The Eclipse i-Series #9300i-MB is a mountable turn-key Intelligent Water Quality Monitoring Station designed to be installed inside existing booster or lift/pump stations. Data can be collected manually or transmitted to a SCADA system. Scalable up to a total of 8 sensors and easily serviceable and maintainable.
The Eclipse i-Series #9300WC-i Intelligent Monitoring Station is a pedestal-mounted Intelligent Monitoring Station designed to be installed onto a concrete pad for warm climates. Data can be collected manually via a micro SD card or integrated into a SCADA system (Ethernet, serial or cellular connection needed). The station is scalable holding up to a total of 4 sensors (excluding temperature and pressure) and ergonomically designed for easy access. The unit comes standard with a 3/8” inlet, an Amperometric Chlorine Analyzer (Free, Combined), temperature sensor, Programmable Logic Controller (PLC) with Human Machine Interface (HMI), two micro-SD cards and two adapters for accessing data and a sampling point bibb. The Eclipse #9300WC-I operates on a 24-volt lithium ion battery that is recharged using a solar panel.
The Eclipse i-Series model #9700i is one of the many new Intelligent Flushing & Monitoring Stations Kupferle offers to maintain safe residual levels and remove DBPs from consumers’ water. This portable analytical station easily attaches to any fire hydrant (2½” NST) and incorporates a built-in chlorine analyzer to measure and record disinfectant residual levels based on a programmed sampling schedule. Using the Programmable Logic Control (PLC) interface, users can input minimum and desired residual levels, an initial blow-off time and a maximum flushing duration. The unit will then operate under these parameters and will flush when detected residuals are below minimum prescribed levels and flush only the exact amount of water needed until the desired residuals are attained. All residual and flushing data is recorded and can be transferred to Microsoft Excel via a micro-SD card or can be transmitted using a SCADA system. Since this unit is portable, data from this unit can be used to maximize manual and/or automatic flushing efficiency.
The Eclipse i-Series#9750i Intelligent Portable Water Quality Device, also known as “The Flushing Buddy,” was designed and engineered specifically to assist in flushing efficiency and data collection of particular water quality parameters in the desired water system. During flushing (Unidirectional, Water Quality, Etc.) it creates a site log of water quality results and notifies the operator when programmed set points are met for select water quality parameters (chlorine residuals, turbidity NTUs, etc.) via audio and visual notifications, eliminating the need to take numerous hand samples. It attaches directly to a fire hydrant or blow-off by using a 2½ NST side cap, which features a quick disconnect nozzle, or can be connected to the fire hydrant using a hose connection. Each flushing site’s location, water quality results and flush duration is recorded in an excel log for easy and convenient reporting. If desired, the amount of flushed water can be calculated using one of three flow rate methods: an estimated flow rate, an estimated flow using PSI and a differential pressure flow curve from the hydrant manufacturer, or by metering the water. When ordering, this unit should be specified as a hydrant mount or with a hose attachment. Two standard units are available, one with a chlorine sensor (specify free or combined) and another with a turbidity sensor. The device can accommodate up to seven additional sensors (pH, conductivity, ORP, nitrate, nitrite, dissolved oxygen, etc.) with pressure already included in the standard units.
The Eclipse i-Series model #9800i is one of the many new Intelligent Flushing & Monitoring Stations Kupferle offers to maintain safe residual levels and remove DBPs from consumers’ water. This permanently installed station incorporates a built-in chlorine analyzer to measure and record disinfectant residual levels based on a programmed sampling schedule. Using the Programmable Logic Control (PLC) interface, users can input minimum and desired residual levels, an initial blow-off time and a maximum flushing duration. The unit will then operate under these parameters and will flush when detected residuals are below minimum prescribed levels and flush only the exact amount of water needed until desired residuals are attained. All residual and flushing data is recorded and can be transferred to Microsoft Excel via a micro-SD card or can be transmitted using a SCADA system. Thermal enclosure has an insulation rating of R-9 and is equipped with 150 Watt heater/fan and four zone thermostats (requires 120VAC line power). Sampling lines are heated using self-regulating heat trace. Unit is self-draining, non-freezing based on depth of bury and is maintainable from above ground.
The Eclipse i-Series model #9800WCi is one of the many new Intelligent Flushing & Monitoring Stations Kupferle offers to maintain safe residual levels and remove DBPs from consumer’s water. This permanently installed station incorporates a built-in chlorine analyzer to measure and record disinfectant residual levels based on a programmed sampling schedule. Using the Programmable Logic Control (PLC) interface, users can input minimum and desired residual levels, an initial blow-off time and a maximum flushing duration. The unit will then operate under these parameters and will flush only when detected residuals are below minimum prescribed levels and flush only the exact amount of water until desired residuals are attained. All residual and flushing data is recorded and can be transferred to Microsoft Excel via a micro-SD card or can be transmitted using a SCADA system. The unit is housed in a UV-resistant lockable enclosure and requires 120VAC line power or a 24VDC solar panel power source. Unit is fully maintainable from above ground.
