing live cables. When identifying cables, 10 cables can be pre-calibrated at the transmitting end and then received and identified at the remote end, which greatly saves engineering personnel time for round-trip calibration operations and improves work efficiency. If the cable identification is successful, it will be marked as √, and if the non-target cable is marked as ×, the target cable can be quickly and automatically identified. This function is implemented by the signal transmitter, receiver, signal transmitter clamp, connecting test wire, flexible caliper and stethoscope. The stethoscope can be used when calipers are not convenient.
Pipeline ground fault finding (optional function): It can accurately locate ground insulation faults in directly buried power cables, directly buried communication cables, directly buried optical cables, etc. When the traditional high-voltage flashover method is applied to ground faults of directly buried cables, since the discharge energy at the single-phase metallic ground fault point is proportional to the square of the discharge current and the ground resistance, the discharge sound when the fault point penetrates the gap is relatively soft. It is impossible to accurately locate, and even in most noisy outdoor situations, it is impossible to accurately capture sound waves, resulting in impossible positioning. The cable ground fault location is based on path detection instruments and A-frames, and the step voltage method is used for measurement. The results are stable, easy to use, and the location is accurate. It can accurately detect ground faults in directly buried cables in multiple scenarios. , with arrow direction indication.
Ground resistance test: Use the precision 4-wire method to measure the ground resistance on site, and introduce FFT (Fast Fourier Transform) technology and AFC (Automatic Frequency Control) technology to automatically identify interference and select the measurement frequency to minimize the impact of interference. The maximum rated output current is 6mA, and the measurement range is 0.001Ω~2000Ω. The function is realized by the cooperation of the receiver and the connecting test line.
Insulation resistance test: specially used for insulation testing in the laboratory or on site. It is suitable for measuring the resistance value of various insulating materials such as the insulation resistance of transformers, motors, cables and electrical equipment. Embedded high-precision microcurrent measurement system, digital boost system, automatic discharge circuit, etc. The rated output test voltage range is 100V~2500V, and the insulation resistance measurement range is 0.01MΩ~2.50TΩ. The function is realized by the signal transmitter and the connecting test line.
Signal transmitter: used for pipeline path detection, cable identification and insulation resistance testing. This device can add identification signals to the target cable through direct output, caliper coupling, induction method, etc. The signals include 577Hz, 640Hz, 1280Hz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10kHz, 33kHz, 66kHz, A total of 12 different pulse signals are available, 82kHz and 201kHz. The maximum signal output power is 10W, adjustable in 10 levels, adapting to different application environments, making pipeline detection and cable identification more accurate and reliable. The instrument has a built-in high-power rechargeable lithium battery, automatic impedance matching, and fully automatic protection. The transmitter adopts an integrated special tool box design. The box can withstand about 200kg of pressure. The host has a 5.4-inch color LCD display that dynamically displays the signal output status and battery usage in real time.
Launch clamp: suitable for caliper coupling method. The transmitting clamp couples the signal from the transmitter to the target cable. The clamp size is Φ150mm. The transmitting clamp is directional. The transmitting signal flows in from the direction indicated by the arrow on the transmitting clamp.
Receiver: used for pipeline path detection, cable identification and ground resistance testing. Built-in multiple shielded 3D antennas, which can detect 577Hz, 640Hz, 1280Hz, 2.56kHz, 3.20kHz, 4.09kHz,
8. A total of 12 different pulse coded current signals of 19kHz, 10kHz, 33kHz, 66kHz, 82kHz and 201kHz can be effectively identified. It can also identify 50Hz and 250Hz power frequency signals and radio frequency signals with center frequencies of 33kHz and 82kHz. Using a 3.5-inch color LCD screen, it dynamically displays 360° all-round pipeline path indication, depth, current and relative position of the pipeline in real time.
A-frame (optional accessory): A-shaped voltage signal sensor designed for locating ground faults in directly buried cables. The two probes or probe coils on the A-frame can accurately receive the step voltage signal transmitted from the transmitter. After being transmitted to the receiver for data analysis, the cable ground fault point can be accurately located. The probe or probe coil is designed to be independent and interchangeable. The probe is suitable for soil floors and the probe coil is suitable for cement pavements that cannot be directly inserted into the earth. The A-frame lead wire is designed with an aviation socket, which can be connected to the receiver with the aviation plug cable. It can be disassembled at will and is compatible with independently designed handles, allowing the A-frame to work independently for other functions.
Flexible current clamp: for cable identification. This current clamp is a Rogowski coil, which has excellent transient tracking ability and can quickly identify the pulse width frequency signal generated by the transmitter. It is suitable for thick cables or irregularly shaped conductors. The inner diameter of its jaws is about 200mm, and it can clamp cables below Φ200mm without disconnecting the circuit under test. The measurement is non-contact, safe and fast.
Stethoscope: for cable identification. Similar in shape to a mouse, it can quickly sense and identify current signals in transmitters or cables. The arc-shaped sensor design fully fits the surface of the cable. With the transmitter and receiver of this product, most functions of the flexible current clamp can be realized, and it can replace the flexible current clamp for cable identification in most occasions. When in use, just place the stethoscope close to the cable under test along the direction of the cable. It is suitable for testing situations where it is inconvenient to use flexible current clamps.
Special reminder: When identifying power-off cables, it is strictly prohibited to connect them to live cables. Live cable identification is only applicable to three-core armored cables. During identification, transmitting clamps and receiving clamps cannot be mixed, and the direction of the input signal must be consistent.

