Schneider Electric CAD32AP7 Auxiliary contactor 3 makers 2 breakers 1 pc

Order Code:

17-5551

Brand: Schneider Electric MPN: CAD32AP7 EAN-13: 3606487541103
Qty Unit Price (Ex VAT)
1+ £36.83
Price per unit {{ this._page.IncVat ? 'Inc' : 'Ex' }} VAT
305 available to back orderBack-order availability date - 12/03/2026

Schneider Electric CAD32AP7 is a robust auxiliary contactor designed with circular contacts, offering three normally open (NO) makers and two normally closed (NC) breakers within a single unit. This versatile component is engineered for efficient use within electrical control circuits, enhancing system reliability by providing effective load evaluation and signal separation. It is commonly implemented in control panels, motor control centres, and other industrial automation applications where precise auxiliary switching functions are required. The CAD32AP7, with its dependable electromechanical design, offers engineers a reliable solution for managing electrical operations in a variety of demanding environments.
Type CAD32AP7
Connection Snap-in
Connection type auxiliary circuit Other
Content 1
Control voltage (max.) 230V AC
Control voltage range 230 V AC (max)
Depth 93mm
Dimensions (W x H x D) 45 x 107 x 93 mm
Height 107mm
Interface FALSE
IP Rating IP20
Mounting Method Other
Number of auxiliary contacts as change-over contact 0
Number of auxiliary contacts as normally closed contact 2
Number of auxiliary contacts as normally closed contact, delayed switching 0
Number of auxiliary contacts as normally open contact 3
Number of auxiliary contacts as normally open contact, leading 0
Operating voltage AC 50 Hz 690-690V
Operating voltage AC 60 Hz 690-690V
Product Type Auxiliary contactor
Rated control supply voltage AC 50 Hz 230-230V
Rated control supply voltage AC 60 Hz 230-230V
Rated operation current 10A
Rated operation current Ie, 400 V 10A
Rated switch current 0.005A
Suitable for manual operation FALSE
Voltage type (operating voltage) AC
Voltage type for actuating AC
Width 45mm
With LED indication FALSE

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