120 V @ 10 amp Constant Voltage Pump Driver
Application
Used to keep your Pump voltage constant 120 V as the battery discharges from 59 to 44V. Contains integral LVD and Float Switch Control
As your battery discharges your pump slows down and you lose performance, water flow and pumping head. This regulator takes your battery voltage, irrespective of what it is, and produces a constant "full charge" voltage which keep pumps and motors at full output and your system at optimum performance. This is married to an LVD and a float switch control for a complete low cost pumping controller.
Model: CVP 120- 10
Picture Not Availible
FEATURES
- Very High Efficiency
- Low Cost
- High Performance
- Weatherproof
- Rugged boost voltage design
- Ideal for battery backed submersible pumping systems maximizes water output and head
- Available in NEMA 4 enclosure (weatherproof)
- Used battery, integral LVD and Float Switch Control
- Very high efficiency >92%, 94% typical
Electrical Specifications
| Input Voltage (V) |
44 - 59 |
| Lead acid assumed |
48V |
Low Voltage disconnect (ON) Time delay 1 second |
47.5V |
Low Voltage disconnect (OFF) Time delay 1 second |
44.0V |
| Float Switch Control |
Works even if power boost broken. Connect yellow wire to Black to turn pump off. |
Output Voltage (V) +\- 2% adjustable by internal POT |
120.0 |
| Output Current (Amps) |
10.0 |
| Current limited * |
11.0 |
| Quiescent current |
20 mA |
| Transient Protection |
All Inputs and Outputs and common mode |
| Efficiency |
92 - 96 % depending on loading and state of charge |
Mechanical Specifications
Enclosure:
- Raintight NEMA 3R enclosure
Dimensions:
Weight:
Temperature Range:
- -40 deg C to 50 deg C
- It is recommended, as with all electronics, that the unit not be placed in direct sunshine.
Terminations:
- Internal Eurostyle Terominal Block
- Power #12 AWG
- Signal Leads: #20
Humidity:
Mechanical Drawing:
Click here for picture
Note: In the interest of continuous product improvement, specifications subject to change
without notice.
Order Model No: CVP 120-10
March 2002 |