HP Poly EncorePro HW700 Leatherette Ear Cushions and Mounting Plates (2 Pieces)

The POLY EncorePro HW700 Leatherette Ear Cushions (85R27AA) are replacement ear pads designed for the EncorePro headset series. Made from leatherette material, these cushions are intended to provide comfort during extended use while improving passive sound isolation and maintaining the headset's original fit and function. The package contains two ear cushions with mounting plates for straightforward installation.

Advantages

Leatherette surfaces offer a smooth feel that is easy to clean and resists wear from regular use. The cushions are contoured to support ear contact and help reduce ambient noise, and the included mounting plates simplify attachment to compatible EncorePro HW700 headsets. Their design aims to preserve audio quality and user comfort over long shifts.

Suitable for

• Replacement of worn or damaged ear cushions on POLY EncorePro HW700 headsets
• Call centre and office workers who use headsets for extended periods
• Professionals requiring improved passive noise isolation during calls

Key specifications

• Brand: HP POLY
• Model compatibility: EncorePro HW700 series
• Manufacturer part number (MPN): 85R27AA
• EAN: 0197497573534
• Package contents: 2 leatherette ear cushions with mounting plates
• Material: leatherette (synthetic leather)

How to use

Remove the existing ear cushions from the headset by detaching the mounting plates according to the headset's service instructions. Align the replacement mounting plates with the headset earcup fittings and press until they click into place. Verify that the cushions are securely attached and that the headset sits comfortably before normal use. Clean the leatherette surface with a soft, slightly damp cloth and mild detergent if necessary; avoid soaking or using abrasive cleaners.

Recommendations

For best results, replace both ear cushions at the same time to ensure consistent fit and acoustic performance. Store spare cushions in a dry environment away from direct sunlight and heat sources to prolong material life.