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Description of Core Features of Jingkong Flow Sensor

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Description of Core Features of Jingkong Flow Sensor (2).jpg

Description of Core Features of Jingkong Flow Sensor (1).jpg

Description of Core Features of Jingkong Flow Sensor

The Jingkong Flow Sensor boasts four core features, well-suited for industrial scenarios. Firstly, it is equipped with a built-in laminar flow device, which can effectively organize the turbulent airflow in the pipeline, reduce the interference of fluid eddies on detection, maintain stable airflow, and avoid fluctuations in flow data. It is particularly suitable for precision manufacturing scenarios that have high requirements for airflow stability.

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Secondly, its display direction supports 180° reversal. Users can flexibly adjust it according to the on-site viewing angle without adjusting the sensor's installation position. The operation is simple, easily solving the viewing problem under different installation positions and improving usability. Thirdly, it adopts a clear subtitle display design. Relying on high-brightness and high-contrast technology, the subtitles remain clearly visible even in harsh operating environments such as direct strong light, dimness, and heavy dust, eliminating data reading errors caused by poor visibility. Fourthly, it has a built-in high-precision chip with fast data processing and accurate calculation capabilities, which greatly improves detection accuracy. It can accurately capture subtle fluctuations in the low-flow range, meeting the needs of scenarios such as the pharmaceutical and electronics industries that have high requirements for flow monitoring accuracy.

frequently asked questions

Core Features & Practical Advantages

What makes the Built-in Laminar Flow Device a key advantage?

This integrated device directly addresses the common problem of turbulent airflow in industrial pipelines. It organizes chaotic fluid movements, eliminates eddy interference, and maintains stable airflow—preventing erratic flow data fluctuations caused by turbulence. This stability is critical for precision manufacturing scenarios (e.g., electronic component production with strict gas supply requirements), where inconsistent airflow could compromise product quality. It also reduces the need for additional flow-stabilizing equipment, simplifying system design.
2 How does the 180° Reversible Display Direction improve usability?

The 180° display rotation eliminates installation location restrictions, a major pain point in industrial settings. Whether the sensor is mounted on the front, side, or top of a pipeline, users can adjust the display angle in seconds without repositioning the entire device. This ensures easy data viewing even in cramped spaces or complex piping layouts. The operation is tool-free: long-press "Settings" → select "Display Direction" → confirm to flip—completable by any on-site operator.
Why is the Clear Subtitle Display reliable in harsh environments?

Adopting high-brightness, high-contrast technology, the display remains legible across all industrial conditions: direct sunlight in outdoor yards, dim underground workshops, dusty chemical plants, or foggy food processing areas. This avoids costly reading errors (e.g., misjudging raw material flow in pharmaceutical production) that often occur with standard displays in extreme lighting or dusty environments. Routine cleaning with a soft cloth (and ethanol for oil stains) preserves clarity without damaging the screen.
How does the Built-in High-Precision Chip enhance detection performance?

The chip enables rapid data processing and accurate calculations, delivering a detection accuracy of ±1% F.S.—with even greater stability in common flow ranges. It captures tiny flow changes (e.g., subtle fluctuations in low-flow medical liquid delivery) that conventional sensors might miss. This precision supports critical applications like reagent dosing in laboratories or fuel flow monitoring in machinery, where minor deviations could lead to product defects or equipment damage. The chip also ensures a response time ≤0.5 seconds for timely anomaly alerts.
Installation & Operation (Linked to Core Features)

Installation Tips for Optimal Feature Performance:

To maximize the laminar flow device’s effectiveness: Install in a straight pipe section (upstream ≥5, downstream ≥3 pipe ID) to avoid pre-existing eddies.

The 180° display rotation means you don’t need to adjust installation position for viewing—focus instead on fluid direction (follow the housing arrow) and avoiding electromagnetic interference (which could disrupt the high-precision chip).

Quick Parameter Setting with Clear Display:

Use the high-contrast display to set alarm thresholds or switch units (L/min, m³/h) via the "Settings" menu. The clear subtitles ensure you won’t misconfigure parameters, while the 180° rotation lets you operate comfortably from any angle.
Troubleshooting & Maintenance

Flow Fluctuations:

If data is unstable, first check if the laminar flow device is blocked (a common culprit). Clean it with compressed air (gas sensors) or water (liquid sensors) to restore airflow stabilization.

Display Issues:

Unclear display? Adjust the 180° angle to avoid glare, or wipe the screen gently. No display? Verify power (12-24V DC) first—if power is normal, contact support (the high-precision chip and display are covered by a 2-year warranty).

Routine Maintenance:

Monthly: Check display clarity and laminar flow device for blockages.

Every 6 months: Recalibrate to maintain the high-precision chip’s accuracy and replace worn laminar flow components if needed.
Selection & Support

Model Selection Focus:

Prioritize the high-precision chip variant for lab/medical use; emphasize the clear display and 180° rotation for dusty/outdoor environments.

Customization options include upgrading to a ±0.5% F.S. chip or a super-bright display for extreme conditions.

Warranty for Core Components:

Standard warranty: 1 year (2 years for the high-precision chip and laminar flow device).

7×24-hour support for issues like display adjustment or chip calibration.

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