ABB NTCF01 Termination Unit - Optic to Optic

ABB NTCF01 Termination Unit - Optic to Optic

Features

High-efficiency and stable conversion: it can achieve lossless conversion of optical signals, ensure the quality and stability of signal transmission, reduce signal attenuation and distortion, and ensure the reliability of communication.

Excellent optical performance: it has excellent optical performance such as low insertion loss and high return loss, which can effectively improve the transmission efficiency and distance of optical signals and adapt to the needs of long-distance optical fibre communication.

Strong compatibility: It supports a variety of optical fibre types and optical signal protocols, and can be seamlessly connected with optical communication equipment of different manufacturers and specifications, with good versatility and compatibility.

High reliability: adopting high-quality optical components and reliable manufacturing process, it has strong anti-interference ability and environmental adaptability, and can operate stably for a long time under the harsh industrial environment.

Technical Parameters

Optical input interface: Usually adopts standard optical fiber interface, such as LC, SC, etc., which can support single-mode or multi-mode optical fibers, and the optical wavelength range is generally between 850nm and 1550nm, in order to adapt to different optical communication systems.

Optical output interface: similar to the input interface, it is generally a common standard optical interface to ensure a good connection with the subsequent optical equipment.

Insertion Loss: Generally low, usually below 0.5dB, which means that the optical signal loses less energy when passing through the terminal unit, ensuring the signal strength and quality.

Return loss: usually high, usually more than 30dB, high return loss can reduce the impact of reflected light on signal transmission, improve signal transmission efficiency and stability.

Application Scenario

Industrial automation communication network: in large-scale industrial automation system, it is used to connect the optical fiber communication links between different areas or different equipments, realize the transfer and distribution of optical signals, and ensure the high-speed and stable communication between various equipments, such as the optical communication between PLCs, sensors, actuators and other equipments in the automation production line.

Power system communication: in substations, power plants and other power places, it can be used for the expansion and optimisation of optical communication network, converting and connecting optical signals of different equipment or different communication lines, improving the reliability and flexibility of power system communication, and realising remote monitoring, protection and control of power equipment.

Intelligent Transportation System: In traffic signal control, highway monitoring and other systems, it is used to connect the optical fiber communication network between traffic equipment and monitoring centre to achieve flexible transfer and distribution of optical signals, ensure real-time transmission and remote control of traffic data, and improve the efficiency and safety of traffic management.

Data Centre Optical Network: In large-scale data centres, as an important part of optical network, it is used to connect optical links between different servers, storage devices and network devices, to achieve efficient conversion and transmission of optical signals, and to improve the network performance and data transmission speed of data centres.

OTHER INFORMATION

• The operator panel is designed for stationary installation on a planar surface, where the following conditions are fulfilled: 

– no high explosive risks 

– no strong magnetic fields 

– no direct sunlight 

– no large, sudden temperature changes 

• Install the operator panel according to the accompanying installation instructions. 

• Ground the operator panel according to the accompanying installation instructions. 

• Only qualified personnel may install the operator panel. 

• Separate the high voltage, signal and supply cables. 

• Make sure that the voltage and polarity of the power source is correct before connecting the operator panel to the power outlet. 

• Peripheral equipment must be appropriate for the application and location. 

• In a Zone 2 environment, this equipment shall be installed in an enclosure that provides a degree of protection not less than IP 54 or greater than IP 65 in accordance with IEC/EN 600079-0. The IP rating of the equipment is limited to the IP rating of the enclosure it is to be installed into. 

• In a Zone 22 environment, this equipment shall be installed in an enclosure that provides a degree of protection not less than IP 64 or greater than IP 65 in accordance with IEC/EN 600079-0. The IP rating of the equipment is limited to the IP rating of the enclosure it is to be installed into.