About this item
- Purpose: HX-50BI battery cable lug crimper is designed to crimp 6/10/16/25/35/50 mm² battery lugs, making secure connection with cables, electrical appliances, and other power mechanisms in harsh-duty environments.
- Rotating Die Set: Laser-cut dies are more dimensionally accurate than stamped dies, prevent inaccurate crimps. Compact rotation die for effortless die changing.
- Size Coded Crimping: When properly crimped, the die code number will be embossed on the connector for easy inspection to determine if correct die and connector combination were used.
- Hex-Crimp Result: Hexagonal crimping is a strong mechanical connection, creating large area of high pressure contact between cable and connector which in turn results in low resistance and high pull-out values.
- LK-60A Cable Cutting Pliers: Made of chrome vanadium steel with induction-hardened & beveled cutting edges for maximum strength and durability. Shear-type jaw for easily cutting through aluminum and copper cable up to 50mm2. Not for use on steel or ACSR type cable.
Product Description HX-50B BATTERY LUG COMPRESSION LUG CRIMP TOOL HX-50BI heavy duty crimper is designed to crimp battery terminals and cable lugs and has spring loaded crimp dies that revolve within the head for easy interchangeability. Cable lugs can be found on the wiring systems of automobiles, electrical boxes, panels, generators, transformers, many durable goods, and for all electrical lugs appliances. Crimp Profile: Hexagonal crimping. Wire Gauge: 8AWG to 1/0AWG Applicable Lugs: Aluminum & Copper Die Set: Rotary 6-sized crimp jaw Advantage of Hex Crimp A hexagonal crimp is suitable for both copper and aluminium conductors. The advantage is the central force which is applied consistently from all directions by the crimping tool. The advantage of a hexagonal crimp is the central force which is applied consistently from all directions and over a larger area during the crimping operation. During this crimping operation the individual strands of the conductor are being homogeneously compressed preventing any damage.
About this item Purpose: HX-50BI battery cable lug crimper is designed to crimp 6/10/16/25/35/50 mm² battery lugs, making secure connection with cables, electrical appliances, and other power mechanisms in harsh-duty environments. Rotating Die Set: Laser-cut dies are more dimensionally accurate than stamped dies, prevent inaccurate crimps. Compact rotation die for effortless die changing. Size Coded Crimping: When properly crimped, the die code number will be embossed on the connector for easy inspection to determine if correct die and connector combination were used. Hex-Crimp Result: Hexagonal crimping is a strong mechanical connection, creating large area of high pressure contact between cable and connector which in turn results in low resistance and high pull-out values. LK-60A Cable Cutting Pliers: Made of chrome vanadium steel with induction-hardened & beveled cutting edges for maximum strength and durability. Shear-type jaw for easily cutting through aluminum and copper cable up to 50mm2. Not for use on steel or ACSR type cable. See more product details Product Description HX-50B BATTERY LUG COMPRESSION LUG CRIMP TOOL HX-50BI heavy duty crimper is designed to crimp battery terminals and cable lugs and has spring loaded crimp dies that revolve within the head for easy interchangeability. Cable lugs can be found on the wiring systems of automobiles, electrical boxes, panels, generators, transformers, many durable goods, and for all electrical lugs appliances. Crimp Profile: Hexagonal crimping. Wire Gauge: 8AWG to 1/0AWG Applicable Lugs: Aluminum & Copper Die Set: Rotary 6-sized crimp jaw Advantage of Hex Crimp A hexagonal crimp is suitable for both copper and aluminium conductors. The advantage is the central force which is applied consistently from all directions by the crimping tool. The advantage of a hexagonal crimp is the central force which is applied consistently from all directions and over a larger area during the crimping operation. During this crimping operation the individual strands of the conductor are being homogeneously compressed preventing any damage.
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