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Hand Tap Bottoming ISO 529 Form C HSS-G - M 30 x 3.5 | VÖLKEL

Hand Tap Bottoming ISO 529 Form C HSS-G - M 30 x 3.5

With this hand tap you cut internal threads during maintenance and small batch work. Selection is driven by the thread designation in the product name and the material you are machining.

If you work with blind holes you also consider the lead type and available run out space. After tapping you remove chips and protect both tool and thread from corrosion during storage.

Application

  • Cutting of internal threads in steels and common engineering materials within the limits of the chosen execution
  • Use for series work, repair tasks, and general machining in mechanical engineering and metal fabrication
  • Suitable for through holes and blind holes depending on the geometry stated in the product name
  • Use with a suitable tap wrench to guide the tool straight and to control torque by hand
  • Process: manual driving or assisted driving depending on your holder and machine setup
  • Use: thread cutting, re tapping, and thread cleaning depending on condition

Note Use a suitable cutting lubricant for the workpiece material and remove chips from the flutes before storage.

Benefits

  • Suitable for workshop and series processes when lubrication and alignment are controlled
  • Supports rework and maintenance tasks without changing the workpiece design
  • Defined cutting geometry supports predictable thread form
  • Clear variant identification via standard and form in the product name
Drawbacks
  • Tool life can drop in very hard or abrasive materials if the selected execution is not matched to the application
  • Not suitable for high performance applications when process parameters are not optimised

Step by step

  1. Confirm the thread designation, standard, and execution in the product name against your drawing and material specification.
  2. Prepare the pre hole and entry chamfer according to your process specification and remove burrs from the opening.
  3. Mount the tap in a suitable tap wrench and secure the clamping so the tool cannot slip under load.
  4. Apply a suitable cutting lubricant or coolant for the workpiece material and ensure the entry area is wet.
  5. Start the cut with the tool aligned to the hole axis and keep the alignment stable through the first turns or revolutions.
  6. Continue the pass while monitoring torque and remove the tool if chips accumulate and increase cutting resistance.
  7. Retract the tool, clean chips from the flutes, and inspect the thread before the part moves to the next operation.

Scope of supply

Scope of supply is not specified in the provided data.

Technical features

  • Type: Hand tap
  • Standard: ISO 529
  • Thread system: ISO metric
  • Execution: Form C
  • Lead type: Bottoming
  • Tool material: HSS-G
  • Surface finish: Ground
  • Tolerance class: ISO metric internal thread tolerance 6H

Frequently asked questions (FAQ)

What should you check before you start tapping with this tool?
You verify the thread designation shown in the product name and confirm that your pre hole preparation meets your internal process specification. You also check the workpiece material and choose a lubricant that prevents seizing.
Which holder type do you typically use with this tap?
You use a tap wrench that clamps the square drive securely and lets you keep the axis straight. In tight spaces you may also use a compact wrench as long as it supports stable guidance.
How do you reduce the risk of broken taps and damaged threads?
You keep the tool aligned, use a suitable lubricant, and monitor torque so you can stop before overload. You also remove chips from the flutes and avoid starting on burrs or hard scale.
Where can you find detailed guidance for manual tapping?
Use the PDF for consolidated notes on selection and handling. Technical information hand taps as PDF
Do you need cutting lubricant or coolant for this tap?
Yes, you use a lubricant or coolant matched to the workpiece material to reduce friction and to control heat. Stable lubrication also helps keep thread flank quality consistent.
How do you maintain and store the tap after use?
You clean chips from the flutes, dry the tool, and apply a light corrosion protection film. You store it so cutting edges are protected from contact and impact.
Where can you find additional technical data and the full range?
Use the catalog for overview tables and selection guidance. VD 23 catalog as PDF

Do you need help selecting or using the product?
Use the contact form.

