| Name | Size | Downloads | Update | Thumbnail | Copy Link | Download |
|---|---|---|---|---|---|---|
| XingKeChuang Product Brochure (English).pdf | 10.37MB | 37 | 2026-01-16 |  | Copy Link | Download |
XKC’s flat membrane sensors provide precise, touchless point-level detection through plastic, glass, or ceramic walls. The low-profile design adheres to tank exteriors, preventing contamination and mechanical wear while resisting false triggers from sloshing. Factory calibration and in-house development enable reliable integration for automatic filling, dry-run protection, and overflow control.
These devices use capacitive sensing to detect a change in capacitance when the flat electrode aligns with the liquid boundary. Detection is not affected by color, conductivity, or foam. For metal vessels, install over a non-metal observation window or isolation insert to maintain stable performance.
Proven design backed by long-term research and multiple patented technologies.
Full in-house engineering and production for consistent quality and custom solutions.
Sensor-to-controller ecosystem supporting pumps, valves, alarms, and multi-point indication.
Stable point detection through common non-metal walls.
Fast response and low power draw.
EMC-aware design for operation near motors and variable supplies.
Outputs via controllers: digital high/low, relay control, and alarm signaling.
Adjustable sensitivity for different materials and wall thicknesses.
Rugged housings, adhesive or bracket mounting, and protective coatings for humid or industrial environments.
Compact non-contact series for dependable point detection on household and industrial tanks.
Adhesive, space-saving sensor for small appliances and utility reservoirs.
Industrial variant designed for larger tanks and continuous operation.
Adjustable sensitivity for thicker walls or fluids with challenging dielectric properties.
Options for controller integration, low-voltage environments, and dual set points.
Works with controller-based setups for auto filling and high/low alarms.
Low-voltage operation and chemical compatibility for lab equipment and process skids.
Dual thresholds enable dry-run and overflow protection with a single installation.
Mark minimum and maximum set points, clean and dry the area, and align the flat electrode. Mount on flat or gently curved sections away from seams and ribs. For metal tanks, use a non-metal window or liner.
Pair with XKC-C382 for non-contact tank control, XKC-C383 for pipelines and tubes, or CY10 for multi-point display. Controllers drive pumps/valves and provide real-time indication.
Where supported, adjust sensitivity to match wall thickness and verify stable switching by slowly filling and draining.
Food and milk tanks: touchless detection supports sanitation and reduces wear.
Home appliances and medical devices: compact, low-voltage designs suit humidifiers, dishwashers, sterilizers, and lab instruments.
Agriculture and industry: reliable point-level control near pumps and motors for process tanks and machinery.
Compared with float switches, the non-contact design simplifies retrofits and minimizes maintenance. Versus ultrasonic or optical methods, capacitive point-level detection is less affected by foam and does not require clear acoustic or optical paths.
Use the E700 portable detector to locate the exact liquid boundary and confirm set points before installation. This reduces trial-and-error and speeds commissioning.
Common naming includes flat liquid level sensor, flat membrane sensor, touchless capacitive water sensor, and capacitive point-level sensor.
Match sensitivity to wall thickness and fluid dielectric.
Choose output type and controller pairing.
Confirm mounting method and available space.
Validate locations with the E700 before adhesion or bracket mounting.
Clean the surface, avoid seams, apply steady pressure for adhesive mounting, route cables away from heat and vibration, and re-check switching points during commissioning. Contact us to discuss your application or request a quote.
Anti-slosh filtering, foam resistance, and temperature compensation support dynamic processes.
Custom electrode geometry, mounting fixtures, output interfaces, and cable lengths align with your control architecture.
Functional, environmental, and EMC validation help maintain stable performance and humidity resistance across typical ambient temperatures.
