Toshiba EO1-33016E, B-670 SERIES White Screw Stud Ribbon End Sensor Plate Pinch Roller Lever

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11. GENERAL MAINTENANCE

ENGLISH VERSION EO1-33016

11.1 CLEANING

7.Turn the pinch roller lever to the right.

8.Remove the white screw and detach the ribbon end sensor plate.

White Screw

Stud

Stud

Ribbon End Sensor Plate

Pinch Roller Lever

Fig. 11-2

NOTE: When installing the ribbon end sensor plate, be sure to fit both studs in the notches of the ribbon end sensor plate.

9.Remove the pinch roller block, then clean the roller belt and feed roller with cloth moistened by alcohol.

Roller Belt

Pinch Roller Block

Feed Roller

Fig. 11-3

10. Reassemble the pinch roller block in the reverse order of removal.

E11-2

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Contents Series Energy Star is a U.S. registered mark Safety Summary Meanings of Each SymbolPrecautions Table of Contents Accessories IntroductionApplicable Model Specifications PrinterOption Media RibbonOverview FRONT/REAR ViewOperation Panel DIP Switch Functions Turn the Power OFF before switching the functionsSET UP Procedure Setting UP the PrinterRequirements for Operation Interface CablesInstallation Procedure Connecting the Power Cord and CablesHolder Stand Installation Loading the Ribbon Head Lever PositionStep Do not Move the Media Guides using the screw Loading the MediaE8-2 Setting the feed gap sensor position An easy way to set the black mark sensor positionCutter Module Media Outlet E8-4 E8-5 Inserting the Optional Flash Memory Card CARE/HANDLING of the Media and Ribbon General Maintenance CleaningWhite Screw Stud Ribbon End Sensor Plate Pinch Roller Lever Under the Media Guides Covers and PanelsRemoving Jammed Media Cleaning the Cutter Unit Cleaning the strip unitThreshold Setting Threshold setting procedureTroubleshooting Error Message Problem SolutionExcess Head Problem Solution Page

B-670 SERIES, EO1-33016E, EO1-33016 specifications

The Toshiba EO1-33016, EO1-33016E, and B-670 series are prominent offerings in Toshiba's extensive portfolio of thermal transfer printers, distinguished by their advanced features and technologies tailored for diverse industrial applications.

The EO1-33016 model is engineered for reliability and performance, enabling high-quality printing solutions for labels, barcodes, and other essential identifiers. With a printing resolution of up to 300 dpi, this printer produces sharp and clear images, making it an ideal choice for businesses that demand precision. Its robust build ensures durability in challenging environments, while its easy-to-use interface allows operators of varying skill levels to navigate with ease.

Equipped with the EO1-33016E variant, users benefit from enhanced connectivity options. This model features USB, Ethernet, and Serial connectivity, facilitating seamless integration into existing workflows. The advanced processor speeds up print times, allowing for high-volume printing needs to be met efficiently. The ability to print on various materials, including paper, synthetic stocks, and specialty labels, provides versatility for different labeling needs, be it for retail, logistics, or manufacturing purposes.

The B-670 series takes the functionality a step further by incorporating innovative thermal transfer technology. These printers support a wide range of label sizes and materials, amplifying their usability across different sectors. With sophisticated media handling capabilities, the B-670 series can accommodate various ribbon widths and lengths, thus minimizing waste and optimizing operational efficiency.

Notably, the B-670 series also features a user-friendly graphical display that simplifies printer setup and maintenance. Maintenance tasks such as ribbon and media replacements have been streamlined, allowing for quick changes to minimize downtime. Furthermore, the B-670 model is designed with energy efficiency in mind, significantly reducing the ecological footprint while maintaining high-quality output.

In summary, the Toshiba EO1-33016, EO1-33016E, and B-670 series stand out in the competitive landscape of printers due to their unique combination of reliability, advanced technologies, and user-centric designs. These models are well-suited for businesses seeking efficient and high-quality printing solutions that can adapt to a variety of labeling requirements, ensuring operational effectiveness across different applications.