Motorola LS2208 Láser Negro

The Motorola LS2208 is an affordable, ergonomic handheld barcode scanner that delivers fast and reliable 1D barcode capture for retail, healthcare, education and government environments. Its laser sensor and wide working range — from near-contact to 17 inches (43 cm) — provide accurate first-time reads while the scratch-resistant tempered glass exit window and single-board construction increase durability for continuous use.

Advantages

The LS2208 offers durable single-board construction that meets 5-foot drop tests, a scratch-resistant glass window for prolonged operation, and an ergonomic lightweight design (approx. 146 g) to reduce user fatigue. It supports multiple on-board interfaces and a universal plug-and-play cable for simple installation, plus an optional hands-free Intellistand for presentation scanning. Advanced Data Formatting (ADF) allows data reformatting before transmission to the host.

Suitable for

• Retail checkout and point-of-sale
• Inventory management and stock control
• Healthcare settings such as patient ID and medication tracking
• Education and government administration tasks

Key specifications

• Model: Motorola LS2208 (MPN: LS2208-7AZU0100ZR)
• Sensor type: Laser (650 nm wavelength)
• Read rate (max): 100 reads/s
• Working range: near-contact to 17 in (43 cm)
• Interface: USB (universal cable)
• Input voltage / current: 5 V / 130 mA
• Weight: 0.146 kg
• Colour: Black
• EAN: 5052179230585

How to use

Connect the LS2208 to a host computer using the supplied universal cable; the scanner is plug-and-play with multiple on-board interfaces to simplify integration. Point the scanner at a 1D barcode within the working range and press the trigger for handheld operation, or place the scanner in the Intellistand for hands-free presentation scanning. Configure Advanced Data Formatting (ADF) options as needed to modify data before it is sent to the host system.

Recommendations

For reliable performance, keep the exit window clean and free of scratches, avoid exposing the scanner to impacts beyond the specified drop resistance, and use the Intellistand for stationary scanning tasks to improve throughput and reduce operator fatigue.