Choose the label before you choose the printer. For an unterminated wire, printable heat shrink is often the cleanest starting point. For an existing cable that cannot be disconnected, a correctly sized self-laminating wrap is usually more practical. Patch panels, terminal blocks, faceplates, equipment, and outdoor assets each lead to a different label format and material.
Only after that decision should you compare printers. The right printer is the one that supports the exact media, dimensions, environment, and workflow of the job. A popular office label maker can produce neat text and still be completely wrong for professional cable identification.
We checked current US printer specifications and media guides to sort out what works with what. If the job comes with a labeling specification, keep it beside you as you choose. It takes precedence over any general buying advice.
Start with the job, not the label maker
There are seven questions worth answering before looking at a printer:
- What is being identified? A single conductor, finished patch cable, cable bundle, patch panel, terminal block, faceplate, enclosure, and equipment asset do not need the same label.
- Is the cable already terminated? A heat-shrink sleeve cannot help if it will not pass over the connector.
- What is the outside diameter? Measure the actual cable or wire insulation. Category, conductor gauge, and connector type are useful context, but the label has to fit the object in front of you.
- What will the label be exposed to? Sunlight, moisture, oils, solvents, cleaning chemicals, abrasion, heat, cold, and repeated handling can change the material requirement.
- Does a specification control the work? The project, employer, customer, authority having jurisdiction, or current standard may define content, placement, color, permanence, or material.
- Where will labels be created? A standalone keypad works differently from a phone-controlled printer or a desktop workflow fed by a spreadsheet.
- How many labels are involved? Ten cable IDs and 2,000 serialized wire markers create very different requirements for cutting, importing, sequencing, waste, and supply planning.
If you want to work through those decisions for a specific job, use our cable-label method and media selector. It narrows the physically viable formats first, identifies the media specifications you still need to verify, and only then shows the printer capabilities the job requires.
Brady’s current wire-label selection guidance begins with the specification, exposure, installation stage, and wire gauge rather than a particular printer.[1] That is a sensible order even if you ultimately buy from another manufacturer.
The six label formats that solve most jobs
Labels that look similar in a product photo may behave very differently once they are wrapped around a cable, exposed to cleaning chemicals, or placed inside a crowded panel.
Printable heat-shrink sleeves
Printable heat shrink creates a fitted, non-adhesive identifier around a wire or cable. It is a strong choice when the wire is available before termination and when the exact tubing is documented for the expected exposure.
If heat-shrink tubing is the job rather than one option among several, our heat-shrink label-maker comparison focuses on compatible printers, tubing ranges, and the sizing checks that matter. If the choice is specifically between tubing and an overlaminated wrap, see our heat-shrink versus self-laminating guide.
The important numbers are not simply the cartridge width. Check:
- the tubing’s supplied inside diameter;
- its recovered inside diameter;
- the shrink ratio;
- the manufacturer’s recommended wire or cable range;
- the printable area;
- the operating temperature and environmental claims for that exact material;
- whether the sleeve can be cut cleanly by the printer.
Brother’s HSe-241, for example, is a 17.7 mm printable tube with a stated 2:1 shrink ratio and a recommended cable outside-diameter range of 5.4 to 10.6 mm.[6] Those numbers belong to that specific Brother supply. They should not be copied onto a different HSe size, another brand’s tube, or generic heat shrink.
Heat shrink is also easy to misunderstand on preterminated patch cables. An unshrunk tube large enough to pass over an RJ45 plug, boot, or molded connector may not recover tightly around the much smaller cable jacket. If the connector is already fitted, begin with a self-laminating wrap or flag instead.
Self-laminating wraps
A self-laminating label usually has a printable section and a clear tail. The clear portion wraps over the legend, helping protect it from handling, dirt, moisture, and abrasion. It can be applied to terminated cables, which makes it one of the most useful formats for retrofit work.
Sizing still matters. The transparent tail must be long enough to circle the cable and cover the printed section. A label designed for a small wire may leave its print exposed on a thick network cable. A marker that is much too large can create a bulky wrap and waste material.
Do not treat “self-laminating vinyl” as one universal specification. Brady, Epson, DYMO, Panduit, and other manufacturers offer distinct adhesives, printable areas, dimensions, and documented resistance properties. Select the part number, not merely the material family.
