JGX-1276D-176B Wire Rope Vibration Isolator Dual Through-Hole Threaded Mounting Surface-Area Heat Dissipation

JGX-1276D-176B Wire Rope Vibration Isolator

The JGX-1276D-176B is a stainless steel wire rope vibration isolator developed for machinery and electronic equipment operating under long duty cycles. Its all-metal design resists aging, weathering and chemical attack, and the open cable structure provides excellent heat rejection during continuous operation.

Working Principle

Stranded stainless steel cable is formed into helical loops and secured between two retaining bars. The loops act as elastic springs that support static loads, while relative sliding between strands inside the cable dissipates vibration energy as heat. The result is stable isolation performance that does not rely on rubber, oil or any consumable parts.

Key Selling Points

• Dual Through-Hole & Threaded Mounting Flexibility - each isolator accepts both through-hole bolting and threaded stud mounting, giving design engineers two installation options in one component and simplifying retrofit of existing equipment.
• High Surface-Area Heat Dissipation for Continuous Cycling - the exposed helical cable geometry offers a large cooling surface, so frictional heat generated during sustained vibration is released quickly and damping behavior stays consistent hour after hour.
• Maintenance-Free All-Metal Durability - no elastomer parts to replace, no lubrication required, and no performance drift from material aging over the service life.

Technical Specification

Materials & Finishing

Retaining bars are offered in stainless steel or aluminum alloy with white or hard anodized finish. Cable loops are made of 304 stainless steel stranded wire with strong resistance to corrosion and fatigue.

Environmental Adaptability

Reliable operation from -55°C to 120°C, natural frequency 7Hz to 15Hz, and full immunity to UV, ozone, oil and chemical exposure make the unit a dependable choice for outdoor and industrial environments.

Applications

Ideal for engines, pumps, compressors, blowers, chillers, transformers, switchgear cabinets, medical instruments, optical platforms, food processing equipment and mobile electronic systems exposed to continuous cycling vibration.