John Deere 542D Snow Blower Thrower Parts
542D parts and accessories
The John Deere 542D snow blower, known for its robust design and reliable performance, was manufactured in the late 1990s and early 2000s. Powered by a gas engine, this two-stage thrower features a 42-inch clearing width, making it a popular choice for homeowners and light commercial users needing to clear medium to large driveways and walkways. Its sturdy construction and efficient snow throwing capabilities contributed to its widespread appeal.
The John Deere 542D snow blower was a prominent model in John Deere's lineup during the late 1990s and early 2000s. It featured a Briggs & Stratton engine, typically around 10-12 HP, and offered an optional electric start for easier cold-weather starts. The 542D is a two-stage snow blower, using an auger to break up the snow and an impeller to throw it. Its robust auger system efficiently chews through packed snow and ice. The clearing width is 42 inches, with an intake height of approximately 21 inches, allowing it to handle significant snowfalls. Snow can be thrown up to 30-40 feet, depending on snow conditions. The drive system uses wheels, with multiple forward and reverse speeds for enhanced maneuverability. Chute control is manual, allowing the operator to adjust the direction and angle of the snow stream. A headlight is included for improved visibility during early morning or late evening snow removal. While heated grips weren't a standard feature, some models may have aftermarket additions. This snow blower is well-suited for homeowners and property managers dealing with moderate to heavy snowfall on medium to large driveways and walkways. Its two-stage design and powerful engine make it capable of handling a variety of snow conditions, including wet and heavy snow.
Specifications
| Engine | Briggs & Stratton 10-12 HP Electric Start (Optional) |
|---|---|
| Stage Type | Two-Stage |
| Clearing Width | 42 inches |
| Intake Height | 21 inches |
| Throwing Distance | Up to 40 ft |
| Drive System | Wheel - Multiple Forward/Reverse |
| Fuel Tank | 1.5 gallons (approximate) |
| Weight | 250 lbs (approximate) |
| Years Produced | Late 1990s - Early 2000s |
Maintenance Tips
- Auger and Impeller Inspection: Regularly inspect the auger blades and impeller for wear or damage. Replace worn parts to maintain optimal performance.
- Shear Pin Replacement: Always keep spare shear pins on hand. Replace broken shear pins immediately to protect the auger gearbox from damage. Use only the correct shear pins specified for the 542D.
- Belt Tension and Condition: Check the drive and auger belts for proper tension and signs of wear or cracking. Replace worn belts to ensure efficient power transfer.
- Fuel Stabilizer: Add fuel stabilizer to the fuel tank before storing the snow blower for the off-season to prevent fuel degradation and carburetor problems.
History & Background
The John Deere 542D snow blower was introduced as a mid-sized offering within John Deere's snow removal equipment lineup. It was designed to provide a balance of power, clearing width, and maneuverability for residential and light commercial applications. While there weren't major redesigns during its production run, it remained a popular and reliable choice for snow removal during its time.
Frequently Asked Questions
What engine is in the John Deere 542D?
The John Deere 542D typically used a Briggs & Stratton engine, ranging from 10 to 12 horsepower. An electric start was available as an option on some models.
What is the clearing width of the 542D?
The John Deere 542D has a clearing width of 42 inches and an intake height of approximately 21 inches.
Is the 542D a single-stage or two-stage snow blower?
The John Deere 542D is a two-stage snow blower. It uses an auger to break up the snow and then an impeller to throw the snow away from the machine.
What are common parts needed for the 542D?
Common wear parts for the John Deere 542D include shear pins, drive belts, auger belts, auger paddles, scraper bar, skid shoes, spark plugs, and fuel filters. Regular replacement of these parts helps maintain optimal performance.