Cable flags
A flag wraps around the cable and bonds adhesive to adhesive, leaving a flat tab that can be read from either side. It is useful when:
- the cable is too small for readable wrapped text;
- the identifier needs multiple lines;
- the cable cannot easily be rotated;
- the label must be noticed in a dense bundle.
The trade-off is physical space. A flag can snag, bend, or obstruct neighboring ports in a crowded rack. Epson’s application guidance recommends flags for small cables and notes that narrower tape can help where space is limited.[16]
Flexible wrap tape
Flexible nylon or purpose-made cable tape can conform to curved jackets better than a stiff general-purpose label. It can be useful for straightforward wraps and cable identification when the exact adhesive and material are suitable.
The phrase “flexible tape” is not enough evidence for outdoor, chemical, or high-temperature use. Check the technical data for the exact cartridge and surface. Cable jackets can be curved, textured, dusty, oily, or made with compounds that are difficult for an adhesive.
Tags and rigid markers
Tie-on tags are useful for bundles, large cables, conduits, and situations where wrapping the surface is impractical. They also provide more room for identifiers, warnings, and barcodes.
The attachment becomes part of the system. Check the tie material, clearance, movement, sharp edges, abrasion, and whether a hanging tag is appropriate around machinery or moving equipment.
Adhesive labels for panels and equipment
Patch panels, faceplates, racks, enclosures, and equipment usually need a flat adhesive label rather than a cable wrap. Here, the buying questions change:
- Can the printer create the required width and length?
- Can it repeat an exact pitch across a patch panel or terminal block?
- Does it support serialization and imported data?
- Can its cutter leave a strip of half-cut labels for fast application?
- Is the material compatible with the surface and exposure?
A printer’s “patch panel” key can make spacing faster. It does not determine what the identifiers should say or whether the finished work meets the applicable specification.
For a printer comparison centered on racks, patch panels, and finished Ethernet cables, see the network cable label-maker guide.
Material names are only the beginning
Polyester, vinyl, nylon cloth, polypropylene, and polyolefin describe broad material families. They are not universal performance guarantees.
Two vinyl labels can use different adhesives and have different temperature, chemical, UV, flame, or abrasion characteristics. One polyester label may be intended for a smooth flat surface, while another uses an aggressive adhesive. A polyolefin heat-shrink tube may have a different shrink ratio and environmental documentation from the tube next to it.
That is why professional label selection happens at the part-number level.
Polyester
Polyester is common for durable equipment, component, faceplate, and panel labels. Depending on the construction, it can offer a crisp print and good resistance on a suitable surface. It is not automatically flexible enough for a tight cable wrap, and “polyester” alone does not establish outdoor or chemical suitability.
Vinyl
Vinyl is widely used for general identification, wire wraps, self-laminating labels, and environments that benefit from conformability. The adhesive system and overlaminate construction matter as much as the word vinyl.
Nylon cloth
Nylon cloth is pliable and can conform well to curved and textured surfaces. Brady describes its B-499 multipurpose nylon as highly pliable for tightly curved surfaces such as wire and cable.[3] That does not mean every nylon tape shares the same adhesive, temperature range, or approvals.
Printable polyolefin heat shrink
Polyolefin is common in printable heat-shrink sleeves. Verify the supplied and recovered dimensions, ratio, temperature range, flame properties, and any recognition or test claims on the exact product documentation.
Self-laminating constructions
The protective clear tail is the defining practical feature, but the base film, adhesive, dimensions, and printed-zone height vary. The correct size is the one that covers its own legend after wrapping the actual cable.
Extra-strength adhesives
An aggressive adhesive can help on difficult surfaces, but stronger is not automatically better. It may be unnecessary, harder to reposition, or unsuitable for the surface. Clean and prepare the surface according to the label manufacturer’s instructions, then use the adhesive system documented for that application.
Panduit’s harsh-environment guide separates requirements such as UV, temperature, salt water, radiation, and chemical corrosion and recommends different identification materials accordingly.[13] That is the right mindset: name the exposure first, then find documentation that addresses it.
Measure before ordering media
The printer model is easy to return. A shelf of incompatible cartridges is a more expensive lesson.
For heat shrink
Measure the cable or wire outside diameter and check both ends of the fit:
- The supplied tube must slide over the unterminated wire and any feature it must cross.
- The recovered tube must become small enough to grip the cable as intended.
- The tube should remain within the manufacturer’s recommended fit range.
