VEGA VEGAPULS C 23 Radar Water Level Sensor

The VEGAPULS C 23 is the ideal radar sensor for non-contact level measurement in rivers, lakes, channels, and other environmental applications.


  • Measuring range up to 30m with ≤ 2mm accuracy
  • Low power consumption with flexible operating voltage from 8 to 30 VDC
  • Integrated Bluetooth for configuration and SDI-12 output for data logger interface
Your Price $1,563.10

The VEGAPULS C 23 is the ideal radar sensor for non-contact level measurement with high accuracy requirements in all standard applications where a high degree of protection and particularly good signal focusing are required.

Diverse Environmental Applications
It is particularly suitable for level measurement in water treatment, in pumping stations and rain overflow basins, for flow measurement in narrow channels, for level monitoring in rivers and lakes and for many other environmental applications.

Measure Solids and Liquids
The sensor is suitable both for measuring liquids and for use on bulk solids silos or bulk solids containers. The device is designed for connection to data loggers with SDI-12 interface, making it particularly suitable for battery-powered applications requiring low power consumption as well as applications with one signal and supply cable for several sensors.

Questions & Answers
What is the maximum distance that this sensor can accurately measure water levels?
The VEGAPULS C 23 has a measurement range of up to 30 meters or 98.43 feet.
Can the Bluetooth on the VEGAPULS C 23 be used to communicate wirelessly with a data logger?
The Bluetooth operation on the VEGAPULS C 23 is only used for configuration using the VEGA Tools app and a compatible iOS or Android device.
Did you find what you were looking for?

Select Options

  Products 0 Item Selected
Part #
VEGA VEGAPULS C 23 Radar Water Level Sensor
RA - 222 2HG
VEGAPULS C 23 radar water level sensor with Bluetooth operation & SDI-12 output, 10m cable
Your Price $1,563.10
3 Available
  Accessories 0 Item Selected
Notice: At least 1 product is not available to purchase online
Multiple Products

have been added to your cart

There are items in your cart.

Cart Subtotal: $xxx.xx

Go to Checkout

In The News

Going, Going, Gone: Endangered Species Recovery and Conservation

Across the planet, biodiversity and natural habitats are declining dramatically. Countless species of flora and fauna around the world are being listed as either threatened, endangered, or extinct. According to a 2019 UN Study , around one million species are already at risk of extinction. Unless action is taken to reduce the causes of biodiversity loss, many of these species could disappear within the next few decades. Invasive species, habitat destruction, pollution, and other environmental stressors are all major causes of biodiversity decline. While high biodiversity is synonymous with places like the Amazon Rainforest and the Great Barrier Reef, it can also be found locally.

Read More

CastAway Doubts about Conductivity, Depth and Temperature Monitoring

The Sontek CastAway-CTD is a castable device that measures conductivity, temperature and depth. The instrument has been used in the field for over a decade by oceanographers, limnologists, divers, fishers and educators. There have been few changes since the first iteration in 2010, showing that the instrument is durable and accurate without requiring new models.   The CastAway is the first conductivity, temperature and depth (CTD) instrument of its kind. While other CTDs are large and cumbersome to deploy, with cages and isolated sensors, the CastAway is a small, lightweight and easy-to-use instrument. Typical CTDs utilize pumps to ensure water flows over the sensors during deployment.

Read More

Dimethyl Sulfide: A Key to Marine Sulfur Biogeochemistry

Christopher Spiese is assistant dean at the Getty College of Arts & Sciences, acting director of the school of social sciences and human interaction, and associate professor of chemistry at Ohio Northern University. He is also a marine sulfur enthusiast. Marine sulfur biogeochemistry, which involves the cycling of sulfur through aquatic biological and geological systems, is essential for the functioning of marine life. However, the exact chemistry involved is not entirely known, piquing the interest of researchers like Spiese. “I went into marine sulfur biogeochemistry during my graduate work. I completed a doctoral environmental chemistry program at SUNY College of Environmental Science and Forestry (SUNY-ESF) under David Kieber.

Read More