F6300 High-Power Current Amplifier
 Greater power for your protection scheme testing
The F6300 High-Power Current Amplifier works in combination with the
F6150 Power System Simulator to bring your realistic protection scheme
testing power to the next level. This combination allows you to
evaluate the performance of your protection scheme for practically all
power system events.
The F6300 and F6150 combination can easily test all high-burden
electromechanical relays, which require high-power current sources to
drive the necessary current. In combination, the F6300 and F6150 can
deliver three currents up to 90 A, 3-phase continuous at 450 VA, or 180
A for 1.5 seconds at 675 VA. The F6150 provides three voltage sources
and one current source of 450 VA; the F6300 provides two 450 VA current
sources.
The F6300 in combination with the F6150 can perform the following applications:
- Provide a realistic test of your protection schemes by
simulating a 3-phase close-in fault with high short-circuit current, up
to 180 A.
- Test your high-burden protection schemes
(e.g. primary and secondary schemes simultaneously) or
electromechanical protection schemes.
- Perform
dynamic and transient testing of 3-winding, 3-phase current
differential protection schemes that require up to nine high-power
current sources, up to 60 A.
Features and Benefits
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High Power. Capable of testing complete high-burden electromechanical protection schemes and panels.
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Transient Mode. Two channels up to 180 A at 675 VA simulate close-in faults on the power system.
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Flexibility. Configurable sources allow you to test high-burden protection schemes and 3-winding transformer protection systems.
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Multiple Ranges. Delivers
maximum power even at low currents, for testing high-burden
electromechanical schemes, such as earth/ground fault relays.
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Reliability. Rugged construction and proven state-of-the-art design provide laboratory accuracy without compromising field performance.
 F6300_Brochure_9-2007.pdf (241.97 kB)
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