- The printed legend must remain readable after shrinking.
Wire gauge can help locate the correct chart, but outside diameter is the safer physical measurement because insulation thickness and cable construction vary.
For self-laminating labels
Measure the cable circumference or use the manufacturer’s sizing calculator. The clear tail should fully cover the printed legend with the required overlap. Also check the printable height. A label can technically wrap the cable and still provide too little room for the identifier.
For patch panels and terminal blocks
Measure the available label area and the center-to-center pitch. Confirm whether the printer can create a continuous strip with repeatable spacing or whether a die-cut supply exists for the hardware.
For flat equipment labels
Measure the usable surface, not the enclosure. Leave room around screws, vents, seams, edges, and service panels. Confirm that the surface material, texture, curvature, and expected cleaning process suit the adhesive.
Choose a printer ecosystem, not just a printer
The printer is the entry cost. The ecosystem determines what you can make for the next several years.
Our electrician label-maker comparison puts the same ecosystem questions into a product shortlist, including batteries, cases, cutters, and media costs.
If budget is the main constraint, the best industrial label makers under $200 guide shows which professional media and workflows remain available below that ceiling.
Brady
Brady’s portable range spans simple keypad tools, phone-driven printers, wider handhelds, and higher-volume connected models. Its current comparison guide lists differences in print width, resolution, connectivity, daily volume, and other hardware features across the M210, M211, M410, M510, M511, M610, M710, and related models.[2]
The practical distinction starts with workflow. The M210 is a standalone keypad printer and does not connect to a computer. The M211 is designed around phone-based label creation. Models higher in the range add width, resolution, connected workflows, and broader production features.
Media is equally important. Brady organizes cartridges into printer families, and current portable models require Brady Authentic media.[4] Before buying a discounted printer body, check the exact cartridge family, the labels included in the kit, and the ongoing availability of the materials you need.
Brother P-touch EDGE
Brother’s P-touch EDGE line combines laminated TZe tapes with application-specific tools and printable HSe heat shrink on supported models. Current models include standalone and connected options for electrical and datacom work.[7]
The PT-E560BT illustrates the upper end of Brother’s current handheld workflow. It supports laminated labels and heat-shrink tubes up to 24 mm, provides application keys for cable wraps, flags, patch panels, punch-down blocks, and faceplates, and includes full and half automatic cutting. It can also work from its keyboard, a mobile device over Bluetooth, or a computer over USB-C.[5] Our Brady M210 versus Brother PT-E560 comparison contrasts that connected workflow with a rugged standalone alternative.
Do not assume every printer that accepts TZe laminated tape also accepts HSe tubing. Confirm heat-shrink support for the exact model and the maximum HSe size.
Epson LabelWorks PX
Epson’s LabelWorks PX range includes compact standalone printers, keyboard-equipped field models, phone-controlled units, and desktop systems. Its catalog includes standard adhesive tapes, strong-adhesive options, self-laminating wraps, and multiple heat-shrink sizes.
The LW-PX400 is a useful example of a connected workflow. It has no onboard keyboard or display, connects through Bluetooth or USB, prints tapes up to 24 mm, and supports heat-shrink supplies and self-laminating wraps. Epson lists an automatic full cutter, 180 dpi resolution, data import, serialization, cable-wrap and flag formats, and six AA batteries as its portable power option.[8] Our Brady M210 versus Epson LW-PX400 comparison shows how that host-device workflow compares with a self-contained field printer.
The LW-PX700 takes a different approach, with an onboard keyboard, application hot keys, mixed-length printing, half cutting, and labels up to 24 mm.[9] The better format depends less on which feature list is longer and more on whether the technician wants an independent handheld or is comfortable designing from another device.
Epson also states that LabelWorks PX tapes work only in compatible Epson LabelWorks PX and K-Sun LABELShop printers.[10] Treat that compatibility boundary as part of the purchase.
DYMO Rhino
DYMO’s Rhino family remains a current US industrial option with application hot keys and dedicated vinyl, flexible nylon, self-laminating, non-adhesive, and heat-shrink media. The Rhino 4200 and 5200 support media up to 19 mm, while the 6000+ extends to 24 mm. DYMO’s comparison lists manual cutters across these models and different keyboard layouts.[11]
DYMO’s current heat-shrink media is polyolefin with a stated 3:1 shrink ratio and comes in several sizes for compatible Rhino printers.[12] As always, use the documentation for the particular size and application rather than carrying one product’s claims across the range.
