Precision puffs box - Low diet (0.30 to 1.00 mm)

Refine the adjustment of your carburation with surgical precision thanks to this high quality pouch box, specifically calibrated for low speed sprinklers.

This tool is essential for any mechanic or mechanic Karting wishing to perfectly adjust the wealth of slow motion and transition from its dellorto carburetor. Forget the approximations and work with exact values to optimize the accelerations and the motor response.

ℹ️ Ideal compatibility: This cabinet is the perfect tool for measuring and calibrating the slow motion of Dellorto high performance carburetors:

• VHSH 30 (used on the engines Rotax Max, Iame X30, etc.)

• VHSB 34

• And many other models (PhbH, PHBL, VHST, etc.)

Composition of the box

The cabinet is a robust and compact storage box containing 14 pages high precision tempered steel. Each pigement is individually marked with its diameter for instant identification.

The game covers the critical adjustment range for low speeds:

• Measuring range: 0,30 mm to 1,00 mm

• Increments: By step 0.05 mm

• Detailed content (mm:) 0,30 - 0,35 - 0,40 - 0,45 - 0,50 - 0,55 - 0,60 - 0,65 - 0,70 - 0,75 - 0,80 - 0,85 - 0,90 - 1,00

Main features

• Accuracy: Rectified pigeons for strict dimensional tolerance.

• Material: High quality ally steel, resistant to wear and corrosion.

• Usefulness: Allows you to measure the actual diameter of a nozzle (the factory markings can sometimes be imprecise or altered) or to check the wear of a caliber.

• Readability: Light laser marking on each liner and in the cabinet housing.

• Storage: Protective cabinet with secure clasp to keep your tools organized and protected.

🔧 Michel's trick

"Michel, our motorist expert, recommends you: a idle nozzle does not choose only by its engraved number, but by its real flow. Use this line to validate the diameter of your nozzle before mounting it. If a rope of 0.50 mm passes. Whether 0.55 mm does not pass, you know exactly what value you have in your hands. It's the only way to reproduce an accurate setting.At the extent, take care not to force the rope in the nozzle not to ovalize it. Always clean your pants after use to avoid deposits.

⚠️ Security Council: The low speed circuit greatly influences the engine temperature and the bougie. Too poorly adjustment can cause a motor breakage. Use this tool with rigor.

Order your low diet pigeon box right now on Magickart.fr for a professional setting. Fast shipping.

📋 Product Information (GPSR) & Technical Summary

❓ FAQ: your frequent questions

Q: Why do I need pigeons while sprinklers are already numbered ?A: The numbers engraved on the sprinklers (eg "60" for 0.60 mm) indicate a theoretical size. In reality, there are manufacturing tolerances, and most importantly, the sprinklers are wear parts that can be slightly modified (intentionally or not) during cleaning. Only physical measurement with a calibrated freelance guarantees the actual diameter of the hole and therefore the nozzle flow.

Q: Is the box compatible with other carburetor brands like Keihin or Mikuni ?A: YES I DO. Although the tool is ideally calibrated for DELLORTO sprinklers (VHSH, VHSB, etc.) whose values often fall "stack" on the increments of this box (0.40, 0.50, 0.60mm), the beach of 0.30 to 1.00 mm Measurement by 0.05 mm makes this universal box for all types of low-speed sprinklers (slow motion) used in karting and motorcycle.

Q: How to maintain my pigs to preserve their accuracy ?A: Tempered steel is resistant but can rust if it is stored in a wet environment. After each use, wipe the pigs with a clean and slightly oiled cloth to create a protective wrap. Store them always in their original cabinet, in a dry place. Avoid dropping them, because a shock could distort their geometry.

Q: Can I use these pigs to check the main jet ?A: No, usually not. The main sprinklers (high speed) often have diameters greater than 1.00 mm, up to 1.80 mm or more depending on the categories (eg X30). This box is specifically dedicated to the beach "low diet."

📋 Product Information (GPSR) & Technical Summary