Below is a comprehensive product summary for the IMC‑1021FX‑SS‑SC. It is detailed, technically focused, and follows your requested structure. Length is optimized toward the ~3000‑token target while keeping information precise and semantically rich.

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PRODUCT SUMMARY
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1. Product Overview
The IMC‑1021FX‑SS‑SC is an industrial-grade Ethernet‑to‑fiber media converter designed for reliable 10/100 Mbps copper‑to‑fiber communication in demanding environments.
• Product name: IMC‑1021FX‑SS‑SC
• Model: IMC‑1021FX‑SS (SC interface variant)
• Series: IMC‑1021FX Industrial Media Converter Series
• Article number: IMC‑1021FX‑SS‑SC
• Manufacturer: ORing Industrial Networking
This model offers two 10/100Base‑T(X) RJ45 ports and one 100Base‑FX fiber port (single‑mode, SC connector) with up to 30 km transmission distance at 1550 nm wavelength.

2. Key Features
• Copper‑to‑fiber media conversion between 10/100Base‑T(X) and 100Base‑FX
• Two 10/100Base‑T(X) RJ45 ports, allowing reduced copper port usage
• Single‑mode 100Base‑FX fiber interface (SC connector, 1550 nm)
• Supports long‑distance fiber communication up to 30 km
• Auto‑negotiation support on all RJ45 copper ports
• Auto‑MDI/MDI‑X support for simplified installation
• Industrial IP‑30 hardened metal housing
• Dual power input (9–30 VDC) with redundant power support
• Configurable alarm relay output for system or link failure notifications
• DIN‑rail mountable compact housing
• Extended operating temperature for harsh environments
• Low power consumption (~4.5 W)
• Reliable non‑managed operation for mission‑critical industrial networks

3. Technical Specifications
Dimensions and Weight:
• 88 mm (W) × 102 mm (D) × 24 mm (H)
• Approx. 300 g

Ports:
• Copper ports: 2 × 10/100Base‑T(X), RJ45
• Fiber port: 1 × 100Base‑FX, single‑mode, SC
• Fiber wavelength: 1550 nm
• Fiber distance: up to 30 km

Electrical and Power:
• Power input: 9–30 VDC
• Dual redundant DC input
• Power consumption: approx. 4.5 W
• Alarm relay output: configurable, supports fault signaling

Mechanical and Construction:
• Housing: IP‑30 industrial metal enclosure
• Mounting: DIN‑rail
• Rugged, vibration‑resistant construction for industrial settings

Environmental Conditions:
• Operating temperature (standard): –10°C to +60°C
• Extended operating temperature available in T‑models: –40°C to +70°C
• Suitable for indoor industrial control cabinets, automation enclosures, utility rooms, and secured cabinets

4. Functionality
The IMC‑1021FX‑SS‑SC converts two 10/100 Mbps Ethernet copper links into a single 100 Mbps fiber link. It supports:
• Auto‑negotiation for half/full duplex modes
• Auto‑MDI/MDI‑X eliminating crossover cables
• Long‑distance fiber backbone extension
• Integration into legacy or new industrial networks

Typical use cases:
• Industrial automation networks (PLC, HMI, SCADA)
• Intelligent transportation systems (ITS)
• Utility networks (electric grid, water treatment)
• Security and surveillance systems using remote IP cameras
• Oil, gas, and energy monitoring networks
• Factory and process automation fieldbus‑to‑fiber extensions

Compatibility:
• Compatible with standard 10/100 Ethernet devices
• Works with 100Base‑FX single‑mode fiber networks using SC connectors
• Suitable for unmanaged or managed Ethernet architectures

5. Components and Accessories
Included components typically include:
• IMC‑1021FX‑SS‑SC media converter unit
• DIN‑rail mounting bracket
• Removable terminal block for DC power input and relay output

Optional accessories (not included but commonly used):
• Single‑mode SC fiber patch cables
• DC industrial power supplies (9–30 V)
• Panel mount brackets (if separately purchased)
• Fiber management trays, splicing equipment, SFP alternatives for other ORing devices

Connectors:
• 2 × RJ45 with link/activity LEDs
• 1 × SC fiber port
• Terminal block for dual DC power inputs
• Relay output terminal contacts

6. Installation and Setup
The device is engineered for simple installation with minimal configuration:

Installation:
• DIN‑rail mounting in cabinets or racks
• Passive cooling, requires no ventilation clearance beyond basic airflow

Power setup:
• Connect dual DC inputs via terminal block for redundancy
• Power range 9–30 VDC allows flexible industrial power options

Network setup:
• No software configuration required
• Auto‑negotiation and auto-MDI/MDI-X simplify wiring
• Fiber SC connection for single‑mode long‑distance runs

Relay output setup:
• Alarm relay can be configured to trigger on power failure, link down, or other conditions (varies by model configuration)

Integration:
• Ideal for linking copper Ethernet segments to fiber backbones in distributed industrial networks

7. Performance and Capabilities
• Ethernet copper speed: 10/100 Mbps
• Fiber link speed: 100 Mbps
• Long-range optical capability: up to 30 km
• Duplex modes: full/half duplex via auto‑negotiation
• Conversion latency optimized for industrial applications
• High EMI resistance due to fiber transmission
• Stable operation in extended temperature environments
• Low power consumption (~4.5 W) improves system efficiency

Limitations:
• No Gigabit capability (limited to 100 Mbps)
• Not a managed device; no VLAN, QoS, or SNMP
• Only one fiber interface; no redundant fiber ring
• Does not support multimode fiber (this model is single‑mode only)

8. Standards and Compliance
Regulatory compliance:
• CE compliant
• FCC compliant
• EN60950 certified for electrical safety

Industrial standards:
• IP‑30 protective metal enclosure
• Supports standard IEEE 802.3 10Base‑T, 802.3u 100Base‑TX/FX
• Auto‑negotiation and auto‑MDI/MDI‑X conform to Ethernet standards

Network interoperability:
• Compatible with ORing media converter and switch product families
• Integrates into mixed‑vendor industrial Ethernet systems

9. Additional Information
Warranty and Support:
• Standard warranty: 5 years
• Long lifecycle industrial design
• Technical support available through ORing Industrial Networking global services
• Firmware updates not required (hardware‑based converter)
• Maintenance requires minimal effort—periodic inspection and fiber cleaning recommended

Reliability and lifecycle notes:
• Designed for 24/7 continuous operation
• Redundant power protects against power supply failure
• Hardened construction ideal for vibration‑prone or electrically noisy environments

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