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GE Fanuc Emerson RX3i PacSystem IC695PMM345

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IC695PMM345

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The IC695PMM345 is a motion controller module within GE Fanuc Emerson's RX3i PacSystem series. This module excels in multi-axis control and supports discrete and synchronous motor control, making it versatile for various applications.

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Technical specifications for IC695PMM345

ManufacturerGE Fanuc Emerson
Product LineRX3i PacSystem
Part NumberIC695PMM345
Weight2.00 lbs (0.91 kg)
Module TypeMotion Controller Module
Multi-Axis ControllerYes
Discrete Motion ControlSupported
Synchronous Motor ControlSupported
Supported Servo TypesAnalog and Digital
Axis Capacity per Backplane40 Axes
Motion Path Planning Rating1 ms
Position Update Rate500 microseconds
Number of Slots Used10
Total Power Used at +5V DC4.5 A (22.5 W)
Total Power Use at +3.3V DC11 A (35.3 W)
Consistent Motion Update RateSupported Regardless of the Number of Axes
Advanced CAM FeaturesIncluded
Distributed ArchitectureYes

The IC695PMM345 module is designed specifically for operation within the GE Fanuc Emerson RX3i PacSystem framework and serves as a robust motion controller. It supports both analog and digital servo types, which allows for a flexible range of applications in discrete motion control and synchronous motor management.

As a multi-axis controller, this module can handle an impressive capacity of up to 40 axes per backplane. This enables complex motion tasks while ensuring accurate path planning, rated at 1 millisecond. In terms of performance, the position update rate reaches 500 microseconds, providing responsive and precise control during operation.

The IC695PMM345 utilizes 10 slots for installation and requires a total power consumption of 4.5 A from the +5V DC supply, equivalent to 22.5 watts. Additionally, its power usage at +3.3V DC is rated at 11 A, translating to 35.3 watts. This motion controller's distributed architecture guarantees a consistent update rate for motion tasks, independent of the number of axes in use. Moreover, advanced CAM features are included, which enhance its capabilities in complex motion planning and execution.