Shaft collars, DIN 705

Shaft collars / Shaft clamps - Adjusting rings, DIN 705 / NFE 22161

Shaft collars, DIN 705
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Why use a DIN 705 / NFE 22161 shaft collar?

DIN 705 / NFE 22-161 shaft collars, also known as form B adjusting rings or shaft clamps, are essential components in a range of mechanical and industrial applications.

Designed to secure, position or locate parts on shafts or pins, shaft collars guarantee high-precision adjustment and reliable fastening.

This versatile part is well-suited to high-standard technical environments while also being robust and easy to use.

Technical specifications for DIN 705 / NFE 22161 B adjusting rings


DIN 705 standard: Made to DIN 705 standards, these shaft collars or adjusting rings are the result of top-quality manufacturing and standard dimensions for maximum compatibility.

Form B: the form B of this shaft collar can be recognised by its integrated clamping screw, allowing for precise fastening and a firm hold without altering the shaft's surface.

NFE 2216 standard: compliance with the French NFE 22161 standard guarantees universal interchangeability and suitable mechanical strength to withstand heavy loads.

High-quality materials: available in treated or stainless steel, this shaft collar ensures excellent durability, as well as good resistance to wear and corrosion, even in harsh environments.



Thanks to these technical features, DIN 705 shaft collars are a versatile, effective option for a wide range of mechanical applications.

And their advantages don't stop there: these adjusting rings' enhanced design and top-quality materials offer a multitude of advantages for use in even the most rigorous of industrial environments.

Advantages of shaft collars

  • Reliable precision & adjustment: the collar's integrated clamping screw allows components to be precisely, stably positioned on the shaft, even in systems that require high precision.
  • Solid, long-lasting hold: their optimal adherence eliminates the risk of slippage, even when subject to high mechanical stress or vibrations.
  • High compatibility: suitable for a wide variety of diameters and applications, DIN 705 adjusting rings fit perfectly into drive and transmission systems.
  • Protecting the shaft: shaft collars preserve the shaft's surface while offering a firm hold, helping extend the equipment's lifespan.
  • Industrial versatility: can be used in many different environments, such as automation, the automotive industry or precision mechanics.

With these advantages as well as the technical specifications mentioned earlier, DIN 705 shaft collars are essential components for engineers looking to combine effectiveness, sturdiness and precision.

Choosing your DIN 705 shaft collar

To ensure reliable power transmission, choosing the right shaft collar material is crucial. When you opt for top-quality materials such as stainless steel or specific alloys, you're also guaranteed high corrosion resistance and durability even in heavy-duty settings.

There are a variety of shaft collars / adjusting rings on the market to suit every sort of application. You should take the following factors into account when deciding on a shaft collar for your transmission system:

Material

The standard material for Gardette's DIN 705 / NFE 2161 is 9SMnPb28K steel. However, we can also accommodate other materials upon request.

  • Carbon steels (C22, C45, etc.)
  • Low alloy steels (42CrMo4, 16NiCr6, etc.)
  • Tool steels (90Mnv8, 100Cr6, etc.)
  • Stainless steel (304, 304L, 316Ti, etc.)

Dimensions & tolerances

Choose shaft collars with precise dimensions that match the specifications of your shaft. Tight tolerances ensure an optimal fit and uncompromising performance.

Environmental conditions

Don't forget to think about the environment in which your system will be operating. You may require specially coated or heat treated shaft collars that can withstand severe conditions, e.g. extreme temperatures or corrosive atmospheres.

Loads & speeds

Consider the loads and speeds that your adjusting rings will be subject to. Choose models that are suitable for these conditions to ensure a long operational life.



How are shaft collars installed?


You don't need any particular knowledge or skills to fit shaft collars - a simple install that maintains the shaft's integrity.

Instructions

  • Make sure the collar's bore is OK.
  • Apply a thin layer of oil onto the shaft if possible.
  • Position the shaft collar where you want on the shaft.
  • Gradually tighten the collar until it is solidly fastened to the shaft.
Shaft collars, DIN 705

Shaft collars / Shaft clamps - Adjusting rings, DIN 705 / NFE 22161

  • DIN 705A / NFE 22161
  • Standard material: steel
  • Diameters ranging from Ø6 to Ø85


Discover our steel shaft collars. Please note that the screws are not included with the collars. Feel free to contact us for any other material or dimensions.

