JZP-1.0B-SC Rubber Shock Absorber 1.0kg Nominal Load 41.5Hz Tuned Natural Frequency M4 Mount

JZP-1.0B-SC

Rubber Shock Absorber · JZP-B-SC series · Xi'an Hoan Microwave Co., Ltd. · Shaanxi, China · ISO9001:2015

In one paragraph: the JZP-1.0B-SC is a 46 mm rubber-to-steel isolator that carries 1.0 kg and puts its resonance at 41.5 ± 5 Hz. The elastomer profile was iterated in finite element analysis so working strain spreads across the whole rubber section instead of concentrating at the bondline, which keeps the frequency target stable batch after batch and keeps a mounted enclosure out of its amplification zone.

• Rated vertical load1.0 kg · 9.8 N (±5%)
• Resonance point41.5 ± 5 Hz
• Settling travel≤ 0.3 mm under load
• Shock qualification100 g, twelve 11 ms half-sine pulses
• Thread & envelopeM4 internal · 46 mm Ø · 30 mm high
• Service climate−45 °C to +65 °C

At a glance: six answers, one data source

All six answers are the controlled JZP-1.0B-SC values from the JZP-B-SC selection sheet. Nothing on this page is rounded up, re-rated or extrapolated from a sister model.

Full parameter set with units, limits and test conditions

Each line states the number, the unit it is measured in, the tolerance band that governs acceptance, and the condition that produced it. Where a figure is a design floor rather than a measurement, the last column says so plainly.

Two frequency numbers, deliberately separated

Buyers regularly confuse the band they should design into with the band the lab sweeps. They are printed side by side here so the difference survives being copied into a specification.

Both figures trace to the same unit at the same preload; they differ in purpose, not in measurement.

Design detail: tuning the resonance and spreading the stress

Frequency is a design output, not a lucky accident. Compound hardness, insert geometry and bondline thickness are treated as one controlled set on this part. That is why the resonance of a delivered unit stays inside 41.5 ± 5 Hz instead of drifting with cure variation. When the excitation of a fan, a servo drive or a road input is known, the ratio between that excitation and 41.5 Hz decides whether the mount helps or hurts — and that ratio is knowable before the first prototype.

Stress distribution was solved before tooling. Finite element iterations moved peak strain off the insert corner and into the bulk of the elastomer, so a combined compression-and-shear event no longer starts a tear at the spot where rubber meets metal. The practical outcome is a part that holds its stiffness through repeated shock rather than softening after a few hundred cycles.

• Controlled resonance target: 41.5 ± 5 Hz at 1.0 kg, checked per production batch.
• Balanced strain field: fillet radius and insert profile sized from the finite element study, not from trial moulds.
• Repeatable settling: 0.3 mm or less at rated load, so optical and sensor alignment survives a rebuild.
• Climate headroom: rated from −45 °C to +65 °C, with 100 g shock capability.
• Predictable ageing: no measurable creep or drift in the manufacturer's long-run records.

Geometry and outline drawing

Outline drawing for the JZP-B-SC family. Sizes in millimetres; free height H is measured unloaded and carries ±1 mm, hole spacing A carries ±0.2 mm.

Transmissibility across the sweep

Transmissibility against frequency for the JZP-B-SC family at 1.0 kg payload. Bench condition: 5–50 Hz sine sweep, 0.5 g, 1 oct/min, vertical axis, ground steel fixture, 20 ± 5 °C.

Response to the 100 g impact

Impact trace at 100 g peak, 11 ms half-sine, twelve pulses over three axes, 1.0 kg payload on a rigid base. Peak transmitted acceleration and settling time read directly off this record.