fits model: Avalon, Highlander. make: Toyota. year: 2000–2004.

( Brand: Standard ), ( Manufacturer Part Number: TS-413 ), ( Part Type: Fan Switch Engine ), ( Quantity Sold: Sold Individually ), ( Quantity Needed: 1; ), ( Connector Gender: Female ), ( Terminal Type: Blade ), ( Warranty Time: 36 ), ( Country Of Origin: Primary ), ( Remanufactured Part: N ), ( Nps: W )
The 1802-307204 engine fan temperature switch is a crucial component in maintaining the optimal temperature of your Toyota TS-413 engine, specifically found in models ranging from 2000 to 2004 Avalon and Highlander. This switch is designed to monitor the engine coolant temperature and activate the engine fan as necessary to maintain proper engine operating temperature.
This switch is a standard replacement part for the 53-13767 switch in your Toyota vehicle. It's a reliable and durable component, ensuring that your engine's cooling system functions efficiently. The switch is designed to sense when the engine coolant temperature exceeds a certain threshold and then activate the fan to prevent overheating.
The 1802-307204 engine fan temperature switch is a high-quality replacement part. It's engineered to fit seamlessly into your vehicle's existing system, ensuring a smooth and hassle-free installation process. The switch is made with top-notch materials, ensuring long-lasting performance and reliability.
In summary, the 1802-307204 engine fan temperature switch is an essential part of your Toyota TS-413 engine's cooling system. It's a standard replacement part for the 53-13767 switch in models from 2000 to 2004 Avalon and Highlander. This switch is designed to monitor engine coolant temperature, activate the fan as necessary, and ensure your engine operates at the optimal temperature. It's a high-quality replacement part, engineered for a smooth installation process and long-lasting performance.
Pros of buying a (1802-307204 2000-2004 201-1801) engine fan temperature switch for Toyota Ts-413 (53-13767) Avalon/Highlander:1. OEM Part: This is an original equipment manufacturer part, meaning it's made by Toyota and is designed to fit and function perfectly with your vehicle.
2. Reliability: As a genuine Toyota part, it's likely to be reliable and long-lasting.
3. Warranty: If purchased from a reputable dealer, it may come with a warranty, ensuring replacement if it fails within a certain period.
Cons of buying a (1802-307204 2000-2004 201-1801) engine fan temperature switch for Toyota Ts-413 (53-13767) Avalon/Highlander:1. Price: OEM parts are often more expensive than aftermarket alternatives.
2. Availability: Depending on where you live, finding this part might be challenging due to its specificity.
3. Delivery: As it's a specialized part, the shipping time might be longer than for more common items.
Recommendation:If you value reliability and peace of mind, purchasing the OEM (1802-307204 2000-2004 201-1801) engine fan temperature switch for your Toyota Ts-413 (53-13767) Avalon/Highlander is a sound choice. However, if you're on a tighter budget, you might consider exploring aftermarket alternatives, although they may not be as reliable or have the same warranty coverage. Ultimately, the decision depends on your specific needs and priorities.
Standard motor products supplied your vehicles manufacturer with the radiator cooling fan.
In design, we specify custom wax formulations that will expand when heated, activate a snap action elect trial contact and transfer the electrical signal to the fan controller.
Provides the pictures to us.
In manufacture, we custom form the wax pellet's for different temperature range specifications.
The pictures used may not be exactly like the parts provided.
May or may not have the correct color.
Brands AcDelco, AcDelco non gm, cortex eng.
In production, all thermal switches are factory calibrated to make electrical contact at the specified lower temperature set point. The switch is designed using a formed bimetallic contact arm.
Standard is a global manufacturer of original equipment ignition products, complete quality control is maintained through the manufacturing process from component to finished product.
The bimodal contact movement is achieved using the different expansion rates of two metals fused together.