Murray 1695366-6291500X61 Snow Blower Thrower Parts
The Murray 1695366 - 6291500X61 snow blower, a popular choice for residential and light commercial use, was known for its reliable performance during harsh winter conditions. This gas-powered snow thrower typically featured a two-stage design and a clearing width suitable for driveways and walkways. While exact specifications varied by year of manufacture, its ease of use and affordability contributed to its widespread adoption.
The Murray 1695366 - 6291500X61 snow blower was manufactured during the late 1990s and early 2000s. These models were typically equipped with a Briggs & Stratton or Tecumseh gas engine, ranging from 5 HP to 8 HP, offering sufficient power for typical snowfall. An electric start option was available on some models, providing added convenience. As a two-stage snow blower, it utilized an auger system to break up the snow and an impeller to throw it away from the clearing path. Clearing widths typically ranged from 24 to 26 inches, with intake heights around 20-21 inches. The throwing distance depended on the engine size and snow conditions, generally reaching up to 30 feet. The drive system was wheel-based, with multiple forward speeds and reverse. Chute rotation was manually controlled, allowing for directional snow throwing. A headlight was often included for increased visibility during early morning or evening snow removal. While heated grips were not standard, the machine excelled in handling moderate to heavy snowfall on paved surfaces like driveways and sidewalks, making it suitable for homeowners and property managers.
Specifications
| Engine | Briggs & Stratton or Tecumseh 5-8 HP Electric Start Optional |
|---|---|
| Stage Type | Two-Stage |
| Clearing Width | 24-26 inches |
| Intake Height | 20-21 inches |
| Throwing Distance | Up to 30 ft |
| Drive System | Wheel - Multiple Forward/Reverse |
| Fuel Tank | Unknown gallons |
| Weight | Unknown lbs |
| Years Produced | Late 1990s - Early 2000s |
Maintenance Tips
- Inspect Auger and Impeller: Regularly check the auger blades and impeller for wear, damage, or bending. Replace worn or damaged components to maintain optimal performance.
- Check and Replace Shear Pins: Always have spare shear pins on hand. Replace any broken shear pins immediately to prevent damage to the auger gearbox.
- Fuel Stabilizer for Storage: Add fuel stabilizer to the gas tank before storing the snow blower for the off-season. This prevents fuel from breaking down and causing starting issues in the future.
- Skid Shoe Adjustment: Adjust the skid shoes to ensure the proper clearing height and prevent damage to the scraper bar and the surface being cleared.
History & Background
The Murray 1695366 - 6291500X61 snow blower was a common model during its production run in the late 90s and early 2000s. It was appreciated for its combination of affordability and effectiveness in clearing snow. While there were no significant redesigns during its lifespan, minor component updates may have occurred across different production years.
Frequently Asked Questions
What engine is in the Murray 1695366 - 6291500X61?
The Murray 1695366 - 6291500X61 typically used a Briggs & Stratton or Tecumseh engine, ranging from 5 to 8 HP. Some models featured an electric start option for easier starting in cold weather.
What is the clearing width of the 1695366 - 6291500X61?
The Murray 1695366 - 6291500X61 snow blower has a clearing width of approximately 24 to 26 inches, and an intake height of around 20-21 inches, allowing it to handle a substantial amount of snow in one pass.
Is the 1695366 - 6291500X61 a single-stage or two-stage snow blower?
The Murray 1695366 - 6291500X61 is a two-stage snow blower. It uses an auger to collect and break up the snow, and then an impeller to throw the snow away from the cleared area.
What are common parts needed for the 1695366 - 6291500X61?
Common replacement parts for the Murray 1695366 - 6291500X61 include shear pins, drive belts, auger belts, scraper bar, skid shoes, spark plugs, and fuel filters. Regular maintenance and replacement of these parts will ensure optimal performance and longevity.
