Product Description
The AL SW180B-36/48 is a dual-voltage DC contactor engineered for electric lift trucks and material-handling equipment. Rated for both 36V and 48V coil operation, this single part number simplifies inventory management for multi-fleet operations while delivering reliable main circuit switching and control functions.
Featuring silver alloy contacts designed for high-current switching cycles, the contactor provides dependable electrical conductivity across a wide duty-cycle range. Industry-standard M8 stud main terminals ensure compatibility with standard wiring harnesses found on leading electric pallet jacks and forklifts from Crown, Toyota, Yale, Hyster, and Raymond.
Frequently Asked Questions
Q: What voltage range does the AL SW180B-36/48 support?
A: The AL SW180B-36/48 is a dual-voltage contactor rated for both 36VDC and 48VDC coil operation. This single part number eliminates the need to stock separate 36V and 48V units, simplifying inventory for multi-fleet operations.
Q: What type of contactor is the AL SW180B-36/48?
A: The AL SW180B-36/48 is a DC contactor designed for electric lift trucks and material-handling vehicles. It provides main circuit switching and control relay functions in 36V and 48V power distribution systems.
Q: Is the AL SW180B-36/48 compatible with Crown, Toyota, and Raymond lift trucks?
A: The AL SW180B-36/48 is compatible with electric lift trucks from major OEM brands including Crown, Toyota, Raymond, Yale, and Hyster, provided the equipment uses 36V or 48V main circuit voltage and matching coil control voltage. Always verify voltage nameplate and terminal type on your specific equipment.
Q: What terminal configuration does the AL SW180B-36/48 provide?
A: The contactor uses M8 stud main terminals, the industry-standard connection for DC contactors in material-handling equipment. Confirm terminal diameter and spade style match your wiring harness before ordering.
Q: What contact material is used in the AL SW180B-36/48?
A: The contactor features silver alloy contacts designed to withstand high-current switching cycles and provide reliable electrical conductivity across a wide voltage and duty-cycle range.