*mydirectindustry

Catalogs
Enidine
WEAR Pipe Restraint Vibration Isolator

WEAR Pipe Restraint Vibration Isolator

Product catalog summary

Introduction
WEAR™ Pipe Restraints are engineered to reduce machinery vibration, enhancing long-term performance and preventing equipment failure. Constructed from stainless steel cable and RoHS compliant aluminum retaining bars, they provide multi-axis vibration isolation with minimal maintenance and are resistant to extreme environmental conditions.

Company Overview
ENIDINE, based in Orchard Park, New York, specializes in energy absorption and vibration isolation solutions for various sectors, including Industrial, Aerospace, Defense, and Infrastructure. The company offers both standard and custom solutions globally.

Product Features
WEAR™ Pipe Restraints are wire rope isolators designed to protect structures from vibration and seismic loads. They are simple, oil-free, and have been used by the military for over 25 years. They meet various quality standards and require only visual inspection for operability.

Applications
These restraints are ideal for power generating plants, chemical plants, nuclear plants, refineries, and more, effectively handling steady state vibration, seismic activity, and other dynamic loads.

Technical Specifications
The document details technical data for various WEAR™ Pipe Restraint models, including unit weight, damping, spring rate, and stroke maximum. Specifications may change, and additional data can be requested from distributors.

Environmental Conditions
WEAR™ Pipe Restraints function effectively in temperatures from -40º to 350º F, and can withstand 100% humidity and high radiation levels.

Conclusion
WEAR™ Pipe Restraints provide a reliable solution for vibration isolation in harsh environments, with proven technology and minimal maintenance. For specific applications or custom solutions, contact ENIDINE or local distributors.

Specifications Overview:

Unit Weight: Minimum weight is 332.0 lbs (151.0 kg) with an additional 1.0 lbs/in (0.02 kg/cm) per extension length.
Damping: 10 ± 5% at 100% stroke, 20 ± 5% at 10% stroke.
Spring Rate: Mid-stroke is 6.4 Kips/in (1120 N/mm), max-stroke is 16.0 Kips/in (2800 N/mm).
Stroke Maximum: ± 1.5 in (± 38.1 mm).

Dimensions:
- B: 22.72 in (577 mm)
- C: 14.75 in (375 mm)

Additional Specifications:

Unit Weight: Minimum weight is 446.0 lbs (202.0 kg) with an additional 1.0 lbs/in (0.02 kg/cm) per extension length.
Damping: 10 ± 5% at 100% stroke, 20 ± 5% at 10% stroke.
Spring Rate: Mid-stroke is 4.8 Kips/in (840 N/mm), max-stroke is 12.0 Kips/in (2100 N/mm).
Stroke Maximum: ± 2.0 in (± 50.8 mm).

Dimensions:
- B: 26.00 in (660 mm)
- C: 18.36 in (466 mm)

Specifications are subject to change without notice. Metric data and/or actual curve simulations with dimensional data are available upon request. For further details, contact your local distributor.

Catalog excerpts

WEAR™ Pipe Restraint Vibration Isolator

Open the catalog to page 1

WEAR™ Pipe Restraints With its world headquarters located in Orchard Park, New York, USA, ENIDINE is a world leader in the design and manufacture of standard and custom energy absorption and vibration isolation product solutions within the Industrial, Aerospace, Defense and Infrastructure markets. Product ranges include shock absorbers, rate controls, air springs, wire rope isolators, heavy industry buffers and emergency stops. With facilities strategically located throughout the world and in partnership with our vast global network of distributors, Enidine continues to strengthen its presence...

Open the catalog to page 2

WEAR Pipe Restraint Vibration Isolator-3

WEAR™ Pipe Restraints Options Available Various end connections are available to meet existing hardware such as Bergen-Paterson, Basic Engineers, PSA, Grinnell and others. For sizing or specific application information, call your local representative or Enidine directly. Typical Applications WEAR™ (Wire Energy Absorbing Rope) pipe restraints are uniquely packaged wire rope isolators designed to protect structures from steady state vibration and isolate them from seismic and dynamic loads. These new generation energy absorbing restraints feature simple construction. There are no oils, seals or...

