AMC 600
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DATA SHEET AMC 600 Programmable Automation Controller with EtherCAT based I/O modules

The AMC 600 is designed as a highly flexible, modular PLC and I/O system covering the special demands of for example wind power plants in terms of reliability, robustness and flexibility. EtherCAT is used as native communication protocol, as the backplane communication, and as interconnection between multiple AMC 600 racks via electrical or fiber optical connections. Other DEIF EtherCAT I/O modules or third party EtherCAT I/O modules can also be connected. Disclaimer DEIF A/S reserves the right to change any of the contents of this document without prior notice. The English version of this...

System specifications Rack dimensions Rack Size (HxDxW) Rack6‧10: The rack have one slot reserved for a SIM6‧1, SIM6‧2 or SIM6‧3, one slot reserved for PDM6‧1 or PDM6‧2, and 8 slots for I/O modules. The default rack named Rack6‧10 has 10 slots in total, hereof 8 for I/O modules. Note that PCM6‧1 occupies both slot 3 and 4. Environment Category Operating temperature Storage temperature Reference temperaure Up-to 4000 m without de-rating (for deployment above 4000 m, contact Product Management). All modules are conformal coated, hence protected against moisture, mold, dust, IEC 60068-2-30...

Signal input and output ports: ±2 kV Duration each polarity: 1 min. Level extended to: Contact 6 kV Main power supply: ±3 kVp DM and ±3 kVp CM Dig output power supply: ±3 kVp DM and ±3 kVp CM • Slow transients test, surge RF common mode conducted Criteria: A test Power frequency H-field (magnetic) immunity Vibration Test Shock (Base mounted) Tested with 3 impacts in each direction in all 3 axes, a total of 18 impacts per test 25 g, 16 ms, half sine 1,000 bumps in each direction, 2 directions in each axis, a total of 6,000 bumps NOTE g = gravitational force (g-force).

Safety and protection Category Installation (over-voltage) category III, 600 V, pollution degree 2 Aluminium case and cover plates (all plastic parts are self-extinguishing) Approvals These approvals apply to the controller rack (with all the modules properly installed). Standards CE UL/ULC Recognized component to UL/ULC to UL6200:2019 1st edition

When the AMC 600 is installed in an enclosure, we recommend to have free space above and below the cabinet for at least 50 mm in order to ensure sufficient ventilation. Lifetime is affected by temperature, and we recommend to install and operate forced ventilation if enclosure temperature is above 40 °C. Lowering the temperature by 10 °C will double the estimated lifetime. Keep other heating elements in the same enclosure away from the AMC 600. Separation: Noisy modules and cables When noisy modules (i.e. inverters) are placed in the same cabinet we recommend to place power and motor cables...

Mounting dimensions Drilling template * * The drilling template is only a guideline. Use the dimensions given to create your drilling template. Dimensions for mounting the cabinet: Rack version Blind plate Specification Base mount, using four stainless steel M6 screw bolts with matching plain washer of A2-70 ISO 3506 quality or better. The bolts and self-locking washers (or self-locking screws) are not included with the rack. UL/ULC : For use on a flat surface of a type 1 enclosure UL/ULC : To be installed in accordance with the NEC (United States) or the CEC (Canada). Mounting bolts : 5 Nm...

When mounting the rack it is very important to make sure that the metal rack frame gets a solid electrical connection with the presumed grounded cabinet. A firmly grounded Rack is important both with a view to crew/operator safety precautions, and also in order to form a complete grounded metal cage, which is part of the approved EMC. The AMC 600 terminals are of removable push-in spring connectors of grip fastened type: Terminal connections Frame ground and power supply (PDM6‧1 or PDM6‧2): Connectors (terminals): See specific module 0.2 to 2.5 mm2 ( AWG24 to AWG12 ), multi-stranded Other...

3. Station interface modules 3.1 EtherCAT interface Power supply From backplane 1 x EtherCAT OUT (Port 3) - LVDS 1 x EtherCAT IN (Port 0) Optical: 100BASE-FX, SC connectors, multimode fibre 62.5 µm, OM1 1 x EtherCAT OUT (Port 1) Optical: 100BASE-FX, SC connectors, multimode fibre 62.5 µm, OM1 Power consumption Typical 3.5 W (2 active fibre channels) Terminal specifications Table 3.1 Configuration: Slave station EtherCAT Logic Port 0 EtherCAT Logic Port 1

EtherCAT interface For rack holding EtherCAT master Backplane interfaces From backplane 1 x EtherCAT IN (Port 0) - LVDS 1 x EtherCAT OUT (Port 2) Electrical: 100Base-TX, 8P8C (“RJ45”), shielded Cat 5, >0.76 μm gold plating 1 x EtherCAT OUT (Port 1) Optical: 100BASE-FX, SC connectors, multimode fibre 62.5 µm, OM1 25.40 mm Power consumption Typical 2.5 W (1 active fibre channel) Terminal specifications Table 3.2 Configuration: Master station EtherCAT Logic Port 2 EtherCAT Logic Port 1

EtherCAT interface Power supply From backplane 1 x EtherCAT OUT (Port 3) - LVDS 1 x EtherCAT IN (Port 0) Electrical: 100Base-TX, 8P8C (“RJ45”), shielded Cat 5, >0.76 μm gold plating Interfaces 1 x EtherCAT OUT (Port 1) Optical: 100BASE-FX, SC connectors, multimode fibre 62.5 µm, OM1 1 x EtherCAT OUT (Port 2) Electrical: 100Base-TX, 8P8C (“RJ45”), shielded Cat 5, >0.76 μm gold plating 25.40 mm Power consumption Typical 2.5 W (1 active fibre channel) Terminal specifications Table 3.3 Configuration: Slave station EtherCAT Logic Port 0 EtherCAT Logic Port 1 EtherCAT Logic Port 2

Power module Power supply 30 W power supply Input level: 24 V (18 to 32 V) Black-out hold-up for 10 ms Polarity protection Backplane power Power output to backplane source Backplane interfaces Power consumption Common mode EMI input filter Input galvanic isolated from other potentials, 550 V/50 Hz, 1 minute Connector, grip Connector, screw Terminal specifications Description Power supply input, 24 V (18 to 32 V) Power supply - Power supply input, common