Electromechanical Remik Counter Alexander model 83564440

The Electromechanical Remik Counter Alexander model 83564440 is a mechanical numeric tally counter designed for straightforward, reliable incremental counting. The device uses a durable rotary mechanism that advances the visible numeric display by one unit per actuation and includes a manual reset for returning the display to zero. Its simple mechanical construction makes it suitable for environments where an electronic solution is unnecessary or impractical.

Advantages

The counter provides consistent, tactile feedback through its rotary actuation and a clear, easy-to-read numeric display. Its mechanical design requires no power source, reducing operating complexity and eliminating battery dependence. The manual reset is intuitive and fast, and the robust construction is intended for repeated on-site use. The straightforward mechanism also simplifies maintenance and lowers the risk of electronic failure.

Suitable for

• Inventory tallying in warehouses and stockrooms
• Counting units on production lines and assembly processes
• Attendance and headcounts at events, classrooms or shifts
• On-site measurements or inspections where electronic devices are impractical

Key specifications

• Counting mechanism: mechanical rotary actuator
• Display type: visible numeric mechanical display
• Reset method: manual reset to zero
• Power requirement: none (mechanical operation)
• Typical use environment: industrial, retail, event or field settings

How to use

Operate the counter by pressing or turning the actuator for each unit or event to be counted; each action increments the numeric display by one. To return the display to zero, engage the manual reset according to the device's reset mechanism. Position the counter where the display is clearly visible during counting and ensure the actuator is accessible for reliable operation. No electrical connection or batteries are required.

Usage recommendations

For accurate results, use consistent actuation force and pace, and periodically verify the displayed count against a sample or reference. Keep the mechanism free of dust and debris and avoid exposure to excessive moisture or corrosive environments to maintain reliable operation.