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Instrotech News

Instrotech News & Articles

Multi-application Guided Wave Radar Level Transmitters

Kobold’s NGR, a robust, maintenance-free level sensor that uses TDR technology (time domain reflectometry) for precise level measurement.

Pressure sensors on water pipelines

These days, water is generally supplied via a permanent underground system of pressurised pipes. Secure water pipeline networks form the backbone of our modern society. The water flow rate in pipelines can be regulated by adjusting the pressure in the system.

New Compact Capacitive Sensor

SELET has a new design for a series of capacitive sensors with more compact dimensions than traditional sensors on the market 

Instrotech turns 40

Local Instrumentation and process control company turns 40

World-first sensor platform for mobile machines

Heat, cold, shock, vibration, water, mud or dust – however dire or adverse the conditions are, mobile machines must work reliably under the harshest of conditions.

Compact reflex photoelectric sensors for glass bottle detection

The SELECT model OCV56T/C photoelectric sensors (block type) for optical detection of bottles (glass or PET with a good degree of transparency), of any shape, dept, or colour

SENIX OFFERS A WIDE RANGE OF OEM & CUSTOM ULTRASONIC SENSORS

Senix Corporation has on offer the smart and rugged ToughSonic line of ultrasonic non-contact Distance and Level sensors, a value-add partner for the Original Equipment Manufacturers (OEM) and Custom Sensor markets.  

LEVEL DETECTOR IN ALL POSITIONS

LNM - Microwave Level Switch

KOBOLD LNM microwave level switch is used for detecting levels of fill. The microwave field penetrates several millimeters into the medium. Foam, condensate or remains of the transported medium that have stuck on to the tank are not detected.

Magnetic flowmeters meet individual measuring challenges

MIS, MIK, MIM - Mag Flowmeters

Need to fill a tank and still measure the level accurately?

Senix ToughSonic Ultrasonic Transmitters perform Distance and Level Measurements with “non-contact” technology, requiring a minimum working distance to the liquid. Elevating the sensor has been one solution, but now there is a better way...