ABB INNIS11 Network Interface Module
General info
Manufacture | ABB |
Item No | INNIS11 |
Article number | INNIS11 |
Series | BAILEY INFI 90 |
Origin | Sweden |
Dimension | 73*233*212(mm) |
Weight | 0.5kg |
Customs Tariff Number | 85389091 |
Type |
Network Interface Module
|
Detailed data
ABB INNIS11 Network Interface Module
ABB INNIS11 is a network interface module designed for ABB's Infi 90 distributed control system (DCS). It provides a key interface for communication between different system components, facilitating data exchange between the control system and external networks or devices. INNIS11 is particularly useful in environments where seamless integration and communication are required for efficient system operation.
INNIS11 enables communication between the Infi 90 DCS and external networks or devices, ensuring efficient and reliable data exchange. It supports communication with other control systems, field devices, and monitoring systems, and is an essential component of an integrated automation environment.
The module supports high-speed communication, allowing real-time data transmission between devices and control systems.
It plays an important role in facilitating time-critical operations in industrial automation and control processes. INNIS11 supports multiple industrial communication protocols such as Ethernet, Modbus, Profibus, or other proprietary protocols. This flexibility ensures compatibility with a wide range of devices and systems in various industries.
Frequently asked questions about the product are as follows:
-What is the ABB INNIS11 network interface module?
INNIS11 is a network interface module used in the Infi 90 DCS to enable communication between the control system and external networks or devices. It supports a variety of industrial communication protocols for data exchange.
-What protocols does INNIS11 support?
INNIS11 supports a variety of communication protocols, including Ethernet, Modbus, Profibus, etc.
-Does INNIS11 support redundant network configuration?
INNIS11 can be configured as a redundant network setup, ensuring high availability and fault tolerance in mission-critical applications by allowing automatic failover in the event of a failure.