Mitsubishi ESKA SH2001 PMMA Plastic Optical Fiber | Industrial POF Cable
Mitsubishi ESKA SH2001 PMMA Plastic Optical Fiber | Industrial POF Cable
Mitsubishi ESKA SH1001 Plastic Optical Fiber
Mitsubishi ESKA SH2001-1.25 Plastic Optical Fiber Cable
Mitsubishi ESKA SH2001 (2.2mm) Plastic Optical Fiber
Mitsubishi ESKA SH4001-1.3 Plastic Optical Fiber Cable
Mitsubishi ESKA SH4002 Plastic Optical Fiber

Mitsubishi ESKA SH2001 PMMA Plastic Optical Fiber | Industrial POF Cable

The Mitsubishi ESKA SH2001 PMMA plastic optical fiber is designed for low-loss optical signal transmission in industrial sensing and lighting applications.

As part of the Mitsubishi ESKA plastic optical fiber series, SH2001 offers stable light transmission, high flexibility, and reliable performance, making it suitable for industrial equipment and optical signal delivery systems.


Specification
Download

Key Features of SH2001 PMMA Optical Fiber

  • High-purity PMMA core ensures stable and consistent light transmission

  • Excellent mechanical flexibility for tight routing and compact installations

  • Resistant to vibration, bending stress, and environmental interference

  • Suitable for industrial automation, sensors, and automotive optical systems

  • Long service life with stable optical performance over time

Typical Applications

Industrial Automation

  • PLC signal transmission

  • Optical sensors and photoelectric switches

  • Machine tools and factory automation equipment

Automotive Systems

  • Interior optical signal routing

  • Automotive sensor systems

  • Control and monitoring modules

Optical & Instrumentation Equipment

  • Optical measurement devices

  • Light transmission components

  • Equipment requiring PMMA fiber stability

SH2001 Technical Specifications

ParameterSpecification
Fiber TypePMMA Plastic Optical Fiber
Core MaterialPMMA
Typical Core DiameterSeries-dependent
Transmission StabilityHigh
FlexibilityExcellent
Operating EnvironmentIndustrial / Automotive
InstallationEasy routing and handling

Other Related Models in the SH Series

The SH2001 belongs to a broader PMMA plastic optical fiber series. Depending on system requirements such as diameter, flexibility, or transmission distance, the following related models may also be suitable:

Model list for other models in the Mitsubishi ESKA  SH series

These models are part of the same product family and share similar material characteristics while addressing different system needs.

Compatibility & Replacement Information

SH2001 PMMA optical fiber cables are commonly used as compatible replacements for original manufacturer fibers in industrial and automotive systems. Proper selection should consider core diameter, routing conditions, and optical requirements to ensure optimal performance.

Why Choose SH2001 PMMA Optical Fiber

  • Proven reliability in industrial and automotive environments

  • Stable optical performance with PMMA material

  • Compatible with a wide range of optical components and systems

  • Cost-effective solution for long-term optical signal transmission

Frequently Asked Questions (FAQ)

Is SH2001 compatible with other SH series optical fibers?

Yes. SH2001 is part of the SH PMMA optical fiber series. Related models such as SH1001, SH2001-1.25, SH2002, SH3001, SH4001, and SH6001 share similar material properties and are often selected based on specific system requirements.

Can other SH models be used as alternatives to SH2001?

In many cases, yes. Alternative models within the SH series may be used depending on core diameter, flexibility, and transmission needs. System requirements should always be evaluated before substitution.

What industries commonly use SH2001 PMMA optical fiber?

SH2001 is widely used in industrial automation, automotive systems, optical sensors, and instrumentation where stable and durable plastic optical fiber is required.

Ordering & Customization

SH2001 PMMA plastic optical fiber cables are available in various configurations to meet different application requirements. Custom lengths and specifications can be provided based on project needs.