din 471 circlip dimensions

External Circlip Dimensions for Shafts (Metric):. External circlips are retaining rings for holding structural parts (e.g. rolling bearings) on shafts.

Class / Grade G420 ; Material Stainless Steel ; Corrosion Protection Level Very Good ; Inside Dimension (id) 32.20mm ; Thickness (t) 1.50mm.

DIN 471 STANDARD METRIC EXTERNAL † Thrust load calculations see page 5 When Sprung onto Shaft When Sprung into Groove ARCON GROOVE DIAMETER WIDTH GTol. W Tol. n d mm mm mm mm (min) ~ APPROX Tc Tg PLIER WT. KG /(N) (N) NO. 1000 PCS. CIRCLIP THICKNESS FREE DIAMETER tTol. D Tol. C C1 L b h mm mm mm mm (max) ~ (min) PART NUMBER SHAFT

DIN 471 Retaining ring for shaft, or erternal retaining ring, external circlips dimension. size from 6mm to 200mm, stocks available.

Circlip Retaining ring A 97 DIN 471. External Circlip Dimensions for Shafts (Metric): External circlips are retaining rings for holding structural parts (e.g. rolling bearings) on shafts. Circlips are fitted with spring retention in grooves and are suitable for the € 1, 00.

Specifications. Available Sizes: 8 mm to 400 mm. Standard Material: Carbon Spring Steel. Standard Finish: Phosphate and oil. drawing.

Din 471 Stainless Steel Circlips (retaining Ring) For Shaft , Find Complete Details about Din 471 Stainless Steel Circlips (retaining Ring) For Shaft,Retaining Ring,Stainless Steel Circlip,Din 471 Circlip from Other Fasteners Supplier or Manufacturer-Changzhou Paipu Technology Co., Ltd.

Dimensions of Metric DIN 471 Retaining Rings for Shafts. Shaft Dia disassembly of the components by removing the retaining ring.

Version:Phosphated spring steel. Bright stainless steel. ; Note:DIN 471 circlips are retaining rings mounted in a groove on a shaft OD. They withstand high axial 

Chosen Specification. Reference: TR00020045-000; Finish: Self Colour; Standard: DIN 471; Material: Steel; Availability: Non-Preferred 

Part no Shaft ( T ) ( D ) ( C ) ( B ) ( L ) ( H ) Fr KN ( G ) ( W ) ( N ) Fn KN 471003 3 0.40 +0.00 -0.05 2.7 +0.04 -0.15 7.0 0.8 1.9 1.0 0.5 2.8 +0.00 -0.040 0.5 0.3