OPTICAL FIBER CABLES
LH2001 Mitsubishi ESKA POF Data Cable for Point-to-Point Optical Links
LH2001 LH4001-1.3 LH4001 jacketed PMMA plastic optical fiber data cable for EMI-immune point-to-point links. Large-core, easy-to-terminate POF for industrial and consumer networks.
LH2001 Mitsubishi ESKA POF Data Cable for Point-to-Point Optical Links
The LH2001 LH4001-1.3 LH4001 POF data cable from Mitsubishi is a jacketed plastic optical fiber built for reliable point-to-point data transfer where copper is too noisy or fragile.
Because the optical path is non-conductive, the LH2001 LH4001-1.3 LH4001 provides electrical isolation between connected equipment and can be routed past motors, drives and power wiring without picking up noise.
Key Characteristics
- Suitable for short-reach, high-availability links in equipment and building networks
- Light weight with good flexibility and vibration resistance for moving machinery
- Large polymer core tolerates modest alignment, so termination is fast without high-precision cleaving
- Simpler, lower-cost tooling than glass fiber — no fusion splicer required
- No electrical continuity between nodes, providing galvanic isolation and spark-free links
- Low system cost with visible-red/650 nm transceivers and easy fault tracing
- Tough PE/PVC jacket resists abrasion and handles repeated flexing
- Immune to electromagnetic and radio-frequency interference from motors, drives and inverters
Typical Applications
The LH2001 LH4001-1.3 LH4001 is commonly used for industrial point-to-point links between PLCs, drives, sensors and controllers, factory automation and equipment where EMI from motors and inverters is present, and short-range consumer and appliance data networks. The result is a reliable, repeatable build that tolerates the routing, vibration and repeated handling typical of production installations.
Frequently Asked Questions
Q: Why choose POF instead of copper for data? A: POF provides complete electrical isolation and is immune to EMI, so links remain stable near variable-frequency drives and motors without grounding or shielding concerns.
Q: Can it be used in moving equipment? A: Yes. The polymer core and flexible jacket resist vibration and repeated flexing better than glass, making it suitable for machinery and light-motion applications.
Q: Is POF data cable hard to terminate? A: No. Its large core tolerates alignment, and simple cutting/crimping tools are used — no laser safety training or fusion splicer is required.
Q: What distance and bandwidth does POF data cable support? A: Plastic optical fiber is aimed at short-range links (typically within a room, cabinet or machine). Exact bandwidth/length follows the grade (e.g. SH/GH/LH/MH series) and the transceiver wavelength; consult the grade specification for your bit rate.
Find related POF cables, connectors and patch cords at www.tocpfibercable.com.
