Pipeline Detection Pipeline Detection

Pipe management and maintenance, urban planning and construction, and power supply department pipeline inspections are essential for pipeline maintenance units.

(1) Multifunctional

Transmitter Function: Equipped with three signal application modes—inductive, direct, and clamp—suitable for various occasions.

2. Receiver Function: Used for measuring the location, path, burial depth, and current of underground cables.

3. Left and right positioning arrows indicate the target pipeline location, with rapid positioning.No Chinese content provided, so no translation needed.No content provided for translation.No Chinese content provided.The dB value indicates the location and size of the coating's damage points.

4. Backlit feature for night-time emergency use.

5. Burial Cable Fault PointsPlease provide the Chinese content to be translated.. IndeedPositioning.

6. Current Measurement: Measurement of the current applied by the transmitter to the pipeline being tested.

7. Multimeter Function: Measures output voltage, line voltage, line current, impedance, and power. Tests the continuity and insulation quality of cables before and after cable fault detection.

8. External Inductive Clamp: Ideal for situations where direct signal application is not possible during cable detection.

High positioning accuracy:

Multiple measurement modes for pipeline positioning(Valley Mode, Peak Mode, Wide Peak Mode, Peak Arrow Mode), which can be mutually verified to ensure pipeline positioningPlease provide the Chinese content to be translated.. IndeedThe temperature is rising.

1、Extreme.Great Value MethodThe horizontal component or gradient changes can be measured using Peak Mode, Wide Peak Mode, or Peak Arrow Mode, and their locations are determined based on the position of the large values.

2、Extreme.Mini-value methodUsing the valley value model, the location is determined by measuring the change in the vertical component and identifying the position of its minimum value.

(3) Diverse Depth Measurement Methods

A variety of depth measurement methods are available for selection., and can be mutually verified.

Dual-Level Coil Direct Reading Method

2. 80% and 50% Single Level Coil Methods

3. The 45-degree method.

Strong anti-interference capability

1. Multi-parametric observation: capable of measuring both horizontal and vertical components, as well as horizontal gradients.

2. High Emission Power: The transmitter outputs up to 10W with continuous adjustable power, allowing for flexible selection based on requirements.

3. High work frequency:

Transmitter Frequency:128Hz、512Hz、1KHz、2KHz、8KHz、33KHz、65KHz、83KHz。

Receiver Frequency: Radio50Hz、100Hz、512Hz、1KHz、2KHz、8KHz、33KHz、65KHz、83KHz。

In accordance with the characteristics of the target pipelineMaterials, structure, burial depth, length, etc., and select an appropriate working frequency based on the environment.

(User-friendly)

1. Intuitive: Utilizes graphical displays to continuously and in real-time show various parameters and signal strengths during the detection process.

2. Auto: Automatically switches to dual-level antenna mode during depth measurement and adjusts the receiver sensitivity for optimal signal, then automatically returns to the previous working mode after depth measurement is completed.

(6) Extended working hours, low cost of use

The transmitter is equipped with a high-capacity lithium battery pack.A single charge can power the field exploration equipment for a full workday, and it is reusable, significantly reducing the cost of detection.

(7) Dual Power Supply Transmitter

Under normal circumstances, the instrument's built-in battery pack is used for power supply if the transmitter's battery is fully charged. Should the transmitter's battery run low during use, yet the detection task is not yet completed, a dedicated power adapter can be directly connected to ensure the instrument continues to operate without the need to wait for it to recharge fully.