Ewent EW3997 1300 VA

Name: Ewent EW3997 1300 VA
Brand: Ewent
Price: 88.49 GBP
Availability: OutOfStock

Photos ₁₀

Affiliate disclosure

Expecting restock

£88.49

Type: smart; Form factor: standard (Tower); Switching to battery (ms): 8; Input voltage: 1 phase (230V); Input voltage range (V): 145 – 295; Peak output power (VA): 1300; Rated output power (W): 720; Output waveform: pure sine wave (PSW); Full charge time (min): 480; Dimensions (mm): 140x170x345

E-Catalog UK uses affiliate links compensated by our partners.

Find prices on Amazon.uk

Find prices on eBay.uk

We recommend products in stockUPS Ewent →

Phasak PH 7312

from £80.99

smart, signal: sinewave, power: 1260 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 3, without reserve 1

compare

Ewent EW3997 1300 VA

sinewave

780 VA

1300 VA

Main
Type	smart
Form factor	standard (Tower)
Switching to battery	8 ms


Input
Input voltage	1 phase (230V)
Input voltage range	145 – 295 В
Bypass (direct connection)	in absent


Output
Output voltage	1 phase (230V)
Peak output power	1300 VA
Rated output power	720 W
Output waveform	pure sine wave (PSW)
Redundant sockets	3
Socket type	type F (Schuko)

Battery
1 battery voltage	12 В
Total battery capacity	7 Ah
Number of batteries	2
Full charge time	480 min


Protection
Protection	short circuit protection overload protection external battery overcharge protection sound alarm
Fuse	auto


General
Operating temperature	0 – 40 °C
Dimensions (HxWxD)	140x170x345 mm
Weight	10 kg
Official Website	ewent-eminent.com
Added to E-Catalog	December 2025

The information in the model description is for reference purposes.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
Catalog Ewent 2026 - new arrivals, bestsellers, and the most relevant models Ewent.

How to choose UPSMethods for choosing UPS for boiler, computer, refrigerator and other equipment

How to choose UPS batteryWhat are the UPS battery technologies, how to calculate their required capacity and correctly take into account the charging current?