- Industry
TEOS 400 RT/R
TescomOnline
Choose a model
Power rating10 kVA
TEOS 400 RT/R 410RT
Code UPS.0717- 10 kVA / 10,000 W
- Online
- Rack / Tower
- RS232 · SNMP
- Pure sine wave
To be announcedRecommended retail price
TescomOnline
Power rating10 kVA
To be announcedRecommended retail price
Three-phase input with a choice of single-phase or three-phase output (TEOS 400 RT FLEX).
Online double-conversion UPS for stable output voltage regardless of the mains.
DSP control ensures high efficiency.
Output power factor of 1, so kVA translates fully into kW.
Input power factor correction on all phases.
Frequency converter mode with a choice of 50 Hz or 60 Hz output.
ECO mode for energy saving.
Dual utility input option, on 10 kVA and 20 kVA models only.
EPO function to shut the UPS down immediately in an emergency.
Works with power supplied by a generator.
USB and RS-232 as standard, with an optional SNMP card.
Smart 3-stage charger for optimal battery performance and longer service life.
The number of batteries can be adapted to the installation's needs.
Bypass switch for servicing the UPS without cutting power to the load.
Optional N+X parallel operation for more power or redundancy.
Optional transformer for full isolation and suppression of noise on the neutral.
SPECIFICATIONS BY MODEL
All UPS units are covered by a 24-month warranty from purchase and batteries by 12 months, with the warranty registration form completed within 10 days of purchase and a copy of the invoice. The warranty can be extended with a maintenance contract.
All Tescom Hellas UPS series run 24/7 with no need to switch them off.
It depends on use and environment. A 10°C deviation from 15-25°C halves battery life. We recommend replacing the batteries every 3 years.
Voltage fluctuations and grid failures can cause damage, data loss or system failure. A UPS supplies power from its batteries, giving you time for a safe shutdown, for a generator to start, or for power to return.
Depending on its type, a UPS protects your loads from: loss of power (power outage), overvoltage (short- or long-term), frequency variation, switching transients (momentary interruption), harmonic distortion, and noise (electromagnetic interference).