CipherLab AWR30AHMGRS01 vs CipherLab AWR30AHMGLS01: Specification Comparison
Both the CipherLab AWR30AHMGRS01 and AWR30AHMGLS01 are WR30-series wearable glove scanners targeting warehouse and logistics operators who need hands-free barcode capture during picking, packing, and inventory management workflows. The two units are physically and functionally identical in class, connectivity, weight, and barcode capability. The sole differentiating axis between these two SKUs is hand orientation — right-hand versus left-hand fit — making this a straightforward laterality selection rather than a performance or feature trade-off.
In This Guide
- Which hand orientation does each unit support, and how does that affect operator fit?
- What barcode types and scan methods are supported, and are there any capability differences between the two?
- How do the units compare on weight, origin, and warranty coverage?
- Which should you choose: the AWR30AHMGRS01 or the AWR30AHMGLS01?
- Side-by-Side Specs
- FAQ
Which hand orientation does each unit support, and how does that affect operator fit?
The AWR30AHMGRS01 is explicitly specified as a right-hand configuration in its Hand Orientation field and product name. The AWR30AHMGLS01 is specified as a left-hand configuration. Both are sized Small. No ergonomic or physical dimension data beyond weight (0.25 lb each) is provided in the supplied specs, so no further fit comparison can be made on spec alone.
For mixed-workforce deployments, the laterality split is operationally significant: right-handed operators who wear the scanner on their dominant hand versus those who prefer to keep the dominant hand free for manipulation tasks will require different SKUs. Neither spec sheet states whether the glove body is reversible or adjustable across orientations.
What barcode types and scan methods are supported, and are there any capability differences between the two?
The AWR30AHMGRS01 spec explicitly lists 1D and 2D barcode capture, naming Code 128, Code 39, and UPC as supported symbologies. The AWR30AHMGLS01 spec does not enumerate barcode types or specific symbologies — those fields are absent from the provided data.
Both units share the same WR30 scanner platform and both carry the Wireless connectivity attribute. The AWR30AHMGLS01 describes its scan method as 'Hands-Free Wearable,' which is consistent with the right-hand unit's use-case description. No scan engine model, decode speed, or scan range figures are present in either spec set, so a deeper imaging performance comparison cannot be made from the available data.
How do the units compare on weight, origin, and warranty coverage?
Both the AWR30AHMGRS01 and AWR30AHMGLS01 are specified at 0.25 lb, manufactured in Taiwan, and carry a 2-Year Warranty. These three attributes are identical across both SKUs, meaning neither unit holds an advantage in weight-on-hand, supply-chain origin, or post-purchase coverage period.
No IP or ingress protection rating, operating temperature range, drop specification, or material/glove-fabric data is present in the supplied specs for either model. Buyers with specific durability or environmental requirements should consult the respective datasheets — AWR30AHMGRS01.pdf and AWR30AHMGLS01.pdf — before committing to either SKU.
Which should you choose: the AWR30AHMGRS01 or the AWR30AHMGLS01?
Our take: The AWR30AHMGRS01 is the stronger choice when the operator's workflow calls for a right-hand wearable scanner; the AWR30AHMGLS01 is the correct selection when a left-hand fit is required. Beyond hand orientation, the specs reveal no performance delta: both units weigh 0.25 lb, both are manufactured in Taiwan, and both carry a 2-year warranty. The AWR30AHMGRS01 spec sheet explicitly documents 1D and 2D barcode support including Code 128, Code 39, and UPC symbologies, while the AWR30AHMGLS01 spec omits that detail — though both share the same WR30 platform, so parity is the expected outcome pending datasheet confirmation. For warehouse or logistics operations deploying at scale across mixed-handed workforces, purchasing both SKUs in proportion to operator laterality is the practical approach. There is no basis in the supplied specs to recommend one over the other on any dimension other than which hand the scanner glove mounts on.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | CipherLab AWR30AHMGRS01 | CipherLab AWR30AHMGLS01 |
|---|---|---|
| Hand Orientation | Right | Left |
| Size | Small | Small |
| Product Platform | WR30 Wearable Scanner | WR30 Wearable Scanner |
| Form Factor | Wearable Glove | Wearable Glove Mount |
| Weight | 0.25 lb | 0.25 lb |
| Connectivity | Wireless | Wireless |
| Barcode Types | 1D and 2D | — |
| Named Symbologies | Code 128, Code 39, UPC | — |
| Scan Method | — | Hands-Free Wearable |
| Application | Picking, packing, inventory management | Warehouse & Logistics |
| Country of Origin | Taiwan | Taiwan |
| Warranty | 2-Year | 2-Year |
| Datasheet Available | Yes (AWR30AHMGRS01.pdf) | Yes (AWR30AHMGLS01.pdf) |
| Wireless Flag | Yes | Yes |
Frequently Asked Questions
Which should you choose: the AWR30AHMGRS01 or the AWR30AHMGLS01?
