CTA Tools 2497K 8-in-1 Oil and Lube Multi-Wrench, Male Square and Hex
- The CTA Tools 2497K 8-in-1 oil and lube multi wrench is designed to fit most oil drain, transfer case and differential plugs, combining multiple male square and hex sizes into one compact tool for efficient drivetrain and fluid service.
- Features:
- Eight in one design covers common male square and hex plug sizes used in oil, transfer case and differential service.
- Offset head with yoke support provides increased leverage and stability for high torque applications.
- Indexing feature locks the socket into position to help prevent slipping during use.
- Nickel plated finish enhances corrosion resistance and durability.
- Magnet built into the handle helps retain fasteners and improve handling.
- Specifications:
- Manufacturer: CTA Tools
- Part Number: 2497K
- Tool Type: Oil and lube multi wrench
- Drive Style: Male square and male hex
- Square Sizes: 8 mm, 10 mm, 3/8", 1/2"
- Hex Sizes: 10 mm, 12 mm, 14 mm, 17 mm
- Overall Length: Ten and one half inch
- Finish: Nickel plated
- Packaging: Boxed
- Application: Oil drain plugs, transfer case plugs and differential plugs
- The CTA Tools 2497K can also be referred to as oil drain plug wrench, differential plug tool, transfer case service wrench, multi size oil service tool and automotive lube plug wrench.
CTA Tools manufactures specialty automotive service tools designed to simplify fluid service and drivetrain maintenance. The 2497K 8 in 1 oil and lube multi wrench provides broad plug compatibility, secure engagement and high torque capability in a single, durable tool.
Q: What types of plugs is this wrench designed to fit?
A: It is designed to fit most oil drain, transfer case and differential plugs that use male square or hex drives.
Q: How many sizes are included in this tool?
A: The wrench combines eight different male square and hex sizes into one tool.
Q: What features help with high torque applications?
A: The offset head with yoke support and the indexing feature help provide stability and control when applying higher torque.
