Industry Products

The kit contains four CS Series capacitive sensors, one DS-2100 WiFi display and summing device with wireless connection capability, LoadVUE software for simplifying measurement and calibration tasks using a PC, all the data cables and a 9V power adapter to connect and power the system. It can connect wirelessly to a PC using 802.11b WiFi interface.

WLS-TC and WLS-TEMP temperature data acquisiton systems have an RF module, which allows for wireless data transfer. Users can acquire and process temperature data for monitoring and control at distances up to 150 feet indoors, and as much as 2460 feet line-of-sight outdoors.

The CQ28 programmable capacitive sensor detects liquids and bulk materials through non-metallic walls at sensing distances of up to 10 mm. A typical application is fill level detection in tanks, containers or pipe systems for all types of media (liquids, solids and powders). Its IP 68 housing ensures dependable function under almost all operating conditions.

The digital MI Series infrared (IR) temperature sensor has double the optical resolution of previous versions, optimizing its performance in difficult ambient conditions. The thermometers can achieve up to 22:1 optical resolution and withstand ambient temperatures as high as 180 degrees C without any cooling.

Emerson Process Management recently unveiled the Rosemount Analytical SPS 4001B, IMPS 4000 and MPS 3000 autocalibration systems for in-situ oxygen (O2) analyzers that are enhanced with fully accessible subcomponents for convenient maintenance. When used in combination with the unique features provided by the Rosemount Analytical Oxymitter and World Class 3000 analyzers, these cost-effective autocalibration systems ensure that O2 measurements are always accurate without having to manually initiate calibrations safely keeping workers off the stack and operations running at optimal efficiency.

The MR314 encoder works in a wide range of harsh and/or hazardous environments, incluidng temperatures of -60°C/+150°C). It is intrinsically safe and ATEX-compliant, immune to EMI/RFI and ground loops, unaffected by high magnetic fields, and radiation resistant. Special versions can be easily engineered for thermal-vac environments.