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Titanio

 
Code 
Power supply voltage 
Output current 
Interface control mode 
Open or Close loop 
[Vcc] 
[Vac] 
[A/ph rms] 
[A/ph peak] 
Min 
Max 
Min 
Max 
Min 
Max 
Min 
Max 
SN4D2040H2L1-00c06901248  0.04.00.05.65EtherCAT (CoE)Open loop or Closed loop
SW4D2042H241-00c06901248  0.04.20.06.0EtherCAT (CoE)Open loop or Closed loop
SW4D2042E241-00c08901248  0.04.20.06.0Ethernet Modbus TCP/IPOpen loop or Closed loop
SW4D2070C231-00c03901248  0.07.10.010.0CANBus CANopenOpen loop or Closed loop
SW4D2070M231-00c04901248  0.07.10.010.0Serial RS485 Modbus RTUOpen loop or Closed loop
SW4D2070T241-00c09901248  0.07.10.010.0ProfinetOpen loop or Closed loop
SW4D2070T241-02c09901248  0.07.10.010.0ProfinetClosed loop with absolute multiturn encoder
SW4D2070T4S2-00c09901248  0.07.10.010.0ProfinetOpen loop or Closed loop
SW4A3070C261-00c0390  18560.07.10.010.0CANBus CANopenOpen loop or Closed loop
SW4A3070C261-01c0390  18560.07.10.010.0CANBus CANopenOpen loop or Closed loop
SW4A3070C261-02c0390  18560.07.10.010.0CANBus CANopenClosed loop with absolute multiturn encoder
SW4A3070M261-00c0490  18560.07.10.010.0Serial RS485 Modbus RTUOpen loop or Closed loop
SW4A3070M261-01c0490  18560.07.10.010.0Serial RS485 Modbus RTUOpen loop or Closed loop
SW4A3070E241-00c0890  18560.07.10.010.0Ethernet Modbus TCP/IPOpen loop or Closed loop
SW4A3070M261-02c0490  18560.07.10.010.0Serial RS485 Modbus RTUClosed loop with absolute multiturn encoder
SW4A3070E241-02c0890  18560.07.10.010.0Ethernet Modbus TCP/IPClosed loop with absolute multiturn encoder
SW4A3070H241-00c0690  18560.07.10.010.0EtherCAT (CoE)Open loop or Closed loop
SW4A3070H241-02c0690  18560.07.10.010.0EtherCAT (CoE)Closed loop with absolute multiturn encoder
SW4A4085C261-00c0390  181000.08.50.012.0CANBus CANopenOpen loop
SW4A4085M261-00c0490  181000.08.50.012.0Serial RS485 Modbus RTUOpen loop
SW5D3070R4T2-30c0A902480  0.07.10.010.0PowerLinkOpen loop or Closed loop with incremental encoder
SW5D3070R4T2-35c0A902480  0.07.10.010.0PowerLinkOpen loop or Closed loop with multiturn absolute encoder
SW5A4085C2N1-00c0390  181000.08.50.012.0CANBus CANopenOpen loop or Closed loop
SW5A4085C2G1-00c0390  181000.08.50.012.0CANBus CANopenOpen loop or Closed loop
SW5A4085M2N1-00c0490  181000.08.50.012.0Serial RS485 Modbus RTUOpen loop or Closed loop
SW5A4085M2G1-00c0490  181000.08.50.012.0Serial RS485 Modbus RTUOpen loop or Closed loop
SW5A4085E241-00c0890  181000.08.50.012.0Ethernet Modbus TCP/IPOpen loop or Closed loop
SW5A4085E2J1-00c0890  181000.08.50.012.0Ethernet Modbus TCP/IPOpen loop or Closed loop
SW5A4085H241-00c0690  181000.08.50.012.0EtherCAT (CoE)Open loop or Closed loop
SW5A4085T2N1-00c0990  181000.08.50.012.0ProfinetOpen loop or Closed loop
SW5A5080N221-30c0790-S0301  851200.08.00.011.35Clock & DirectionOpen loop or Closed loop with absolute or incremental encoder
SW5A5080N221-30c0790-S0200  851200.08.00.011.35Clock & DirectionOpen loop or Closed loop with absolute or incremental encoder
SW5A5080N2E1-30c0790-S0302  851200.08.00.011.35Clock & DirectionOpen loop or Closed loop with absolute or incremental encoder
SW5A5080L221-30c0790  851200.08.00.011.35CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A5080L2E1-30c0790  851200.08.00.011.35CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A5080E221-30c0890  851200.08.20.011.35Ethernet Modbus TCP/IPOpen loop or Closed loop with absolute or incremental encoder
