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ARIKSO LT3380H

ARIET ARIKSO LT3380H

Three-phase UPS ARIKSO LT33H with power rating 10–120 kVA uses online double conversion technology, which makes it possible to completely eliminate all problems associated with the power grid and provide customers with stable and clean sinusoidal power supply.

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SKU: ARIKSO LT3380H Categories: , Series: ,
Application
  • Small and medium data centers
  • Banks, processing centers, payment systems
  • Dispatching services, video surveillance and access control systems
  • Ensuring uninterrupted power supply for servers, data storage systems and network equipment
  • Stable power supply for critical financial systems and transaction platforms
  • Stable operation of security and control systems under an unstable power grid

Description

Three-phase UPS ARIKSO LT33H with power rating 10–120 kVA uses online double conversion technology, which makes it possible to completely eliminate all problems associated with the power grid and provide customers with stable and clean sinusoidal power supply.

The innovative design makes these UPSs exceptionally reliable and ensures high performance.

A high input power factor and minimal input current distortion ensure the UPS‘s environmental friendliness and safety, while high efficiency contributes to effective energy savings.

Technical Specifications - LT3310-120H datasheet_En

Model LT3380H
Rated capacity 80 kVA
Input
Phase Three-phase, four-wire + ground
Rated voltage 380 / 400 / 415 VAC
Input voltage range 138–485 VAC
Mains frequency range 40–70 Hz
Power factor ≥0.99
THDi — input current total harmonic distortion ≤3% (at 100% nonlinear load)
Bypass voltage range Maximum voltage: 220 V +25% (options: +10% / +15% / +20%); 230 V +20% (options: +10% / +15%); 240 V +15% (option: +10%).
Minimum voltage: down to −45% (options: −10% / −20% / −30%).
Frequency protection range: ±10%.
Generator input Supported
Output
Phase Three-phase, four-wire + ground
Output voltage 380 / 400 / 415 VAC
Power factor 0.9 (optional: 1.0)
Voltage regulation ±1%
Output frequency Mains mode: ±1% / ±2% / ±4% / ±5% (±10% optional).
Battery mode: (50 / 60 ± 0.1) Hz.
Crest factor 3:1
THD — output voltage distortion ≤2% with linear load; ≤4% with nonlinear load
Efficiency ≥96%
Overload capacity Load ≤110% — 60 minutes; ≤125% — 10 minutes; ≤150% — 1 minute; >150% — transfer to bypass
Battery
Voltage ±180 / ±192 / ±204 / ±216 / ±228 / ±240 / ±252 / ±264 / ±276 / ±288 / ±300 VDC (30 / 32 / 34 / 36 / 38 / 40 / 42 / 44 / 46 / 48 / 50 batteries, optional)
Charging current 30 A max.
Transfer time Mains → battery: 0 ms; mains → bypass: 0 ms
Environmental conditions
Operating temperature 0–40 °C
Storage temperature −25–55 °C (without batteries)
Relative humidity 0–95% (non-condensing)
Noise level <60 dB
Installation altitude <1500 m
Protection
Alarm Overload, mains deviation, UPS fault, low battery charge, etc.
Protection Short circuit, overload, overtemperature, low battery voltage, fan failure
Interfaces USB, CAN, RS485, FE, LBS, parallel card, relay card, SNMP card (optional)
Physical specifications
Dimensions (W × D × H), mm 885*440*1200
Weight, kg 150
Standards EN 62040-1, EN 62040-2
  1. Data centers
  2. Financial systems
  3. Security video s urveillance systems
Advantages
A wide input voltage range allows the equipment to operate stably even under severe sags and fluctuations in the power grid. This ensures reliable protection of the connected load under unstable power supply conditions.
The use of a DSP processor ensures precise control of all operating modes and a fast system response to load changes. As a result, operational stability and overall equipment reliability are improved.
A convenient interface makes device control simple and understandable even for an untrained user. All key parameters and settings are quickly accessible and displayed in a clear form.
An intelligent battery management system controls charging and discharging, preventing overloads and deep discharge. This extends battery life and improves their readiness for operation during a power outage.
N+X redundancy increases system reliability by adding backup modules that automatically compensate for the failure of any working module.
The presence of RS485 interfaces, a relay card, USB, and an SNMP option ensures convenient monitoring and integration of the UPS into dispatching and remote control systems.