Description
- Elastomer‑in‑shear design for improved strain capacity and reduced material fatigue
- Colour‑coded elastomer inserts for quick and accurate load identification
- Oil‑resistant elastomer compounds for enhanced durability
- Stamped steel load‑transfer caps with extended sleeves for secure load distribution
- Compact, low‑profile construction suitable for suspended services
- Cost‑effective solution where budget constraints are a priority
- Static deflection up to 6 mm under rated operating loads
- Corrosion‑resistant components suitable for building services environments
Model VMD Isolation Mounts are recommended for isolating vibration and noise from:
- Fan coil units
- Suspended pipework and associated supports
- Ductwork systems
- Small pumps and light mechanical equipment
- Terminal units and ancillary suspended services
- Light AHU sub‑assemblies (where applicable)
Load ratings available: 25 kg, 55 kg, 100 kg.
Vibration isolators requiring a maximum static deflection of up to 6 mm under operating load conditions shall be elastomer‑in‑shear type mounts comprising:
- A moulded elastomer insert manufactured from oil‑resistant compounds
- A stamped steel load‑transfer cap with extended sleeve
- Colour‑coded elastomer elements to indicate load capacity
- Inserts selected to operate strictly within their published load range
The isolators shall provide a maximum static deflection of up to 6 mm under operating load conditions
All materials shall be corrosion‑resistant and suitable for use in building services installations.
Isolation mounts shall be Vibro Mount Model VMD or approved equivalent.
Load vs Static Deflection Performanc
- Static deflection values are based on elastomer‑in‑shear behaviour under typical operating conditions.
- Maximum recommended load ensures the elastomer remains within its optimal shear strain range.
- Colour coding allows quick on‑site verification of load suitability.
- All mounts are designed to achieve up to 6 mm static deflection at rated load

Reviews
There are no reviews yet.