Additional information
Type of thread metric ISO-thread
Standard ISO 529
Form Form C
Material HSS-G
Tolerance ISO2 (6H)
Size M 30 x 3.5
Overall length (L1) 138 mm
Thread length (L2) 48 mm
Core hole diameter (D1) 26.5 mm
Shank diameter (D2) 20.0 mm
Drive connector 16.0 mm
Item number 80478-3
Type of flute straight fluted
Application for blind holes
Thread standard DIN 13
Hand Tap Bottoming ISO 529 Form C HSS-G - M 30 x 3.5 | VÖLKEL

Hand Tap Bottoming ISO 529 Form C HSS-G - M 30 x 3.5

With this hand tap you cut internal threads during maintenance and small batch work. Selection is driven by the thread designation in the product name and the material you are machining.

If you work with blind holes you also consider the lead type and available run out space. After tapping you remove chips and protect both tool and thread from corrosion during storage.

Application

  • Cutting of internal threads in steels and common engineering materials within the limits of the chosen execution
  • Use for series work, repair tasks, and general machining in mechanical engineering and metal fabrication
  • Suitable for through holes and blind holes depending on the geometry stated in the product name
  • Use with a suitable tap wrench to guide the tool straight and to control torque by hand
  • Process: manual driving or assisted driving depending on your holder and machine setup
  • Use: thread cutting, re tapping, and thread cleaning depending on condition

Note Use a suitable cutting lubricant for the workpiece material and remove chips from the flutes before storage.

Benefits

  • Suitable for workshop and series processes when lubrication and alignment are controlled
  • Supports rework and maintenance tasks without changing the workpiece design
  • Defined cutting geometry supports predictable thread form
  • Clear variant identification via standard and form in the product name
Drawbacks
  • Tool life can drop in very hard or abrasive materials if the selected execution is not matched to the application
  • Not suitable for high performance applications when process parameters are not optimised

Step by step

  1. Confirm the thread designation, standard, and execution in the product name against your drawing and material specification.
  2. Prepare the pre hole and entry chamfer according to your process specification and remove burrs from the opening.
  3. Mount the tap in a suitable tap wrench and secure the clamping so the tool cannot slip under load.
  4. Apply a suitable cutting lubricant or coolant for the workpiece material and ensure the entry area is wet.
  5. Start the cut with the tool aligned to the hole axis and keep the alignment stable through the first turns or revolutions.
  6. Continue the pass while monitoring torque and remove the tool if chips accumulate and increase cutting resistance.
  7. Retract the tool, clean chips from the flutes, and inspect the thread before the part moves to the next operation.

Scope of supply

Scope of supply is not specified in the provided data.

Technical features

  • Type: Hand tap
  • Standard: ISO 529
  • Thread system: ISO metric
  • Execution: Form C
  • Lead type: Bottoming
  • Tool material: HSS-G
  • Surface finish: Ground
  • Tolerance class: ISO metric internal thread tolerance 6H

Frequently asked questions (FAQ)

What should you check before you start tapping with this tool?
You verify the thread designation shown in the product name and confirm that your pre hole preparation meets your internal process specification. You also check the workpiece material and choose a lubricant that prevents seizing.
Which holder type do you typically use with this tap?
You use a tap wrench that clamps the square drive securely and lets you keep the axis straight. In tight spaces you may also use a compact wrench as long as it supports stable guidance.
How do you reduce the risk of broken taps and damaged threads?
You keep the tool aligned, use a suitable lubricant, and monitor torque so you can stop before overload. You also remove chips from the flutes and avoid starting on burrs or hard scale.
Where can you find detailed guidance for manual tapping?
Use the PDF for consolidated notes on selection and handling. Technical information hand taps as PDF
Do you need cutting lubricant or coolant for this tap?
Yes, you use a lubricant or coolant matched to the workpiece material to reduce friction and to control heat. Stable lubrication also helps keep thread flank quality consistent.
How do you maintain and store the tap after use?
You clean chips from the flutes, dry the tool, and apply a light corrosion protection film. You store it so cutting edges are protected from contact and impact.
Where can you find additional technical data and the full range?
Use the catalog for overview tables and selection guidance. VD 23 catalog as PDF

Do you need help selecting or using the product?
Use the contact form.

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