Both Ends 90 Degree USB B Printer Cable
- 90-degree USB-A male and USB-B male connectors.
- Independent cable-exit choices at each end.
- Up-, down-, left-, and right-angle families.
- Featured lengths: 0.5 m and 1 m.
- Black USB 2.0 cable for compact equipment layouts.
- Custom requirements reviewed against your port photos or drawing.
Dual-Angled USB-A to USB-B Configuration
Both Ends 90 Degree USB Printer Cable for Compact Builds
When both the host and printer sit close to panels, a straight connector at either end can make routing awkward. Our dual-angled USB printer cable gives you a 90-degree USB-A male plug and a 90-degree USB-B male plug, so the cable can follow the available space at both connections.
BC-DAB004 is intended for layouts where the two exit directions matter as much as cable length. Send photos of both ports with the desired route marked. We can discuss the angle pairing and sample configuration before you order cables for an equipment build or installation.
Product Specifications
| Item | Configuration |
|---|---|
| Product reference | BC-DAB004 |
| Host end | USB 2.0 Type-A male, 90 degree |
| Device end | USB 2.0 Standard-B male, 90-degree |
| Angle families | Up, down, left and right at each end; agree on the exact pair by drawing |
| Featured lengths | 0.5 m and 1 m; other requirements subject to quotation |
| Color | Black |
| Interface | USB 2.0 High-Speed, up to 480 Mbps signaling rate |
| Construction | Passive USB-A to USB-B cable |
The two ends are different connector types: this is not a USB-B-to-USB-B cable. Angle names alone do not establish fit, and the interface rate is not a guaranteed application transfer speed.
Pair the Two Cable Exits Around Your Layout
Choose the USB-A exit for the host side and the USB-B exit for the device side independently. Up-, down-, left-, and right-angle families create different routing combinations, so a compact assembly can fit the space available at both ports.
These are fixed angled housings, not swivel connectors. Use the pictured combinations as a starting point, then agree on the exact two-end configuration against your equipment views. We can help translate a marked-up photo into a clear sample request.
Specify Two Angled Ends Without Reversing the Cable Route
A cable that fits the printer end can still obstruct the host port. For a dual-angled assembly, treat the two ends as separate mechanical decisions and then check them together in the installed route.
Use one clear view for each connector
Take a straight-on photo of the USB-A host port and another of the USB-B device port. Mark the desired cable exit on each photo. Left or right depends on viewing direction, so don’t mix a connector-face view with a rear-of-equipment view in one instruction.
Include the neighboring hardware
Show adjacent plugs, panel edges, covers, and mounting brackets. An angled housing may clear the wall but overlap the next socket. Leave enough access for an installer to grip the plug without pulling the cable, and check the layout with all other cables connected.
Measure the route between the two exits
Choose the path after selecting the connector directions. Include bends, cable clips and a small service loop where needed. Agree how cable length is measured on the drawing so a repeat order does not use a different reference point. Avoid twisting a short cable simply to force mismatched exit directions into place.
Check whether both angles are necessary
If the host end has plenty of clearance, a single-angled USB printer cable may simplify the installation. Dual angles are most useful when both ends have a defined routing constraint, not merely as a substitute for a shorter cable.
Approve the fit in the final assembly
Try the sample with covers closed and the printer in its intended position. Run the normal device workflow and check removal for maintenance. An angled plug does not itself provide locking, waterproofing, or a continuous-flex rating; describe any movement or retention requirement separately.
For repeat builds, keep the approved A-end and B-end views with the cable reference and length. A photo of the installed sample is useful for assembly teams and helps purchasing request the same configuration again. You can start an inquiry with port photos and a rough route; a finished engineering drawing is not required for the first discussion.
