Endress + Hauser CM442R-GRM1A1FA7 Transmitter liquid analysis for rail-mount/cabinet installation Multiparameter + Multichannel applicable for process control, pH/ORP, conductivity, turbidity oxygen(DO), disinfection, SAC, nitrate, ammonia. Digital sensors; Memosens … [Read more...] about CM442R-GRM1A1FA7
Endress + Hauser CM442R 1-/2-channel transmitter for ORP / Redox
Endress + Hauser 1-/2-channel transmitter CM442R is a state-of-the-art transmitter for pH, ORP, conductivity, oxygen, chlorine, turbidity, sludge level, SAC, nitrate and many other parameters.
It saves you time and money through simplified and quick system integration, installation, and handling.
Endress + Hauser transmitter Liquiline CM442R measured values:
Endress + Hauser transmitter Liquiline CM442R measuring range:
Endress + Hauser transmitter Liquiline CM442R dimensions:
Endress + Hauser transmitter Liquiline CM442R degree of protection:
Optional Display: IP66
Endress + Hauser transmitter Liquiline CM442R application:
• Food & Beverages
• Life Sciences
• Power & Energy
• Water & Wastewater
Liquiline CM442R features all common communication protocols and interfaces, such as:
• 0/4...20 mA
• PROFIBUS DP
• Modbus RS485/RTU
• Modbus TCP
Endress + Hauser transmitter Liquiline CM442R advantages are:
Extremely small footprint, saves space in cabinets – perfect for skids.
• High-speed installation:
No cut-out in cabinet door, one-click DIN-rail mounting, minimized wiring.
• Simple and safe commissioning:
Saving configuration on SD card enables fast set-up on duplicate installations.
• Easy to operate and service:
Intuitive user interface, hot plug & play with pre-calibrated Memosens sensors, universal components fit all parameters.
• Process control from a distance:
Integrated web server that allows the operator to remotely view diagnostic data, perform configurations, or access device parameters in any web browser - even via Smartphone.
• Higher availability, lower costs:
Heartbeat Technology enables status-oriented maintenance and easy verification of the entire measuring point and helps to carry out optimization measures.