Line or Motor Choke Altivar 31, 17A, 75W, IP00

Order only

EAN: 3389118066038

MPN: VW3A4553

Package: 1

Pallet: 18

Price (excl. VAT)

376,61 €

per unit

MOQ: 1

EDT to our warehouse: By request

Price valid until 31.12.26 or while in stock

Technical Information

Item condition	New
Manufacture name	line/motor choke - 2 mH - 17 A - 3 phases - 75 W - for variable speed drive
Brand	Schneider Electric
Categories	Automation Components & Accessories
Country of origin*	HU
* The actual country of origin may differ depending on the delivery batch. To confirm the specific country of origin, please contact your account manager.
Harmonized System Code	8504 5000 00
ETIM	EC002563
Degree of protection (IP)	IP00
Rated operation frequency	50-60 Hz
Rated inductance	2 mH
Number of poles, primary side	3
Rated current at AC	17 A

Packing details

Packing level 1	3389118066038
Packing level 2	3389118066038

Other Technical data

Suitable as output reactance coil	Yes
Suitable as interference suppression reactance coil	No
Suitable as ripple filter choke	No
Suitable as commutation reactance coil	No
Suitable as net reactance coil	Yes
Max. rated operation voltage Ue	690 V
Max. rated current (Ith) at rated voltage DC	0 A
Relative short circuit voltage	0 %
Resonance frequency	0 Hz
Rated clock frequency	0 kHz

Downloads

Technical manual Instructions for use Mounting instruction Declaration DOC CE (Declaration of conformity CE)

Description

This line choke is an option for variable speed drives of Altivar range. Its rated current is equal to 17A. It provides improved protection against overvoltages on the line supply and contributes to reduce harmonic distortion of the current produced by the drive. Its protection index is IP00. It has an inductance value of 2mH. It weighs 3.5kg and its dimensions are, 130mm wide, 155mm high, 90mm deep. Its use is particularly recommended in case of close connection of several drives in parallel, line supply with significant disturbance from other equipment (interference, overvoltages), line supply with voltage imbalance between phases.