Quick Demo

2

This chapter gives you quick setup instructions to get your microFlash series of printers up and running. The demo program provided allows your PC or hand-held computer to simulate a typical interchange between a hand-held computer and a receipt printer out in the field.

Wake Up

The self test button allows you to manually wake up the microFlash from its sleep mode and to print self tests. To wake up the printer, press the red self test button. After a moment or two, (if your beeper is turned on) you will hear a beep. Your printer is now awake.

Self Test

To print a self test, press and hold the red self test button for four seconds. The microFlash will print a self test.

Using the Demo with DOS

To run the demo, connect your personal computer to the microFlash using your microFlash download cable. Insert the microFlash Configuration disk in the “A” drive. Type “CD\sample” to change to the sample directory. Type “DIR” to see a list of files in the sample directory. Now use the DOS “type” command as in this example:

Type filename > com1

Note: “filename” is the name of the file and Com1 is the COM Port the microFlash is connected to.

Note: When printing from DOS, you may need to get your PC ready first

￿using the MODE command. Example: The microFlash is connected to COM 1 and the PC is set at 9600 baud, no parity, 8 data bits, 1 stop bit. From the “C” prompt, type: mode com1:9600,n,8,1

User Manual and Technical Guide The O'Neil microFlash Series of Printers

Quick Demo 19

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O'Neil microFlash Series user manual Quick Demo, Wake Up, Self Test, Using the Demo with DOS, Type filename com1

microFlash Series specifications

The O'Neil MicroFlash Series represents a significant advancement in portable printing technology, designed specifically for demanding field applications. Known for its robust performance and user-friendly features, this series caters to a variety of industries, including retail, logistics, and transportation.

One of the main features of the MicroFlash Series is its compact size and lightweight design. Weighing only a few ounces, these printers can easily fit into a pocket or be mounted on a belt, making them perfect for mobile workers who require on-the-go printing capabilities. Despite their small form factor, these printers are built to withstand challenging environments, boasting an IP54 rating for water and dust resistance.

The MicroFlash Series employs advanced thermal transfer printing technology, which ensures high-quality, durable printouts that are resistant to smudging and fading. This technology allows for quick prints at speeds of up to 4 inches per second, enabling users to print labels, receipts, and tags quickly and efficiently. Additionally, the devices support a wide range of media types, including stickers, paper, and synthetic labels, enhancing their versatility for various applications.

Connectivity is another key characteristic of the MicroFlash Series. These printers support multiple connectivity options, including Bluetooth, USB, and serial connections, enabling seamless integration with various devices such as mobile phones, tablets, and handheld terminals. This flexibility ensures that users can print from their preferred devices without hassle.

The O'Neil MicroFlash printers also come equipped with user-friendly features such as an intuitive interface, easy media loading, and long battery life. The rechargeable lithium-ion batteries allow for extended use, making them ideal for long shifts and fieldwork. Furthermore, the printers include features like a low battery indicator and built-in status lights, ensuring that users are always aware of the printer's operational state.

In summary, the O'Neil MicroFlash Series combines compact design, rugged durability, advanced printing technology, and flexible connectivity options. These characteristics make it an ideal choice for professionals who require reliable, high-quality printing in the field. With the MicroFlash Series, O'Neil continues to set the standard for portable printing solutions, adapting to the needs of modern industries.