Description

Product Information

The Powervar Global Power Interface 2000 offers an all-in-one solution for voltage distribution and conditioning, perfect for industrial and laboratory environments. It features a low impedance isolation transformer and integrated surge diverter to eradicate noise, spikes, and transients, ensuring stable and reliable power delivery. Equipped with standard safety interlocks, emergency machine off (EMO) functionality, casters, and lockout/tagout breaker, this unit is designed for secure operation. With a continuous capacity of 15 kVA and efficiency exceeding 97% at full load, the Powervar GPI 2000 excels in performance. It’s used but remains fully functional, with minor cosmetic blemishes. Manufactured in the United States, it guarantees quality and compliance with industry standards, including RoHS. Ideal for facilities requiring robust surge protection and noise rejection capabilities.

Key Features

– Low impedance isolation transformer
– Surge diverter and power line filter
– Efficient voltage distribution and conditioning
– Standard safety interlocks and EMO
– Lockout/tagout breaker
– Casters for mobility
– 15 kVA continuous capacity
– Efficiency over 97% at full load
– Noise rejection capabilities
– Robust surge voltage withstand
Specifications

– Input Voltage: 208/240/480/600V delta connection (4 wire)
– Output Voltage: 208/120V wye (5 wire)
– Frequency: 60Hz only
– Continuous Capacity: 15 kVA
– BTU/Hr. Output: 1536
– Efficiency: > 97% (at full load, unity power factor)
– Noise Rejection: ANSI/IEEE C62.41, Category A
– Surge Voltage Withstand: up to 6000 volts at 3000 amp ringwave
– Construction Materials: Copper wire with Class H and Nomex insulation
– RoHS compliant
Weight

Imperial: 655.2 Pounds

Metric: 297.19 Kilograms

Shipping Dimensions

Imperial: 36.0 lb x 21.6 lb x 31.2 lb

Metric: 91.44 cm x 54.86 cm x 79.25 cm

Harmonized Code

850440

Harmonized Code Details

Harmonized code 850440 corresponds to ‘Static converters’, which is appropriate for this power supply unit due to its voltage conversion and power conditioning functions.