90 Degree USB Printer Cable
- USB 2.0 Type-A male to 90-degree Standard-B male.
- Up, down, left, or right Type-B exit options.
- Featured configuration: black cable, 1.8 m length.
- USB 2.0 High-Speed interface, up to 480 Mbps signaling rate.
- Choose the exit direction based on your device port and cable route.
- Sample and bulk-order inquiries welcome; confirm the final configuration before ordering.
Angled USB-A to USB-B Cable Overview
90 Degree USB Printer Cable for Tight-Space Installations
Bring your printer closer to the wall without forcing a straight cable into a sharp bend. Our 90-degree USB printer cable connects a USB-A host to a USB 2.0 Type-B device, with four angled Type-B options to suit different cable routes. It is a practical choice for equipment builders, printer installations, and compact POS enclosures.
Start with a photo of the device port and the direction you want the cable to run. We can help you select an orientation and discuss the length needed for your installation before you order samples or a production batch.
Product Specifications
| Item | Configuration |
|---|---|
| Product reference | BC-DAB006 |
| Host connector | USB 2.0 Type-A male, straight |
| Device connector | USB 2.0 Standard-B male, 90-degree |
| Exit options | Up, down, left or right; confirm against the connector drawing |
| Interface | USB 2.0 High-Speed, up to 480 Mbps signaling rate |
| Featured length | 1.8 m; other lengths available by agreement |
| Featured color | Black |
| Construction | Passive A-to-B cable; no signal booster |
The interface rate is not a guaranteed printing or file-transfer speed. Your host, peripheral, and software determine actual performance. Explore our USB-B cable range for other connector arrangements.
Choose the Cable Exit That Fits Your Equipment
Up, down, left, and right options let you route the cable toward available space instead of bending it sharply behind the printer. Compare the connector view with your equipment port before choosing: the apparent direction changes when you look from the mating face rather than from behind the device.
For a straightforward match, send a photo taken directly toward the port and mark the desired cable path. Include nearby power plugs, covers, and mounting brackets in the photo. We can then discuss the angled configuration that suits your layout.
Yes. Send clear photos of both connectors, the equipment port, and any markings on the existing cable. A sample helps when dimensions are hard to measure. We will review the details before recommending a configuration; appearance alone does not confirm an exact match.
No locking feature is specified for this standard USB-B plug. The angled housing changes the cable exit direction, not the retention mechanism. If accidental unplugging is a concern, describe your enclosure and cable-support arrangement so that suitable retention options can be reviewed.
Yes. A sample can help you check connector clearance and cable routing before a bulk order. Tell us which angle and length you need, along with your equipment model or photos of the port. Sample availability, cost, and delivery timing will be confirmed in the quotation.
The 90-degree housing is not a minimum bend-radius specification. The permitted cable bend depends on the selected construction and whether the installation is fixed or moving. Avoid a sharp bend directly at the strain relief, and request a construction-specific recommendation if your available space is limited.
See our 90-degree USB printer cable with connectors on both ends. Send a separate connector view for each end, with the required exit direction marked. We will confirm the available combination before quoting; the angle at one end does not determine the angle at the other.
Specify the Right Angled USB Cable Before Your Equipment Build
A right-angle connector helps when a straight plug and cable bend take up too much space. The best configuration is the one that fits your actual installation, not simply the one described as left or right in a catalog.
Identify the port before choosing the angle
This cable has a USB-A male host plug and a USB 2.0 Standard-B male device plug. Check the connector outline on your printer, scanner, or instrument. Mini-B, Micro-B, and USB-C ports need different cables. The cable provides the physical USB connection; your device still needs compatible host software and any required driver.
Measure the route, including service access
Measure from the device port to the host along the intended route, not in a straight line across the enclosure. Include clips, partitions, and enough slack to service the equipment without pulling on either connector. A shorter, well-routed cable can be easier to install than an unnecessarily long cable bundled behind the device.
Check the space needed to grip and remove the plug as well as the space it occupies once connected. A configuration that fits with the cover open may obstruct a panel, power connector, or paper path after assembly.
Choose the simplest connection that solves the problem
If only the device end is restricted, this single-angled cable keeps the host end straight. When both ends need a specific exit direction, consider a dual-angled USB printer cable. For an accessible socket fixed to a machine enclosure, a USB-B panel-mount cable serves a different purpose.
Validate a sample in the finished installation
Fit the sample with adjacent cables installed and covers closed. Run the normal printing, scanning, or device-control workflow, then check that maintenance access remains practical. An angled housing does not itself provide a locking connection or a continuous-flex rating. If your equipment moves or vibrates, tell us how you’ll support the cable so we can review the construction.
Turn your sample into a repeatable order
Once the sample fits, reference the approved connector view, cable length, and product revision in the order. Keep a photo of the accepted routing with your assembly instructions so a later reorder does not accidentally reverse the exit direction. For OEM quantities, send your expected volume and any identification or packaging requirements with the inquiry.
You do not need a finished drawing to begin. A clear port photo, a rough length, and a sketch of the desired cable route are enough to start a useful discussion.
