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General| Brand | Practical Automation |
|---|---|
| Model | ITK 38 SERIES |
| Category | Printer |
| Language | English |
Details the terms and conditions of the limited product warranty for the ITK 38 printer.
Outlines the specific terms of the limited warranty, including coverage and exclusions.
Describes the steps to follow for resolving equipment problems and initiating a warranty claim.
Introduces the manual's scope, covering installation, operation, programming, and maintenance.
Details the printer's direct thermal imaging technology, paper handling, connectivity, and modular design.
Details the model number system for the power supply options available for the ITK 38 printer.
Provides guidance on selecting a suitable installation environment for the ITK 38 printer.
Details the correct procedure for connecting the power supply and ensuring the printer is ready.
Explains how to connect the printer to a computer using Parallel or USB interfaces.
Describes the connection requirements for the IEEE-1284 Parallel interface cable.
Describes the connection requirements for the USB 2.0 interface cable.
Provides information on installing printer drivers for various Windows operating systems.
Explains the differences between V1.xx (unidirectional) and V2.xx (bi-directional) drivers.
Details the naming convention used for the ITK 38 printer drivers.
Describes the function of the switch and display panel for operator interaction and status feedback.
Explains the meaning of the Power/Paper, Ready, and Attn./Error LEDs for printer status.
Details the status information provided by the Power/Paper LED indicator.
Explains the status indicated by the Ready LED, showing system readiness and data flow.
Describes the Attn./Error LED's role in signaling warnings, errors, and normal operation.
Details the four momentary push button switches used for manual printer interaction and diagnostics.
Explains how to force a printer reset initialization using panel switches.
Differentiates between offline and power-on modes for using the panel switches.
Explains how switches function when the printer is in an offline state.
A table detailing switch operations and their corresponding functions in offline mode.
Describes the basic operations that can be performed using switches in offline mode.
Explains the functions accessed by holding switches while turning on the power for diagnostics.
A table listing power-on operations, their functions, and related section references.
Describes the types of reports available for printer status, EEPROM, and diagnostics.
Shows an example of the System Status Report when using registration marked paper.
Lists and describes unique paper delivery output options like cutters and tearbars.
Explains the versatile Disposing Transport-Presenter, its modes, and applications.
Discusses considerations for using perforated paper stock with the transport-presenter.
Details the loop storage chamber's capacity for documents and required clearance space.
Highlights the need for adequate space for storing disposed documents with the presenter.
Outlines parameters that define how the printer reacts when a document is not taken.
Explains host-controlled reactions for documents not taken, focusing on host supervision.
Outlines how documents not removed by the user can be handled by the system.
Describes how the printer can react to temporarily blocked output delivery slots.
Provides a formula to calculate the length of paper supplied on rolls based on dimensions.
Notes the importance of a large internal diameter (I.D.) for paper rolls to reduce curl.
Describes the internal roll holder, its mounting, and low paper sensor capabilities.
Details the external roll holder for longer unattended operation and its low paper sensor.
Includes a dimensional drawing of the external 10" diameter paper roll holder.
Provides drawings illustrating recommended paper paths for external roll holders.
Describes how low paper status information is available to the host system unless disabled.
Lists specifications for paper width, roll sizes, and recommended paper types.
Specifies the standard and adjustable paper widths supported by the printer.
Details the internal and external roll sizes compatible with the printer's holders.
Lists recommended paper manufacturers and their corresponding types for optimal printing.
Lists other compatible thermal paper types from Appleton and Kanzaki.
Discusses programmable print energy levels for accommodating different paper responses.
Explains how paper curl affects the path and aids in loop formation for delivery systems.
Covers the supported paper form types: continuous and registration marked.
Describes variable length and fixed sized document paper supplies.
Defines continuous paper, which lacks a specific form size and may have background printing.
Explains registration marked forms defined by marks for printer synchronization.
Explains restrictions on bottom side pre-printing to avoid interfering with optical sensors.
Discusses using inks compatible with direct thermal printing on the top side of the paper.
Advises against intermediate perforations within the first 3.5 inches of fan fold paper.
Guides on adjusting the cut position relative to perforations to ensure proper cutting.
Details how the printer uses a configuration strap to identify the paper form type.
States the unprintable margins on the top and bottom of documents for the ITK 38 printer.
Explains how the host PC determines paper type and form length via reverse channel status.
Defines physical document length as printed length plus unprinted margins.
Explains how the printer learns document length from host-provided data for continuous forms.
Details techniques for learning registration marked form length via Autosize or EEPROM.
Explains Autosize Measurement for determining form length, with and without backup.
Describes using stored fixed size data in EEPROM when Autosize is disabled.
Refers to section 10.10 for information on the default form size value.
Instructs to refer to section 10.7.2 for entering a fixed form size into EEPROM.
Explains using Autosize Measurement and a switch menu to save fixed size data to EEPROM.
Details manually entering stored fixed size document data using panel switches.
Advises resetting or power cycling for periodic fixed length document changes.
Overviews the four areas of printer programmability: resistors, EEPROM, output detection, and customizations.
Details factory settable resistors and straps on the I/O PCB that identify system features.
Refers to section 10.0 for information on parameters stored in the EEPROM memory.
Explains the automatic detection of attached paper output delivery options via jumpers.
Mentions factory accommodation of special customizations for large order volumes.
Describes the plug-in IEEE-1284 Parallel Interface module as the standard printer interface.
Specifies the need for a standard IEEE-1284 A-B style compliant cable.
