Product Spectrum

HP Pro Series 10 KVA to 200 KVA Online UPS

The Induatrial series features three-phase online double-conversion UPS systems with a power range of 6kVA to 250kVA. It is available in stand-alone and parallel configurations, in both 3/1 and 3/3 models. The system supplies high quality, stabilized sine-waves signals. A static switch provides the optimal solution for output inrush current and overload problems. All parameters (input/output voltage, currents, frequencies, DC voltage, and temperatures) are measured and shown in an LCD display. All information may be sent to the host computer through an RS232 interface, with SNMP management.

Features

  • Online double conversion technology with DSP control
  • Output power factor 0.9
  • Very low input current distortion (THDi < 1%)
  • Input power factor 0.99 at 10% load
  • Output efficiency up to 95%
  • Space – saving compact design
  • Front access makes maintenance and replacement easily
  • Highly flexibility in single phase/three – phase set – ups
  • Control designed to withstand all kinds of loads
  • Parallel redundant operations with up to 4 units
  • Variety of communication options available
  • 5.7* graphic LCD panel design with multiple languages for easy-configuration
  • Advanced control with Adaptive Feeds Forward Cancellations (AFC) technology for very low harmonic distortion
  • Optional isolation transformer offers full isolation and complete common mode noise rejection

Specification

BRIEF SPECIFICATION OF HP Pro Series 10 KVA to 200 KVA Online UPS
Model HP Pro 10K HP Pro 15K HP Pro 20K HP Pro 30K HP Pro 40K HP Pro 60K
PHASE





CAPACITY 10KVA/9KW 15KVA/13.5KW 20KVA/18KW 30KVA/27KW 40KVA/36KW 60KVA/54KW
INPUT
Norminal Voltage 3 x 400V (3Ph + N)
Acceptable Voltage Range +15% or -20%
Frequency 50 / 60 hz + 5%
Total Harmonic Distortion (THDi) < 1.5% @ 100% load ; < 2.5 % @50% load ; < 6.0% @ 10% load < 1.0% @ 100% load ; < 2.0 % @50% load ; < 5.0% @ 10% load
Current Limitation High Overload : PFC Limit (discharging batteries)
Power Factor 1
INVERTER
Nominal Voltage 3 x 400V (3Ph + N)
Precision Stationary: + 1% ; Transitory: +2 % (load variation 100-0-100%)
Frequency 50/60 Hz synchronised + 4% with mains absent + 0.05%
Max. Synchronisation Speed + 10 Hz/s
Waveform Pure Sinewave
Total Harmonic Distortion (THDv) < 0.5 % (linear Load) ; < 1.5% (Non - linear Load)
Phase Displacement 120 +1% (balance load) ; 120 + 2% (imbalance 50% of the load)
Dynamic Recovery Time 10 ms at 98% of the static value
Admissible Overload Phase Overload : 125%for 10 min , 150% for 60s ; Total Overload : 112.5% for 10 min, 135 % for 60s
Admissible Crest Factor 3.4 : 1 3.2 : 1
Admissible Power Factor 0.7 inductive to 0.7 capacitive
Imbalance Output Voltage @ 100 % Unbalanced Load < 1%
Current Limit Hight overload, short - circuit : RMS Voltage Limit ; High Crest - Factor current : Peak Voltage Limit
STATIC BYPASS
Type Solid State
Voltage 3 x 400 V (3Ph + N)
Frequency 50/60 HZ
Activation Criterion Microprocessor Control
Transfer Time Zero
Admissible Overload 400 % for 10 sec
Transfer to Bypass Immediate for overloads above 150%
Retransfer Automatic after alarm clear
MAINTENANCE BYPASS
Type Without interruption
Voltage 3 x 400 V (3Ph + N)
Frequency 50/60 Hz
Overall Efficiency (Line mode) 90.00% 90.50% 91.00% 92.00% 92.50% 93.00%
BATTERY
Build - in Battery Type (2x31) 12V 4.5Ah 12V 4.5Ah 12V 7Ah 12V 9Ah 12V 10Ah
Build - up Time (minutes) 5 3 5 3 3
Max. Charging Current 23.5A 47 A
PHYSICAL
Dimernsion, D x W x H (mm) 770 x 450 x 1100
Net Weight (without batteries) (Kg) 78 86 94 110 112 162
Net Weight (w/ built - in batteries) (Kg) 178 186 249 290 357
Model HP Pro HP Pro HP Pro HP Pro HP Pro 200K
80K 100K 120K 160K
Phase 3-phase in / 3-phase put
CAPACITY 800KVA/ 72KW 100KVA/ 90KW 120KVA/ 108KW 160KVA/ 144KW 200KVA/ 180KW
INPUT
Nominal Voltage 3 x 400V (3Ph + N)
Acceptable Voltage Range + 15% or -20%
Frequency 50/69 Hz + 5%
Total Harmonic Distortion (THDi) <1.5% @ 100% load <1.5% @ 100% load
<2.5% @ 50% load <2.5% @ 50% load
<6.0% @ 10% load <6.0% @ 10% load
Current Limitation High Overload : PFC Limit (discharging batteries)
Power Factor 1
INVERTER
Nominal Voltage 3 x 400 V (3Ph + N)
Precision Stationary: + 1% ; Transitory: +2 % (load variation 100-0-100%)
Frequency 50/60 Hz synchronised + 4% with mains absent + 0.05%
Max. Synchronisation Speed + 10 Hz/s
Waveform Pure Sinewave
Total Harmonic Distortion (THDv) < 0.5 % (linear Load) ; < 1.5% (Non - linear Load)
Phase Displacement 120 + 1% (balanced load) ; 120 +2% (imbalanced 50 % of the load)
Dynamic Recovery Time 10 ms at 98% of the static value
Admissible Overload Phase Overload : 125%for 10 min , 150% for 60s ; Total Overload : 112.5% for 10 min, 135 % for 60s
Admissible Crest Factor 3.4 : 1 3.2 : 1
Admissible Power Factor 0.7 inductive to 0.7 capacitive
Imbalance Output Voltage @ 100 % Unbalanced Load < 1%
Current Limit Hight overload, short - circuit : RMS Voltage Limit ; High Crest - Factor current : Peak Voltage Limit
STATIC BYPASS
Type Solid State
Voltage 3 x 400 V (3Ph + N)
Frequency 50/60 HZ
Activation Criterion Microprocessor Control
Transfer Time Zero
Admissible Overload 400 % for 10 sec
Transfer to Bypass Immediate for overloads above 150%
Retransfer Automatic after alarm clear
MAINTENANCE BYPASS
Type Without interruption
Voltage 3 x 400 V (3Ph + N)
Frequency 50/60 Hz
Overall Efficiency (Line mode) 94.00% 93.00% 93.30% 92.80% 92.60%
BATTERY





Build - in Battery Type (2x31)





Build - up Time (minutes)





Max. Charging Current 70.5A 188A
PHYSICAL
Dimernsion, D x W x H (mm) 805 x 590 x 1320 850 x 900 x 1900
Net Weight (without batteries) (Kg) 231 255 550

Net Weight (w/ built - in batteries) (Kg)





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