
MotionLinx-Ai Advanced Intelligence Drive Control
MotionLinx-Ai is our EtherCat two zone high speed controller. Designed for a wide variety of applications in the conveying and machine building industries, it can drive two Senergy-Ai or PGD-Ai drives. A maximum of four sensors can also be connected via two M8 Connectors.

No proprietary software is required to use MotionLinx Ai and it follows the specified standard for EtherCAT networking. Connect a master PC/PLC and quickly gain control over every MotionLinx card in the system. Write your own logic via an EtherCAT PLC to control the MotioinLinx-Ai module with the extremely fast and stable EtherCAT network. Preventive maintenance data can also be retrieved from MotionLinx-Ai by SDO data transfer.
Due to its small footprint, MotionLinx-Ai can be easily integrated in virtually all environments. It shares the exact same foot print as ConveyLinx-Ai2 making it perfect for standardization on small or low height conveyor side frames..... even if a protection rating of IP54 is not required.
MotionLinx-Ai opens the world of deterministic high-speed bus control to PULSEROLLER - sharing those network benefits along with the great benefits of the Ai technology.
- 2 zones per module reduces cost and saves time
- Super compact design
- Real-time applications with fast communications
- Automatically reads motor connected for important information
- Connect to an EtherCAT PLC for complete control over MotionLinx Ai
- 4 Pin M8 standard connectors
- Deterministic Networking for motor driven rollers
- Drives All PULSEROLLER-Ai motors
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Card linkAnother link- Reduces Cost and Saves Time
- Super Compact Design
Deterministic Network
Collects Important Information
Robust M8 Connections
CE ETL UL and IP54
Drawings
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ConveyLinx-Ai2 Form ANSI B
Part Number: ConveyLinx-Ai2 Form Factor
Updated: 13-Sep-2022 Format: AutoCAD (.dwg)
Description: ConveyLinx-Ai2 Family Form Factor Module dimensioned drawing - ANSI B size (11 x 17).
Same drawing for ConveyLinx-Ai2, ConveyLinx-Ai2-F, ConveyLinx-Ai2-HPS, ConveyLinx-IO, MotionLinx-Ai2, and MotionLinx-IO -
ConveyLinx-Ai2 Form STEP
Part Number: ConveyLinx-Ai2 Form Factor
Updated: 13-Sep-2022 Format: STEP
Description: ConveyLinx-Ai2 Family Form Factor Module 3D model in STEP format.
Same model for ConveyLinx-Ai2, ConveyLinx-Ai2-F, ConveyLinx-Ai2-HPS, ConveyLinx-IO, MotionLinx-Ai2, and MotionLinx-IO -
MotionLinx IO 4081-0000 ANSI A
Part Number: MotionLinx-Ai2 4081-0000
Updated: 13-Sep-2022 Format: .pdf
Description: MotionLinx-Ai2 Module dimensioned drawing - ANSI A size (LTR).
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Documentation
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MotionLinx Family Users Guide v1
Title: MotionLinx Family Users Guide
Version: V1.0 [Apr 2022]
Description: Complete Users Guide for MotionLinx-Ai and MotionLinx-IO Controllers with instructions to connect to an EtherCAT Master. Document taken direct from the published online content. -
RoHS Declaration of Conformity
Specification: Directive 2015/863/EU (RoHS 3)
Description: Declaration of Conformity for RoHS 3 for ConveyLinx-Ai2, ConveyLinx-IO, MotionLinx-Ai, MotionLinx-IO and EQube-Ai.
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Firmware
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(Current) MotionLinx 2-6
Title: MotionLinx Firmware
Version: V2.6 CURRENT VERSION
Release: Feb-2021
Description: Firmware for both MotionLinx-Ai and MotionLinx-IO modules. -
(Current) MotionLinx 3-3
Title: MotionLinx Firmware
Version: V3.3 CURRENT VERSION for Atmel CPUs
Release: Aug-2022
Description: Supports ONLY Atmel CPU based modules. Firmware for both MotionLinx-Ai and MotionLinx-IO modules. -
(Current) MotionLinx Legacy 3-3
Title: MotionLinx Firmware
Version: Legacy V3.3 CURRENT VERSION for MK52 CPUs
Release: Aug-2022
Description: Supports ONLY MK52 CPU based modules. Firmware for both MotionLinx-Ai and MotionLinx-IO modules. -
MotionLinx 2-3
Title: MotionLinx Firmware
Version: V2.3
Release: Aug-2020
Description: Firmware for both MotionLinx-Ai and MotionLinx-IO modules. -
MotionLinx 2-6
Title: MotionLinx Firmware
Version: V2.6
Release: Feb-2021
Description: Firmware for both MotionLinx-Ai and MotionLinx-IO modules.
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PLC Connectivity
Reduces Time and Cost:
With robust M8 connectors, it is truly plug and play. A single network wire is connected to the most upstream module, and you gain complete and full access to every module downstream via a daisy chained network.
Uses a Deterministic Network
Deterministic networks aim to migrate time-critical high-reliability industrial control to packet-based networks and in particular, Internet Protocol (IP). Deterministic networks are great for industrial machines with time critical data which can boost production rates by using real time data. In applications where even a millisecond could be the difference between hundreds or thousands of dollars, it's clear why you'd choose a deterministic network over others.
Compactly Designed:
You can fit it in spaces never before right on the machine. More efficient use of space gives you plenty of room for other necessary components.
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