YOKOGAWA VC401-10 Coupler Unit

YOKOGAWA VC401-10 Coupler Unit

YOKOGAWA VC401-10 is automatic overcurrent safety and programmable status monitoring. Network communication is accomplished through the CAN port (J1939 capable) or through the serial communications port, which is a selectable field of RS-232, RS-422 or RS-485 configuration. Typical industrial uses include control of engine-driven pumps and compressors, spreaders, diesel-powered mining equipment, and agricultural, forestry, and marine applications. 8-32VDC input power and a wide operating temperature range (-40~+80°C) are especially helpful for ease of use in off-highway platforms and outdoor applications where extreme ambient temperatures are the norm. and six (6) digital/pressure hose outputs rated at four (4) amps, each with automatic overcurrent safety and programmable condition monitoring.accommodates a variety of heat sources and interfaces with customers’ other industrial controllers. Control cabinets can include LCD displays and switches or touch screens and are UL508A compliant. Systems can be built with up to 12 zones, up to 40 kW and 1000 CFM, 120-480 V, 1-phase or 3-phase electrical requirements.This is accomplished by operating as both a Profibus-DP slave on the Profibus network and a CAN node on the J1939 network. Data is exchanged from either network according to a user-defined configuration, and HMS offers a free Windows-based configuration tool (BWConfig) that allows users to map J1939 parameter (PGN) data to the module’s input and output tables, which can be accessed by the Profibus master over the Profibus-DP network.

YOKOGAWA VC401-10 is a complete control system designed to demonstrate the vulnerability of SCADA and PLC components to safety failures and test new solutions. It makes the impact of safety failures on critical industrial processes easy to grasp and shows how processes can be protected using Tofino Safety Appliances (TSAs).TSSS is an essential tool to help infrastructure operators, vendors, system integrators, government agencies, and researchers improve the safety of industrial control systems (ICS). A typical TSSS demonstration begins by showing how SCADA and industrial control systems operate, using widely deployed PLCs to control production. For applications such as drying, shrinking, preheating substrates, and de-flashing plastic parts, the Malcom Hot Air Process Heating Control System includes programmable PLCs that can be pre-configured for multiple zones of heating, each with independently controlled heaters and/or blowers and redundant safety interlocks. Designed for plug-and-play operation, these hot air process heating control systems include counters, timers, variable airflow rates, recipes, and more; pre-configured and fully tested for customer-specific applications. With its rugged industrial design, the device is designed for a variety of applications and industries. These include use in agriculture, construction, fire and rescue, oil and gas, mining, power generation, motor control, material handling, trucking, mass transit and marine applications. Typical uses include applications in oil and gas production, or on-board applications where the gateway is used as an interface between the J1939 network and Profibus-based industrial PLCs. on-board applications where the gateway is used as an interface between the J1939 network and Profibus-based industrial PLCs. On the Profibus side, the gateway supports Profibus-DP slave functionality with cyclic I/O data transfer, handling up to 244 bytes of input and 244 bytes of output data.