Product Description
The SY996G1 (Anderson 996G1) SB350 cable clamp is a steel bolt-on accessory designed for strain relief of two single-conductor power cables on Anderson SB350 series connectors. Accepts cable outer diameters from 0.35 to 1.00 inch and includes mounting hardware. Used for secure termination and mechanical retention of soldered wires.
Specifications
Material & Construction
| Clamp Material | Steel |
| Hardware Finish | Machined steel, uncoated |
Part Numbers
| OEM Part Number | 996G1 |
| Manufacturer Part Number | 996G1 |
| Product Series | SB350 |
| Compatible Models | Anderson SB350 Series Connector Housing |
Frequently Asked Questions
Q: What is the SY996G1 cable clamp used for?
A: The SY996G1 is a steel bolt-on cable clamp designed for the Anderson SB350 connector series. It provides strain relief and secure mechanical retention for two single-conductor power cables, preventing cable pull and wire damage during operation.
Q: What cable sizes does the SY996G1 accept?
A: The SY996G1 accepts cable outer diameters ranging from 0.35 to 1.00 inch. Verify your cable diameter before ordering to ensure proper fitment and strain relief.
Q: What equipment is compatible with the SY996G1?
A: The SY996G1 is designed for Anderson SB350 series connector housings found on electric lift trucks, chargers, and power distribution systems. Confirm your equipment uses SB350 connectors before ordering.
Q: What material is the SY996G1 clamp made from?
A: The clamp is constructed from steel with machined, uncoated hardware finish. Steel provides high strength and durability for secure cable termination and mechanical retention of soldered wire connections.
Q: Does the SY996G1 include mounting hardware?
A: Yes. The SY996G1 comes complete with all necessary mounting hardware for bolt-on installation to Anderson SB350 connector housings. No additional fasteners are required.
Q: Why is the SY996G1 strain relief clamp important?
A: The strain relief clamp prevents cable pull stress on soldered wire connections inside the connector, reducing risk of connection failure, electrical arcing, and equipment downtime. It is critical for reliable power transmission on lift trucks and charging systems.