MOXA IMC-21-S-SC Ethernet Media Converter -

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MOQ : 1 Unit

MOXA IMC-21-S-SC Ethernet Media Converter - Specification

Network
Fast Ethernet

WiFi
No

Connector
SC, RJ45

Type
Ethernet Media Converter

Style
Industrial Modular

Interface Type
1 x 10/100BaseT(X) RJ45 port, 1 x 100BaseFX port (SC connector)

Dimension (L*W*H)
30 x 70 x 115 mm

Color
Black

Weight
180 g

Transmission Rate
10/100 Mbps

Power Supply
12 to 48 VDC, redundant dual inputs

Power Consumption
max. 3.2W

Operating Temperature
-10 to 60 C

Storage Temperature
-40 to 85 C

EMI/EMC Standard
CE, FCC, UL, Class 1 Division 2 certification

Product Model
IMC-21-S-SC

Optical Wavelength
1310 nm

Installation
DIN-rail mounting

Product Series
IMC-21

Fiber Type
Single-mode

Casing
IP30-rated metal housing

Humidity
5 to 95% (non-condensing)

Alarm Contact
1 relay output with current carrying capacity of 1A @ 24VDC

Max Fiber Transmission Distance
up to 40 km

LED Indicators
Power, Fiber link/activity, TP link/activity, Fault

MOXA IMC-21-S-SC Ethernet Media Converter - Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

MOXA IMC-21-S-SC Ethernet Media Converter - About

Discover the MOXA IMC-21-S-SC Ethernet Media Converter, a monumental solution for industrial networking. Benefit from its outstanding stability over transmission distances up to 40 km via single-mode fiber. Its rugged, IP30-rated metal housing and Class 1 Division 2 certification highlight its masterful engineering for demanding conditions. Enjoy favorable reviews on reliability and easy installation thanks to intuitive DIN-rail mounting. Now available at a markdown, get it now to upgrade your network infrastructure with a premium, energy-efficient converter backed by industry-leading certifications for safety and performance.

Versatile Usage and Application Areas

The MOXA IMC-21-S-SC Ethernet Media Converter is tailored for seamless integration into industrial control panels, manufacturing floors, and infrastructure applications. It is ideal where long-distance, reliable data transmission is vital. To use, simply mount the device on a DIN-rail, connect the SC fiber and RJ45 cables, and power up using redundant dual inputs. Its broad operating temperature range makes it suitable for harsh environments and critical communication networks in India and beyond.

Premium Packaging, Certifications, and Sample Policy

Each converter is dispatched with premium packaging designed to ensure optimal protection during transit. The product comes with all necessary sale price documentation and holds prestigious CE, FCC, UL, and Class 1 Division 2 certifications. We offer a reasonable sample policy to allow customers to evaluate performance before large orders. Choose a safe and certified purchase with assurance of rapid delivery and quality-tested components from a reputable supplier, manufacturer, and service provider.

FAQ's of MOXA IMC-21-S-SC Ethernet Media Converter -:

Q: How is the MOXA IMC-21-S-SC Ethernet Media Converter installed?

A: The MOXA IMC-21-S-SC is designed for easy DIN-rail mounting. Simply attach it to the rail, connect your SC fiber and RJ45 Ethernet cables, and provide power through the dual redundant VDC inputs.

Q: What are the main benefits of using this media converter?

A: You gain outstanding data transmission reliability over distances up to 40 km, robust operation in harsh environments, and peace of mind with industrial certifications for safety and performance.

Q: Where can the MOXA IMC-21-S-SC be ideally used?

A: It is ideal for industrial sites such as manufacturing plants, automation systems, control cabinets, and other venues where dependable fiber-to-Ethernet conversion is critical.

Q: When is it recommended to use a single-mode media converter like this one?

A: A single-mode media converter such as the MOXA IMC-21-S-SC is recommended when you need to transmit Ethernet data over very long distances-up to 40 km-while ensuring minimal signal loss.