Panduit and specialist systems
Panduit, TE Connectivity, and other industrial identification manufacturers become especially relevant when the label system is part of a larger panel-building, infrastructure, harness, or high-volume workflow. Their catalogs include materials and formats that go beyond the familiar handheld tape cartridge.
Panduit’s desktop guide, for example, publishes exact printable areas and minimum cable outside diameters for self-laminating labels.[14] TE Connectivity organizes identification products across printable tubing, tags, self-laminating labels, flags, and related systems.[15]
For a small field kit, that breadth may be unnecessary. For a production bench or tightly specified project, it may be the reason to look beyond the most recognizable handheld printer.
Standalone, phone, or computer?
This choice affects the work every day, not just during setup.
Choose a standalone keypad when
- labels are created one at a time in the field;
- the printer must work without a phone, account, or computer;
- technicians need application hot keys;
- the environment makes handling two devices awkward;
- stored templates and simple serialization cover the workflow.
Check the keyboard layout, display, backlight, glove usability, memory, and whether the printer can edit all required formats without software.
Choose a phone-driven printer when
- a familiar touchscreen makes design faster;
- camera, voice, cloud, or mobile data workflows are useful;
- previewing a complex label matters;
- the printer can stay compact because the phone supplies the interface.
The compromise is dependence on a second charged device, app support, permissions, pairing, and whatever offline behavior the app provides. Confirm the current app and operating-system support rather than assuming “Bluetooth” solves the workflow.
Choose a computer-connected workflow when
- labels come from a spreadsheet or database;
- the project uses many repeated or serialized identifiers;
- logos, detailed layouts, barcodes, or templates are prepared at a desk;
- several technicians need consistent project files;
- a desktop printer better matches the volume.
Check operating-system support, licensing, import formats, template transfer, printer memory, and whether a field technician can recall the transferred data without the computer.
Hybrid printers reduce compromise, but add cost
Some professional models can work from their own keyboard and connect to a phone or computer. That flexibility is valuable when one crew prints individual labels in the field while another prepares batches from project data.
Do not pay for all three interfaces automatically. If the printer will spend its life on a bench, prioritize import, cutting, print quality, and media capacity. If it lives in a tool bag, standalone reliability, battery, case, and supply availability may matter more.
Hardware features that actually change the job
Maximum media width
Width determines which tubing, self-laminating markers, flags, equipment labels, and panel formats the printer can accept. A wider printer may also provide a larger printable zone, but only with compatible media.
Print resolution
Higher resolution helps with small text, dense barcodes, detailed symbols, and compact equipment labels. For a simple large wire number, media fit and durability are usually more important.
Full and half cutting
A full cutter separates the label. A half cutter can cut the label material while leaving the backing as a connected strip, which makes a sequence easier to carry and apply. Manual cutters are simpler but can slow repetitive work.
Check cutter restrictions for heat shrink and specialty media. A printer may handle a cartridge but require a different cutting procedure.
Serialization and data import
Serialization avoids retyping ordered identifiers. Data import matters when labels already exist in a spreadsheet, test record, asset database, or project schedule. The useful question is not whether a brochure says “serialization.” It is how many fields, characters, sequences, and copies the actual workflow needs.
Battery and power
Check what the base package includes. A printer advertised as portable may require AA batteries, an optional rechargeable pack, or a more expensive kit. Compare:
- rechargeable battery inclusion;
- replaceable-cell support;
- charging connection;
- AC operation;
- whether the printer can work while charging;
- realistic access to replacement batteries and chargers.
Ruggedness
Use the manufacturer’s exact drop or durability statement and note the tested configuration. A rubber bumper, case, or rugged appearance is not a universal environmental rating.
Memory and templates
Stored labels save time only if the printer can hold and retrieve the required project data. Check whether it stores complete labels, databases, transferred templates, or only recent text.
Warranty and support
Warranty length, service process, available documentation, current software, and US supply support matter for a professional tool. Read the warranty terms, not only the number printed on a product page.
The real cost is in the labels
A less expensive printer can become the costly choice if it wastes a long lead margin or locks the buyer into short, hard-to-source cartridges.
Build a small ownership-cost worksheet before choosing:
- List the exact label formats and sizes used in a normal month.
