Part Data
- Housing or Shaft Housing
- Axial or Radial Axial
- Housing Dia. Dh 1.259 inches
- Dh mm 32.00 mm
- Groove Diameter Dg 1.3350 - 1.3430 inches
- Groove Width W 0.070 - 0.073 inches
- Groove Depth D 0.0400 inches
- Free Diameter Df 1.363 - 1.413 inches
- Thickness T *** 0.048 - 0.052 inches
- Lug Height H 0.175 - 0.185 inches
- Maximum Section S Max 0.1180 - 0.1300 inches
- Minimum Section S Min 0.0560 - 0.0680 inches
- Hole Diameter R 0.076 - 0.093 inches
- Bow Height Bh 0.076 - 0.097 inches
- Weight Per 1000 Pcs. 4.800 lbs.
- Edge Margin Y Min. inches
- Clearance Dia. Compressed In Housing L1 0.89 inches
- Clearance Dia. Released In Groove L2 0.965 inches
- Gap Width Ring In Groove G inches
- Outer Groove Wall To Face Of Retained Part J Max 0.057 inches
- Outer Groove Wall To Face Of Retained Part J Min 0.068 inches
Performance Data
- Thrust Ld. (lbs.) Ring Safety Factor Of 4 Pr 8932 lbs.
- Thrust Ld. (lbs.) Groove Safety Factor Of 2 Pg 4250 lbs.
- Resilient Take-Up Of Tolerances A & B 0.011 inches
- Force Needed To Flatten Rings 55 lbs.
Tool Data
- Standard Pliers (Straight) RP-300
- 45 Standard Pliers RP-304
- 90 Standard Pliers RP-309
- Convertible Pliers RP-340
- 45 Convertible Pliers RP-344
- 90 Convertible Pliers RP-349
- Heavy Duty Pliers (Straight) RPN-J2
- 90 Heavy Duty Pliers RPN-J21
Materials
- Carbon Steel (SAE 1060-1090)
- Stainless Steel (PH15-7 Mo, PH17-7)
- Beryllium Copper
- Special Material Grades
Finishes
For plated rings, add .002" (.05 mm) to the listed maximum thickness.
- PA - Phosphate, Carbon Steel
- PD - Phosphate and Oil, Carbon Steel
- PAL - Phosphate with Sealer, Carbon Steel
- HPD - Heavy Phosphate and Oil, Carbon Steel
- ZD - Zinc Plating, Carbon Steel
- ZF - Zinc Bright, Carbon Steel
- ZDL - Zinc Dichromate with Sealer, Carbon Steel
- HZDL - Heavy Zinc Dichromate with Sealer, Carbon Steel
- Z3X - Trivalent Chromate over Zinc, Carbon Steel
- ZFF - Zinc Flash, Carbon Steel
- CF - Copper Flash, Carbon Steel
Documentation
Description
Axially Assembled, Internal Bowed. Compensating for accumulated tolerances is what a BHO retaining ring is designed to do in a housing/bore. Once snapped into the groove, bowed rings exert a force or preload on the retained parts for the range specified.
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