Leitor de códigos de barras portátil Honeywell Voyager 1350G2D-2USB-R

The Honeywell Voyager 1350G2D-2USB-R is a lightweight handheld barcode reader that balances performance, ergonomics and cost. It reads both 1D and 2D barcodes, captures images, and connects via wired interfaces such as USB and RS-232. The device is suitable for fast scanning tasks in environments like government registration desks, hotels, theatres, hospitals and schools that require reliable, everyday data capture.

Advantages

The Voyager 1350G offers broad barcode support for popular 1D and 2D symbologies and includes image-capture capability. It is easy to install and configure, compatible with Honeywell EZConfig and common POS drivers, and provides stable wired connectivity and low power consumption. Its ergonomic, lightweight design improves operator comfort during prolonged use.

Suitable for

• Government personnel registration and document scanning
• Hotel check-in and guest registration
• Theatre and event ticket verification
• Hospital and clinic patient intake
• School administration and library circulation

Key specifications

• Scanner type: 1D/2D handheld
• Connectivity: Wired (USB, RS-232)
• Supported 1D barcodes: Code 39, UPC-A, PDF417
• Supported 2D barcodes: Data Matrix, QR Code, PDF417
• Weight: 0.13 kg (130 g)
• Colour: Black
• Ingress protection: IP40
• Power: 5 V supply, low standby consumption

How to use

Connect the Voyager 1350G to your system using the supplied USB or RS-232 cable and install any required drivers or Honeywell EZConfig utility. Point the scanner at the barcode and press the trigger to capture; the reader will decode supported 1D or 2D codes and transmit the data over the wired connection. For image capture, follow the device software instructions to store or export images as needed.

Recommendations

For reliable operation, keep the scanner lens clean and avoid direct exposure to liquid. Use the EZConfig tool to match output formatting to your POS or registration software and choose wired connectivity when stable, low-latency data transmission is required.