Product Parameters

Comprehensive pipes pathfinder for Line path depth detection, power outage cable identification, pipeline grounding fault search, GPS mapping detection
2. optional features

Surveying and mapping APP	Use the APP to cooperate with the receiver to realize the GPS pipeline surveying and mapping function, realize positioning measurement, management and view the geographical coordinates, depth and other information of underground pipelines, and provide cloud services for data storage, backup, transfer, etc.
Troubleshooting and positioning	Together with the A-frame, it can accurately locate cable ground faults.
RTK	Use RTK equipment to achieve centimeter-level high-precision positioning function, and use a dedicated APP with a handheld device to achieve precise point-determining mapping of pipeline locations.

2.Receiver specifications

Function	Pipeline detection (cable position tracking, direction display, depth measurement, current measurement), live cable identification, power outage cable identification, pipeline ground fault finding, ground resistance test, external voltage test
power supply	7.4V DC 2600mAh rechargeable lithium-ion battery pack
Input method	Built-in receiving coil, flexible caliper, stethoscope, alligator clip test lead (voltage test)
Bluetooth communication	Supports Bluetooth communication for instrument control and connection to mobile APP for various data processing
receiving frequency	Active detection frequency: 577Hz, 640Hz, 1280Hz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10kHz, 33kHz, 66kHz, 82kHz, 201kHz
Pipe detection mode	Broad peak method, narrow peak method, sound valley method
Pipeline detection display	Classic positioning mode, wire cruise mode, signal curve mode
Pipeline detection Detection range	Direct connection method: Generally, the cable length can be 0~20 kilometers, which is mainly determined by the ground resistance, cable resistance and cable burial depth.
Dept and current	Automatic reading of cable depth and current values
Pipeline measurement depth	0~20m
Depth accuracy	Plane position precise positioning accuracy: The center axis position of the target cable or pipeline:
Right or wrong tips	Eliminate interference from adjacent cables. When measuring adjacent cables, the measurements of adjacent cables can be distinguished based on the different signal strengths fed back by adjacent cables and the phase of the measured current. During the process of tracking the cable, observe the phase dial and pointer pointing to distinguish the cable under test. and adjacent cables
Sound instructions	FM tones that vary with signal strength
Anti-interference ability	Extremely narrow receiving frequency band and unique digital processing method can fully suppress power frequency and harmonic interference from nearby running cables and pipelines
Interference distance	When using the coupling method and the induction method, the transmitter will produce interference at a short distance. The interference distance is related to the transmission power and frequency. The greater the power and the higher the frequency, the stronger the interference.
Cable identification	Identification method: flexible caliper intelligent identification, stethoscope identification;
Cable identification Detection range	Number of calibrated cables: 1 to 10;
Ground resistance	Test range: 0.001Ω~2000Ω
Voltage measurement	Test method: Precision 4-wire method measurement
LED night lighting	Receiver has LED flashlight function
liquid crystal	3.5-inch color screen LCD
size	Approximately 290mm (length)×128mm (width)×700mm (height)
quality	About 1.90kg
charger	DC 8.4V 1A
Lighting power	1Wmax
Connection interface	1*mini-B USB interface (for firmware upgrade) 1*DC charging port 1*Flexible caliper connection socket 2*External voltage test line connection interface 4*Ground resistance test line connection interface
Flexible current clamp	Approximately 620mm long, approximately 8mm wire diameter
Coil inner diameter	φ200mm (larger diameter can be customized as needed)
stethoscope size	Length, width and thickness are about 111mm×60mm×27mm (stethoscope optional)
Lead length	Stethoscope lead length: about 3m
test line	1*Red test line 5m 1*yellow test line 3m 1*green test line 3m 1*Black test line 3m
Working temperature and humidity	-10ºC~40ºC; below 80%Rh
Storage temperature and humidity	-10ºC~50ºC; ≤95%RH, no condensation
Pressure resistant	AC3700V/rms (between the upper and lower ends of the housing)
Suitable for safety regulations	IEC61010-1 CAT 600V, IEC61010-031, IEC61326, pollution level 2

3.Transmitter specifications

Function	Multiple frequency signal transmission methods, insulation resistance test
power supply	11.1V DC 12800mAh rechargeable lithium-ion battery pack
Output mode	Direct connection method, caliper coupling method, induction method
Output frequency	577Hz, 640Hz, 1280Hz, 2.56kHz, 3.20kHz, 4.09kHz, 8.19kHz, 10kHz, 33kHz, 66kHz, 82kHz, 201kHz
Output power	10W max, 10 levels adjustable
Impedance	Fully automatic real-time impedance matching and protection functions
Direct connection output voltage	150Vpp max
circuit protection	With overload and short circuit protection
Insulation resistance Test voltage	100V,250V,500V,1000V,2500V
Insulation resistance Measuring range and accuracy	0.01MΩ~25.0GΩ ±3%rdg ±5dgt 25.0GΩ~2.5TΩ ±15%rdg ±5dgt
liquid crystal	5.6-inch LCD color screen
Instrument size	About 320mm (length) × 275mm (width) × 145mm (height)
quality	The transmitter is about 3.85kg; the transmitter clamp is about 1.18kg
charger	DC 12.6V 2A
Launch clamp size	Length, width and thickness 297mm×194mm×39mm
Launch clamp inner diameter	φ150mm
Launch clamp wire length	3m
test line	Red test line 5m, green test line 3m, black test line 3m
Connection interface	1*Type-B USB interface (for firmware upgrade) 1*DC charging port 1*Signal transmitter clamp connection socket 2*direct test line interface 3*Insulation resistance test line interface
Resistant to pressure	The transmitter adopts an integrated special tool box design, and the box can withstand a pressure of about 200kg.
Pressure resistant	AC 3700V/rms (between the top and bottom of the instrument box)
Electromagnetic properties	IEC61326(EMC)
Suitable for safety regulations	IEC61010-1 (CAT III 300V, CAT IV 150V, pollution level 2)

Detailed Photos