Open the catalog to page 3

WEAR Pipe Restraint Vibration Isolator-4

Techincial Data WEAR™ Pipe Restraints - 1.5-0.5-22 Specifications Unit Weight

Open the catalog to page 4

WEAR Pipe Restraint Vibration Isolator-5

Techincial Data WEAR™ Pipe Restraints - 1.5-1.0-23 Specifications Unit Weight

Open the catalog to page 5

WEAR Pipe Restraint Vibration Isolator-6

Techincial Data WEAR™ Pipe Restraints - 3.0-0.5-27 Specifications Unit Weight

Open the catalog to page 6

WEAR Pipe Restraint Vibration Isolator-7

Techincial Data WEAR™ Pipe Restraints - 3.0-1.0-27 Specifications Unit Weight

Open the catalog to page 7

WEAR Pipe Restraint Vibration Isolator-8

Techincial Data WEAR™ Pipe Restraints - 3.0-1.5-29 Specifications Unit Weight

Open the catalog to page 8

WEAR Pipe Restraint Vibration Isolator-9

Techincial Data WEAR™ Pipe Restraints - 6.0-0.5-28 Specifications Unit Weight

Open the catalog to page 9

WEAR Pipe Restraint Vibration Isolator-10

Techincial Data WEAR™ Pipe Restraints - 6.0-1.0-29 Specifications Unit Weight

Open the catalog to page 10

WEAR Pipe Restraint Vibration Isolator-11

WEAR™ Pipe Restraints – 6.0-1.5-33 Techincial Data Minimum Extension Length C 12.21 in. (310 mm) See rod end supplier list for rod end sizes Specifications Unit Weight Total Minimum Weight: Additional Weight per Extension Length: Spring Rate Mid-Stroke: Max-Stroke: Specifications are subject to change without notice. Metric Data and/or actual curve simulations with dimensional data provided upon request. Contact your local distributor.

Open the catalog to page 11

WEAR Pipe Restraint Vibration Isolator-12

WEAR™ Pipe Restraints – 6.0-2.0-34 7.45 ± .75 in. (189 ± 19mm) Techincial Data Minimum Extension Length C 15.72 in. (399 mm) See rod end supplier list for rod end sizes Specifications Unit Weight Total Minimum Weight: Additional Weight per Extension Length: Spring Rate Mid-Stroke: Max-Stroke: Specifications are subject to change without notice. Metric Data and/or actual curve simulations with dimensional data provided upon request. Contact your local distributor.

Open the catalog to page 12

WEAR Pipe Restraint Vibration Isolator-13

WEAR™ Pipe Restraints – 6.0-1.5-33 7.69 ± .75 in. (195 ± 19mm) Techincial Data Minimum Extension Length C 8.60 in. (218 mm) See rod end supplier list for rod end sizes Specifications Unit Weight Total Minimum Weight: Additional Weight per Extension Length: Spring Rate Mid-Stroke: Max-Stroke: Specifications are subject to change without notice. Metric Data and/or actual curve simulations with dimensional data provided upon request. Contact your local distributor.

Open the catalog to page 13

WEAR Pipe Restraint Vibration Isolator-14

Techincial Data WEAR™ Pipe Restraints - 6.0-2.0-34 Specifications Unit Weight

Open the catalog to page 14

WEAR Pipe Restraint Vibration Isolator-15

Techincial Data WEAR™ Pipe Restraints - 12-1.0-37 Specifications Unit Weight

Open the catalog to page 15

WEAR Pipe Restraint Vibration Isolator-16

WEAR™ Pipe Restraints – 12-1.5-38 9.37 ± .75 in. (238 ± 19mm) Techincial Data Minimum Extension Length C 13.05 in. (331 mm) See rod end supplier list for rod end sizes Specifications Unit Weight Total Minimum Weight: Additional Weight per Extension Length: Spring Rate Mid-Stroke: Max-Stroke: Specifications are subject to change without notice. Metric Data and/or actual curve simulations with dimensional data provided upon request. Contact your local distributor.

Open the catalog to page 16

WEAR Pipe Restraint Vibration Isolator-17

WEAR™ Pipe Restraints – 12-2.0-40 9.29 ± .75 in. (236 ± 19mm) Techincial Data Minimum Extension Length C 16.55 in. (420 mm) See rod end supplier list for rod end sizes Specifications Unit Weight Total Minimum Weight: Additional Weight per Extension Length: Spring Rate Mid-Stroke: Max-Stroke: Specifications are subject to change without notice. Metric Data and/or actual curve simulations with dimensional data provided upon request. Contact your local distributor.

Open the catalog to page 17

WEAR Pipe Restraint Vibration Isolator-18

WEAR™ Pipe Restraints – 24-1.5-47 12.14 ± .75 in. (308 ± 19mm) Techincial Data Minimum Extension Length C 14.75 in. (375 mm) See rod end supplier list for rod end sizes Specifications Unit Weight Total Minimum Weight: Additional Weight per Extension Length: Spring Rate Mid-Stroke: Max-Stroke: Specifications are subject to change without notice. Metric Data and/or actual curve simulations with dimensional data provided upon request. Contact your local distributor.

Open the catalog to page 18