Schneider Electric 33673

Schneider Electric 33670

Schneider Electric 33660

Schneider Electric 33209

Square D by Schneider Electric S432647 is a charging motor designed for standard motor charging operations. It operates on a supply voltage of 440Vac to 480Vac.

Schneider Electric LXD3X7 is a replacement control coil designed for use with 40A-65A contactors within the Deca sub-range. It is engineered to operate with a control voltage of 480-660Vac at 50Hz, with a nominal voltage of 600Vac and an inductance value of 74,500 mH, allowing for a voltage fluctuation range of 0.8 to 1.1 times the control voltage (Uc). For 60Hz applications, the control voltage range is specified as 510-660Vac, with the same nominal voltage and a slightly adjusted voltage fluctuation range of 0.85 to 1.1 times Uc.

Schneider Electric LXD3S7 is a replacement control coil designed for use with 40A-65A contactors within the Deca sub-range. It is engineered to operate with a control voltage of 400-550Vac (500Vac nominal; 50Hz; 0.8...1.1 x Uc) and 425-550Vac (500Vac nominal; 60Hz; 0.85...1.1 x Uc). The coil features an inductance of 51,700 mH, catering specifically to applications requiring precise control voltage parameters.

Schneider Electric LXD1EE7 is a replacement control coil designed for use with 9A-38A contactors within the Deca sub-range. It is engineered to operate with a control voltage of 48-66Vac at 50Hz, with a nominal voltage of 60Vac and a voltage tolerance of 0.8 to 1.1 times the control voltage (Uc), and 51-66Vac at 60Hz, with the same nominal voltage and a voltage tolerance of 0.85 to 1.1 times Uc. The coil has an inductance of 1,400 mH.

Schneider Electric LX4FX220 is a coil (contactor) within the F sub-range, designed as a replacement low-sealed consumption control coil. It operates with a control voltage of 220Vdc and has an inductance of 1,000 mH.

Schneider Electric LX4FX125 is a coil (contactor) within the F sub-range, designed as a replacement low-sealed consumption control coil. It operates with a control voltage of 125Vdc and has an inductance of 330 mH.