- Record the usable length or quantity in each cartridge.
- Include leading, trailing, and between-label waste.
- Estimate failed labels and setup prints.
- Add the battery, charger, AC adapter, case, magnet, and software if they are not included.
- Check local supply-house availability as well as online stock.
- Calculate cost per usable label for the actual format.
Do not compare two continuous tapes by length alone. A self-laminating die-cut cartridge, a five-foot heat-shrink tube, and a laminated adhesive tape deliver different numbers of finished identifiers.
Availability has operational value. A slightly cheaper cartridge is not cheaper when a crew is waiting for it. Electricians and installers should check which media a local distributor or supply house can provide quickly, especially for recurring sizes.
A practical shortlist method
Use this process to move from a job to two or three defensible printer options.
Step 1: Write the application list
Be concrete:
- 12 AWG unterminated conductors;
- existing Cat6 patch cords with molded RJ45 plugs;
- 24-port patch panels;
- stainless equipment enclosures;
- indoor terminal blocks;
- outdoor control cables exposed to sunlight and oil.
“Electrical labels” is too broad to shop intelligently.
Step 2: Assign a label format
Choose heat shrink, self-laminating wrap, flag, flexible wrap, tag, or flat adhesive label for each application. If a specification dictates the construction, record that instead of improvising.
Step 3: Record dimensions and exposure
Measure cable outside diameter, available flat-label space, and panel pitch. List temperature, UV, moisture, chemical, abrasion, cleaning, and handling conditions.
Step 4: Find exact media part numbers
Use current manufacturer media guides and technical data sheets. Do not stop at “supports heat shrink.” Find the tube size that fits, the self-laminating marker that covers its legend, and the adhesive label documented for the surface.
Step 5: List compatible printers
Work backward from those media part numbers. Remove any printer that cannot support every essential application.
Step 6: Match the workflow
Decide whether labels are typed individually, designed on a phone, imported from a spreadsheet, transferred from a computer, or produced in batches. Compare cutter, serialization, memory, power, and field handling.
Step 7: Price the complete system
Include the printer kit, required power accessories, case, representative cartridges, and estimated waste. This is the point at which a lower printer price may stop looking inexpensive.
Common buying mistakes
Buying the printer before checking media
This is the central mistake. A printer can have an excellent keyboard and still lack the tube diameter, self-laminating size, or adhesive construction the work requires.
Assuming every model in a brand uses the same supplies
Compatibility can change by printer family and width. Match exact model and media part numbers.
Using heat shrink on the wrong stage of the job
Heat shrink is easiest before termination. Do not discover after fitting connectors that the tubing cannot pass over them.
Treating “industrial” as a specification
Industrial styling does not establish media compatibility, environmental resistance, ruggedness, or workflow capacity. Verify each one.
Ignoring the cutter
Peeling 100 individually cut labels is different from carrying one ordered half-cut strip. Cutter behavior can matter more than a small difference in print speed.
Assuming Bluetooth means the same workflow
One printer may be phone-only, another may add a phone to a complete onboard interface, and another may use Bluetooth primarily with desktop software. Check the exact device, app, and offline workflow.
Overclaiming compliance
A built-in electrical or datacom template is a formatting tool. Manufacturer claims that a printer can create labels for a standard do not prove that your content, placement, material, administration system, or finished installation complies.
Printer capability is not project compliance
Keep four questions separate:
- Can the printer produce the format?
- Is the exact label material documented for the surface and environment?
- Does the workflow produce consistent, accurate identifiers?
- Does the finished identification meet the current project, employer, customer, code, standard, and authority requirements?
A “patch panel” button answers part of the first question. A technical data sheet helps with the second. Neither answers the fourth.
When a standard or project specification controls the job, check the current document and get qualified guidance where needed. The printer still has to fit those requirements, not the other way around.
The bottom line
For most buyers, the best cable and wire label printer is not the model with the longest feature list. It is the least complicated system that supports every label format the work genuinely requires.
Start with these defaults:
- Unterminated individual wire: investigate correctly sized printable heat shrink.
- Existing terminated cable: investigate a correctly sized self-laminating wrap.
- Small cable or longer legend: consider a flag if there is physical room.
- Patch panel or terminal block: prioritize repeatable spacing, serialization, and cutting.
- Equipment or faceplate: choose a flat label documented for the surface and exposure.
