2 Amp; 12.0 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
2 Amp; 12.0 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
4 Amp; 6.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
4 Amp; 6.50 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
8 Amp; 3.00 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
8 Amp; 3.00 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
12 Amp; 2.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
12 Amp; 2.50 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
18 Amp; 1.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
18 Amp; 1.50 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
25 Amp; 1.20 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
25 Amp; 1.20 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
35 Amp; 0.80 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
35 Amp; 0.80 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
45 Amp; 0.70 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
45 Amp; 0.70 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
55 Amp; 0.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
55 Amp; 0.50 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
80 Amp; 0.40 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
80 Amp; 0.40 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
110 Amp; 0.30 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
110 Amp; 0.30 InductanceNH5 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
130 Amp; 0.20 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
130 Amp; 0.20 InductanceNH5 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
160 Amp; 0.15 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
160 Amp; 0.15 InductanceNH5 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
200 Amp; 0.11 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
200 Amp; 0.11 InductanceNH6 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
2 Amp; 12.0 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
2 Amp; 12.0 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
4 Amp; 6.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
4 Amp; 6.50 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
8 Amp; 3.00 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
8 Amp; 3.00 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
12 Amp; 2.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
12 Amp; 2.50 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
18 Amp; 1.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
18 Amp; 1.50 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
25 Amp; 1.20 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
25 Amp; 1.20 InductanceN1 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
35 Amp; 0.80 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
35 Amp; 0.80 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
45 Amp; 0.70 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
45 Amp; 0.70 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
55 Amp; 0.50 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
55 Amp; 0.50 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
80 Amp; 0.40 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
80 Amp; 0.40 InductanceN2 Type 2 EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
110 Amp; 0.30 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
110 Amp; 0.30 InductanceNH5 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
130 Amp; 0.20 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
130 Amp; 0.20 InductanceNH5 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
160 Amp; 0.15 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
160 Amp; 0.15 InductanceNH5 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...
200 Amp; 0.11 InductanceNo EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values of inductance,...
200 Amp; 0.11 InductanceNH6 Type 3R EnclosureSpecifically designed for drive/motor applications with long lead lengthsNatural convection cooling methodCombines appropriate values...