Home Water Testing & Monitoring Systems ATI Water Quality Monitors ATI - Residual Chlorine Monitor Model Q45H/63 - Measures Combine Chlorine, No Chemical Reagents Required, No Moving Parts
ATI - Residual Chlorine Monitor Model Q45H/63 - Measures Combine Chlorine, No Chemical Reagents Required, No Moving Parts
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* ATI Model Q45H63 is a microprocessor based, reagentless chlorine monitoring systems that is intended for on-line monitoring and management of chlorination systems
* This system is a combined chlorine monitor system perfectly designed to monitor and measure chloramine containing drinking water
* The Q45H systems use a membrane-covered polarographic sensor that does not need additional chemical reagents
* These systems contain no moving parts, and all routine maintenance items are included with the monitoring system
* The residual chlorine sensors are offered in two configurations styles – flow cell and submersion
* The Constant-Head flow cell is used to retain a consistent water flow rate and pressure at the front of the sensor
* The only requirement for the flow cell configuration is that the inlet flow rate must be at least 7 gallons per hour
*The submersion sensors necessitate flow velocities of at least 0.4 ft/sec for proper operation of this configuration
* Optional pH Sensor for dual parameter (chlorine & pH) capability
* ATI Model Q45H63 is a microprocessor based, reagentless chlorine monitoring systems that is intended for on-line monitoring and management of chlorination systems
* This system is a combined chlorine monitor system perfectly designed to monitor and measure chloramine containing drinking water
* The Q45H systems use a membrane-covered polarographic sensor that does not need additional chemical reagents
* These systems contain no moving parts, and all routine maintenance items are included with the monitoring system
* The residual chlorine sensors are offered in two configurations styles – flow cell and submersion
* The Constant-Head flow cell is used to retain a consistent water flow rate and pressure at the front of the sensor
* The only requirement for the flow cell configuration is that the inlet flow rate must be at least 7 gallons per hour
*The submersion sensors necessitate flow velocities of at least 0.4 ft/sec for proper operation of this configuration
* Optional pH Sensor for dual parameter (chlorine & pH) capability
