ACM 9 Communication Module
Connect as many as four ARE i9 read points to a production network through one compact communication module. ACM 9 supports EtherCAT, EtherNet/IP, PROFINET, and serial configurations, with LF and HF readers allowed on the same module.
- Up to 4 readers
- LF and HF together
- IP65
RFID-to-PLC Integration for Up to Four Read Points
ACM 9 sits between ARE i9 readers and the machine-control network. It supplies power and communication to the connected readers while consolidating their data through the selected industrial interface.
- Four reader connections — use one module for as many as four ARE i9 readers.
- Mixed-frequency systems — combine LF and HF reader heads on the same ACM 9 when the process uses more than one tag technology.
- Control-network choice — select EtherCAT, EtherNet/IP, PROFINET, or serial for the controls architecture already in place.
- Compact installation — a DIN-rail adapter is available for cabinet and machine integration.
- Simpler service replacement — the reader and communication layers remain separate, so a read point can be serviced without redesigning the network connection.
Built for Multi-Reader Machine Integration
Use one network endpoint to coordinate several compact RFID readers without locking every station to the same frequency.
- Multiplexed Connect up to four ARE i9 readers to one communication module.
- Protocol Choice Order the interface that matches EtherCAT, EtherNet/IP, PROFINET, or serial controls.
- Mixed LF + HF Combine low-frequency and high-frequency ARE i9 readers on one module.
- 24 V DC Fits the power architecture commonly used inside industrial machines and control cabinets.
- IP65 Housing Protected against dust and water jets when installed according to AEG ID requirements.
- DIN-Rail Option An available adapter provides a familiar mounting method for industrial enclosures.
ACM 9 Specifications
Pair ACM 9 with Readers and Industrial Tags
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Stationary ReaderARE i9 Compact Reader
- LF/HF
- IP67
Extremely compact stationary reader that mounts directly on metal, no standoff bracket required. LF and HF variants.
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Production & LogisticsDisc Transponders
- LF/HF
- IP67
Flat disc transponder that mounts on boxes, pallets, carriers, and tooling in four sizes, from 13 mm to 50 mm, for production control and logistics in harsh environments.
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Keg & ContainerKeg Transponder
- LF
- IP67
ID 700 LF transponder optimized for direct mounting on stainless kegs and containers through a qualified micro-welded mounting ring.
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Common ACM 9 Questions
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How do you connect fixed RFID readers to a PLC?
Use an industrial RFID communication module between the reader heads and controller. ACM 9 supplies and coordinates up to four ARE i9 readers, then exposes their data through EtherCAT, EtherNet/IP, PROFINET, or serial communication for the machine controls.
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How many ARE i9 readers can one ACM 9 support?
One ACM 9 supports up to four ARE i9 readers. The connected readers can be distributed across separate read points on the same machine or process.
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Can LF and HF readers share one ACM 9?
Yes. AEG ID specifies that LF and HF ARE i9 readers can be mixed on the same ACM 9 communication module.
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Which industrial network protocols are available?
ACM 9 is offered with EtherCAT, EtherNet/IP, PROFINET, or serial communication. Select the version that matches the machine controller or plant network.
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Does ACM 9 read RFID tags by itself?
No. ACM 9 is the power, communication, and multiplexing layer. The connected ARE i9 reader heads create the RFID read points.
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Is ACM 9 rated IP67?
No. AEG ID's current technical specification lists ACM 9 as IP65. The compatible ARE i9 reader is separately rated IP67 when its cable or dummy cap is installed correctly.
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Can ACM 9 mount on DIN rail?
Yes. AEG ID lists a DIN-rail adapter as the mounting option for ACM 9. Confirm the adapter and interface version when configuring the order.
Integrating RFID into a Production Line?
Tell us the controls protocol, reader locations, tag technologies, and environmental requirements. UID will help scope the complete reader and communication layer.