AHV Three-Phase High-Performance EMI Filters

TE Connectivity's (TE) / Corcom AHV Three-Phase High-Performance EMI Filters feature a dual- or single-stage delta configuration in a compact bookshelf or chassis design with a small footprint to save space and costs. The AHV series provides high voltage and current ratings to cover high-power applications. These modules filter electromagnetic interference (EMI) interferences from applications with a rated voltage of up to 760VAC and a current rating of up to 1000A. TE Corcom AHV filters have a higher voltage rating than typical three-phase filters, making them ideal for markets such as renewable converters/inverters, EV charging facilities, and other industrial equipment and devices.

Results: 80
Select Image Part # Mfr. Description Datasheet Availability Pricing (CAD) Filter the results in the table by unit price based on your quantity. Qty. RoHS ECAD Model Filter Type Voltage Rating Current Rating Mounting Style Termination Style Leakage Current Series Operating Frequency
TE Connectivity / Corcom Power Line Filters 6 AHV D FP Non-Stocked Lead-Time 18 Weeks
Min.: 5
Mult.: 5

3-Phase High Performance EMI Filter 760 VAC 6 A Chassis Mount Quick Connect 4 mA AHV 50 Hz, 60 Hz
TE Connectivity / Corcom Power Line Filters 10 AHV D FP Non-Stocked Lead-Time 18 Weeks
Min.: 5
Mult.: 5

3-Phase High Performance EMI Filter 760 VAC 10 A Chassis Mount Quick Connect 4 mA AHV 50 Hz, 60 Hz
TE Connectivity / Corcom Power Line Filters 40 AHV D FP Non-Stocked Lead-Time 18 Weeks
Min.: 5
Mult.: 5

3-Phase High Performance EMI Filter 760 VAC 40 A Chassis Mount Quick Connect 4 mA AHV 50 Hz, 60 Hz
TE Connectivity / Corcom Power Line Filters 50 AHV D FP Non-Stocked Lead-Time 18 Weeks
Min.: 3
Mult.: 3

3-Phase High Performance EMI Filter 760 VAC 50 A Chassis Mount Quick Connect 5 mA AHV 50 Hz, 60 Hz
TE Connectivity / Corcom Power Line Filters 63 AHV D FP Non-Stocked Lead-Time 18 Weeks
Min.: 3
Mult.: 3

3-Phase High Performance EMI Filter 760 VAC 63 A Chassis Mount Quick Connect 6 mA AHV 50 Hz, 60 Hz