MS-IOM3711-0

The MS-IOM3711-0, developed by Johnson Controls, stands as a pivotal input/output control module (IOM) within the Metasys system, adeptly facilitating seamless field control operations. Housing a comprehensive ensemble of 12 I/O points, the module is divided into four universal inputs (UI), four universal outputs (UO), and four binary outputs (BO), all poised to meticulously monitor, manipulate, and relay diverse analog and digital signals. These universal inputs accommodate a wide gamut of signals, including voltage, current, temperature, and contact closure, while the versatile outputs encompass an array of analog and digital operations such as relays, solenoids, and valve actuators. Operating cohesively within the Metasys framework, the IOM module offers two vital roles: bolstering the point count of Advanced Application Field Equipment Controllers (FAC), Field Equipment Controllers (FEC), or VAV Modular Assembly (VMA) controllers via the Sensor/Actuator (SA) Bus, and assuming the mantle of I/O point multiplexors on the Field Controller (FC) Bus. With a steadfast commitment to interoperability, the module adheres to the BACnet® Protocol, harmonizing with diverse Building Automation System (BAS) products, while its uniform hardware and software platform streamline installation, control, commissioning, and troubleshooting efforts. Incorporating 32-bit microprocessor excellence, it assures optimal performance and BACnet Automatic Discovery seamlessly integrates it into the Metasys ecosystem. Armed with an integral end-of-line (EOL) switch, a pluggable communications bus, and wireless capabilities, this IOM model embodies versatility, intelligence, and technical prowess, fittingly aligning with the multifaceted demands of modern industrial automation. This module has a memory of 512 kB of flash memory and 128 kb of RAM. Both the analog input and output are in 16-bit resolution. The dimensions (Height x Width x Depth) include 150 x 190 x 53 mm including terminals and mounting clips, with a total weight of 0.5 kg.