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Product Details:
Payment & Shipping Terms:
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Before buying, please read the followings carefully.
Product Description
Main Features
Technical Specification
Mode | HM8K | HM10K | HM15 | HM20K | HM30K | HM40K | HM60K | HM80K | HM100K |
Capacity(VA/W) | 8K/6.4K | 10K/8K | 15K/12K | 20K/16K | 30K/24K | 40K/32K | 60K/48K | 80K/64K | 100K/80K |
Battery Voltage | 384V | 432V | |||||||
UPS Efficiency | ≥95% | ||||||||
Noise | 48~54dB (Distance 1m) | 53~62dB (Distance 1m) | |||||||
Size (W×D×H mm) |
550×720×1200 | 800x745x1400 | 1200x800x1800 | ||||||
Weight(Kg) (Excluding battery) |
180 | 186 | 215 | 230 | 245 | 335 | 490 | 580 | 750 |
Input | Voltage | 3 phases 4 wires and ground, 380V ± 20% | |||||||
Frequency | 50Hz/60Hz ± 5% (Automatically) | ||||||||
Power Factor | ≥0.95 | ||||||||
Inverter output | Voltage | 220V ±1% | |||||||
Frequency | 50Hz/60Hz±0.05%(By battery) | ||||||||
Harmonic distortion | Linear load< 3%, Non-linear load < 5% | ||||||||
Imbalance Voltage | Balance load ≤ 1%, Imbalance load ≤3% | ||||||||
Phase shift angle | Balance load≤±1°, Imbalance load≤±2° | ||||||||
Transient response | Output at 0~50%~100% ≤5%, response≤10ms | ||||||||
Overload Capacitance | 110%≥300 Min, 125%≥10 Min, 150%≥ 1 Min | ||||||||
Crest Factor | 3:1 | ||||||||
Wave Form | Pure Sine Wave | ||||||||
Transfer time | 0 ms | ||||||||
Battery | Max.charging current | 0.2A x C10 | |||||||
Charging Time(Standard) | 12 hours | ||||||||
System | Protective function | Input Over-voltage, under-voltage; Output overload, short-circuit; | |||||||
Inverter over-temperature; Battery under-voltage, over-voltage | |||||||||
Running temperature& Humidity | 0°C-40°C degree Celsius,less than 95%(without condensing) | ||||||||
Altitude | <1000m(with increase of 100m, it will reduce output of 1% )max 4000m | ||||||||
Communication interface | RS232 | ||||||||
Remote signal | Dry contact ( battery low, battery discharging, bypass/fault); EPO | ||||||||
Remote control | EPO and Bypass | ||||||||
Degree of Protection | IP20 (front door opened) | ||||||||
Parallel mode | N+1,N+X can be in parallel with different power capacity | ||||||||
Software Interface | Windows9X,2000,NT,Me,XP,Linux,Novell,Macosx,NT4.0 | ||||||||
Mean time between failures | 300,000 Hours | ||||||||
Others | Dustproof and damp-proof, isolating inverter transformer, Lightning Surge absorption, static switches and manual maintenance switch | ||||||||
Noted: Products specifications will be updated, if you would like to know more latest information,please contact us. |
Product Details
Applied Scope
Warranty
One year warranty after the date of delivery.
Payment Terms
Terms of payment is T/T or L/C. 30% deposit before production, 70% balance before shipment.
FAQ
1.Can I support Air-Conditioning on my UPS? |
Air-Conditioning can be considered as a “dirty” load due to continual switching causing voltage and current spikes and surges. The UPS module can cater for a certain level of overload for a small duration, however the duration and level of current surges typically associated with A/C units is far greater than the UPS’ capability. Therefore it is advised not to support the AC on a UPS and supply this element with a generator only if possible. If there is no option but to support the AC using a UPS, it is normal to oversize the inverter by 4-5 times to ensure that the unit will cater for this more demanding load and eliminate any risk to the critical load. Another sensible approach to reduce any risk is toeth critical load is to have a seperate dedicated UPS for the A/C requirement. |
2.Why choose 'Transformer-based' or 'Transformer-less' UPS? |
Transformer based Traditional technology, typically available from 10 kVA, suitable for industrial applications, galvanic isolation with inverter output transformer, typically standard technology from 100 kVA upwards Transformer-less Typical technology from the smallest ratings up to 120 kVA, more compact footprints, lower weights, more suited to IT applications and environments, high efficiency across the load range, generally more cost effective. |
3.Can I add more UPS modules to the system when my load increases? |
Yes, our SU, HM and HT ranges employ a plug and play parallel system that allows additional units to be added to an existing system at a later date. Additional UPS units can be added to either provide redundancy or extra capacity if the load increases. Sometimes it’s worth investing in additional switchgear early on so that more units can be accommodated much more easily. |
4.Why do you need a UPS? |
An Uninterruptible Power Supply (UPS) is used to protect critical loads from mains supply problems, including spikes, voltage dips, fluctuations and complete power failures using a dedicated battery. A UPS system can also be used to ‘bridge the gap’whilst a standby generator is started and synchronised. |
5.Considerations when choosing a UPS and Generator combination? |
It is usually beneficial to deal with one supplier for both items as this eliminates the potential conflict if the equipment does not work well together. Typical problems are related to input harmonics, load acceptance, poor frequency regulation, voltage intolerance and poor response times. |
6.What is ECO mode? |
ECO mode is often referred to as 'Active Standby' and is mainly used on sites where the general mains supply is relatively stable or the load is not senstive to mains interference. The UPS runs in bypass for normal conditions and transfers the load, without break, to inverter when the mains fails. This configuration is available on our entire UPS range upon request. This mode provides an improved system efficiency of around 98%. |
7.Do I have to replace my UPS batteries with the same brand of batteries? |
If you use brand X and need to replace one or two batteries in the string you should use the same brand because they will have the same characteristics. If you need to replace the whole string then you can change brands with fewer risks. |
8.How can I ensure that my UPS batteries are maintained and serviced properly? |
With proper maintenance, battery life can be predicted and replacements scheduled without interrupting your operations. These are IEEE and OEM recommendations for general maintenance: A.Comprehensive maintenance programs with a monthly inspection and more rigorous quarterly and annual checks B.Re-torque all connections, as required C.Load testing D.Cleaning the battery area, as required |
9.How is battery runtime affected if I reduce the load on the UPS? |
The battery runtime will increase if the load is reduced. As a general rule, if you reduce the load by half, you triple the runtime. |
10.If I add more batteries to a UPS can I add more load? |
Adding more batteries to a UPS can increase the battery runtime to support the load. However, adding more batteries to the UPS does not increase the UPS capacity. Be sure your UPS is adequately sized for your load, and then add batteries to fit your runtime needs. |
Contact Person: Mr. Song
Tel: 86-137367899
Fax: 86-755-7287468
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