Specifications

VVR400

VVR400 Specifications Sheet
(Download PDF )

VVR400

VVR800

VVR800 Specifications Sheet
(Download PDF )

VVR800-BV-LSM8-AC (800 in³ / 14 liters) with same VVR400 options

VVR1300

VVR1300 Specifications Sheet
(Download PDF )

VVR1300-BV-LS1M8-AC-R (1300 in³ / 21 liters)

Options

VVR400-BV-LSM8-R standard model + overboard relief valve (1 PSI / 1 bar)

VVR400-IM standard model + overboard relief valve (15 PSI /1 bar) + Instrumentation manifold

Instrumentation manifold

Anodized aluminum manifold, pressure gauge, visual temperature indicator, adjustable temperature switch, fill quick dry disconnect, sampling valve, over board relief valve. SAE or BSPP through ports (available up to 2" flange)

Offshore & Subsea VVR400 (Pressure compensator)

Low level sensing pressure switch
(Download PDF )

Adjustable low level pressure switch

VVR with interface manifold. Bridge between return line and pump inlet.

Accessories

Network fill DC pump
(Download PDF )

Network fill DC pump

Network fill & filtration DC pump
(Download PDF )

Network fill & filtration DC pump

Heating pad

When extreme cold temperatures are encountered (-20°C and lower), a stick-on heating pad can optionally be installed on the VVR inner cavity. The addition of this heater will keep the temperature above the low operating range of the unit. To reduce the warm-up time by half, two heating pads could also can be installed (T= 5-6 hours or 2-3 hours)

Ratings:

For VVR400: 125 watts / 120 Vac
For VVR800: 250 watts / 120 Vac

Magnetic Filter

Fill pump (Download PDF )

It is highly recommended to install a manual (or electric) pump near the VVR. This pump can be used for level make-up following a component replacement or due to system leakage. Smart Reservoir can also supply a compact and affordable 12 or 24 Vdc filling/kidney loop unit (please ask for a quote). We can also supply you a complete kidney loop system with an electric pump for larger system fill or for constant filtration of the fluid during operations. Please use the following circuit layout for such system.