Pump Controller
For Extractor Mounted Water Supply
The pump controller has been developed specifically to enhance warehouse and DC battery maintenance programs when used in conjunction with Philadelphia Scientific Water Injector Systems. The controller monitors the output pressure to ensure that the correct water pressure is supplied to the battery watering systems at all times.
Perfect for these applications |
Forklift
Scrubbers
Aerial Access
Buggies
Marine
Eliminate Inconsistent Levels
The Pump Controller is engineered to deliver immediate results by eliminating inconsistent electrolyte levels between cells in the same battery. It achieves this by ensuring precise and proper pressure is delivered to the entire watering system. This consistent, reliable performance minimizes dry cells and makes the entire maintenance process straightforward, guaranteeing accurate battery watering without confusion.
The ROI of Correct Battery Watering
By making the battery watering process easier and faster, the Pump Controller contributes to a more efficient maintenance program and a lower overall maintenance spend. Crucially, correct battery watering delivers two major performance benefits: it prolongs the battery's lifespan, meaning substantial savings since you buy fewer batteries over time, and it ensures longer run times, keeping your lift trucks operating on the floor and maximizing productivity.
Why Pump Controller
Tactile Feedback for Guaranteed Full Fills
Watering is designed to be straightforward to understand. You receive immediate, tactile feedback as the controller automatically stops the pump when the battery is full.
Precision Pressure Control with Safety Assurance
The Pump Controller features a crucial built-in pressure regulator to ensure water pressure is never too high for the Water Injector Systems, preventing high-pressure shutoffs and resultant dry cells. For safety, the unit shuts off automatically if the regulator fails or if the storage tank runs empty (to avoid run-dry damage). A dedicated fault light immediately indicates any fault.
Prevents use when filling conditions are not correct
This will prevent overfilling of cells. Low pressure prevents the watering system valves from properly shutting off, which leads to overflows. The valves are normally open and require water pressure to close them.
Real-Time System Monitoring and Diagnostics
The Pump Controller provides operators with essential operational data for effective maintenance and productivity measurement.
Automatically shuts off when all cells in the battery have been filled
Discourages early termination of watering by operators, which leads to inconsistent fill levels on the same battery.
Designed to fit
Water Injector Systems
Technical Specifications
|
System Exposure Temperature |
35°F to 160°F / 2° to 71°C |
|
Power Source |
115 VAC |
|
Nominal Current |
9.6 Amps |
|
Output Hose Length |
15 ft / 4.6 m |
|
Output Hose Size |
1 in / 2.54 cm |
|
Weight |
74 lb / 33.6 kg |
|
Product Height |
45 in / 114.3 cm |
|
Product Length |
24 in / 61 cm |
|
Product Width |
30 in / 76.2 cm |
|
Capacity |
20 gallons / 75.7 L |
|
Power Cord Length |
25 ft / 7.6 m |
|
Horse Power |
3/4 H.P. |
|
Notes |
Used for filling the Water Injector System™ from a battery changer. |
|
Included Components |
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Resources
Related Products
Extractor Mounted Water Supply
Conveniently water batteries as they are being changed.
HydroCart Max
This 20 gallons unit easily transports water to your batteries.
Connect with Our Solutions Team
Phone Number
215-616-0390
Email Address
info@phlsci.com
Office Location
207 Progress Drive
Montgomeryville, PA 18936
USA


