Standard Ignition TW-26 Turn Signal Switch

Turn Signal Switch for Pontiac Bonneville

Standard Ignition TW-26 is a new turn signal switch built for electrical switching performance and dependable service in the vehicle’s steering column control system. It is a direct-fit option for 1992-1999 Pontiac Bonneville models with electronic push button control.

Key Features

• Turn signal switch for steering column electrical control
• Black and yellow plastic finish
• Male connector and male blade terminals
• 2 connector cavities with 17 terminals
• Copper alloy conductors for low-resistance electrical flow
• 100% tested for mechanical and electrical switching performance
• New part from Standard Ignition, part number TW-26

Detailed Description

Standard Ignition TW-26 is engineered with durable materials to meet the demands of professional repair work. The switch uses copper alloy conductors to support strong electrical conductivity and reduced resistive loss, while the plastic housing helps maintain a stable fit in the column assembly. This part is a practical choice for Pontiac Bonneville turn signal switch replacement on 1992-1999 vehicles equipped with electronic push button control. Standard Ignition TW-26 also cross-references Standard Ignition S3239 for the same application.

Common Problems This Part Can Address

• Inoperative or intermittent turn signal operation
• Switching faults in the steering column control circuit
• Poor electrical contact at the turn signal switch
• Mechanical failure in the signal actuator function
• Erratic signal response on Pontiac Bonneville models

Installation Notes and Tips

Verify the vehicle is a 1992-1999 Pontiac Bonneville with electronic push button control before ordering. Match the connector style, terminal count, and cavity layout to the original switch for proper installation. Inspect the column wiring and related controls for wear or damage during replacement to help confirm the repair.

Quality Assurance

Standard Ignition states that this switch is fully tested for both mechanical operation and electrical performance. The design uses high-grade materials and copper alloy conductors to support consistent service in the turn signal circuit.