Refers to section 18.16 for the IEEE-1284 parallel interface cable schematic.
Refers to section 18.15 for the parallel interface pin-out table.
Explains Compatibility mode signaling and Nibble Mode for reverse channel communications.
Describes the USB 2.0 Full Speed compliant interface as an alternate data option.
Specifies the use of a standard USB A-B cable for the USB interface.
Emphasizes the need for high-quality shielded cables for EMI/EMC compliance and signal integrity.
Describes the auxiliary I/O connector, primarily for low paper sensors.
Refers to section 18.14 for the auxiliary I/O connector pin-out.
Describes the use of sequential beeper tones and ATTN/ERR LED flashes for error codes.
Explains that flash/beep sequences are arranged into three groups based on length.
Details how flash/beep signals represent binary weights (1 for long, 0 for short) for error codes.
Explains how to determine the error code by counting weighted long flash/beep signals.
Provides an example demonstrating the process of determining an error code from a sequence.
Overviews the EEPROM memory's role in storing parameters like print intensity and low paper reactions.
Guides users on accessing and operating the EEPROM change menu for parameter modification.
Explains how active and inactive menu lines are displayed and navigated within the EEPROM menu.
Shows an example printout of the first EEPROM parameter menu, listing various settings.
Explains the Print Intensity parameter, affecting dot energy and print darkness.
Describes the selection between Standard and Alternate tables for print energy and speed.
Explains the IPS Clamp parameter for limiting maximum print speed and smoothing performance.
Details the Power Supply parameter, allowing selection between 60W and 130W options.
Describes interface control selections, such as NO PARALLEL ACK and ACK timing.
Explains how to control the printer's beeper for alert sounds, with ON/OFF options.
Details printer responses to low paper conditions, including STATUS ONLY and WARNING ONLY.
Explains the Paper Backup parameter, enabling or disabling document backup at print cycle start.
Details how to incrementally change the stored form size digits via the EEPROM menu.
Explains that stored size data is used by the host for registration marked forms.
Covers the Form Control parameter, allowing selection of strap configuration or forced modes.
Explains Parallel Interface modes (Compatibility, ECP Mode) and their PC/OS dependencies.
Provides an overview of the three types of status information the printer offers.
Explains operator status via panel LEDs, error codes, and beeper feedback.
Describes the legacy Centronics status signals (Busy, PError, Select, nFault).
Introduces the IEEE-1284 standard for bi-directional parallel peripheral interfaces.
Explains how to read detailed printer status via the IEEE-1284 reverse channel.
Details how reading the parallel port requests status data from the printer.
Lists the two types of status data requests: IEEE 1284 ID String and Detailed Status.
Explains that reading the parallel port requests status data, defaulting to Default Status Group.
Describes the format of the IEEE 1284 ID String for Plug and Play device identification.
Explains the format of detailed status information, including group and field IDs.
Details the Bit Status Format for the Short Status Group, organized into bytes and bits.
Explains how form length is reported in 1/100" increments, considering autosizing or stored values.
Provides a general overview of the firmware reprogramming process.
Lists the necessary items and conditions required to load new firmware.
Explains the three methods for entering the Flash Memory Reprogramming Mode.
Details the process of copying the firmware data file to the printer's parallel interface.
Provides warnings regarding LED indicators and potential issues during flash loading.
Describes the indicators of successful flash loading and the printer's reset sequence.
Overviews the process of reprogramming Flash memory to add features or correct errors.
Explains manual and command-driven methods for entering the Flash Memory Reprogramming Mode.
Details the manual entry procedure using front panel switches and power-on.
Describes the command-driven method for automatic reprogramming via host computer.
Explains the organization of Flash memory into Boot-Sector and Program Data Sector.
Describes firmware binary data files, their naming conventions, and suffixes (.BIN, .FUL).
Refers to section 2.8.1.6 for details on the Printer Utility DLL for programmers.
Explains pre-defined page sizes and how applications can enumerate and change them.
Discusses selecting alternate status strings and avoiding port deadlocks due to interface busy conditions.
Advises on requesting printer status before/after documents and releasing the port on errors.
Lists escape sequences for re-presenting or disposing documents with the transport presenter.
Identifies key maintenance points on the printer assembly, including screws and sensors.
Details the importance of cleaning the paper registration mark sensor to ensure proper operation.
Explains factory settings for printhead alignment and pressure cam, advising against modification.
Describes periodic cleaning of the printhead and drive roller to remove residue and dust.
Provides a general overview of the printer's diagnostic capabilities.
Refers to section 4.3 for basic printer functions used for verification.
Explains how to access maintenance and special factory test functions via power-on switch entry.
Details accessing special functions, burn-in, and cut tests via the power-on switch entry.
Describes special functions like Autosize, EEPROM Reset, and PH ADJ.
Mentions burn-in and cut tests used by the factory for continuous cycling operations.
Explains Hex Dump Mode for printing received data in hex and ASCII format for verification.
Details the Data Rate Measurement Test for assessing port data delivery rate.
Describes the Printhead Cleaning Mode for driving the paper advance roller for cleaning.
Details the printer's use of external 24V, 60W or 130W power supplies.
Explains the printer's power management technique for operating efficiently with power supplies.
Lists detailed specifications for output voltage, current, temperature, and input voltage.
Advises on using shielded DC output cables and considering dynamic load for alternate supplies.
Provides a summary of printer specifications, including print method, speed, width, and printhead details.
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