Battery Monitor BMV-702
£109.25
5 retailers
Energy Meter VM-3P75CT
From £141.36
RRP £115.93
Compared across 2 retailers
🔻 9.2% cheaper Victron Energy Meter VM-3P75CT, 3-phase with split-core CT clamps up to 80A, VE.Can and Ethernet connectivity.
- SKU
- REL200300100
- Dimensions
- 71 x 59 x 90 mm
- Input Voltage (L-N)
- 85 - 265 VAC
- Input Voltage (L-L)
- 150 - 460 VAC
- Frequency
- 50/60 Hz
- Max Current
- 80A per phase (with supplied CTs)
Price Comparison
This product is currently 9.2% cheaper than its 30-day average price of £155.63.
| Retailer | Price | Availability | Actions |
|---|---|---|---|
| Amazon UK | £141.36 | In Stock | Visit Site |
| Energy Monkey | £155.63 | In Stock | Visit Site |
Price History
Full Specifications
| SKU | REL200300100 |
|---|---|
| EAN | 8719076059462 |
| Dimensions | 71 x 59 x 90 mm |
| Input Voltage (L-N) | 85 - 265 VAC |
| Input Voltage (L-L) | 150 - 460 VAC |
| Frequency | 50/60 Hz |
| Max Current | 80A per phase (with supplied CTs) |
| CT Internal Diameter | 10 mm |
| Communication | VE.Can and Ethernet (built-in) |
| Functions | Grid meter, PV inverter, AC genset, AC load |
| Weight | 0.25 kg |
About the Energy Meter VM-3P75CT
The Victron VM-3P75CT is a 3-phase energy meter with split-core CT clamps supporting up to 80A per phase. Unlike the EM540, it connects via VE.Can or Ethernet (built-in) for direct GX device integration without an RS485 adapter. The split-core CT clamps allow installation without disconnecting existing wiring. Supports 85-265V AC (L-N) or 150-460V AC (L-L) at 50/60 Hz. Functions as a grid meter, PV inverter output meter, AC genset meter, or AC load meter. Works out of the box as a grid meter with MultiPlus/Quattro systems.
Application Guide
- A battery monitor shows your exact state of charge, power draw and remaining runtime — essential information for any off-grid system.
- The SmartShunt replaces the older BMV series with a smaller form factor and Bluetooth connectivity — no display needed.
- Install between the battery negative terminal and your system for accurate monitoring of all charge and discharge currents.
