Industrial 2-Port Optical Bypass Switch with 4 × LC Duplex Connectors

CN-OB Series

Availability: Worldwide

PDF Datasheet: en  
pdfManual

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REDUNDANT

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DIN Rail

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-20 º to +75

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2 DUPLEX

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2 DUPLEX

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WARRANTY

The ComNet CN-OB(M,S) external bypass switches for 100M/1G/10G fiber optic networks protect the network from failures and ensure network integrity during power loss. Each of these fiber optical bypass switches includes Network ports and Monitor ports. The Network ports are used for connection to main-network connections and provide protection mechanism, and the Monitor ports are used for down-link local networking device. When the power is on, the operation mode of the Bypass switch is set to Normal, and the local networking device is connected with main-network. When power failure occurs, the Bypass switch is swiftly set to bypass mode to isolate the mainnetwork from the local networking device.

Features

  • Support 100M/1G/10G optical bypass function of 2 port duplex or 4 port simplex fiber connection
  • Different models supported for multi-mode or single-mode optical fiber
  • Low insertions loss
  • Throughput not affected and no extra delay
  • Bypass switching time < 10ms
  • Dual wide-range power inputs: 12~48VDC
  • Relay output for power failure warning
  • Rigid IP-30 housing design
  • Designed for surface, wall, or DIN rail mount installation.
  • Electrical port supports both auto-negotiation of data speeds and automatic MDI/MDI-X crossover for full and half-duplex operation.

Application Diagram(s) (1)

Application Diagram(s) for CN-OB Series

Ordering Information

Part NumberDescription
CN-OBMIndustrial 2-port bypass switch for fiber optical network with 4 × LC duplex, Multimode, LC connector
CN-OBSIndustrial 2-port bypass switch for fiber optical network with 4 × LC duplex, Single mode, LC connector

The power supplies provided with ComNet products are designed for benign 0 º to 50 ºC applications. Hardened power supplies are available; consult the factory to select the right power supply for your application.