Single Product
K1 WIRELESS 2.4GHz NUMPAD BLACK
K1 WIRELESS 2.4GHz NUMPAD BLACK
Wireless | 2.4GHz | 18-Key Design | Plug & Play | Energy Efficient | Compact & Portable
Key Features:
β 18-key numeric keypad with Backspace, Page Up & Page Down
π‘ Reliable 2.4GHz wireless connection with up to 33ft range
π Energy-efficient design with auto sleep after 20 minutes
π― Ergonomic tilt with anti-slip pads for comfortable use
π§© Fingerprint-resistant matte keys for a clean look
β Plug & Play USB receiver β no drivers required
Product Overview:
The K1 Wireless 2.4GHz Numpad Black is designed to boost productivity and speed up numeric data entry. Featuring an 18-key compact layout, itβs perfect for laptops, PCs, desktops, and notebooks that lack a built-in numeric keypad. The 2.4GHz wireless technology provides a stable, lag-free connection up to 33 feet. With energy-saving auto-sleep mode, ergonomic tilt, and portable slim design, this numpad is ideal for both office work and on-the-go use.
Specifications
General
| Feature | Details |
|---|---|
| π Product Type | Wireless Numeric Keypad |
| π― Keys | 18 Keys |
| π¨ Color | Black |
| πΉ Connection Interface | USB Receiver |
| π‘ Wireless Technology | 2.4GHz |
Performance & Power
| Feature | Details |
|---|---|
| πΆ Working Range | Up to 33 feet (10 meters) |
| π Power Supply | AAA Batteries |
| β‘ Power Saving | Auto sleep after 20 minutes |
| π Wake-Up | Instant key press |
Compatibility
| Feature | Details |
|---|---|
| π» Supported OS | Windows 7 / 8 / 10 / XP / Vista |
| β Mac OS | Not fully compatible |
Why Buy This:
β Perfect for fast numeric data entry
π‘ Stable wireless connection with no delay
π Long battery life with smart power saving
π― Ergonomic and comfortable for long usage
β Compact, portable, and easy to use
Package Includes:
π¦ 1 Γ K1 Wireless USB Numeric Keyboard
π¦ 1 Γ USB Wireless Receiver
Usage & Tips:
π Plug the USB receiver into your computer
π Insert AAA batteries before use
π― Place on a flat surface for best ergonomic comfort
β Best suited for Windows-based systems