Victron Inverters to Provide Continued Pumping of Newton Pumps & Pumping Systems - Pumping Power Interruption System
Verified by manufacturer 5 months ago
Multiplus 12/800/35 (BB1)
Multiplus 12/800/35 (BB1)
The Victron range of Inverter provide advanced solutions to ensure Newton Pumping Systems continue during power interruption by inverting battery stored DC energy to clean and efficient 230 VAC power.
Application
To provide continued pumping of Newton pumps and pumping systems during a power disruption.
For use with the following pumps:
- MultiPlus 12/800/35 (BB1):
- NP150 pump;
- CP250 pump.
- MultiPlus 12/1200/50 (BB2):
- CP400 pump;
- NP400 pump;
- NP400W pump.
- MultiPlus 12/3000/120 (BB3):
- CP750 pump;
- NP750 pump;
- SP750 Cutter pump.
- Quattro 12/3000/120 (BB4):
The Quattro unit is mated with a generator that recharges the batteries once they reach a predetermined state of depletion to give unequalled protection against power outage. This battery backup system provides continuous power for the Newton Pumping System and will remove approximately 282 000 litres on one tank of diesel at four pump starts per hour. As long as the fuel tank is replenished, the system offers unlimited battery backup protection.
Description
The Victron range of Inverter/Chargers provide advanced solutions to ensure that Newton Pumping Systems continue pumping during power interruption by inverting battery stored d.c. energy to clean and efficient 230 V a.c. power.
The battery backup range includes three specifically sized Inverter/Charger units plus a number of ancillaries to provide advanced system control and telemetry.
Features and benefits:
- Powerful true sine wave inverters.
- Sophisticated and powerful battery chargers featuring adaptive charge technology.
- High-speed a.c. transfer switch <20 milliseconds.
- Class-leading inverter efficiency.
- Multiple battery monitoring options including off-site via cloud and internet.
- High-grade components for dependable and reliable pumping during power outage.
- Matched with class-leading telecommunications batteries of 40 to 200 Ah to ensure pumping of even larger volumes of water during power outages.
Type:
- Quattro 12/3000/120 (BB4):
Provides the largest capacity battery backup available. Consult manufacturer's literature for further details.
Accessories:
- VICTRON BM-V702 BATTERY MONITOR:
The BMV-702 provides real time screen information for the battery or bank of multiple batteries, including battery voltage, discharge current and pump power draw, capacity as a percentage, and temperature.
- VICTRON BMV-712 SMART BATTERY MONITOR:
The Victron BMV-712 adds Bluetooth capability to allow for real-time monitoring of the battery information via a smartphone, as well as providing future connectivity to other Victron Components and batteries.
- VICTRON COLOR CONTROL GX PANEL:
Adds a number of extra features such as Ethernet or Sim Card internet capability with remote monitoring via web portal, and data storage on SD card.
- VICTRON VENUS GX CONTROL PANEL:
The Venus GX Control Panel has the same functionality as the Colour Control GX panel but at a lower cost, due to there being no display panel. The unit has three level inputs and two temperature sensors.
Ancillaries:
The battery backup can be directly used with a range of ancillary products (including Newton pumps, pumping systems, control panels) - consult manufacturer's literature for further information.
Recommended batteries include:
- 60 Ah High Efficiency battery - 12 V.
- 101 Ah High Efficiency battery - 12 V.
- 201 Ah High Efficiency battery - 12 V.
Consult the manufacturer's technical literature for information relating to performance characteristics of the system and installation.
