Usage
The Kensington EQ MY310S wireless mouse is designed for comfortable everyday use at home or workstations, providing precise control and seamless navigation for Windows, macOS, and ChromeOS devices.
Advantages
- Ergonomic mid-size shape supports all-day comfort with soft rubber grip panels.
- Sustainable build using 59% post-consumer recycled plastic in the housing.
- Reliable wireless connection via secure 2.4GHz USB-A nano receiver with AES-128 encryption.
- Adjustable precision with three DPI settings: 800, 1200, and 1600 DPI for various workflow needs.
- Batteries last up to 12 months under normal use; on/off switch helps conserve battery life.
Specifications
- Midsize design (approx. 107 x 68 x 39 mm) with a contoured body for right-handed users; made of black ABS plastic containing post-consumer recycled materials.
Soft rubber side panels enhance grip and comfort.
Weight: ~70g.
- Sustainability focus: contains at least 59% PCR plastic by weight (excluding PCB assembly). Packaging uses FSC®-certified materials.
Device meets common energy-saving standards through efficient low-power operation.
3-year warranty from manufacturer covers defects in material or workmanship.
- High-definition optical sensor provides selectable movement resolutions of 800, 1200, or 1600 DPI.
Equipped with six buttons including back/forward navigation and clickable scroll wheel.
Wireless range up to 10 meters (33’).
- Differentiating features include built-in storage slot for the USB nano receiver, a low battery indicator, six-button layout (including dedicated browser navigators), a plug-and-play setup requiring no drivers on major operating systems, and compatibility across Windows, macOS, and ChromeOS platforms.
How it works
The MY310S connects wirelessly via a USB-A nano receiver using secure AES-encrypted communication. Simply insert the receiver into a compatible port, activate the mouse’s power switch, adjust sensitivity if desired using the onboard button, and begin navigating instantly without additional software installation.
