Motorola DGP5550E UHF 403-527mhz Mototrbo Digital Portable Radio LAH56RDN9SA1AN

PRODUCT TITLE
Motorola DGP5550e UHF Digital Portable Radio 403–527MHz MOTOTRBO LAH56RDN9SA1AN

PRODUCT OVERVIEW
Motorola DGP5550e UHF portable two-way radio supporting MOTOTRBO digital and analog operation. Full keypad model operating in the 403–527 MHz band for professional communications.

PRODUCT TYPE / CATEGORY
Two-Way Radios > UHF Portable Radios

CONDITION
Open Box

KEY FEATURES

• UHF portable two-way radio

• Supports digital (DMR) and analog operation

• Full keypad (FKP) configuration

• MOTOTRBO platform compatibility

• Designed for professional and enterprise use

TECHNICAL SPECIFICATIONS

• Manufacturer: Motorola

• Model: DGP5550e

• Part Number: LAH56RDN9SA1AN

• Frequency range: 403–527 MHz (UHF)

• Channel capacity: 1000

• Transmit power: up to 4 W (UHF)

• Channel spacing: 12.5 / 20 / 25 kHz

• Operating modes: Digital (DMR) and Analog

• Power supply: 7.5 V (nominal)

• Frequency stability: ±0.5 ppm

• Rated audio output: 0.5 W

• Operating temperature: –30°C to +60°C

• Environmental rating: IP68 (with approved battery)

• Compliance: MIL-STD 810 C/D/E/F

SHIPPING
Handling time: up to 2 business days
Carrier selected by seller

RETURNS
30-day returns
Item must be returned in same condition
Seller pays return shipping

DATA ACCURACY DISCLAIMER
Product details are based on available manufacturer information and may be subject to change without notice. Optional features, software, and system capabilities may require appropriate licensing.

BULK / VOLUME BUYERS
For bulk orders or volume inquiries, please contact us to confirm availability and pricing.

ABOUT eHUB AMERICA
eHub America is a U.S.-based technology distributor specializing in two-way communications, networking, and security solutions. We operate with strict catalog standards, manufacturer-verified product data, and dependable order fulfillment. Our focus is serving professional, commercial, and institutional customers with consistency, accuracy, and operational reliability.