Enterprise Product Overview & Architecture
Comprehensive Protection & Deployment Scalability
Procuring through KYS Infotech ensures your organization receives verified, enterprise-grade licensing, direct OEM deployment support, and dedicated architectural consultation. Designed for modern corporate infrastructure, Moxa IMC-21-M-SC Industrial Ethernet to Fiber Converter – 2km Multi-Mode SC, LFPT, DIN-Rail delivers unmatched performance, robust threat mitigation, and seamless regulatory compliance.
Moxa IMC-21-M-SC Industrial Ethernet-to-Fiber Media Converter
The Moxa IMC-21-M-SC is a compact and reliable industrial Ethernet media converter.
It seamlessly bridges 10/100BaseT(X) copper Ethernet connections to 100BaseFX multi-mode fiber networks.
This device is ideal for connecting PLCs, HMIs, sensors, and other Ethernet-based devices to fiber infrastructure.
Reliable Ethernet-to-Fiber Connectivity
In industrial environments, network stability is critical.
The Moxa IMC-21-M-SC delivers consistent performance, even in harsh operating conditions.
Its rugged plastic housing ensures durability in demanding locations such as factories, utilities, and transportation systems.
With its multi-mode SC fiber connector, this converter supports transmission distances of up to 2 km.
This makes it perfect for short to medium-range industrial applications without the cost of long-range solutions.
Enhanced Network Reliability with LFPT
The Moxa IMC-21-M-SC includes Link Fault Pass-Through (LFPT) technology.
LFPT detects link failures instantly, ensuring quick response to network issues.
This feature improves uptime and prevents undetected network failures in mission-critical environments.
Flexible Configuration Options
For easy setup, the device provides DIP switch configuration.
You can select full or half-duplex mode, 10/100 Mbps speed, or auto-negotiation.
This flexibility helps adapt the converter to different industrial network requirements.
Space-Saving Design and Easy Installation
Measuring only 30 x 115 x 70 mm, the IMC-21-M-SC fits into space-limited environments.
It supports DIN-rail mounting, making it ideal for control cabinets or electrical panels.
The design ensures quick and clean installation in any industrial networking setup.
Wide Operating Temperature Range
This industrial fiber converter operates from -10°C to 60°C.
It maintains consistent performance in cold storage facilities, hot factory floors, and outdoor enclosures.
Such a wide range makes it suitable for varied industrial environments.
Energy Efficiency and Long-Term Reliability
The Moxa IMC-21-M-SC consumes very little power—only 250 mA at 12-48 VDC.
Low power usage reduces operational costs and supports energy efficiency goals.
Its MTBF of 335,000 hours ensures long-term stability.
With fewer failures, you reduce downtime and maintenance costs.
Certified for Industrial Standards
The device carries CE and FCC certifications.
This confirms compliance with strict safety and electromagnetic compatibility standards.
It also comes with a 5-year warranty, offering extra confidence in critical deployments.
Ideal for Multiple Industrial Applications
The Moxa IMC-21-M-SC is designed for:
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Factory automation – connecting control systems over fiber
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Power utilities – ensuring long-distance stable communications
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Transportation systems – linking field devices to central control
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Oil and gas – operating in rugged, hazardous locations
Key Benefits at a Glance
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Converts 10/100BaseT(X) to 100BaseFX multi-mode SC fiber
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Supports up to 2 km transmission distance
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Rugged, compact DIN-rail mountable design
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Operates in -10°C to 60°C temperature range
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LFPT for instant link failure detection
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Low power consumption and high MTBF for reliability
Conclusion
The Moxa IMC-21-M-SC Industrial Media Converter offers a robust and scalable solution for Ethernet-to-fiber conversion.
It ensures cost-effective network extension, high reliability, and long service life.
With flexible configuration, industrial certifications, and excellent durability, it’s an ideal choice for improving industrial connectivity and performance.