The Eclipse i-Series model #9800i-GENESIS is the newest Intelligent Flushing & Monitoring Stations Kupferle offers to maintain safe residual levels and remove DBPs from consumers’ water. This permanently installed station incorporates a built-in chlorine analyzer to measure and record disinfectant residual levels based on a programmed sampling schedule. Using the Programmable Logic Control (PLC) interface, users can input minimum and desired residual levels, an initial blow-off time and a maximum flushing duration. The unit will then operate under these parameters and will flush when detected residuals are below minimum prescribed levels and flush only the exact amount of water needed until desired residuals are attained. All residual and flushing data is recorded and can be transferred to Microsoft Excel via a micro-SD card or can be transmitted using a SCADA system. Thermal enclosure has a insulation rating of R-9 and is equipped with 250 Watt heater/fan and four zone thermostats. Unit is self powered incorporating a water turbine and a 24VDC battery bank (no outside power source needed). The unit uses any flushed water to run the turbine which charges the batteries that provide power to the analytical equipment. Additional analyzers/sensors can be incorporated including, but not limited to: temperature, pH, psi, turbidity, conductivity and ORP. Sampling lines are heated using self-regulating heat trace. Unit is fully maintainable from above ground.
The Eclipse i-Series model #9800WCi-GENESIS is the newest of the Intelligent Flushing & Monitoring Stations Kupferle offers to maintain safe residual levels and remove DBPs from consumers’ water. This permanently installed station incorporates a built-in chlorine analyzer to measure and record disinfectant residual levels based on a programmed sampling schedule. Using the Programmable Logic Control (PLC) interface, users can input minimum and desired residual levels, an initial blow-off time and a maximum flushing duration. The unit will then operate under these parameters and will flush when detected residuals are below minimum prescribed levels and flush only the exact amount of water needed until desired residuals are attained. All residual and flushing data is recorded and can be transferred to Microsoft Excel via a micro-SD card or can be transmitted using a SCADA system. Unit is self powered incorporating a water turbine and a 24VDC battery bank (no outside power source needed). The unit uses any flushed water to run the turbine and charge the batteries that provide power to the analytical equipment. Additional analyzers/sensors can be incorporated including, but not limited to: temperature, pH, psi, turbidity, conductivity and ORP. It features a lockable vented enclosure and is fully maintainable from above ground.
The Eclipse i-Series model #9800WCi-R9 is one of the many new Intelligent Flushing & Monitoring Stations Kupferle offers to maintain safe residual levels and remove DBPs from consumers’ water. This permanently installed station incorporates a built-in chlorine analyzer to measure and record disinfectant residual levels based on a programmed sampling schedule. Using the Programmable Logic Control (PLC) interface, users can input minimum and desired residual levels, an initial blow-off time and a maximum flushing duration. The unit will then operate under these parameters and will flush when residuals fall below minimum prescribed levels and flush only the exact amount of water needed until desired detected residuals are attained. All residual and flushing data is recorded and can transferred to Microsoft Excel via a micro-SD card or transmitted using a SCADA system. Thermal enclosure has an insulation rating of R-9 and unit can be programmed to flush when temperatures fall below 40⁰F. Unit is self-draining, non-freezing based on depth of bury and is maintainable from above ground.
The Eclipse i-Series model #9800WCi-R9-GENESIS is the newest Intelligent Flushing & Monitoring Stations Kupferle offers to maintain safe residual levels and remove DBPs from consumers’ water. This permanently installed station incorporates a built-in chlorine analyzer to measure and record disinfectant residual levels based on a programmed sampling schedule. Using the Programmable Logic Control (PLC) interface, users can input minimum and desired residual levels, an initial blow-off time and a maximum flushing duration. The unit will then operate under these parameters and will flush when detected residuals are below minimum prescribed levels and flush only the exact amount of water needed until desired residuals are attained. All residual and flushing data is recorded and can be transferred to Microsoft Excel via a micro-SD card or can be transmitted using a SCADA system. Thermal enclosure has a insulation rating of R-9 and unit can be programmed to flush when temperatures fall below 40⁰F. Unit is self powered incorporating a water turbine and a 24VDC battery bank (no outside power source needed). The unit uses any flushed water to run the turbine which recharges the batteries that provide Power to the analytical equipment. Additional analyzers/sensors can be incorporated including, but not limited to: temperature, pH, psi, turbidity, conductivity and ORP. Unit is fully maintainable from above ground.