The AWR30AHMGRS01 is the stronger choice when the operator's workflow calls for a right-hand wearable scanner; the AWR30AHMGLS01 is the correct selection when a left-hand fit is required. Beyond hand orientation, the specs reveal no performance delta: both units weigh 0.25 lb, both are manufactured in Taiwan, and both carry a 2-year warranty. The AWR30AHMGRS01 spec sheet explicitly documents 1D and 2D barcode support including Code 128, Code 39, and UPC symbologies, while the AWR30AHMGLS01 spec omits that detail — though both share the same WR30 platform, so parity is the expected outcome pending datasheet confirmation. For warehouse or logistics operations deploying at scale across mixed-handed workforces, purchasing both SKUs in proportion to operator laterality is the practical approach. There is no basis in the supplied specs to recommend one over the other on any dimension other than which hand the scanner glove mounts on.
Is the AWR30AHMGRS01 or AWR30AHMGLS01 better for larger deployments?
Neither unit is inherently better for scale — both are identical in weight (0.25 lb), warranty (2-year), country of origin (Taiwan), wireless connectivity, and WR30 platform. Large deployments will typically need both SKUs to accommodate right- and left-handed operators. The right-hand SKU (AWR30AHMGRS01) and left-hand SKU (AWR30AHMGLS01) should be ordered in proportion to your workforce's hand-orientation breakdown.
Can a right-handed operator use the AWR30AHMGLS01, or vice versa?
The specs designate the AWR30AHMGRS01 as a right-hand configuration and the AWR30AHMGLS01 as a left-hand configuration, both in Small size. The supplied specifications do not state whether the glove body is reversible or can be worn on either hand. Buyers should consult CipherLab's datasheet (AWR30AHMGRS01.pdf or AWR30AHMGLS01.pdf) or contact the manufacturer directly to confirm fit flexibility before assuming cross-orientation use.
Do both the AWR30AHMGRS01 and AWR30AHMGLS01 support 2D barcodes?
The AWR30AHMGRS01 spec explicitly lists 1D and 2D barcode capture, including Code 128, Code 39, and UPC. The AWR30AHMGLS01 spec does not enumerate supported barcode types in the provided data. Both units share the WR30 scanner platform, so parity is likely, but 2D capability for the left-hand unit should be verified against its datasheet (AWR30AHMGLS01.pdf) before deployment in environments requiring QR or Data Matrix scanning.
More Mobile Computer Comparisons
- Honeywell CW45-X0N-AND10XG vs Unitech HT730-LJ6122BG
- Honeywell CW45-X0N-AND10XG vs Unitech HT730-LJ6142BG
- Honeywell CW45-X0N-AND10XG vs Unitech HT330-QA62TM3G-Z3
- Honeywell CW45-X0N-AND10XG vs Zebra TC2205-0G1250SS-US
- Honeywell CW45-X0N-AND10XG vs Honeywell CW45-X0N-AND10SG
- Honeywell CW45-X0N-AND10XG vs Honeywell CW45-X0N-BND10XG
Mobile Computer Buying Guides
Get a Second Opinion on Your Camera Choice
Share your site layout, coverage goals, and budget. Our team will validate the camera selection, flag anything we would change, and recommend products that match the use case.