China 24V POWEREDUSB to 3-Pin Printer Power Cable manufacturer
China 24V POWEREDUSB to 3-Pin Printer Power Cable manufacturer
China 24V POWEREDUSB to 3-Pin Printer Power Cable manufacturer
China 24V POWEREDUSB to 3-Pin Printer Power Cable manufacturer
China 24V POWEREDUSB to 3-Pin Printer Power Cable manufacturer
China 24V POWEREDUSB to 3-Pin Printer Power Cable manufacturer

Overview

Dedicated Printer Power Alongside a Separate Data Connection

  • Receipt or label printers with a specified three-pin 24V power input and a separate communication port.
  • Checkout counters where a compatible POWEREDUSB host supplies the printer through its dedicated power socket.
  • Self-service kiosks requiring defined cable routing and service access behind the printer.
  • OEM replacement leads or equipment installations using a documented connector series and power pin map.
  • The PoweredUSB Cable range includes other printer-side interfaces and installation formats.

Match the Three-Pin Connector Before Setting the Cable Route

  • Goochain can review the power plug against a receptacle part number, dimensioned drawing or printer sample. Housing shape, contact layout, keying, engagement depth and retention features are checked as one mating interface. An IBM-specific three-pin format and a Hosiden-family format are reviewed separately; the pin count alone does not establish interchangeability.
  • The wiring drawing identifies each contact function and its viewing direction. Power and return assignments, any additional contact function and any required shell connection follow the device specification. Cable labels can identify the voltage and part number for installation and maintenance, while electrical checks use the approved pin map.
  • Cable length, conductor construction, jacket and strain relief can be developed from the printer location and service route. The plug exit should clear the enclosure, adjacent ports and removable panels. Where an angled structure is available, its direction is confirmed from the mating orientation so the cable can leave the socket without side loading.
  • Goochain supports OEM cable production and ODM molded structures at its 5,000 m² factory in Dongguan, China. The Factory & Quality process supports agreed checks for connector fit, workmanship, continuity, pin assignment, power polarity and labels against the accepted drawing and sample.
Send the Printer Power Socket Drawing and Pin Assignment: Send the printer model, power-input specification, receptacle part number or clear mating-face photo, and a pin map with its viewing direction. Confirm the 24V host supply, operating and peak current and every device-side contact function. Add cable length, installation clearance, latch or retention requirements, preferred exit direction, identification and quantities. A printer or reference lead sample helps Goochain review mechanical fit and electrical wiring before quoting samples and production.

Typical Specs

  • Brand | Goochain
  • Cable type | 24V POWEREDUSB to 3-pin printer power cable
  • Host connector | 24V-keyed POWEREDUSB male
  • Supply voltage | 24V DC pass-through in the passive configuration
  • Device connector | Specified 3-pin printer power plug
  • Connector fit | Series, housing, keying and retention matched to the receptacle
  • Pin assignment | Power, return and other contact functions to the device drawing
  • USB data | Not provided by this power-only configuration
  • Cable length | Custom length defined by the installed route
  • Conductor construction | Wire size and material to the load and voltage-drop requirements
  • Plug exit | Straight or angled options subject to connector design and clearance
  • Current capability | Confirmed for the host, contacts, wire and finished assembly
  • Identification | Voltage, part number and cable labels as specified
  • Supply type | OEM manufacturing and ODM cable development

24V POWEREDUSB to 3-Pin Printer Power Cable

Goochain manufactures power-only cable assemblies that connect a 24V POWEREDUSB host supply to a printer's dedicated three-pin power input. The device connector and contact assignment are selected for the specific printer interface, with cable length and exit geometry defined for the installation.

This configuration suits compatible POS printers and peripherals in checkout counters or self-service kiosks where communication uses a separate connection. Within our POWEREDUSB cable range, it provides a dedicated power lead without a separate data branch on the cable.

Identify the Printer-Side Mating Interface

“Three-pin” identifies a contact count, not a universal printer connector. A replacement must match the equipment receptacle mechanically and electrically. Similar-looking housings can use different keying, contact geometry or wiring, so the connector series or mating-part reference should be established before sampling.

Interface detail What to confirm
Connector system Exact series, cable-side connector and matching printer receptacle.
Mating geometry Housing profile, keying, contact type and engagement depth.
Contact assignment The role of each position, supply polarity and the drawing's viewing direction.
Retention and access The actual retention mechanism and the space needed to insert and release the plug.

A connector drawing, mating sample or existing cable helps establish the physical interface. The electrical specification must also define all three contact positions; their functions should not be inferred from the housing shape or contact location. Record whether a pin map is viewed from the mating face or the wire-entry side.

A Dedicated Power Path for Separately Connected Printers

In the passive build, the specified 24V host auxiliary supply is routed to the approved printer power contacts. The host's available output must meet the device requirements, while the cable and connector selection must suit the operating load. Current capability is confirmed for the finished assembly rather than inferred from the three-pin format.

Power only, with no automatic voltage conversion. This cable does not provide USB communication to the printer. It also does not regulate, step up or step down the supply voltage. The source voltage and printer power specification must match.

Where the printer requires a USB-B data branch from the same host connection, review the 24V POWEREDUSB USB-B 3-Pin Printer Y Cable. That configuration has separate data and power branches and requires its own connector and branch-layout review.

Leave Room to Insert, Release and Route the Plug

The space behind a printer must accommodate the connector body, strain relief and cable bend. For a recessed power socket, check the enclosure opening as well as the connector itself. If the selected plug has a latch, leave access to its release rather than relying on pulling the cable to disconnect it.

Cable length and a straight or angled exit can be developed around the actual route. For an angled version, define the exit direction relative to the connector keying. Include service movement in the layout so the power lead is not held under tension. Conductor selection considers the load, route length and permitted voltage drop.

Keep Replacement and Production Cables Consistent

For repeat orders, the approved drawing should record the connector references, contact map, cable length, exit direction and identification. Agreed labels or part numbers can help maintenance teams distinguish similar-looking cable versions; electrical acceptance follows the approved wiring.

Goochain supports OEM production and ODM development of powered USB assemblies at its 5,000 m² facility in Dongguan, China. Our Factory & Quality process supports agreed inspection of connector fit, termination workmanship, continuity, polarity, dimensions and labeling against the accepted specification.

To request a sample or quotation, provide the printer model, three-pin connector reference or mating sample, power specification and contact assignment. Add the required cable length, rear-panel photo, exit-direction constraints and target quantity.

Request a Quote

Keep required fields minimal. Attach drawings/photos for accurate quoting.

RFQ checklist

  • Device model / system name
  • Connector type + pinout
  • Power/data spec (PD? data?)
  • Target annual quantity
  • Drawings / photos

Tip: A simple installation photo often saves 2–3 rounds of questions.

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FAQ

Lead time?

Quotation 1–2 days; development 15–20 days; mass production 20–25 days (project dependent).

Can you build from a sample?

Yes. Reference sample + requirements helps confirm drawings and test plan.

MOQ?

Depends on materials and complexity. We support prototypes and scalable mass production.