NTK FD0022 Fuel Level Sensor

Fuel level sensor overview

The NTK Fuel Level Sensor FD0022 is a direct-fit replacement for select Chevrolet Silverado and GMC Sierra applications. It is built for accurate fuel level signal transfer and uses a compact electrical connector layout for straightforward integration with the vehicle harness.

Key features

• Direct-fit fuel level sensor for select GM truck applications
• Black rectangular connector with male blade terminals
• 1 connector, 2 terminals
• Built by NTK, The Sensor Specialist
• Part number FD0022 for ordering and fitment verification

Detailed description

NTK FD0022 is part of the NTK Fuel Level Sensor line, backed by more than 80 years of automotive experience from NGK’s family of brands. NTK applies OE-based engineering and testing practices, including thermal shock, vibration, and OBD verification, to produce sensors that meet or exceed OE specifications. This fuel level sensor is listed for 2004-2007 Chevrolet Silverado 1500 and 2004-2007 GMC Sierra 1500, along with additional Silverado and Sierra HD and Classic applications. For buyers servicing Chevrolet Silverado or GMC Sierra fuel gauge concerns, FD0022 provides a fitment-specific replacement option.

Common issues this part can address

• Inaccurate fuel gauge readings
• Fuel level signal loss or erratic display behavior
• Faulty sender output affecting dashboard indication
• Replacement needs during tank or fuel system service

Installation notes and tips

Verify the connector style, terminal count, and application notes before installation. Confirm the vehicle year, model, and tank configuration against the fitment listing, especially for Silverado and Sierra HD or Classic variants. The part number FD0022 should be matched to the vehicle application before ordering.

Quality assurance

NTK manufactures this sensor to meet or exceed OE specifications and subjects technical sensors to thermal shock, vibration, and OBD verification testing. FD0022 reflects NTK’s OE-supplier background in fuel and technical sensor coverage.