GP3000

GP3000 SERIES

10kVA - 100kVA 3-phase UPS online double conversion

The GP3000 is a 3-phase galvanic-transformer based UPS which is designed to withstand unconventional types of loads such as motors, heaters, lazers and compressors found typically in the military, manufacturing, medical, print, and laboratory environments.

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  • General Description
  • Technical Specifications
  • Documents

10kVA - 100kVA 3-3
online double conversion UPS

The GP3000 is a 3-phase galvanic-transformer based UPS which is designed to withstand unconventional types of loads such as motors, heaters, lazers and compressors found typically in the military, manufacturing, medical, print, and laboratory environments.

Benefits:

  • 3-3 phase, online Double conversion
  • DSP Technology – maximises reliability
  • True Galvanic Isolation transformer
  • Control designed to withstand all kinds of loads
  • Intelligent battery management to optimise battery life
  • Redundant fan design and independent ventilation enhance protect UPS in harsh environment
  • Accept dual-mains Input
  • Parallel operation – up to 4 units
  • Variety of communication options available
  • GP3000 10kVA
  • GP3000 15kVA
  • GP3000 20 kVA
  • GP3000 30kVA
  • GP3000 40kVA
  • GP3000 60kVA
  • GP3000 80kVA
  • GP3000 100kVA

TECHNICAL SPECIFICATIONS (GP3000 10kVA)

MODEL

GP3010

Power (kVA)

10kVA / 8kW

INPUT

Normal Voltage

3 x 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 400 VAC (3Ph + N)

Frequency

50/60 Hz

Overall Efficiency - Line Mode

89%

Battery Mode

90%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

656 x 405 x 817

Net weight (kg)

118

TECHNICAL SPECIFICATIONS (GP3000 15kVA)

MODEL

GP3015

Power (kVA)

15kVA / 12kW

INPUT

Normal Voltage

3 x 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 400 VAC (3Ph + N)

Frequency

50/60 Hz

Overall Efficiency - Line Mode

89%

Battery Mode

90%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

656 x 405 x 817

Net weight (kg)

120

TECHNICAL SPECIFICATIONS (GP3000 20kVA)

MODEL

GP3020

Power (kVA)

20kVA / 16kW

INPUT

Normal Voltage

3 x 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 400 VAC (3Ph + N)

Frequency

50/60 Hz

Overall Efficiency - Line Mode

91%

Battery Mode

91%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

656 x 405 x 817

Net weight (kg)

145

TECHNICAL SPECIFICATIONS (GP3000 30kVA)

MODEL

GP3030

Power (kVA)

30kVA / 24kW

INPUT

Normal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 380 VAC

Frequency

50/60 Hz

Overall Efficiency - Line Mode

91%

Battery Mode

91%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

821 x 432 x 1159

Net weight (kg)

278

TECHNICAL SPECIFICATIONS (GP3000 80kVA)

MODEL

GP3080

Power (kVA)

80kVA / 64kW

INPUT

Normal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 380 VAC

Frequency

50/60 Hz

Overall Efficiency - Line Mode

92%

Battery Mode

93%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

975 x 554 x 1286

Net weight (kg)

489

TECHNICAL SPECIFICATIONS (GP3000 60kVA)

MODEL

GP3060

Power (kVA)

60kVA / 48kW

INPUT

Normal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 380 VAC

Frequency

50/60 Hz

Overall Efficiency - Line Mode

92%

Battery Mode

93%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

975 x 554 x 1286

Net weight (kg)

416

TECHNICAL SPECIFICATIONS (GP3000 80kVA)

MODEL

GP3080

Power (kVA)

80kVA / 64kW

INPUT

Normal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 380 VAC

Frequency

50/60 Hz

Overall Efficiency - Line Mode

93%

Battery Mode

93%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

975 x 554 x 1286

Net weight (kg)

489

TECHNICAL SPECIFICATIONS (GP3000 100kVA)

MODEL

GP30101

Power (kVA)

100kVA / 80kW

INPUT

Normal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Acceptable Voltage Range

285VAC - 475 VAC

Frequency

50Hz / 60Hz , ± 5%

INVERTER

Nominal Voltage

3 x 380VAC / 400VAC (3Ph + N)

Precision

Stationary: ± 1 % Transitory: ±5% (load variations 100-0-100%) 

Precision

<50/60Hz synchronised +-1 % / with mains absent +-0.1 Hz 

Max. Synchronisation Speed

±1 Hz/s

Waveform

Pure Sinewave

Total Harmonic Distortion (THDv)

<2% (Linear Load); <5% (Non-linear Load)  

Phase Displacement

120° +-1 %(balanced load); +-2% (50% of the load imbalanced) 

Dynamic Recovery Time

3 cycles at 90% of the static value

Admissible Overload

110% for 1 0min, 150% for 60sec, > 160% for 200ms

Admissible Crest Factor

3:1

Admissible Power Factor

0.6-1 (inductive or capacitive)

Imbalance Output Voltage @ l00%

<1% 

Current Limit

High overload, short-circuit: RMS Voltage Limit High Crest-Factor current: Peak Voltage Limit

STATIC BYPASS

Type

Solid state

Voltage

3 x 380VAC I 400VAC (3Ph + NJ

Frequency

50Hz / 60Hz

Activation Criterion

Microprocessor control

Transfer Time

Zero

Admissable Overload

150% for 1 hour, 180% for 30 sec, >200% for 200ms

Transfer to Bypass

Immediate, for overloads above 160%

Retransfer

Automatic after alarm clear

MAINTENANCE BYPASS

Type

Without interruption

Voltage

3 x 380 VAC

Frequency

50/60 Hz

Overall Efficiency - Line Mode

92%

Battery Mode

93%

Battery Type and Numbers

12VDC x 32 pcs (29-32 pcs adjustable)

Nominal Battery Voltage

384 VDC (Based on 32pcs batteries)

Charging Method

CC/CV

Precision

±1%

Charging Current

Default 10A, Max: 40A

Charging Voltage

432VDC (Based on 32pcs batteries)

PHYSICAL

Dimensions (mm) HxWxD

975 x 554 x 1286

Net weight (kg)

554