CHERRY G84-4700 numeric keypad Laptop/PC USB Grey

The CHERRY G84-4700 is a compact USB numeric keypad for laptops and desktop PCs. With a 1.75 m cable, grey housing and a weight of 185 g, it provides a portable extension for numerical input and control tasks. All keys are programmable with up to 24 characters per key and the device includes four additional user-programmable function keys that can be labeled individually.

Advantages

The programmable numeric keypad supports number entry regardless of the system Num Lock status and offers variable decimal separators (., ,, [00], [000]). It uses high-precision mechanical ML-series keys, matches the design of CHERRY G84-4100 keyboards and has small physical dimensions for minimal desk space usage. An external standard keyboard can be connected and the product is designed for reliable long-term use with an MTBF of 550,000 hours.

Suitable for

• Numeric data entry on laptops and PCs
• Control systems requiring numeric input
• Frequent number entry tasks for accounting and data processing
• Users who need a compact external keypad for limited desk space

Key specifications

• Interface: USB
• Weight: 0.185 kg
• Colour: Grey
• Programmable keys: all keys up to 24 characters per key; 4 additional user-programmable function keys
• Cable length: 1.75 m
• Key technology: mechanical ML-series
• MTBF: 550,000 hours

How to use

Connect the CHERRY G84-4700 to a computer via the USB cable. Program individual keys with the desired characters or functions according to the supplied software or programming method. Use the additional four function keys for frequently used commands and label them if needed. Digits can be entered independently of the system Num Lock state when used with a notebook PC.

Recommendations

For optimal placement, position the numeric keypad on the side most comfortable for your dominant hand; the device is suitable for both left- and right-handed users. Keep the cable routing clear of clutter to maintain a stable connection and protect the mechanical key switches from excessive liquid exposure.