MTL 8937-HN Honeywell Fiber Optic Extender Module - Image 1

MTL 8937-HN Honeywell Fiber Optic Extender Module - Image 2

MTL 8937-HN Honeywell Fiber Optic Extender Module

MTL 8937-HN Honeywell Fiber Optic Extender Module

Technical Specifications

- Transmission Performance
  - It supports data rates of 10 Mbps and 100 Mbps to meet the data transmission needs of different industrial scenarios.
  - It adopts single – mode optical fiber for signal transmission, and the maximum transmission distance can reach up to 40 kilometers. Some models are marked with a maximum transmission distance of 10 kilometers, which can be selected according to actual engineering requirements.
- Power Supply Parameters
  - Most versions adopt a 20V – 30V DC power supply, with a maximum current consumption ranging from 74 mA to 85 mA. There are also individual models recorded as using a 5V DC power supply and a small number of versions with a 12V – 48V DC power supply, with a maximum current consumption of 50 mA.
  - The maximum power consumption is less than 1 watt, which shows excellent energy – saving performance.
- Environmental Adaptability
  - Different versions have slightly different operating temperature ranges. One version can work within the range of – 40°C to 85°C, and another common version can operate stably within – 20°C to 70°C.
  - It has an IP30 protection rating and meets the Ex na IIC T4 GC explosion – proof standard with a T5 temperature code, which is applicable to hazardous industrial environments.

Category: Others

Description

- Physical and Interface Specifications
  - Its dimensions vary slightly by model. Common sizes include 100mm x 70mm x 25mm and 70mm x 30mm x 15mm, and the weight is about 0.3 kg, with some records showing a weight of around 0.5 kg.
  - The connector types cover SC/APC and LC types, and it is equipped with redundant composite cable interfaces to realize I/O link connections.
Functional Features
- Reliable Long – distance Transmission
  - It relies on single – mode optical fiber for transmission, and can transmit signals over distances up to 40 kilometers while maintaining stable data rates. This function solves the problem of short – distance limitations of traditional wired communication in large – scale industrial sites and realizes the connection between remote I/O modules and central controllers.
  - The fiber optic isolation technology it adopts can effectively avoid interference from electrical noise and transient voltage, ensuring the accuracy and integrity of data in complex industrial electromagnetic environments.
- Strong Compatibility and Expansion
  - It can work seamlessly with Honeywell’s S8 C300 controller and Series 8 I/O modules. It extends the I/O link capability of the controller outside the cabinet, which provides sufficient expansion space for the expansion of the industrial control system scale.
  - It can be seamlessly connected with PLC, DCS and SCADA and other common industrial control systems, which is convenient for integration into existing industrial automation networks without large – scale transformation of the original system.
- Redundant Design for Stable Operation
  - It is equipped with redundant composite cable interfaces for I/O link connections. When one interface fails, the standby interface can immediately take over the work, which prevents communication interruptions caused by single – point failures and greatly improves the reliability of the system.
- Easy Installation and Deployment
  - It has a compact and lightweight structure, which is very suitable for installation in space – limited control cabinets or equipment racks.
  - It is equipped with SC/APC or LC standard connectors, which are easy to plug and unplug during installation and maintenance, and can reduce the difficulty and time cost of on – site construction.
Application Scenarios
- Petrochemical and Natural Gas Industry
  - It is widely used in offshore oil platforms and on – shore petrochemical plants. It connects the remote I/O modules that collect parameters such as pipeline pressure, medium temperature and flow with the central DCS system. Its explosion – proof performance and long – distance transmission capability ensure the safe and real – time transmission of data in hazardous areas.
- Power System
  - In thermal power plants, hydropower stations and large – scale substations, it is used to extend the communication link between the S8 C300 controller and the remote I/O modules. It transmits data such as generator set operating parameters and power grid load status over long distances, which provides data support for the stable operation and dispatching of the power grid.
- Large – scale Manufacturing Factories
  - In automobile manufacturing, electronic component processing and other large – scale production bases, it realizes the connection between the central control room and the I/O modules on each distributed production line. It can transmit equipment operation status and production process data in real time, which helps managers monitor the whole production process uniformly.
- Transportation and Infrastructure
  - It is applied to railway signal systems and highway traffic monitoring systems. It connects the remote sensors and I/O modules along the line with the central control center. It ensures the stable transmission of signal data over long distances, which guarantees the normal operation of transportation scheduling and safety monitoring work.
- Water Treatment and Environmental Protection Projects
  - In large – scale sewage treatment plants and water supply networks, it is used to connect the I/O modules of water quality sensors, water level monitors and other equipment distributed in various regions with the central control system. It realizes the remote monitoring of the whole process of water treatment, and ensures the stability of water treatment processes and the compliance of water quality.

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