Mettler-Toledo Technologies GmbH Degassed Cation Conductivity System DCC1000e

Reliable, Accurate Corrosion Monitoring The DCC1000e is a degassed cation conductivity system that provides ASTM D4519-compliant conductivity measurements for cycle chemistry monitoring. It ensures water purity with precise detection of corrosive contaminants. Faster Plant Start-up Accelerate plant cycling by removing CO2 from the sample stream to provide a clear view that water chemistry limits are within target values. Easy Monitoring of Sample Conditions The DCC1000e uses a flexible single-screen display that includes conductivity values, calculated pH, calculated CO2, temperature and trend graphs. Understand Plant Conditions Using Intelligent Sensor Management (ISM®) technology, the DCC1000e provides diagnostics and condition information to help avoid unplanned shutdowns. Conductivity Sensor Type UniCond Sensor with ISM Transmitter Type Multi-Parameter M800 with ISM Sample flow rate 150-350 mL/min Sample temperature 20-60 °C (68-140 °F)1 Sample pressure 0.3-4 bar (5-58 psig) Cation resin 600 cm3 Ambient operating temperature 5-50 °C (41-122 °F) Humidity 10 - 90% non-condensing Dimensions (DxHxW) (HxWxD) 900 x 500 x 300 mm (35.4 x 19.7 x 11.8”) Weight 29 kg (63.9 lb) Rating and Approvals CE Power Supply 100-140 VAC and 200-240 VAC, 1600 W AC frequency 50 to 60 Hz Watch the Video Features and Benefits Reliable, Accurate Digital Measurements UniCond® digital conductivity sensors in the DCC1000e deliver consistent, reliable measurements. Accuracy is achieved by simultaneous calibration of the cell constant and an internal temperature element and measuring circuit, stored in on-board memory. Clearly Displayed Measurement Results The M800 transmitter provides flexible display options of multiple parameters, both measured and calculated. A single screen displays all parameters (conductivity, calculated pH, calculated CO2, temp, etc.) as well as important trend graphs. Efficient Cation Exchange The ASTM D4519-compliant cation resin cartridge has a small diameter that allows ion exchange kinetics to achieve lower, more accurate readings than larger cartridges that leach. This enables faster plant start-ups and meets turbine warranty requirements. Diagnostics Reduce Unplanned Downtime The DCC1000e offers predictive diagnostics provided by ISM technology to manage sensor calibration data and help prevent downtime. Deionization capacity monitoring predicts when deionization resin will exhaust, giving better process reliability.