KISTERS AG
17 products found

KISTERS AG products

Meteorology

Kisters - Tipping Bucket Rain Gauge

KISTERS TB3 is a high-quality tipping bucket rain gauge for measuring rainfall and precipitation in urban and rural locations. Due to the integrated syphon, the gauge delivers high levels of accuracy across a broad range of rainfall intensities. With the optional heater the TB3 is the ideal device for cold climates.

Kisters - Tipping Bucket Rain Gauge

KISTERS’ TB4 Series II is a high-quality tipping bucket rain gauge for measuring rainfall in urban and rural locations. Due to the integrated syphon, the gauge delivers high levels of accuracy across a broad range of rainfall intensities.

Kisters - Tipping Bucket Rain Gauge

TB7 is a new generation high-quality tipping bucket rain gauge for measuring rainfall and precipitation in remote and unattended locations when used in conjunction with the Undercover data logger (see flip side) or a smart communication module. TB7 is a reliable ‘low cost’ device with a very good accuracy across a broad range of rainfall intensities.

Kisters - All-in-One Rain Gauging and Reporting Station

KISTERS RainTrak is a proven product line offering a fully autonomous and integrated All-In-One Rain Gauging and Reporting Station. The complete package is delivered with all elements needed for easy and fast installation and ready to operate within minutes from deployment on any given site. Simply add a valid SIM card to enable network connection and off you go!

Kisters - Hail Monitoring System

HailSens IoT is an advanced sensor for monitoring hail events in real-time. The detection of hail impacts (as opposed to other types of icy or watery precipitation) relies on kinetic impact measurement. The characteristics of each detected hailstone (kinetic energy, equivalent diameter and timestamp of the impact) are both recorded and forwarded in real-time. Software at the receiver side can proceed to immediate assessment of a hail event while it is unfolding, and, subsequently, can be programmed to issue near real-time alerts based on the incoming data.

Kisters - Compact Solar Radiation Sensor

Precise longterm measurements of the hemispherical radiation budget at earth surface provide fundamental insights to understand the changing climate system of the earth. KISTERS’ innovative WeatherSens MPS100 sensor provides precise and maintenance-free measurement of solar radiation by photoelectric technology. The compact sensor is designed without any moving parts and with embedded electronic for highspeed signal processing and calculation in order to provide real-time radiation data.

Kisters - Compact Weather Sensors

The MP Series compact weather sensors are designed for robust and maintenance-free measurements in hydrology, meteorology and weather-critical applications where durability, precision and operations in different climatic conditions are required.

Kisters - Compact Weather Sensors

The WS Series compact weather sensors are designed for reliable and maintenance-free measurements in hydrology, meteorology and weather-dependent applications where durability, precision and operations in different moderate climatic conditions and wind speed up to 45 m/s are required.

Kisters - Compact Wind Sensors (Ultrasonic Anemometers)

HyQuest Solutions’ ultrasonic anemometers AR200 and WS200 provide precise and maintenance-free measurement of wind speed and wind direction. The compact devices are designed for applications in hydrology, meteorology and other weather-dependent applications where durability, precision and operations in different moderate climatic conditions are required.

Kisters - Weighing Principle Precipitation Gauge

KISTERS’ PreciBal is an innovative high-quality precipitation gauge using the weighing principle for measuring liquid, solid and mixed precipitation within a wide temperature range. It conforms to the most stringent requirements of the WMO. PreciBal is a low power device even during cold winter times by using anti-freeze agent to decrease the freezing point of collected water. The optional heating is controlled by a combination of temperature settings and solid precipitation events to avoid snow capping and ice accretion at extreme environmental conditions.