![]() We manufacture both constant pressure systems and tank fill, utilizing both city pressure and roof tank suppliesĬonstant pressure systems are driven by Variable Frequency Drives (VFD) drives which are regulated by demand differentials in your building. Every system is made to your specific needs ensuring the most energy efficient high performance available. Our engineers will look at your size restrictions, water demand, and other factors when designing your system and determining the type of pump used. Our systems utilize multiple types of pumps including closed coupled end suction and vertical multistage pumps. We offer booster systems ranging from simplex to six pumps. Our booster pump systems are engineered in-house specifically to your capacity and space needs. - Domestic & light industrial irrigation.- Increasing water pressure from underground or surface water supplies.- Boosting low water pressure in your facility where the incoming municipal water supply pressure is inadequate.Nicole George, Area Sales Manager, OEM Chicago North American Sales, Electrical Sector, Eaton.Our booster pump systems are designed to raise or boost water pressure by being installed in the water supply line where pressure already exists. Julian Atchia, Vice President of Research & Development, SJE Inc. Remote station monitoring has been a valuable tool for the city and enabled them to better utilize their resources. The health of each station can be monitored and the maintenance crew alerted prior to spills. The city subsequently installed RTUs on all of their wastewater pumping stations and are now able to get a complete view of all their stations at any time. They were able to fix the problem and avoid costly spills. This flexibility eliminates the need for the city personnel to drive to the site for manual data collection each day.įigure 7: Chart of Runtimes in Minutes for Two Pumps Temperatureįigure 8: Weather Summary for that ContributesĬonclusion: The addition of a remote monitoring solution at this pumping station enabled the city maintenance staff to pinpoint the source of the water infiltration. This data is critical for optimizing tank and pump sizes. Daily flow reports can be generated on each pumping station to build an accurate hydraulic map. The user can also generate reports and configure alarm notifications from any PC or mobile device with a web browser and a connection to the internet without the need to install proprietary software. Users can log into the secure web portal to visualize the status of this station (see Figure 4). The remote monitoring system is accessible through an online webpage dashboard. IN2: Analog input 2: tank level, station in-flow, Pump 1 discharge flow, Pump 2 discharge flow, high-level alarm, low-level alarm.IN1: Analog input 1: Pump 1 and Pump 2 motor current monitoring, high current alarm, dry run alarm.A4: Alarm 4 was set to detect a phase loss or reversal on the power line.A3: Alarm 3 was set to detect a high-level condition from a float switch.A2: Alarm 2 was set to detect Pump 1 overload trip status. ![]() ![]()
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