ABB NKLM01-10 Network Interface Cable

Overview

The ABB NKLM01-10 is a high-performance EMI-shielded network interface cable engineered for ABB Bailey INFI 90 and Symphony control systems. It ensures reliable data transmission between control modules and communication processors in industrial environments prone to electromagnetic interference. The cable’s robust design supports long-term use in process control and automation applications.

Technical Specifications

• Cable Length: 10 ft (3.05 m)

• Connector Types: Industrial-grade RJ and D-sub interfaces

• Jacket Material: Premium PVC with EMI shielding

• Shielding: Combined braided and foil shielding for maximum signal integrity

• Rated Voltage: 300 V

• Operating Temperature: -20 °C to +70 °C

• Storage Temperature: -40 °C to +85 °C

• Humidity Range: 5% – 95% (non-condensing)

• Flame Retardancy: UL 94 V-0

• Weight: 1.25 lbs

Key Features

• High signal integrity and resistance to EMI in harsh environments

• Durable construction with reinforced shielding and PVC insulation

• Plug-and-play compatibility with INFI 90 and Symphony platforms

• Compliant with international industrial cabling standards

Applications

• Process control systems: Ensures uninterrupted communication between controllers and communication processors

• Distributed control networks in industrial automation

• Energy, utilities, and chemical plants requiring EMI-resistant cabling

• Oil and gas facilities with high electrical noise environments

Considerations

• Best suited for ABB Bailey INFI 90 and Symphony systems; not recommended for generic networking

• Fixed 10 ft length; longer connections may require repeaters or additional cables

• IP20-rated; install in enclosed environments for optimal protection

FAQ

• Can this cable be used for generic Ethernet networks?
  No, it is optimized specifically for Bailey INFI 90 and Symphony systems with EMI shielding.

• What environments is the cable suitable for?
  Designed for industrial, energy, chemical, and utility environments with potential electromagnetic interference.