Schneider Electric K30H004PP Cam pole change 2 speed motors, Harmony K, front mounting, plastic, 3 poles, 60°, 32A, 64x64mm, marked 0/1/2, for motors tapped "Dahlander" windings

Cam pole change 2 speed motors, Harmony K, front mounting, plastic, 3 poles, 60°, 32A, 64x64mm, marked 0/1/2, for motors tapped "Dahlander" windings

MPN: K30H004PP
PPN: SCH-K30H004PP

Spec sheet

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Description

Cam pole change 2 speed motors, Harmony K, front mounting, plastic, 3 poles, 60°, 32A, 64x64mm, marked 0/1/2, for motors tapped "Dahlander" windings

Specifications

Environment

Ambient Air Temperature For Operation: -25-55 °C

Electrical Shock Protection Class: class II IEC 60536 || class II NF C 20-030

Protective Treatment: TC

Ambient Air Temperature For Storage-40-70 °C

Product CertificationscULus 120 V 2 hp 1 phase || cULus 240 V 5 hp 1 phase || cULus 240 V 5 hp 3 phases || cULus 480 V 20 hp 3 phases

StandardsIEC 60947-3

Contractual warranty

Warranty: 18 months

Offer Sustainability

China Rohs Regulation: X

Mercury Free: Yes

Eu Rohs Directive: Pro-active compliance (Product out of EU RoHS legal scope)

Reach Free Of Svhc: Yes

Rohs Exemption InformationYes

Toxic Heavy Metal FreeYes

Reach RegulationFree of Substances of Very High Concern above the threshold

WeeeThe product must be disposed on European Union markets following specific waste collection and never end up in rubbish bins

Complementary

Electrical Connection: captive screw clamp terminals flexible 2 x 4 mm² || captive screw clamp terminals solid 2 x 6 mm²

Short-Circuit Protection: 50 A cartridge fuse gG

Positive Opening: with

Contact Operation: slow-break

Switching Capacity In Ma: 11000 mA DC 120 V 2 inductive 50 ms) || 11000 mA DC 180 V 3 inductive 50 ms) || 11000 mA DC 60 V 1 inductive 50 ms) || 1200 mA DC 220 V 1 resistive 1 ms) || 1200 mA DC 440 V 2 resistive 1 ms) || 1200 mA DC 660 V 3 resistive 1 ms) || 16000 mA DC 140 V 3 inductive 50 ms) || 16000 mA DC 48 V 1 inductive 50 ms) || 16000 mA DC 95 V 2 inductive 50 ms) || 23000 mA DC 120 V 2 resistive 1 ms) || 23000 mA DC 180 V 3 resistive 1 ms) || 23000 mA DC 60 V 1 resistive 1 ms) || 25000 mA DC 30 V 1 inductive 50 ms) || 25000 mA DC 60 V 2 inductive 50 ms) || 25000 mA DC 90 V 3 inductive 50 ms) || 3200 mA DC 110 V 1 inductive 50 ms) || 3200 mA DC 220 V 2 inductive 50 ms) || 3200 mA DC 330 V 3 inductive 50 ms) || 32000 mA DC 140 V 3 resistive 1 ms) || 32000 mA DC 24 V 1 inductive 50 ms) || 32000 mA DC 24 V 1 resistive 1 ms) || 32000 mA DC 48 V 1 resistive 1 ms) || 32000 mA DC 48 V 2 inductive 50 ms) || 32000 mA DC 48 V 2 resistive 1 ms) || 32000 mA DC 70 V 3 inductive 50 ms) || 32000 mA DC 70 V 3 resistive 1 ms) || 32000 mA DC 95 V 2 resistive 1 ms) || 400 mA DC 440 V 1 resistive 1 ms) || 400 mA DC 660 V 2 resistive 1 ms) || 6500 mA DC 110 V 1 resistive 1 ms) || 6500 mA DC 220 V 2 resistive 1 ms) || 6500 mA DC 330 V 3 resistive 1 ms)