Stainless Steel STD-Type Liquid Level Sensor 240-33 Ohm - 25 cm
Accurately and reliably measure the liquid level in your tank with the HPYB001/25cm liquid sensor. This high-quality sensor is made from durable stainless steel and is specifically designed for use in harsh conditions. Whether it's a fuel tank, water tank, or another liquid reservoir, this sensor provides consistent readings without hiccups.
Durability and Precision
The HPYB001 series is known for its robust build quality. Thanks to the stainless steel construction, the sensor is highly resistant to corrosion and prolonged contact with various liquids. The sensor operates based on the standard European resistance range of 240 to 33 Ohm, allowing it to work seamlessly with most common analog meters on the market.
Key Features
- High-Quality Material: Fully made of stainless steel for a long lifespan and maximum resistance to rust.
- Universal Application: Suitable for both 12V and 24V systems, ideal for boats, campers, vehicles, and industrial installations.
- Reliable Measurement: The STD-Type float technology ensures stable signal transmission, even with liquid movement.
- Easy Installation: Equipped with a standard mounting flange for quick and leak-free attachment.
Technical Specifications
The technical properties of the HPYB001/25cm are precisely tuned for professional use:
- Article Number: HPYB001/25cm
- Sensor Length: 25 centimeters (measured from the bottom of the flange)
- Resistance Range: 240 Ohm at an empty tank to 33 Ohm at a full tank
- Operating Voltage: Suitable for 12 Volt systems (also compatible with 24 Volt)
- Material: Stainless Steel
- Sensor Type: STD-Type Liquid Level Sensor
- Mounting: Flange attachment for universal connection
Why choose the HPYB001 series?
When you choose this liquid sensor, you choose certainty. The precise finish prevents leaks and the simple two-wire connection makes installation accessible for both professionals and DIY enthusiasts. With a length of 25 cm, this model is perfect for medium-sized tanks where deep and accurate measurement is necessary.
