Appendix 5

System Mode

A5.7.3 Cut Operation Example

A

B

A

A

A

B

A

A

B

B

A

 

B

B

B

1In an idle state.

2Completes printing Label (A), and starts printing Label (B).

3Printing Label (B).

4Completes printing Label (B).

5Cuts the Label (A).

6Feeds Label (B) to the Cut Position, and cut it off.

7Feeds the label to the Home Position.

A5.7.4 Pulse Motor Speed

Usually “AUTO” should be selected. Depending on print patterns, the colors may not be aligned, and the pulse motor speed fine adjustment should be made.

The pulse motor speed adjustment allows more precise color registration. However, if the pulse motor speed needs changing, please contact an authorized service representative.

A5.7.5 X-Coordinate Fine Adjustment

The X-coordinate fine adjustment is made to adjust the X-coordinate of the drawing horizontally. The X- coordinate fine adjustment should be made in the effective print range. (If a field reaches the coordinate less than “0” after the fine adjustment is made in the negative direction, it is adjusted in the negative direction.)

A5.7.6 Magnified Views of Slant Line Pattern

1-Dot Slant Line (Black Area Ratio: 16.7%)

3-Dot Slant Line (Black Area Ratio: 16.7%)

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Toshiba CB-426-T3, EO1-33027E A5.7.3 Cut Operation Example, A5.7.4 Pulse Motor Speed, A5.7.5 X-Coordinate Fine Adjustment

EO1-33027E, CB-426-T3-QQ, CB-426-T3 specifications

The Toshiba CB-426-T3, CB-426-T3-QQ, and EO1-33027E are notable entries in the realm of consumer electronics, specifically in the domain of high-performance batteries and power solutions. Toshiba has a longstanding reputation for innovation and reliability in the electronics industry, and these models are a testament to that legacy.

One of the main features of the Toshiba CB-426-T3 is its advanced lithium-ion technology. This significant enhancement allows for a higher energy density, which means that users can experience longer battery life without a corresponding increase in weight or size. The CB-426-T3 is especially suitable for devices that require high performance over extended periods, making it ideal for laptops, power tools, and other portable devices.

The CB-426-T3-QQ variant enhances the capabilities of the original model with improved thermal management features. With a robust design that efficiently dissipates heat, this model is especially beneficial in applications where overheating could compromise performance. This makes it an excellent choice for gamers or professionals who push their devices to the limit, providing peace of mind that the battery will sustain high performance levels even under demanding conditions.

In addition to their robust design and energy density improvements, both the CB-426-T3 and the CB-426-T3-QQ models come equipped with advanced safety features. These include overcharge protection, short-circuit prevention, and built-in thermal fuses. Such safety measures are vital in prolonging battery life and ensuring that the devices powered by these batteries remain safe under various operating conditions.

The EO1-33027E is positioned as a versatile power solution that integrates seamlessly with various Toshiba devices. This model leverages cutting-edge battery management technologies that monitor charge cycles, optimize performance, and extend battery lifespan. The EO1-33027E can be used in a wide range of applications, making it suitable for both consumer electronics and larger industrial equipment.

In conclusion, the Toshiba CB-426-T3, CB-426-T3-QQ, and EO1-33027E stand out for their advanced technologies and features. Their emphasis on energy efficiency, safety, and versatility makes them excellent choices for users who demand reliability and performance from their battery solutions. With these models, Toshiba continues to solidify its position as a leader in the electric power market, catering to the needs of modern consumers and industries alike.