Specializes in DeviceNet - master communication. It adheres to the DeviceNet protocol standards, allowing it to manage and communicate with multiple slave devices effectively. This includes handling the data transfer, addressing, and network management aspects as defined by the DeviceNet protocol. The card's design ensures compliance with the protocol's requirements for master devices, such as proper arbitration in the network and timely response to slave requests.

Physical Dimensions: With approximate dimensions that are suitable for an ISA form factor, it can be easily installed into standard ISA slots in industrial PCs. Although the exact values might not be publicly disclosed in all sources, its size is engineered to fit within the constraints of typical industrial computer cases while still providing reliable connectivity.

Power Requirements: Operates on the standard power supply available for ISA cards in industrial PCs. While specific power consumption details like voltage and current draw are not always elaborated in the given sources, it is designed to be compatible with the common power ranges provided by ISA slots, ensuring seamless operation without overloading the system's power supply.

Integrated Memory: It is expected to have sufficient internal memory for buffering data during communication with DeviceNet slave devices. Although the exact capacity might not be specified, this memory is crucial for handling the data transfer requirements between the PC and the DeviceNet network. It can store incoming and outgoing data packets, ensuring smooth and continuous communication even during peak network traffic.

Connector and Interface: Connects to the PC via a standard ISA interface, ensuring straightforward installation. On the DeviceNet connection side, the connectors are designed to meet the physical and electrical requirements of DeviceNet networks. This allows for proper cabling and connection to slave devices, ensuring reliable data transmission.

Certification: While specific certification details are not always provided in the available information, as a Hilscher product for industrial use, it is likely to meet relevant industry - standard certifications. These certifications ensure compliance with safety, electromagnetic compatibility, and other requirements for use in industrial control equipment, giving users confidence in its reliability and safety in industrial environments.

Data Exchange: The card is equipped with its own communication processor to handle DeviceNet communication tasks. This relieves the PC's main processor from the burden of low - level fieldbus communication, resulting in more efficient data exchange between the PC and the DeviceNet network. The dual - port memory of the card serves as a process image that can be accessed from both the PC and the DeviceNet side. This enables real - time data transfer, ensuring that the PC can quickly receive and send data to the connected slave devices.

Diagnostic Capabilities: Equipped with diagnostic features, although the exact details might not be fully elaborated. It is likely to have some form of status indication, such as LED lights, to show the operational condition of the CIF 30 - DNM and the communication activities on the DeviceNet interface. This allows for easy troubleshooting and monitoring of the card's performance in an industrial network. Additionally, it may support some form of error reporting to help identify and resolve issues promptly.

Software Compatibility: Comes with a universal CIF device driver and likely a function library (similar to other CIF series products). The Sycon system configurator, which is commonly used in Hilscher products, enables the uniform configuration of the communication relationship between the DeviceNet slave devices and the PC. This simplifies the setup process and allows for easy customization of the network parameters. Compatibility with various operating systems used in industrial PCs is also expected, ensuring seamless integration with different software environments.

Mounting: Installs into a standard ISA slot on a PC motherboard. The installation process is designed to be straightforward, and with the provided drivers and configuration tools, it can be quickly set up to work with DeviceNet networks. Users can easily insert the card into the appropriate slot and then use the provided software to configure the card for their specific network requirements.

Environmental Compatibility: While specific environmental parameters are not always detailed, as an industrial - grade product, it is designed to operate in a wide range of industrial environments. It can withstand typical industrial temperatures, humidity levels, and electromagnetic interference. However, for optimal performance and to ensure long - term reliability, it is recommended to follow the manufacturer's guidelines regarding environmental conditions.