1/2 DIN, 2- or 4-channel transmitter for TOC, ozone, and conductivity monitoring in water systems. IP65/IP66 polycarbonate enclosure with 5.7" color touchscreen display. Provides audit trails and with RecordLOC PC software offers integration into a 21 CFR part 11 compliant system. For pharmaceutical waters and life science production applications.
rThe M800 Water analytical transmitter comes in 2-channel and 4-channel versions. It accepts inputs from Intelligent Sensor Management (ISM) sensors. The M800 is designed for measurement of dissolved ozone, conductivity, and TOC.
The transmitter provides an expanded logbook to capture critical changes relevant for an audit trail, including login events, settings changes, reasons for changes, and username and password signatures. When paired with RecordLOC software, the M800 Water transmitter provides all of the necessary technical controls for integration into a 21 CFR part 11 compliant system.
The M800 features iMonitorâ„¢ diagnostics that monitor and display the maintenance conditions of the measuring loop for preventative action. The color touchscreen is easy to use and lets you select control and alarm management for complex applications.
With the plug and measure feature, the M800 offers fast commissioning and error-free start-up. The M800 comes with advanced ISM functionallity for predictive maintenance information and dynamic sensor lifetime status. Sensors can be accurately pre-calibrated in a workshop using the iSense software and stored to use later. The plug and measure feature also allows for instant measurement and calibration data upload once you plug in the sensor.
- Encrypted audit trail to meet ALCOA+ requirements
- Audit trail records all user interventions and excursions, for TOC, conductivity, and/or ozone
- 5.7" color touchscreen display, multilevel password protection
- IP65/IP66 polycarbonate 1/2 DIN enclosure
- Communications: RS485 for audit trail download/datalogging to RecordLOC PC software
- ISM technology for excellent signal stability, fast sensor commissioning, and predictive maintenance of digital sensors