Zebra Technologies Z4M manual Cabling Requirements

Page 26

When communicating via the parallel port

Printer

Computer

(refer to Figure 12), the previously

 

 

mentioned parameters are not considered.

 

 

Refer to page 46 to configure the

 

 

communication parameters for the printer.

36-pin

 

The values selected must be the same as

 

male

PC

those used by the host equipment connected

 

25-pin

 

female

to the printer.

 

 

 

For serial and parallel pinout and technical

 

 

information, refer to the Appendix on

 

 

page 85.

 

25-pin

 

 

male

Cabling Requirements

 

 

Data cables must be fully shielded and fitted

10’ (3 m) maximum

with metal or metalized connector shells.

 

 

Shielded cables and connectors are required

Figure 12

 

to prevent radiation and reception of

 

 

electrical noise.

 

 

To minimize electrical noise pickup in the cable:

￿Keep data cables as short as possible.

￿Do not bundle the data cables tightly with the power cords.

￿Do not tie the data cables to power wire conduits.

NOTE: Zebra printers comply with FCC “Rules and Regulations,” Part 15, for Class B Equipment, using fully shielded data cables. Use of unshielded cables may increase radiated emission above the Class B limits.

NOTE: RS-422 and RS-485 applications should use twisted shielded pairs as recommended in the Appendix of the TA/EA.-485 Specification.

18

Zebra Z4M Printer User’s Guide

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Page 25 Page 27
Contents Customer order # 77965L Manufacturer 77965LB Rev Zebra Z4M Printer User’s Guide Zebra Z4M Printer Zebra Z4M Printer User’s Guide Table of Contents Establishing Communication Configuration Index Unpacking and Inspection WelcomeHello Storage Media and Ribbon RequirementsReporting Damage Printer Power Printer Overview Calibrating the Printer PurposeTypes of Media Non-Continuous Web MediaNon-Continuous Black Mark Media Continuous MediaChoosing the Print Mode Loading the Media Positioning the Media Sensor Reflective SensorAdjusting the Reflective Sensor Loading the Ribbon Transmissive SensorAuto Calibration Front Panel Power SwitchOperator Controls Configuring the Printer Configuring the Software of Printer Driver Printing a Test LabelSystem Considerations Data SpecificationsEstablishing Communication InterfacesCabling Requirements Front Panel Display Printer BasicsFront Panel Front Panel Keys Key FunctionFront Panel Lights Light Status IndicationTear-Off Mode Roll Media LoadingTransmissive Sensor Printhead Assembly Dancer Cutter Mode Printhead Assembly Ribbon Sensor Cutter Value Peel-Off Mode Media supply guide Power Peel-Off Mode Backing Removal Power Rewind Mode Media Removal Fanfold Media Loading Dancer Media Ribbon Media guide Ribbon Loading Loading the RibbonZebra Z4M Printer User’s Guide Ribbon Removal Configuration Entering the Setup ModeChanging Password-Protected Parameters Leaving the Setup Mode Default +10 Configuration and Calibration SequenceSetting Print Parameters Default +0Selections Web, mark Default Tear-offDefault Web Sensor SelectPrint Width Listing Printer Information Initialize Flash Memory Initialize Memory CardInitialize Card Init Flash MEMManual Media and Ribbon Sensor CalibrationSensor Profile CalibrationDefault Parallel Setting Communication ParametersSetting Parallel Communications Setting BaudSetting Host Handshake Setting ParityDefault Even Default XON/XOFFNetwork ID Setting Network IDSetting Communications Mode CommunicationsRange 00-FF Selecting Prefix and Delimiter CharactersControl Prefix Character Range 00 FFPower-Up and Head Close Parameters Media Power-Up Selecting ZPL ModeDefault ZPL Selections ZPL II, ZPL Default FeedBackfeed Label Positioning ParametersBackfeed Sequence Label TOPWEB S Media S LCD AdjustPassword Level Ribbon SDefault All IP ResolutionDefault Dynamic Default GatewaySave Settings Default EnglishDefault Permanent LanguageRoutine Care and Adjustments CleaningCleaning the Printhead and Platen Roller Cleaning the ExteriorCleaning the Interior Cleaning the Sensors Cleaning the Power Peel-Off Module Cleaning the Value Peel-Off Module Cleaning the Cutter Module Lubrication Printhead Pressure Adjustment Pressure adjustment dials Power Rewind Media Alignment Adjustment Fuse Replacement Error condition Ribbon OUT TroubleshootingLCD Error Conditions and Warnings Error condition Paper OUTError condition Head Open Error condition RibbonPrint Quality Problems General print quality issuesGray lines on blank labels with no consistent pattern Wrinkled ribbonCommunications Problems CalibrationZebra Z4M Printer User’s Guide Additional Printer Self Tests Printer DiagnosticsPower-On Self Test Cancel Key Self Test Pause Key Self Test Feed Key Self Test Loading Factory Defaults Communications Diagnostics TestZebra Z4M Printer User’s Guide Specifications General SpecificationsPrinting Specifications Ribbon SpecificationsMedia Specifications OptionsZebra Programming Language ZPL Bar CodesAC Power Cord Power Line Cord SpecificationsZebra Z4M Printer User’s Guide Serial Data Communications AppendixPrinter Interface Technical Information RS-232 Interface Hardware Control Signal Descriptions RS-485 Interface Parallel Data Communications Parallel InterfaceZebra Z4M Printer User’s Guide Index Zebra Z4M Printer User’s Guide Zebra Z4M Printer User’s Guide Zebra Z4M Printer User’s Guide

Z4M specifications

Zebra Technologies has long been a prominent name in the field of printing solutions, and the Z4M label printer stands out as a robust device well-suited for various industrial applications. Known for its reliability and high-performance capabilities, the Z4M is designed to meet the demanding needs of environments such as manufacturing, warehousing, and retail.

One of the key features of the Zebra Z4M is its thermal transfer printing technology. This method provides superior print quality for barcodes, text, and graphics, ensuring that critical information is clearly legible. The printer is capable of producing labels at a speed of up to 6 inches per second, increasing efficiency and productivity in busy settings. With a resolution of up to 203 dpi, it offers crisp, clear printing that is essential for accurate inventory management and tracking.

The Z4M printer is designed with versatility in mind. It supports a wide range of media types including paper, synthetic, and tags, enabling users to print labels of various sizes and materials. The maximum print width of 4 inches allows for the creation of large labels that can accommodate more information, which is particularly useful for shipping and logistics applications.

Connectivity options play a crucial role in modern printing solutions, and the Z4M does not disappoint. It comes equipped with standard parallel, serial, and USB interfaces, and offers optional Ethernet and Wi-Fi capabilities. This allows for seamless integration into existing systems and ensures that printers can be easily networked for shared use.

Built for durability, the Z4M features a sturdy metal construction that can withstand the rigors of industrial environments. Its compact design makes it easy to place in various locations, while the user-friendly interface simplifies setup and operation. The LCD screen provides clear status updates, and the printer's intuitive controls make it accessible for operators of all skill levels.

Another notable characteristic of the Z4M is its advanced software compatibility. It supports Zebra's programming languages including ZPL and EPL, making it customizable for diverse applications. This flexibility ensures that businesses can maximize the printer's functionality according to their specific needs.

Overall, the Zebra Technologies Z4M is a versatile and reliable label printer that combines quality, speed, and durability, making it an excellent choice for businesses looking to enhance their labeling processes.
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