Vloeistof sensor capacitief 5VDC JST-XH 3-pin connector 30cm kabel XKC-Y23A-V

Beschrijving

Pinout:

brown = 3.3-5V
blue = GND
black = OUT

Specification:

XKC-Y23A-V Output Mode: High and Low Levels
XKC-Y23A-NPN Output Mode:NPN
Current: 5mA±2mA
Output Current: ≤100mA
Response time: 500mS
Liquid level accuracy: ±3mm
Waterproof performance: IP67
Working temperature: -20~105℃
Material: PC-V0 fireproof material
Power supply voltage (Vin): DC5V
Ripple and noise voltage: <100mVp-p
Induction thickness (sensitivity) range: ≤15mm

Features:

1. The detection is accurate and stable, and the boiling water level can be detected.
2. Pure electronic circuit structure, non-mechanical working mode, stable performance and durable.
3. High and low level output mode, suitable for connecting various circuits and product applications.
4. Strong compatibility, penetrates various non-metal containers, such as plastic, glass, ceramic and other containers, and the sensing distance can reach 5mm.
5. High stability, high sensitivity, strong anti-interference ability, free from external electromagnetic interference, special treatment for power frequency interference and common mode interference, compatible with 5V power adapters on the market

Explain:

The non-contact liquid level sensor is suitable for the outer wall of the non-metallic container that is not in direct contact with the liquid, and will not be corroded by corrosive liquids such as strong acids and alkalis, and will not be affected by scale or other debris.

Input voltage requirements:

The input voltage of the non-contact liquid level sensor of this product is DC 5V, and the ripple and noise voltage requirements of the input voltage are less than 100mVp-p. Ripple and noise voltage is the sum of fingerprint peak-to-peak voltage and noise peak-to-peak. When using this product, the user should first confirm the stability of the power supply voltage, the ripple and noise voltage is less than 100mVp-p. Unstable power supply voltage or excessive ripple and noise voltage may affect the unstable operation of the sensor.