SW5A5080E2G1-30c0890  851200.05.20.07.35Ethernet Modbus TCP/IPOpen loop or Closed loop with absolute or incremental encoder
SW5A5080H221-30c0690  851200.08.00.011.35EtherCAT (CoE)Open loop or Closed loop with absolute or incremental encoder
SW5A5080T221-30c0990  851200.08.00.011.35ProfinetOpen loop or Closed loop with absolute or incremental encoder
SW5A9030L221-20c0790  1002400.03.00.04.20CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A9030L2G1-20c0790  1002400.03.00.04.20CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A9030E2G1-20c0890  1002400.03.00.04.20Ethernet Modbus TCP/IPOpen loop or Closed loop with absolute or incremental encoder
SW5A9030H221-20c0690  1002400.03.00.04.20CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A9030T221-20c0990  1002400.03.00.04.20ProfinetOpen loop or Closed loop with absolute or incremental encoder
SW5A9052N221-30c0790-S0200  852650.05.20.07.35Clock & DirectionOpen loop or Closed loop with absolute or incremental encoder
SW5A9052N221-30c0790-S0301  852650.05.20.07.35Clock & DirectionOpen loop or Closed loop with absolute or incremental encoder
SW5A9052N2E1-30c0790-S0302  852650.05.20.07.35Clock & DirectionOpen loop or Closed loop with absolute or incremental encoder
SW5A9052L221-30c0790  852650.05.20.07.35CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A9052L2E1-30c0790  852650.05.20.07.35CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A9052L2G1-30c0790  852650.05.20.07.35CANBus CANopen + Serial ModbusOpen loop or Closed loop with absolute or incremental encoder
SW5A9052E221-30c0890  852650.05.20.07.35Ethernet Modbus TCP/IPOpen loop or Closed loop with absolute or incremental encoder
SW5A9052E2G1-30c0890  852650.05.20.07.35Ethernet Modbus TCP/IPOpen loop or Closed loop with absolute or incremental encoder
SW5A9052H221-30c0690  852650.05.20.07.35EtherCAT (CoE)Open loop or Closed loop with absolute or incremental encoder
SW5A9052T221-30c0990  852650.05.20.07.35ProfinetOpen loop or Closed loop with absolute or incremental encoder

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Technologies

Profinet, born to be the heir of Profibus, it based over Ethernet and its main aims are the project and plant commissioning costs reduction through an easy integration between the automation Ethernet-based devices and the Siemens devices.

Modbus is a communication protocol among the most widely used standards in the world of industrial devices. All our devices equipped with a serial interface (RS232 or RS485) implement and support the Modbus RTU protocol.

The Modbus TCP/IP fieldbus, based on Ethernet hardware, was born as an evolution of the classic Modbus RTU fieldbus. Modbus TCP/IP communication protocol allows multiple masters to connect to the same slave.

Ever Elettronica has been one of the first companies in the world to implement and validate the CANopen protocol and the DSP402 on its drives for stepper motors and brushless motors, starting from the early ‘90s.

CANopen is a standard communication protocol widely used in the industrial automation fields. First developed for use with CAN fieldbus, it has also been applied to other types of fieldbuses such as Ethercat CoE.

Ever Elettronica programmable drives represent something new: they integrate a real PLC on the drive to be able to create complex automations with a single device.

Thanks to the ELSE technology integrated in the Ever Elettronica’s drives motors current control is so high that vibrations, resonances and noises don’t exist anymore.

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