Motorola Standard 10ft Mobile Power Cable
The Motorola Standard 10ft Mobile Power Cable is a genuine Motorola Solutions accessory designed to provide a reliable power connection for compatible Motorola mobile two-way radios. Connecting the radio directly to a vehicle's 12V DC battery, this cable provides a practical solution for professional vehicle-mounted radio installations.
Featuring a 10-foot (approximately 3-metre) cable length and 14 AWG conductors, the Motorola HKN4137 power cable is rated for up to 15 amps. Its integrated fuse protection helps protect compatible radio equipment during operation.
Ideal for commercial vehicles, transport fleets, security operations and utility vehicles, this standard mobile power cable is suitable for installing or replacing the power connection on compatible Motorola MOTOTRBO radios.
Key Features:
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Genuine Motorola Solutions mobile radio power cable
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10ft (approximately 3 metres) cable length
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14 AWG cable construction
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Rated for up to 15 amps
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Designed for compatible 12V DC vehicle power systems
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Connects the vehicle battery to the mobile radio
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Integrated fuse protection
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Suitable for compatible Motorola MOTOTRBO mobile radios
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Ideal for transport, logistics, security and commercial fleet installations
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Practical replacement or spare radio power cable
Technical Specifications:
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Manufacturer: Motorola Solutions
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Part Number: HKN4137 Series
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Accessory Type: Standard Mobile Power Cable
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Cable Length: 10ft / approximately 3 metres
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Wire Gauge: 14 AWG
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Current Rating: 15A
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Power Source: 12V DC vehicle battery
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Application: Mobile Two-Way Radio Power Connection
Compatibility: Suitable for selected Motorola MOTOTRBO mobile radios, including compatible DM1400, DM1600, DM2600, DM3000 and DM4000 Series models. Please confirm the radio's power requirements and connector compatibility before ordering.
Please Note: This is the standard 15A power cable. Higher-power radio installations may require the Motorola HKN4191 20A cable instead. Installation should be carried out with appropriate electrical protection and correct polarity.