General information
Color | Blue Guidance for specification option: Blue - RAL 5012. |
Finish | Smooth |
Material | Acrylonitrile butadiene styrene (ABS) Guidance for specification option: Advanced Battery Backup Systems Steel |
Shape | Other |
Length | 311 mm 360 mm 470 mm |
Width | 180 mm 240 mm 265 mm |
Height | 100 mm |
Warranty description | Five year |
Uniclass | |
CAWS | R12/135 Private packaged pumping stations and pressure pipeline system R18/310 Package pumping stations |
Specification data - Uninterruptible power supply (UPS) units
Standards | EN 60335-1.EN 60335-2-29.Guidance for specification option: (Safety) EN 55014-1.EN 55014-2.EN 61000-3-3.EN 61000-6-1.EN 61000-6-2.EN 61000-6-3.Guidance for specification option: (Emissions and immunity) |
Mode of operation | Wave inverters - inverting 12 V DC power from a battery (or multiple batteries) to clean and efficient 230 V a.c. power. |
Configuration | Four specifically sized units, plus a number of ancillaries to provide advanced system control and telemetry. |
Load compatibility | 12/800/35 and 12/1200/50: 8 W.Guidance for specification option: Zero load. 12/3000/120: 15 W.Guidance for specification option: Zero load. 12/800/35 and 12/1200/50: 5.Guidance for specification option: Zero load power in AES mode. 12/3000/120: 10 W.Guidance for specification option: Zero load power in AES mode. 12/800/35 and 12/1200/50: 2 W.Guidance for specification option: Zero load power in search mode. 12/3000/120: 4 W.Guidance for specification option: Zero load power in search mode. |
Input | |
Nominal voltage | 9.5–17 V d.c. |
Voltage tolerance | 230 V a.c. (±2%). |
Frequency | 50 Hz. ±1%. |
Power factor | Refer to manufacturer's datasheet. |
Inrush current | 9.5–17 V d.c. |
Inverter output | |
Rated output apparent power | 12/800/35: 1600 W.12/1200/50: 2400 W.12/3000/120: 6000 W.Manufacturer guidancePeak power. |
Nominal voltage | 230 V a.c. |
Voltage tolerance | 230 V a.c. (±2%). |
Nominal frequency | 50 Hz ±0.1%. |
Overload capability | Output short circuit.Overload.Battery voltage too high.Battery voltage too low.Temperature too high.230 V a.c. on inverter output.Input voltage ripple too high. |
Output power factor (minimum) | Refer to manufacturer's datasheet for information. |
Batteries | |
Type | 60 Ah High Efficiency battery - 12 V.101 Ah High Efficiency battery - 12 V.201 Ah High Efficiency battery - 12 V. |
Voltage | 12 V. |
Battery service life (minimum) | 12 years. |
Battery charger | Sophisticated and powerful battery chargers. |
Battery recharge time | |
To 80% capacity | 11–36 hours.Guidance for specification option: Depending on battery bank size. |
To 100% capacity | 12/800/35: 400 Ah.12/1200/50: 700 Ah.12/3000/1200: 1200 Ah. |
Battery monitors | |
Type | Victron BM-V702 Battery Monitor.Guidance for specification option: Provides real time screen information for the battery or bank of multiple batteries, including battery voltage, discharge current and pump power draw, capacity as a percentage, and temperature. Victron BMV-712 Smart Battery Monitor.Guidance for specification option: Adds Bluetooth capability to allow for real-time monitoring of the battery information via a smartphone, as well as providing future connectivity to other Victron components and batteries. |
Features | Manufacturer's standard.Guidance for specification option: See Battery monitors - Type guidance for details. |
Enclosure | |
Material and construction | |
Type | Aluminium. |
Finish | Aluminium. |
Colour | Blue. |
Efficiency | |
Overall (minimum) | Class leading inverter efficiency > 92%. |
Voltage waveform | Powerful true sine wave inverters. |
Accessories | Not required. Victron Colour Control GX Panel. Victron Venux GX Control Panel. |
Dimensions | 375 x 214 x 110 mm or 362 x 258 x 218 mm. Guidance for specification option: Model dependent. |
Pump | 250 W. |
Form | For use with 12V DC batteries. 800 VA, 35 A. |
Sustainability data
Contains Red List materials | No |
Country of material origin | United Kingdom |
Country of product manufacture | United Kingdom |
Recyclability | 0 |
Recycled contentAs defined in clause 7.8 of BS EN ISO 14021 | 0 % |
Literature
Newton Victron Inverters TDS
Case studies
Flooded Shop Basement Refurbishment, Chelsea
Basement Extension to a Grade 2 Listed Building, London