Reset calculator. Generate printable document info. Free Groove Volume (%). O-Ring Inner Diameter Stretch (%). O-Ring Outer Diameter Upsetting (%) 

Global O-Ring and Seal has developed o-ring groove design and gland dimension guidelines. These are intended for use in basic design consideration and to understand the core principles involved in o-ring gland/groove design. Numerous factors go into the appropriate design of a gland/groove including but not limited to static or dynamic

Other references include the Apple Rubble Product and Trelleborg for their proprietary O-ring Gland Calculators, and the help they gave me 

Parker 2-214 rub against OD of O-ring at 1500 psi, 10% compression, 70 durometer: Fc = 0.7 x 3.93 = 2.75 FH = 48 x 0.44 = 20.90 F = Fc + FH = 23.65 pounds Data for the coefficients (fc and fh) are given in Figure A6-5 and Figure A6-6. Projected areas and lengths of rub surface are given in Table A6-2.

the customer reach of the existing Parker O-Ring Handbook and provides an O-Ring Calculator to help in design and material selection.

The full O-Ring Handbook ORD 5700 section 2.4.6 contains the curves generated by empirical data for 50, 60, and 80 Shore A durometers. To use the eHandbook chart, you will need to know the O-ring midline circumference in inches, the O-ring cross section in

Parker recommends utilizing our design tools (Mobile inPHorm and the O-Ring Selector)design software to guide the user through the design and selection of an O-ring and corresponding

July 15 , 2017. Parker’s ULTRA FF156 Solves Long Time Industry Challenge Providing Excellent Compression Set Resistance with Broad Chemical Compatibility. April 03 , 2017. Parker’s O

1. Apple Rubber O-Ring Gland Calculator · 2. Parker O-Ring Handbook with Compatibility Table for Liquids, Gases & Solids · 3. SKF Seal Select · 4.

Nominal (inches) Nominal (inches) Nominal (inches) Actual (inc Parker Size AS568A; Size ID OD W ID 2‑001 ‑001 1/32 3/32 1/32 .029 2‑002 ‑002 3/64 9/64 3/64 .042

First find the chart for the O-ring cross section size: 0.070", 0.103", 0.139", 0.210" and 0.275". Next, locate the O-ring compression or squeeze on the x-axis of the chart. Moving vertically to either the 70 or 90 durometer band, you will find the expected range of load in pounds per linear inch of O-ring.