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GenieMat TMIP - Treadmill Isolation Pads

Verified by manufacturer 5 months ago

Pliteq Third party certifications:
  • ISO 9001 Quality Management

    Certificate type

Complete vibration isolation system for treadmills composed of two pairs of front and rear isolation pads.

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Application

Place one pad under each of the four treadmill feet. The floor under the treadmill should be clean and free of debris and all machine cords should have some free play.


Ensure the front pads are installed in the front and the rear pads are installed at the back of the unit. Lift the equipment according to the manufacturer’s specifications and use proper safety procedures.


Lower the treadmill into place and ensure that the foot is centered on the mounts. Please note that even deflection occurred.

Description

GenieMat TMIP are a mix of vibration isolators made from a superior combination of vibration damping materials.


By combining ultra high performance elastomers with bearing plates, outstanding vibration isolation values are achieved for the most problematic equipment.


Vibration pads are available for any treadmill application. Vibration isolation efficiencies up to 99% and over 40 dB noise reduction are commonly achieved, eliminating noise transfer into structure and other areas.


Features and benefits:

  • Water, petroleum, alkali and fuel resistance - excellent.
  • The treadmill isolation pads are inherently non-slip.
  • Vibration isolation efficiencies up to 99%.
  • Up to 40 dB noise reduction.

General information

Color

Black

Yellow

Material

Composite

Guidance for specification option:

Combination of vibration damping materials.

Shape

Rectangle

Length

177.8 mm

457.2 mm

Width

127 mm

Height

50.8 mm

Third party certifications

ISO 9001 Quality Management

ISO 9001 Quality Management

ISO 9001-2015: Quality Management System

Literature

GenieMat FIT Brochure

GenieMat FIT Brochure

Hoteliers Acoustic Design Guide

Hoteliers Acoustic Design Guide

Mixed-Use Buildings Acoustic Design Guide

Mixed-Use Buildings Acoustic Design Guide