• T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory

T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out)

T200-80KVA online double-conversion UPS. 80kVA, 380VAC in / 220VAC out, 0ms transfer, 93% efficiency, DSP control, LCD, RS232/SNMP. For hospitals, CNC, SMT, IT.
$0.00
Capacity:
10kVA
15kVA
20kVA
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30kVA
40kVA
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80kVA
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory
  • T200-80KVA Intelligent Digital UPS (3-Phase In / 1-Phase Out),80kVA Digital UPS 3-Phase In 1-Phase Out - Industrial UPS Factory

Description

The T200-80KVA is a high-power 3-phase input / 1-phase output online double-conversion UPS. It delivers 80kVA with 380VAC input and 220VAC output, using DSP digital control, IGBT + SCR devices, and dual static switches (0ms sync / <4ms non-sync). Ideal for communication centers, hospitals, CNC, SMT, IT, and large motor loads.


Key Features

  • Dual Static Switch: 12 SCRs, 0ms sync transfer, <4ms non-sync

  • Online Double Conversion: Full isolation, DSP control

  • Intelligent Battery Management: 1A–50A charger, auto maintenance

  • Self-Diagnosis: 32 sensors, 200+ fault prompts

  • High Efficiency: 93% at full load; ECO mode ≥98%

  • Output Isolation Transformer: Reduces harmonics and interference

  • LCD Touchscreen: bilingual, 200+ status messages

  • Remote Monitoring: RS232 & SNMP standard

Alarm: Green normal / Yellow battery / Red maintenance

Specifications (80KVA)

Item Spec
Model T200-80KVA
Capacity 80 kVA
Max Input Current 128 A
Input 380VAC ±20%, 3-phase + N + G, 50/60Hz ±5%
Input PF >0.97
Bypass 380VAC ±15%, 0ms transfer
Battery 32×12V, 384V, 180A max discharge, 432V float
Charging 8–10 hrs, 1A–50A adjustable
Output 220VAC ±1%, 50/60Hz ±5%, sine wave
THD <3% linear, <5% non-linear
Overload 110–150% for 5 min, then bypass
Efficiency 93%
Communication RS232 & SNMP
Operating Temp 0–40°C
Humidity 0–95%, non-condensing
Altitude <1500m (derate 1%/100m, max 4000m)
Cooling Forced ventilation
Noise 55–68 dB
Size (D×W×H) 1000×660×1460 mm
Weight 488 kg
Standard YD/T 1095-2000
Optional RS485, network management, battery testing, lightning protection


Double-Conversion Design & Control

Continuous double conversion. The load is fed through rectifier, DC bus and inverter at all times, so a mains failure changes where the inverter draws its energy, not what the load receives.
Five operating modes. Normal double conversion, battery, bypass, ECO and maintenance operation are all built in; ECO lifts efficiency above 98% while the incoming supply stays steady and reverts the moment it drifts.
Dual static switch. Twelve SCRs form the transfer path between the inverter and the bypass line, so the load crosses over without an interruption and returns the same way.
Matched power path. Rectifier, DC bus and inverter are engineered as one system, which is the approach we take as a UPS manufacturer when a cabinet has to ride a load that changes through the working day.
Self-diagnosis and protection. Thirty-two sensors feed more than 200 fault prompts, alongside short circuit, over- and under-voltage, phase loss, overload and battery low-voltage protection.
Output isolation. An isolation transformer on the output reduces harmonics and interference travelling between the mains and the 220 V loads, which is why this configuration suits instrument-heavy sites as well as machine shops.


Battery Care & Maintenance

Battery care is what decides whether the back-up is actually there when it is called on. This cabinet runs an external 12 V battery string rather than built-in batteries, which is normal at this capacity and makes replacement a block-by-block job instead of a wholesale swap. Charging current can be set anywhere from 1 A to 50 A, and a standard recharge takes 8–10 hours; the charger also performs an automatic maintenance routine instead of leaving the string idling at a fixed voltage. Day to day, keep the room inside the operating temperature range, leave the front ventilation grille clear, and log the float voltage at each inspection — a slow drift is usually the first sign that a block is fading. As a UPS manufacturer, we prefer to set charge current around the bank you actually install rather than run every site at maximum, so tell us the battery type and the back-up time you need and we will confirm the setting.


