8538126250 Toyota NOZZLE SUB-ASSY, WASHER, Price: 9.86$, Weight: 0.007kg
| Make | Number | Name | Availability | Weight, kg | Ship in, Days | Price |
|---|---|---|---|---|---|---|
Toyota |
8538126250 |
NOZZLE SUB-ASSY, WASHER |
0 |
0.007 |
7-10 |
9.86$ |
| Not Available | ||||||
Originals
| Make | Number | Name | Availability | Weight, kg | Processing, days | Price | |
|---|---|---|---|---|---|---|---|
| Toyota |
NOZZLE SUB-ASSY, WASHER
|
0 |
0.008
|
-
|
11.72$
|
Not Available |
Compatibility
| Description | Model | Options | Prod Period | Diagram |
|---|---|---|---|---|
| GDH2##,KDH2##,LH2##,TRH2## | TRH223L-LEPNKV | Seating Capacity: 16-SEATER; NO. Of Doors: 4-DOOR; Roof: HIGH-ROOF; Driver's Position: LEFT-HAND DRIVE VEHICLES; Body: COMMUTER; Grade: GL TYPE; Fuel Induction: HIGH EFFICIENCY TWIN CAM; Gear Shift Type: ATM, 4-SPEED FLOOR SHIFT; Engine: (2TRFE) 2700CC 16-VALVE DOHC EFI; Destination: GULF CORPORATION COUNCIL | 12.2013 - 02.2019 | View |
Essential Function of the Washer Nozzle Assembly π
This crucial component plays an integral role in maintaining visibility while driving, a key safety feature for vehicles on the road. The washer nozzle assembly is designed to spray washer fluid onto the windshield, allowing wipers to effectively remove dirt, grime, or precipitation. Ensuring clear visibility is paramount for driver safety and comfort.
How It Works π§
The washer nozzle assembly connects to a reservoir via hoses that channel washer fluid to the nozzle. When activated, typically by a control inside the vehicle, the system pumps fluid through the nozzles, spraying it directly onto the windshield's surface. The design ensures an even distribution of fluid, crucial for optimal wiper performance during inclement weather or dusty conditions.
Consequences of a Malfunction π
If the nozzle assembly is broken or clogged, the windshield washer fluid cannot be dispensed efficiently, leading to reduced visibility. This component is susceptible to damage from road debris, age, or extreme temperatures. A malfunction may result in uneven fluid distribution or complete failure of fluid delivery, posing a safety risk, especially during adverse weather conditions.
Compatibility π
- Hiace