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Programmable Brushless AC Drives

 

Code

Power supply voltage

Rated current
[A]

Peak current
[A]

Control mode

Digital
inputs

Digital
outputs

Feedback
interface

Mounting

[Vac]

[Vdc]

Min

Max

Min

Max
AW5D3560_4T2-30d0_90  24807.110.0Multiprotocol: ProfiNet - EtherCAT - EtherNET/IP - PowerLink - Modbus TCP/IP84incremental encoderWall mounting
AW5D3560_4T2-34d0_90  24807.110.0Multiprotocol: ProfiNet - EtherCAT - EtherNET/IP - PowerLink - Modbus TCP/IP84isolated Resolver or Hall sensor 5V single-ended (TTL/CMOS) inputWall mounting
AW5D3560_4T2-35d0_90  24807.110.0Multiprotocol: ProfiNet - EtherCAT - EtherNET/IP - PowerLink - Modbus TCP/IP84isolated multiturn absolute encoder 5V Endat2.2, BiSS-C or SSI inputWall mounting
AW5A91K5N221-30a0790-S010085265  5.212.0 43incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5N2E1-30a0790-S010285265  5.212.0 43incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5L221-30a079085265  5.212.0CANbus | serial Modbus RTU43incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5L2E1-30a079085265  5.212.0CANbus | serial Modbus RTU43incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5L2G1-30a079085265  5.212.0CANbus | serial Modbus RTU1612incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5E221-30a089085265  5.212.0Ethernet Modbus TCP/IP43incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5E2G1-30a089085265  5.212.0Ethernet Modbus TCP/IP1612incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5H221-30a069085265  5.212.0EtherCAT (CoE)43incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A91K5T221-30a099085265  5.212.0ProfiNET43incremental encoder input 5V differential RS422 or single-ended TTL/CMOS | incremental encoder output 5V differential RS422 | absolute encoder input 5V BISS-C or SSI interface | Hall sensor signals input 5V single-ended TTL/CMOSWall mounting
AW5A6750L221-20a0790100120  3.012.0CANbus | Modbus-RTU43isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A6750L2G1-20a0790100120  3.012.0CANbus | Modbus-RTU1612isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A6750E2G1-20a0890100120  3.012.0Ethernet Modbus TCP/IP43isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A6750H221-20a0690100120  3.012.0EtherCAT43isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A6750T221-20a0990100120  3.012.0ProfiNET43isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A9750L221-20a0790100240  3.012.0CANbus | Modbus-RTU43isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A9750L2G1-20a0790100240  3.012.0CANbus | Modbus-RTU1612isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A9750E2G1-20a0890100240  3.012.0Ethernet Modbus TCP/IP1612isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A9750H221-20a0690100240  3.012.0EtherCAT43isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting
AW5A9750T221-20a0990100240  3.012.0ProfiNET43isolated input for incremental encoder 5V differential RS422 or single-ended TTL/CMOS or for absolute encoder 5 V with BiSS-C or SSI interfaceWall mounting

Programmable Brushless AC Control

The programmable Vanadio drives from Ever Motion Solutions are designed to offer flexibility and advanced control for driving brushless AC motors. Based on ARM technology, fully digital and programmable, they allow configuration of operating parameters to adapt to various application requirements in industrial automation systems.


Configuration Flexibility for Automation

The programmability enables Vanadio drives to manage different motion‑control modes while maintaining precision, dynamic response, and stability. Compatibility with CANopen, EtherCAT, and Modbus makes these drives easy to integrate into modern industrial systems, making them ideal for applications that require adaptability, reliability, and accurate motor control.


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