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PACSystems RX3i / MOTION CONTROL
GE IC694DSM324-BE
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Four-axis digital servo control with fiber-optic amplifier communication.
IC694DSM324 is a PACSystems RX3i multi-axis motion controller for Beta i Series digital servo amplifiers. It supports up to four digital axes, electronic CAM, velocity feed-forward, encoder feedback and local high-speed I/O.
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| AXIS CONTROL Up to four digital servo axes with configurable axis modes. |
AMPLIFIER LINK FSSB optical fiber to compatible Beta i Series digital servos. |
MOTION TOOLS Electronic CAM, velocity feed-forward, encoder feedback and recipe-style command parameters. |
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AMIKON LIMITED / DIRECT INQUIRY
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| 01 · 7 DAYS Please contact us within 7 days after receipt if a question occurs. |
02 · CONDITION Returned items should remain in original condition with the reason stated. |
03 · SHIPPING Return shipping costs are the buyer's responsibility. |
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Why would IC694DSM324-BE be selected instead of a standard RX3i I/O module?
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IC694DSM324 is a dedicated multi-axis motion controller rather than a conventional discrete I/O module. It provides four-axis digital servo control through the FSSB fiber-optic interface. |
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How many motion axes can IC694DSM324-BE control?
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The module supports simple 1-, 2-, 3- or 4-axis motion programs. Axis configuration can use digital servo and auxiliary-axis combinations according to the configured motion architecture. |
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What makes the IC694DSM324-BE drive interface important during replacement?
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The DSM324 uses a fiber-optic FSSB interface to compatible Beta i Series digital servo amplifiers. The interface supports up to 100 m between amplifiers, with a total fiber length of up to 400 m in the stated architecture. |
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What programming capacity does IC694DSM324-BE provide?
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The motion controller provides non-volatile storage for 10 motion programs and 40 subroutines, with 15 KB of user program memory. Electronic CAM and velocity feed-forward are also supported. |
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Which wiring and grounding details should be checked for IC694DSM324-BE?
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The module uses dedicated 5 VDC and 24 VDC I/O connectors, an RJ-11 COMM connector for firmware updates and an FSSB optical-fiber connection. The module must be connected to frame ground; the stated system grounding resistance is 100 ohms or less. |
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