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High Purity Water
Feedwater, Steam & Condensate
Conductivity
Monitor AMI-II CACE AC
Monitor AMI-II CACE Degasser AC
Monitor AMI Powercon Specific
Monitor AMI Powercon Acid
Transmitter AMU-II Powercon AC
Monitor AMI CACE AC
Monitor AMI Deltacon Power
Monitor AMI Deltacon Degasser AC
QS-Monitor AMI INSPECTOR Conductivity
QS-Monitor AMI INSPECTOR Conductivity, 2 m sensor cable
Single Components
Transmitter AMU-II Powercon AC
Transmitter AMU-II Powercon DC
Transmitter AMI Powercon
Transmitter AMI Deltacon Power AC
Swansensor UP-CON1000, NPT
Swansensor UP-CON1000, SL
Sensor cable for Sensors with M16 plug
Flow cell B-Flow L70 3/4"NPT
Flow cell B-Flow UP-CON with slot-lock
Flow cell Q-flow SS316L L70
Flow cell QV-Flow SS316L L70, 1m
Flow cell QV-Flow UP-CON SL, 1m
QV-Flow UP-CON SL HT
Flow cell CATCON+ SL, 1m
Cation exchanger - bottle; 1 liter, full
Swansensor Retracon
Hydrazine / Carbohydrazide
Hydrogen
Oxygen (dissolved)
pH
Phosphate
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Monitor AMI-II CACE Degasser AC
Description
AMI-II CACE Degasser is a complete system for online monitoring of specific conductivity (SC), conductivity after cation exchange (CACE) with continuous EDI resin regeneration, and degassed conductivity after sample reboiling (DCACE) according to ASTM D4519-16. Sample pH and alkalizing agent concentration (i.e. ammonia) are calculated simultaneously from measured values.
AMI-II CACE Degasser offers comprehensive monitoring of steam and condensate quality in power and industrial plants, with degassed cation conductivity measurement to detect anionic impurities separately from dissolved carbon dioxide (CO2).
Benefits:
Highest sample degassing efficiency.
Effective and stable CO2 removal from the sample, with a continuous determination of the heater setpoint based on atmospheric pressure.
Continuous operation with automatic regeneration of the cation exchange resin by electrodeionization (EDI): no resin exchange, no chemicals for regeneration, no maintenance, reduced operation costs.
Continuous CACE and DCACE measurements, as cation resin is no more exhausted.
Fast response time after start-up.
Compact dimensions with minimal power consumption and sample flow.
Integrated and efficient sample cooling system: no hot water goes to drain.
Integrated self-diagnostic capabilities for measurement validation and reliable operation.
Factory tested, ready for installation and operation.
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