Product Introduction
The GE IC695PBM300 is a robust Fieldbus Master Module designed for the PACSystems RX3i automation platform. This module enables the PACSystems RX3i controller to act as a master on compatible fieldbus networks, providing centralized communication and control over distributed field devices. By managing Fieldbus communication and data exchange, the IC695PBM300 allows integration of smart I/O, drives, sensors, and actuators into wider industrial networks.
Built for industrial reliability, this module supports high‑speed data exchange and deterministic performance required for modern process automation, packaging, material handling, and energy applications. Its modular design and seamless backplane integration enable flexible system architectures and scalable communication topologies.
Technical Specifications
| Parameter | Specification |
|---|
| Manufacturer | GE (General Electric) |
| Model Number | IC695PBM300 |
| Product Type | Fieldbus Master Module |
| Platform Compatibility | PACSystems RX3i Controllers |
| Fieldbus Protocol | Standard fieldbus master support (protocol‑specific options) |
| Communication Interface | Backplane interface + fieldbus network connector |
| Supported Speeds | High‑speed fieldbus rates (per protocol specification) |
| Mounting | RX3i backplane I/O slot |
| Operating Voltage | +5 V DC (backplane powered) |
| Operating Temperature | 0 °C to +60 °C |
| Storage Temperature | –20 °C to +70 °C |
| Indicators | Status LEDs for network, activity, and fault conditions |
| Application | Fieldbus communication and master control in distributed systems |
Industrial Applications
The IC695PBM300 Fieldbus Master Module is ideal for automation systems requiring coordinated control of distributed field devices:
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Factory automation with fieldbus instrument networks
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Process control systems with intelligent sensors and actuators
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Material handling and packaging applications
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Energy and utility infrastructure control
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Drive systems and motor control networks
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Oil and gas field automation systems
By acting as the communication master, this module manages fieldbus traffic and data exchange in real time, allowing efficient control system operation.
Advantages
Centralized Fieldbus Control
Enables PACSystems RX3i to function as a master in fieldbus networks, coordinating communication and I/O interactions.
Deterministic Communication
Supports real‑time data exchange for precise automation tasks and higher control fidelity.
Seamless Integration with RX3i
Designed for direct installation on the RX3i backplane, simplifying system design and reducing engineering effort.
Diagnostic Indicators
Integrated status LEDs offer real‑time visibility into network operation, activity, and fault conditions.
Industrial‑Grade Construction
Built for continuous operation in harsh industrial environments, including temperature fluctuations and vibration.
Technical FAQs
1. What is the primary purpose of the IC695PBM300?
It enables the RX3i controller to act as a master on supported fieldbus networks and manage communication with field devices.
2. What automation platform does it support?
It is compatible with PACSystems RX3i controllers.
3. How is this module powered?
It is powered by the backplane’s +5 V DC supply.
4. How is the module mounted?
It installs into an RX3i backplane I/O slot.
5. What indicators are provided?
Status LEDs indicate network status, activity, and faults.
6. Does this module support high‑speed communication?
Yes, fieldbus speeds depend on the specific protocol but are designed for high‑speed industrial use.
7. Can it reduce cabling complexity?
Yes, by centralizing field communication on a fieldbus network, it simplifies device wiring.
8. What industries commonly use this module?
Manufacturing, process control, energy infrastructure, and material handling systems.
9. Is this module suitable for continuous operation?
Yes, it is engineered for 24/7 industrial environments.
10. Does it support multiple fieldbus devices?
Yes, it manages communication with multiple fieldbus devices as permitted by network design and protocol.
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