Walker 211-2153 Engine Coolant Temperature Sender

Engine Coolant Temperature Sender for Saab

Walker 211-2153 is an OE replacement engine coolant temperature sender built to report coolant temperature to the ECU or instrument cluster. It is a direct-fit solution for 1995-1997 Saab 900 and 1995-1997 Saab 9000 applications that use a sender-only setup.

Key Features

• Terminal type: spade
• 1 connector with an oblong connector shape
• 2 terminals for factory-style electrical connection
• OE-spec resistance values and thermal response curve
• High-temperature, corrosion-resistant construction for coolant system service
• Direct-thread design for the original sender port

Product Details

Walker Sender Only 211-2153 is engineered for accurate coolant temperature reporting in Saab cooling and engine management systems. The sender threads into the original location, typically the engine block, thermostat housing, or intake manifold, and connects to the factory harness with a spade-style terminal layout. For 1995-1997 Saab 900 and 1995-1997 Saab 9000 models, this sender helps restore the temperature signal used for warm-up control, cooling fan operation, fuel delivery timing, and emissions monitoring. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues This Part Can Address

• Inaccurate dash temperature readings
• Erratic or false gauge movement
• Incorrect coolant temperature input to the ECU
• Cooling fan operation triggered at the wrong time
• Driveability or emissions readiness concerns tied to temperature signal loss

Installation Notes and Tips

Verify the sender port thread type and connector style before installation. Inspect the factory wiring connector for corrosion or looseness, and confirm the cooling system is properly filled and bled after replacement. Use the vehicle service procedure for the exact sender location on your Saab 900 or Saab 9000.

Quality Assurance

Walker Products manufactures this coolant temperature sender to OE specifications for fit, resistance values, and thermal response. The design uses materials selected for prolonged exposure to pressurized coolant, vibration, and thermal cycling.