The T200-10KVA is a high-power 3-phase input / 1-phase output online double-conversion UPS. It delivers 10kVA 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: 92% at full load; ECO mode ≥98%
-
Output Isolation Transformer: Reduces harmonics and interference
-
LCD Touchscreen: 320×240, bilingual, 200+ status messages
-
Remote Monitoring: RS232 & SNMP standard
-
Alarm: Green normal / Yellow battery / Red maintenance
- Peak Factor: 3:1
Specifications (10KVA)
| Item |
Spec |
| Model |
T200-10KVA |
| Capacity |
10 kVA |
| Max Input Current |
16 A |
| Input |
380VAC ±20%, 3-phase + N + G, 50/60Hz ±5% |
| Input PF |
>0.97 |
| Bypass |
380VAC ±15%, 0ms transfer |
| Battery |
30×12V, 360V, 24A max discharge, 405V 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 |
92% |
| 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) |
720×450×1130 mm |
| Weight |
155 kg |
| Standard |
YD/T 1095-2000 |
| Optional |
RS485, network management, battery testing, lightning protection |
Hospital departments and clinics. Imaging suites, laboratory analysers and theatre equipment run on 220 V single-phase supplies, and this 3 phase in 1 phase out UPS feeds them from the building's 380 V distribution so the department keeps working through transfers and short outages.CNC machine shops. Servo drives and controllers are quick to fault on voltage sags; a stable single-phase output keeps a job running through a utility dip instead of scrapping the part.SMT assembly lines. Placement heads, vision systems and reflow controls sit downstream of the same cabinet, so a short interruption during a production run does not cost a board or a batch.IT and server rooms. Racks, switches and storage on single-phase circuits ride through an outage on battery and stay up while a site generator starts and stabilises.
Installation & Commissioning
Check the supply and the neutral first. Confirm a 380 VAC three-phase feed with neutral and ground, and use a neutral conductor of at least 6 mm² for the input and output runs.Plan the cable route. Input and output land on terminal blocks, with cable entry from the bottom or the back of the cabinet, so leave enough slack for the door and the rear panel to be opened for service.Move the cabinet into position. It stands on swivel casters, so it can be rolled to its final spot before the conductors are landed.Ground the chassis in line with local regulations and check the reading before the unit is energised.Verify every connection before power-on. Re-check terminal torque, polarity and the battery bank wiring, and isolate at the cabinet breakers first — never work on the unit while it is live.Start up and confirm. On first power-up, step through the status pages, confirm the input readings, then transfer the load and record the charger setting on the commissioning sheet.
Battery & Charging
The DC link runs on a 30 × 12 V battery bank at 360 V, with a 405 V float voltage and a maximum discharge current of 24 A. Charger current is adjustable from 1 A to 50 A, so a heavily cycled bank can be brought back quickly between outages while a lightly used site can be charged gently, and a full recharge takes 8 to 10 hours. Automatic maintenance keeps the bank topped up during long periods on mains, and low-voltage protection disconnects it before a deep discharge does lasting damage. When you plan a bank, match it to the runtime you actually need at your load, and confirm the block count, the recharge time and the charger setting with our engineers before the order is placed.
Project & Multi-Unit Supply
Standardise one configuration where the site loads are similar. Running the same capacity and arrangement across several locations keeps spares, operator training and maintenance routines consistent.Keep the commissioning routine identical from site to site, from the first power-up check to the record sheet, so a technician moving between buildings needs no retraining.Say what the project needs on paper, such as test records or nameplate details, so it is prepared with the order rather than requested afterwards.Where a project is phased, share the wider schedule at the enquiry stage so later units can be planned into the same production run.As a UPS uninterruptible power supply manufacturer, we work with contractors and integrators who install several units on one site or roll the same design out across a group of buildings.Our UPS manufacturing facility keeps one build specification for a project, so a follow-on unit matches the cabinets already installed.
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 w
Service Conditions
Operating: 0–40°C; Storage: –25–65°C. Altitude <1500m standard. Humidity 0–95% non-condensing. Avoid corrosive/vibrating environments.
Contact us today for a quote or technical datasheet.
WeChat / WhatsApp: +86 13360479957
Website: www.feixiangdapower.com
Email: snow@feixiangdapower.com
FAQ
Q1. What size load can this 10kVA double-conversion UPS 380V to 220V model carry?
The cabinet is rated at 10 kVA and handles a peak factor of 3:1, so it copes with equipment that draws short bursts well above its steady current, such as a motor starting or a drive accelerating. Add up the running current of the single-phase loads you intend to connect and leave headroom for future additions before you settle on the rating.
Q2. Why specify a 3 phase in 1 phase out UPS instead of a single-phase unit?
A single-phase unit would be fed from one phase of the distribution and leave the other two doing nothing for that load. Taking the supply three-phase and converting it to a single-phase output means the equipment downstream sees one protected source instead of a chain of separate devices, and the room's wiring follows a single scheme.
Q3. How does the UPS respond to input faults and overloads?
Short-circuit protection, over-voltage and under-voltage alarms, phase-loss alarm and overload protection are all built in. If demand stays above rating for a sustained period, the unit protects the inverter rather than riding through indefinitely, and the display shows the condition that triggered it so a technician can act on it.
Q4. Can this UPS report into a building management system?
Yes. RS232 and SNMP are fitted as standard, so the unit can be read from a server room console or a building management system without extra hardware. RS485, network management, battery testing and lightning protection are available as options, and the LCD panel shows the same status locally at the cabinet.
Q5. What supply and upstream protection does the cabinet need?
A 380 VAC three-phase feed with neutral and ground is all it needs, and the maximum input current is 16 A, which is what the upstream breaker and cable are sized around. As a UPS uninterruptible power supply manufacturer, we are used to checking a site's incoming supply details against the datasheet when the distribution is unusual.
Q6. What routine maintenance does this model need?
Keep the front vents and the cooling fans at the rear clear of dust, and check the display for anything unexpected when you pass the cabinet. Put the battery bank on a regular inspection schedule so weak blocks are replaced before a real outage exposes them. Servicing is done from the front, so the unit does not have to be moved.
