NMEA 2000 Mini-C 7/8 to Micro-C M12 Cable Adapter

NMEA 2000 Mini-C 7/8 to Micro-C M12 Cable Adapter

NMEA 2000 Mini-C 7/8 to Micro-C M12 Cable Adapter. There are two types of cables in N2K networks: trunk cable and drop cable. Each cable uses different wire gauges for the various signal lines. The Mini-Change 7/8 connector is used on the thick backbones heavy cable, while the Micro-Change M12 connector is used on the thin backbones light cable.

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Description

Introduction:

NMEA 2000 Mini-C 7/8 to Micro-C M12 Cable Adapter. In NMEA 2000 (N2K) networks, there are two types of cables: trunk cable and drop cable. Each cable uses different wire gauges for the various signal lines. The Mini-Change 7/8 connector is used on the high-duty backbone cable, while the Micro-Change M12 connector is used on the low-duty backbone cable. The "Mini" size can carry a rated current of 8A and the "Micro" size can carry a rated current of 4A. Premier Cable P/N: PCM-S-0405

Specification：

Type	7/8'' Adapter
Product Name	NMEA 2000 Mini-C 7/8 to Micro-C M12 Cable Adapter
Drawing No.	PCM-S-0405
Connector A	Mini-Change 7/8" 5 Pin Male
Connector B	Micro-Change M12 5 Pin Female
Max. Contact Current	4A
Temperature Range	-20°C to +80°C
Pin Assignment	1:1 …>> 5:5, Parallel Circuit
Protocol	DeviceNet, CAN, CAN Bus, CANopen, NMEA2000
Certificate	UL, Rohs, Reach

Features:

Weatherproof: Usually built to resist moisture, salt, and UV exposure, making it ideal for harsh marine conditions.
Plug-and-Play: Facilitate easy and quick connections without complex configurations or additional tools.
Shielded: Include shielding to reduce electromagnetic interference and ensure stable data transmission.

Application:

NMEA 2000, called National Marine Electronics Association 2000, is a communication protocol standard for connecting various marine electronic devices, such as GPS, sonar, radar, autopilot systems, wind speed and direction sensors, and depth sonar. N2K allows these devices to share information seamlessly over a network such as location, depth, weather, wind speed, and direction, improving overall navigation and operational efficiency.

Drawing: