An In-Depth Look at Johnson Electric Metasys MS Series

In the rapidly changing landscape of industrial technology, few names resonate as profoundly as Johnson Electric. Since its founding, Johnson Electric has been a worldwide leader in providing cutting-edge solutions for various sectors because of its dedication to innovation and precise engineering. With a long and illustrious history, the corporation has always changed to adapt to the constantly changing needs of the market.

The history of Johnson Electric begins with the creation of tiny motors intended for toys, which set off a bold mission to bring motion into the world. However, the company’s growth trajectory quickened in the early 1980s. The deliberate exploitation of the chances brought up by Mainland China’s reform and opening up. This crucial event resulted in the opening of Johnson Electric’s first production plant in Shajing, Shenzhen, China, which marked a turning point in the company’s history and propelled it into a new stage of rapid expansion. With this calculated move, the strategist showed a deep grasp of emerging markets. After fifteen years of listing on the Hong Kong Stock Exchange, Johnson Electric achieved a noteworthy milestone in 1999. This marked the beginning of a revolutionary era of globalization. The purchase of GATE in Italy brought this strategic goal to fruition. It highlighted the company’s dedication to innovation and adaptation in a changing business environment and reaffirmed its worldwide reach.

Evolution of Johnson Electric

The story of Johnson Electric begins with a visionary quest to bring motion into the world. It was driven by the development of little motors intended for toys. The company’s journey picked up speed in the early 1980s due to its strategic capitalization of the prospects presented by Mainland China’s opening up and reform. This turning point resulted in the founding of Johnson Electric’s first manufacturing facility in Shajing, Shenzhen, China. It was a major turning point in the company’s history. This decision launched the corporation into a new phase of expansion. It showed a keen awareness of growing markets. 1999 was a significant year in the company’s history. Johnson Electric has been listed on the Hong Kong Stock Exchange for fifteen years. It began a revolutionary period of international growth. This strategic initiative came to fruition with the purchase of GATE in Italy. It was a move that strengthened the company’s global reach and demonstrated its dedication to innovation and flexibility in a changing business environment.

Overview of Johnson Electric Metasys MS Series

The Johnson Electric Metasys MS series includes a line of devices developed in Johnson Electric Metasys systems. Numerous NAE / network automation engines are part of the MS series. Network automation engines are Ethernet-based control devices that link IP networks to Johnson Controls Building Automated System connections. The MS line NAE devices can observe and manage other devices in a range of BAS connections. Devices for fire safety, security, lighting, and HVAC systems are among these BAS networks. Some MS family control engines can power Energy management and smoke control applications. Batteries from the MS series may also be deployed to safeguard data on other devices. Internal modems are an optional feature for a number of the network automation engines in the MS series. Numerous network automation engines from the MS series can support multiple network trunks, and most of them have multiple connection ports. RS-232C serial, RS-485 connection, Ethernet, and USB interfaces are among the available ports. The specific networking automation engine model determines the kinds of ports and points that are accessible on a certain MS series NAE. There are two types of network trunks that MS line network automation engines allow: those that handle up to 255 devices and those that can handle up to 100 items. Numerous automation engines of the MS series run with standard voltage ratings of 24V AC when powered by Class 2 power supplies from North America or SELV power supplies from Europe.

Definition and Role of Network Automation Engines (NAE)

Network Automation Engines (NAEs) are internet-based, Ethernet-enabled administrative controllers that link internet protocols and online resources to BAS systems. Schedules, data interchange, trending, alarm, energy and event management, and password security are all offered by NAEs. By utilizing the Launcher program on a desktop or laptop, NAEs allow you to analyze and operate BAS field devices. To access the NAE, utilize the Launcher program.

In order to satisfy the demands of various applications, the NAE Line of network engines provides a scalable range of operational controllers with variable network and field device capabilities.

Available Johnson Controls Metasys MS Series:

The Metasys MS series by Johnson Controls comprises network automation engines (NAE) designed for Building Automation Systems (BAS). These devices monitor and control various components in BAS networks, including HVAC, lighting, security, and fire safety devices. The series offers diverse connection ports and optional internal modems.

MS-BAT1010-0: A 12V sealed lead-acid battery with 1.2Ah capacity, ideal for applications like emergency lighting and security systems. Maintenance-free, compact design, and reliable voltage stability.

MS-BTCVT-1: A Wireless Commissioning Converter facilitating Bluetooth and RS-485 bus connections for efficient data transmission. Operates in a heat range of 0 to 50 degrees Celsius.

MS-DIS1710-0: A local controller display device suitable for various environments, with an operating heat range of 0–50°C and humidity tolerance of 10–90%. Durable for long-term storage.

MS-FEC1611-0: A Field Equipment Controller for HVAC systems featuring a Renesas microcontroller, flash memory, and multiple input/output options. Operates at 24 VAC.

MS-FEC2611-0: A 17-point Field Equipment Controller for HVAC systems without an integral display. Easy access to power, field, and network terminations.

MS-FEC2621-0: A 17-point Field Equipment Controller with an integral LCD and push-button interface supporting various control strategies. Connects to sensors, actuators, valves, dampers, and switches.

MS-IOM1710-0: An Input/Output Module with 16-bit resolution and ±200 mV range for analog input and output in 0-10V DC applications. Supports flexible termination options.

MS-IOM1711-0: A 4-Point Input/Output Module for HVAC systems, supporting BACnet communication protocol and consuming up to 14 VA power.

MS-IOM2711-0: A versatile 6-point Input/Output Module supporting 2 Universal Input, 2 Universal Output, 2 Binary Output, FC Bus, and SA Bus. High-quality relays and a powerful 32-bit microcontroller. MS-IOM2721: An I/O module supporting the SA Bus with flash memory for data storage and retrieval. They are designed for various control applications.

MS-IOM3711-0: An Input/Output Handle Module for handling and monitoring building systems. Features a built-in microprocessor for control programs and communication.

MS-IOM3721-0: An Input/Output Module for industrial automation, operating on 24 VAC and featuring a 32-bit microcontroller with flash memory.

MS-IOM4711-0: An Input/Output Module enhancing system input/output capabilities with a 24V AC supply voltage.

MS-MIG3120-0: A high-capacity system integrator facilitating the integration of controllers in complex Metasys series systems. Configurable with a PC.

MS-N301310-1: A master controller unit for the N2 field bus and Ethernet peer bus, providing access to the building automation system through a graphical user interface or web interface.

MS-NAE3510-1: A Metasys MS Network Automation Engine supporting Ethernet connectivity, USB port, and secure installation with a mounting clip.

MS-NAE3510-2: A versatile network engine for building automation systems, acting as a supervisory controller across multiple network equipment controllers.

MS-NAE3511-1: A Network Automation Engine for monitoring and controlling building automation devices featuring an Ethernet interface and Class 2 power supply.

MS-NAE3511-2: An NAE supporting N2 or BACnet MS/TP trunk, multiple connectivity options, and network automation capabilities for HVAC and lighting systems.

MS-NAE4510-2: An NAE unit for monitoring and controlling building automation and HVAC systems, supporting RS-232-C, USB, and Ethernet ports.

MS-NAE4520-2: An NAE 4520 Controller optimizes HVAC control systems and supports seamless integration with LONWORKS devices.

MS-NAE5510-1: A network automation engine supporting N2 trunks or BACnet RS-485 trunks designed for HVAC equipment.

MS-NAE5510-2: Integral to a complete Johnson Controls Metasys system, this network engine controls and synchronizes Metasys equipment across networks.

MS-NAE5510-3: Enhanced control, monitoring, and automation capabilities for building management systems, serving as a hub for various systems.

MS-NAE5511-0: An HVAC control system board for building automation and control applications operating on a 24 VAC nominal power supply.

MS-NAE5520-1: A Network Automation Engine for building automation systems featuring RS-232-C ports for communication with external devices.

MS-NCE2560-0: An HVAC Network Control Engine delivering advanced control capabilities tailored for HVAC systems, supporting up to 32 MS/TP devices.

MS-NCE2566-0: A powerful network control engine supporting multiple third-party trunks and an MS/TP Bus, providing convenient system access with an integral display.

MS-NCM4510-2: An N2 bus or network control module optimizing control systems with a 192 MHz Renesas SH4 32-bit processor and flash memory capacity of 128 MB flash memory.

MS-VMA1610-0: A controller/actuator for VAV systems with an integrated VAV controller, actuator, and pressure sensor.

MS-VMA1620-0: An advanced modular assembly for HVAC systems, combining a VAV controller, actuator, and pressure sensor.

MS-VMA1620-1: A programmable and integrated VAV controller device for HVAC systems, supporting BACnet MS/TP protocol.

MS-VMA1630-0: A controller with 32-bit resolution, an integrated VAV controller, actuator, pressure sensor, and DPT functionality.

MS-VMA1630-1: A programmable digital controller designed for VAV applications featuring universal inputs and configurable outputs.

MS-VMA1832-0: A modular air controller for cooling applications with reheat and fan control, supporting N2 Open Protocol and BACnet MS/TP Protocol.

Market Impact and Future Trends

The Johnson Electric Metasys MS Series has left a significant imprint on the Building Automation Systems (BAS) market. It provides an extensive range of products to meet various building management requirements. The series, which includes anything from field equipment controllers to network automation engines, offers an integrated solution for HVAC, lighting, security, and more. Because of its adaptability, facilities managers, contractors, and building owners who are looking for a cohesive and effective system have come to favor it. The focus on connection has enhanced the way different building systems are integrated, meeting the needs of smart buildings where smooth communication is crucial. Additionally, the MS Series actively promotes sustainability and energy efficiency. Also, it is satisfying the rising need for environmentally friendly construction materials.

Looking forward, the future of the Johnson Electric Metasys MS Series is likely to be shaped by several key trends. Future directions in the sector are expected to include sophisticated data analytics focused on energy efficiency and predictive maintenance. It is also anticipated that artificial intelligence will be integrated to improve decision-making procedures. The emphasis will also include strengthening cybersecurity protocols to provide better online safety. Additionally, cloud-based solutions for effective remote administration and monitoring will get more attention. In addition, the series may develop to include edge computing for real-time processing, smoothly integrate renewable energy sources, and provide customized solutions for certain vertical markets. Thanks to this forward-thinking approach, the MS Series is positioned at the vanguard of the building automation market, which guarantees its relevance in a constantly changing environment.

Conclusion

In conclusion, the Johnson Electric Metasys MS Series stands as a testament to the company’s visionary journey and strategic expansion. From its origins in developing small motors for toys to becoming a global player in the Building Automation Systems (BAS) market, Johnson Electric has demonstrated adaptability and innovation. This move propelled the company into a phase of unprecedented expansion, demonstrating a keen understanding of emerging markets.

The Metasys MS Series has significantly impacted the BAS market. It comprises a diverse range of devices, from field equipment controllers to network automation engines.  It has integration solutions for HVAC, lighting, security, and more. This has gained favor among facilities managers, contractors, and building owners seeking cohesive and effective systems. Particularly in the context of smart buildings, this series’ emphasis on connectivity has redefined how different building systems are integrated.

Furthermore, the MS Series actively contributes to sustainability and energy efficiency. It is aligning with the growing demand for environmentally friendly construction materials. Looking ahead, the series is poised to embrace key trends in the industry. This includes sophisticated data analytics, integration of artificial intelligence, reinforced cybersecurity protocols, and the adoption of cloud-based solutions for remote administration and monitoring.

The forward-thinking approach of the MS Series positions it at the forefront of the building automation market. As the industry evolves, the series is well-prepared to integrate real-time processing through edge computing, incorporate renewable energy sources, and provide tailored solutions for specific vertical markets. In a constantly changing environment, the Johnson Electric Metasys MS Series remains relevant and also ensures a promising future that is shaped by innovation and responsiveness to emerging trends.

This entry was posted on February 18th, 2024 and is filed under Johnson Electric, PLC, Selection Guide, Technology. Both comments and pings are currently closed.