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JZP-1.5B-SC Rubber Shock Absorber 46mm Diameter -40°C to +150°C Hybrid Elastomer Body

Name: JZP-1.5B-SC Rubber Shock Absorber 46mm Diameter -40°C to +150°C Hybrid Elastomer Body
Brand: Xi'an Hoan Microwave Co., Ltd.
SKU: JZP-1.5B-SC
Price: Negotiable USD
Availability: InStock

Brand Name:	Hoan
Model Number:	JZP-1.5B-SC
MOQ:	4 Pieces
Payment Terms:	T/T,L/C,D/A,D/P

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

ISO 9001:2015

Insert Plating:

Zinc-nickel 8-12 Um, 720 H Salt Spray

Humidity:

95% RH Non-condensing

Unit Mass:

0.11 Kg Typical

Design Service Life:

8 Years

Shelf Life:

3 Years

Drawing Format:

DWG And PDF

Port:

Xi'an Or Specified

Highlight:

-40°C to +150°C No Embrittlement Elastomer

Hybrid Elastomer High Tensile Tear Strength

100G Peak Impact Energy Dissipation

Product Description

JZP-1.5B-SC

Bonded Rubber Shock Absorber, 46 mm Body, Wide-Temperature Hybrid Compound

JZP-1.5B-SC as shipped: 46 mm bonded element, zinc-nickel plated insert, laser-etched model and batch code.

Rated load

1.5 kg

Static travel

0.3 mm max.

Axial stiffness

50 N/mm

Natural frequency

10 Hz ±1

Service temperature

-40 to +150 °C

Shock capacity

100 g, 12 cycles

Insert isolation

5 kV AC

Interface

M4 on 40 x 22 mm

Short answer

What it is: a single-stud, bonded rubber-to-metal vibration mount of the JZP-B-SC family, made by Xi'an Hoan Microwave Co., Ltd.
Load: 1.5 kg rated in compression, 0.3 mm static travel, 50 N/mm axial stiffness.
Dynamics: 10 Hz natural frequency, useful isolation from 30 Hz to 500 Hz.
Environment: -40 °C to +150 °C continuous with a hybrid compound that resists cold cracking and hot reversion.
Durability: 100 g half-sine shock for 12 cycles, 12 J absorbed per event, tensile 12 MPa, tear 40 kN/m.
Electrical: 5 kV AC withstand and 1 x 10^9 Ω insulation from insert to insert, 4 mm creepage.
Interface: M4 central thread plus four 5.5 mm holes on a 40 x 22 mm pattern, 46 mm diameter, 30 mm tall.

Envelope and mounting interface

The four-hole base is the reason this model is a drop-in replacement rather than a redesign. Hole pitch, thread size and height match the rest of the family, so an existing bracket does not need rework when a unit is renewed or when the compound is upgraded to the wide-temperature version.

Figure 2. Outline drawing, all dimensions in mm. Third-angle projection; untoleranced sizes follow ISO 2768-mK. The 22 mm pair is measured across the short side of the four-hole pattern.

Dimension table

Symbol	Feature	Nominal	Unit	Tolerance
D	Body diameter	46	mm	±0.5
H	Overall height	30	mm	±1
h	Base collar height	21	mm	±0.5
A	Hole pitch, long side	40	mm	±0.2
B	Base width	50	mm	±0.5
B2	Hole pitch, short side	22	mm	±0.2
d	Central thread	M4 - 6H	-	gauge
d2	Clearance hole	5.5	mm	+0.2 / 0
R	Corner radius	5	mm	±0.5
t	Usable thread depth	6	mm	min.

Frequency behaviour: working band versus test envelope

Two frequency statements circulate for this model and they are routinely confused. One describes the span in which the mount is designed to operate. The other describes the span used on the shaker to qualify it. They answer different questions, so they are kept apart here.

Recommended working range

Item	Value	Unit	Engineering basis
Continuous working band	30 - 500	Hz	at least 3x the 10 Hz natural frequency
Band with highest attenuation	40 - 200	Hz	transmissibility 0.2 or lower on the measured curve
Band to avoid in continuous duty	7 - 15	Hz	amplification zone around the natural frequency
Per-unit load window for rated behaviour	1.0 - 1.5	kg	keeps natural frequency inside 9 - 11 Hz
Sweep-through during run-up / coast-down	transient only	-	crossing shorter than 3 s, Q stays at or below 2.0

Qualification envelope

Qualification test	Level and range	Cycles / duration	Standard applied
Sine sweep	5 - 50 Hz, 0.5 g peak, 2 oct/min	2 h per axis, 3 axes	IEC 60068-2-6 / GB/T 2423.10
Random vibration	10 - 200 Hz, 3.13 g rms	30 min per axis, 3 axes	IEC 60068-2-64
Half-sine shock	100 g peak, 6 ms	12 cycles over 6 directions	IEC 60068-2-27
Free drop	1.0 m onto rigid steel base, 1.5 kg mass	3 drops per unit, 6 units	In-house drop procedure

The familiar 5 - 50 Hz figure belongs to the qualification envelope. Treating it as a service ceiling discards the useful part of the curve: this mount attenuates from 30 Hz upward and remains effective well past 200 Hz.

Curves

Figure 4. Transmissibility versus frequency. Setup: one isolator carrying a 1.5 kg machined steel block, vertical shaker input, 0.5 g peak sine sweep from 5 Hz to 50 Hz at 2 oct/min. Two ICP accelerometers, 10 mV/g, fixed on the base plate and on the block; acquisition at 2 kHz per channel; curve is the mean of three units at 23 °C.

Figure 5. Shock response. Setup: 100 g peak, 6 ms half-sine input, 1.5 kg mass, free drop of 1.0 m onto a 200 x 200 x 20 mm steel base; transmitted acceleration and rebound displacement logged at 20 kHz.

Where the curves stop being valid

Applies to one isolator excited vertically on a rigid, flat foundation: surface roughness 3.2 µm Ra or finer, flatness 0.1 mm or better.
Applies while the carried mass stays between 1.0 kg and 1.5 kg. Heavier or lighter loads move the natural frequency, so the plotted curve cannot be stretched to cover them.
In multi-point layouts, divide the supported mass by the number of units and keep each unit inside the 1.0 - 1.5 kg window, then confirm system frequency by test.
Not valid for shear, roll or combined loading, for compliant sub-frames, or for panels whose first mode falls between 30 Hz and 200 Hz.
The 5 - 50 Hz sweep is a qualification envelope, not a service ceiling; behaviour above 50 Hz is inferred from the compound model and must be re-measured for critical designs.
Thermal shift: dynamic stiffness is about 15 % higher at -40 °C and about 20 % lower at +150 °C, moving the natural frequency by roughly ±1.5 Hz.

Data statement

All figures on this page belong to the released specification of JZP-1.5B-SC and were obtained with the methods stated on the same row. Where a value is typical rather than a released limit it is marked as such. Buyers comparing this mount with alternatives should ask for the same three things: the test rig description, the load used for the frequency figures and the standard behind each strength number. Without them, numbers are not comparable.

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products details

JZP-1.5B-SC Rubber Shock Absorber 46mm Diameter -40°C to +150°C Hybrid Elastomer Body

JZP-1.5B-SC Rubber Shock Absorber 46mm Diameter -40°C to +150°C Hybrid Elastomer Body

-40°C to +150°C No Embrittlement Elastomer

Hybrid Elastomer High Tensile Tear Strength

100G Peak Impact Energy Dissipation