Starting from
The 100 pieces
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Technical specifications
Product sheet
*Account required. Minimum order amount €50.
Dimensional chart
d - h8d1 - h13b - js14 M
61212M4
81616M4
102020M5
122222M6
152525M6
Dimensional chart
d - h8d1 - h13b - js14 M
61212M4
81616M4
102020M5
122222M6
152525M6
162828M6
183232M6
203232M6
223636M6
254040M8
304545M8
355656M8
406363M10
457070M10
508080M10
558080M10
609090M10
65100100M12
70100100M12
75110110M12
80110110M12
85125125M12
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Why use a DIN 705 / NFE 22161 shaft collar?

DIN 705 / NFE 22-161 shaft collars, also known as form B adjusting rings or shaft clamps, are essential components in a range of mechanical and industrial applications.

Designed to secure, position or locate parts on shafts or pins, shaft collars guarantee high-precision adjustment and reliable fastening.

This versatile part is well-suited to high-standard technical environments while also being robust and easy to use.

Technical specifications for DIN 705 / NFE 22161 B adjusting rings


DIN 705 standard: Made to DIN 705 standards, these shaft collars or adjusting rings are the result of top-quality manufacturing and standard dimensions for maximum compatibility.

Form B: the form B of this shaft collar can be recognised by its integrated clamping screw, allowing for precise fastening and a firm hold without altering the shaft's surface.

NFE 2216 standard: compliance with the French NFE 22161 standard guarantees universal interchangeability and suitable mechanical strength to withstand heavy loads.

High-quality materials: available in treated or stainless steel, this shaft collar ensures excellent durability, as well as good resistance to wear and corrosion, even in harsh environments.



Thanks to these technical features, DIN 705 shaft collars are a versatile, effective option for a wide range of mechanical applications.

And their advantages don't stop there: these adjusting rings' enhanced design and top-quality materials offer a multitude of advantages for use in even the most rigorous of industrial environments.

Advantages of shaft collars

  • Reliable precision & adjustment: the collar's integrated clamping screw allows components to be precisely, stably positioned on the shaft, even in systems that require high precision.
  • Solid, long-lasting hold: their optimal adherence eliminates the risk of slippage, even when subject to high mechanical stress or vibrations.
  • High compatibility: suitable for a wide variety of diameters and applications, DIN 705 adjusting rings fit perfectly into drive and transmission systems.
  • Protecting the shaft: shaft collars preserve the shaft's surface while offering a firm hold, helping extend the equipment's lifespan.
  • Industrial versatility: can be used in many different environments, such as automation, the automotive industry or precision mechanics.

With these advantages as well as the technical specifications mentioned earlier, DIN 705 shaft collars are essential components for engineers looking to combine effectiveness, sturdiness and precision.

Choosing your DIN 705 shaft collar

To ensure reliable power transmission, choosing the right shaft collar material is crucial. When you opt for top-quality materials such as stainless steel or specific alloys, you're also guaranteed high corrosion resistance and durability even in heavy-duty settings.

There are a variety of shaft collars / adjusting rings on the market to suit every sort of application. You should take the following factors into account when deciding on a shaft collar for your transmission system:

Material

The standard material for Gardette's DIN 705 / NFE 2161 is 9SMnPb28K steel. However, we can also accommodate other materials upon request.

  • Carbon steels (C22, C45, etc.)
  • Low alloy steels (42CrMo4, 16NiCr6, etc.)
  • Tool steels (90Mnv8, 100Cr6, etc.)
  • Stainless steel (304, 304L, 316Ti, etc.)

Dimensions & tolerances

Choose shaft collars with precise dimensions that match the specifications of your shaft. Tight tolerances ensure an optimal fit and uncompromising performance.

Environmental conditions

Don't forget to think about the environment in which your system will be operating. You may require specially coated or heat treated shaft collars that can withstand severe conditions, e.g. extreme temperatures or corrosive atmospheres.

Loads & speeds

Consider the loads and speeds that your adjusting rings will be subject to. Choose models that are suitable for these conditions to ensure a long operational life.



How are shaft collars installed?


You don't need any particular knowledge or skills to fit shaft collars - a simple install that maintains the shaft's integrity.

Instructions

  • Make sure the collar's bore is OK.
  • Apply a thin layer of oil onto the shaft if possible.
  • Position the shaft collar where you want on the shaft.
  • Gradually tighten the collar until it is solidly fastened to the shaft.
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