- Outdoor or harsh environment: let the exact material data and project specification lead.
- Large batch: prioritize import, templates, cutting, media capacity, and cost per usable label.
Then compare Brady, Brother P-touch EDGE, Epson LabelWorks PX, DYMO Rhino, Panduit, and other credible systems against that application list. If a printer cannot use the right material, nothing else on its specification sheet makes it the right tool.
FAQ (Frequently Asked Questions)
What is the best way to label cables and wires?
Use printable heat-shrink tubing for an unterminated wire when the documented material suits the environment. For a cable that is already terminated, a correctly sized self-laminating wrap is usually the more practical starting point. Flags provide more readable space, while tags suit bundles and large cables. The project specification and exact material data still control the final choice.
Should I use heat shrink or self-laminating cable labels?
Choose heat shrink when the sleeve can go onto the wire before termination and its recovered diameter fits correctly. Choose a self-laminating wrap when the cable is already terminated or cannot be disconnected. Self-laminating labels use a clear section to protect the printed area, but they still need to be sized for the cable diameter.
Can a regular label maker print cable labels?
Some general-purpose label makers can create a basic flag or adhesive label, but that does not mean they support printable heat shrink, self-laminating wraps, flexible cable media, serialization, or panel templates. Check the exact printer model and exact media family before buying.
Can you put heat-shrink labels on terminated cables?
Usually not conveniently. The unshrunk sleeve must pass over the connector and still recover tightly enough around the cable. A sleeve large enough to clear an RJ45 plug or molded connector may be too large after shrinking. For an installed cable, a self-laminating wrap or flag is often the better choice.
What size cable label do I need?
Measure the cable outside diameter, not just its wire gauge or category. For a self-laminating label, verify that the clear tail wraps around the cable and fully covers the printed area. For heat shrink, use the manufacturer’s supplied diameter or wire-range chart and verify both the supplied and recovered dimensions.
Are cable label cartridges interchangeable between brands?
No. Brady, Brother, Epson LabelWorks PX, and DYMO Rhino use their own media systems, and compatibility can also vary within a brand. Match the exact cartridge or tape part number to the exact printer model using the current manufacturer compatibility guide.
Does an electrical label printer make labels code compliant?
No. A printer can provide a format, symbol, barcode, or template, and a media data sheet can document material properties. Neither proves that the finished identification meets the current code, standard, customer specification, employer procedure, or authority having jurisdiction for a particular installation.
Which features matter most in a professional cable label printer?
Start with compatible media and maximum width. Then compare standalone operation, cable and panel templates, serialization, database import, cutter behavior, power options, software support, cartridge availability, and waste. Print speed and resolution matter, but they rarely rescue a printer that cannot use the label material the job requires.
Sources
- Brady: Wire and Cable Labeling, Choosing the Right Labels and Printerbradyid.com(opens in a new tab)
- Brady Portable Printer Selection Guidebradyid.com(opens in a new tab)
- Brady M4 and M5 Series Printer Labels Guidebradyid.com(opens in a new tab)
- Brady: Portable Printers and Brady Authentic Labelssupport.bradyid.com(opens in a new tab)
- Brother P-touch EDGE PT-E560BTBP Product Pagebrother-usa.com(opens in a new tab)
- Brother HSe-241 Printable Heat-Shrink Tubing Specificationsbrother-usa.com(opens in a new tab)
- Brother P-touch EDGE Industrial Label Printer Rangebrothermobilesolutions.com(opens in a new tab)
- Epson LabelWorks LW-PX400 Specificationslabelworks.epson.com(opens in a new tab)
- Epson LabelWorks LW-PX700 Product Pagelabelworks.epson.com(opens in a new tab)
- Epson LabelWorks Frequently Asked Questionslabelworks.epson.com(opens in a new tab)
- DYMO Rhino Industrial Label Maker Comparisondymo.com(opens in a new tab)
- DYMO Industrial Heat-Shrink Labelsdymo.com(opens in a new tab)
- Panduit Identification Solutions for Harsh Environments Application Guidepanduit.com(opens in a new tab)
- Panduit Desktop Printers and Labels Guidepanduit.com(opens in a new tab)
- TE Connectivity Wire Identification Products and Selection Guidete.com(opens in a new tab)
- Epson Support: Cable Label Formats and Application Tipsfiles.support.epson.com(opens in a new tab)