PH MEASUREMENT SENSORS

Brand Owner (click to sort) Address Description
ISM METTLER-TOLEDO GMBH IM LANGACHER 44 GREIFENSEE 8606 Switzerland pH measurement sensors, redox measurement sensors, oxygen measurement sensors, carbon dioxide measurement sensors, conductivity measurement sensors, turbidity measurement sensors and parts and fittings therefore; operating software and electronic controls for pH measurement sensors, redox measurement sensors, oxygen measurement sensors, carbon dioxide measurement sensors, conductivity measurement sensors, turbidity measurement sensors; transmitters, parts and fittings therefore, operating software and electronic controls therefore, used in connection with pH measurement sensors, redox measurement sensors, oxygen measurement sensors, carbon dioxide measurement sensors, conductivity measurement sensors, turbidity measurement sensors;
ISM METTLER-TOLEDO GMBH IM LANGACHER 44 GREIFENSEE 8606 Switzerland pH measurement sensors, redox measurement sensors, oxygen measurement sensors, carbon dioxide measurement sensors, conductivity measurement sensors, turbidity measurement sensors and parts and fittings therefore; operating software and electronic controls for pH measurement sensors, redox measurement sensors, oxygen measurement sensors, carbon dioxide measurement sensors, conductivity measurement sensors, turbidity measurement sensors; transmitters, parts and fittings therefore, operating software and electronic controls therefore, used in connection with pH measurement sensors, redox measurement sensors, oxygen measurement sensors, carbon dioxide measurement sensors, conductivity measurement sensors, turbidity measurement sensors;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method for distance measuring using at least two contact-less distance sensors, e.g., ultrasound sensors, is provided, which distance sensors each have one emitter for emitting measuring pulses (MI) and one receptor for receiving measuring pulse echos (ME). The distance from an obstacle that reflects the measuring pulse (MI) is determined from the time difference between the measuring pulse (MI) and the received measuring pulse echo (ME). A first measurement is performed, which involves alternatingly emitting by the at least two distance sensors the measuring pulses (MI) offset in time by a first offset, and subsequently receiving the measuring pulse echos (ME) by the distance sensors. In addition, a verification measurement is performed, which involves alternatingly emitting by the at least two distance sensors the measuring pulses (MI) offset in time by a second offset, which is different from the first offset in time used in the first measurement.