Application Scenarios

Hospitals and medical buildings. Imaging, monitoring and laboratory equipment normally sits on 220 V single-phase circuits even when the building is fed at 380 V three-phase. A 3 phase in 1 phase out digital UPS takes that feed and hands the medical bus a clean single-phase supply, with the isolation stage keeping switching noise away from sensitive electronics.
CNC and SMT production lines. One cabinet covers a complete machining cell or SMT line instead of a single machine, so a dip on the incoming supply is absorbed before it reaches drives, controllers and inspection equipment.
IT and server rooms. Where racks are wired for single-phase 220 V but the building feed is three-phase, the cabinet sits between the two and carries servers, switches and storage through an outage without a separate UPS in every rack.
Telecom and remote equipment rooms. Unattended shelters depend on a cabinet that reports its own condition, so the front panel and the communication link let a site visit be planned around a warning rather than made after a failure.


Technical Support & Model Matching

Sizing power protection correctly matters more than picking the biggest unit. Our engineering team reviews your load profile, phase configuration and site conditions, then helps you match the right double-conversion UPS, voltage stabilizer or isolation transformer from our range. We assist with wiring and installation guidance, commissioning checks and fault troubleshooting, and stay reachable by email, phone or WhatsApp for questions after delivery. Installation notes, service conditions and maintenance guidance accompany each unit so your team can run it confidently.


Working Principle

Online double conversion: Utility → Rectifier → DC bus → Inverter → Stable AC output. Battery charges simultaneously. Five modes: Normal, Battery (0ms), Bypass (<4ms), Manual Maintenance, ECO (≥98%).

 

System Features

Online double conversion, auto voltage stabilization (±1%), manual voltage regulation, short circuit protection, over/under-voltage alarm, phase loss alarm, overload protection, battery low-voltage protection, ECO mode, LCD touchscreen, RS232/RS485, indicator lamps, circuit breakers, terminal block wiring.

Installation

Input/output via terminal blocks; bottom/back cable entry. Neutral wire ≥6mm². Chassis grounding per local regulations. Check connections before power-on. Never wire while energized.



Contact us today for a quote or technical datasheet.
WeChat / WhatsApp: +86 13360479957
Website: www.feixiangdapower.com
Email: snow@feixiangdapower.com



 FAQ

Q1. How much load can an 80kVA digital UPS carry?
It is rated 80 kVA with a single-phase 220 VAC output, so it normally protects a complete 220 V bus — a production cell, an instrument department, a row of racks — rather than a single machine. Add up the steady-state load you intend to run and leave headroom for equipment that draws a start-up surge. Send us the load list and we will check it against the cabinet.

Q2. What happens to the protected equipment when the mains fails?
Nothing the equipment can detect. The inverter keeps supplying the load from the DC bus while the battery takes over the energy supply, so there is no switchover gap and no restart sequence. When the mains returns, the rectifier recharges the battery bank while the load continues running from the inverter.

Q3. Do we provide our own batteries, and how is back-up time decided?
This model works with an external 12 V battery bank rather than built-in batteries, which lets you size the bank around the back-up time your site needs and replace individual blocks later. Runtime is not fixed by the cabinet; it follows from the battery capacity installed and the load you actually draw. Give us both figures and we will help size the string.

Q4. Can the UPS report into our building management system?
Yes. The cabinet has a standard communication port for a monitoring platform or building management system, and additional interface and network-management options are available if your site standardises on them. The same status information is shown locally on the front panel, so a technician on site and an operator at a desk both see what the unit is doing.

Q5. Do we still need a voltage stabiliser or a separate isolation transformer?
For most installations, no. A 3 phase in 1 phase out digital UPS already includes an isolation stage on the output, and the input window absorbs a wide swing in the incoming supply, so an extra isolation transformer on the 220 V side is rarely needed. If your 380 V supply moves further than the cabinet's input window allows, an upstream stabiliser is worth discussing — measure the site first and send us the range.

Q6. Can the UPS run on a 60 Hz supply?
Yes. The cabinet accepts 50 or 60 Hz input and delivers output at the same frequency, so it suits sites on either grid standard and can be specified for equipment built to a 60 Hz supply. If the input frequency drifts outside the tolerance window, the unit moves to battery operation and the event is reported on the front panel.

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