Barry
Barry Set of (4) Shock & Vibration Mounts Mil Spec Aircraft/Industrial Grade Rated for 120 Pounds Total P/N C-1015-T4 Used
- MPN:
- C-1015-T4
- Condition:
- Used
- Shipping:
- $10.00 (Fixed Shipping Cost)
Frequently bought together:
Description
Barry Set of (4) Shock & Vibration Mounts Mil Spec Aircraft/Industrial Grade Rated for 120 Pounds Total P/N C-1015-T4 Used
These shock mounts are heavy duty and perfect for heavy receivers like the Collins R-390 and R-390A. The recommended weight range for the 4 mounts is around 90 pounds for the most effective shock and vibration dampening making them perfect for boat anchor receivers and transmitters.
They are used and in excellent shape. The rubber parts are not cracked and look to be in great shape. The finish looks used and a few shots of silver paint will restore them to look great again.
Lot of 4 used Barry Controls C-1015-T4 Cupmount shock mounts (also known as NC1015-T4 / 1000 Series). These are proven vibration isolators designed for severe shock environments and high-frequency isolation (effective >40 Hz). Perfect for protecting avionics, electronics, motors, pumps, military gear, or any sensitive equipment. Max load ~30 lb per mount. Compact, all-attitude, fail-safe design. Rubber still in good shape.Originally used in demanding applications like aircraft and defense systems. Sold as a set of 4
Barry C-1015-T4 (also referenced as NC1015-T4, UC1015-T4, or similar variants) are Barry Controls (now Hutchinson) 1000 Series Cupmount shock and vibration isolators.
Key Specifications & Data
- Type: Compact cup-style (cupmount) vibration isolator/shock mount. Fail-safe, all-attitude design with bonded elastomer (typically universal compound, T4 designation).
- Max Load Range: ~30 lb (13.6 kg) maximum per mount for vibration applications; lower ranges (e.g., 14-24 lb or similar stepped ratings) for optimal performance depending on deflection needs.
hutchinsonai.com
- Performance: Excellent protection against severe shock and high-frequency vibration isolation (effective above ~40 Hz). Meets MIL-M-17185 and MIL-STD-167 specs. Operating temperature: typically -65°F to +180°F (-54°C to +82°C).
novibration.com
- Design: Low-profile, compact. Can be mounted in any orientation. Provides isolation for sensitive equipment from impact shocks, vibration, and structure-borne noise.
- Common Features: Tapped core (often 1/4-20), steel components with elastomer. Dimensions roughly ~1.17" height, ~2.3" diameter (varies slightly by exact variant).
- Aircraft / Avionics: Protecting sensitive electronics, instruments, and avionics racks from shock and vibration.
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- Defense / Military: Shipboard equipment, vehicular electronics, ordnance, instrumentation, and rugged environments (original Barry roots in U.S. Navy applications).
- Industrial: Motors, pumps, electronics enclosures, machinery, and equipment needing shock/vibration control.
- Other: Missile systems, mobile/transport applications, sensitive mechanical/electrical gear.
Breakdown:
- Maximum rated load per mount: 30 lbs (13.6 kg) — This is the upper limit for vibration isolation applications.
novibration.com
- Recommended load range per mount (optimal performance): 14–24 lbs (6.4–10.9 kg) for best vibration and shock isolation.
hutchinsonai.com
- Maximum total: 120 lbs (when each mount is loaded to its 30 lb max).
- Recommended total (for good isolation performance): 56–96 lbs.
- These are cupmounts designed for compression loading when mounted underneath. They work best when the weight is evenly distributed across all four mounts.
- Static load (the radio’s weight) should stay within the recommended range (14–24 lbs per mount) for effective vibration isolation. Loading them right at 30 lbs each reduces isolation performance and may shorten the life of the rubber.
- Dynamic loads (shocks, impacts, vibration) — The mounts are rated to handle additional shock on top of the static load, but don’t exceed the 30 lb maximum static per mount.
- Orientation matters: Make sure the mounts are installed correctly (usually with the cup side down or as specified) and that the radio base is rigid enough to prevent uneven loading.