FM060-60C-CM

The micro-sized FM060-60C-CM FlexPro® drive with IMPACT™ architecture is an all-purpose digital servo drive for centralized or distributed control systems with CANopen communication. Its compact size makes it perfect for any application where space is a limiting factor. This drive is an alternate version of the FE060-60C-CM, featuring convenient connectors instead of direct plug-in, so you can easily integrate it into any system.

Specifications
Form Factor Machine Embedded
Family FlexPro
Product Status: Active
Current Continuous (A) 60
Current Peak (A) 60
DC Supply Voltage (VDC) 10 - 55
AC Supply Voltage (VAC) -
Network Communication CANopen
Functional Safety Safe Torque Off (STO)
Size (mm) 50.8 x 25.4 x 22.1
Weight (g) 45.4

CONTROL/COMMAND

  • ±10 V Analog
  • Step & Direction (5V)
  • Encoder Following
  • Indexing
  • Jogging
  • Over the Network
  • Sequencing

PRIMARY FEEDBACK

  • BiSS C-Mode
  • EnDat® 2.2
  • Tamagawa
  • SSI
  • Halls
  • Incremental Encoder
  • Tachometer (±10 VDC)

OPERATING MODE

  • Interpolated Position Mode (PVT)
  • Profile Modes
  • Cyclic Synchronous Modes
  • Current
  • Position
  • Velocity

MOTOR TYPE

  • Three Phase (Brushless)
  • Single Phase (Brushed)
  • AC Induction
  • Stepper

Product Downloads

FE060-60C-CM
FE060-60C-CM FlexPro Servo Drive
  • Family: FlexPro
  • Current Peak (A): 60
  • Continuous Current (A): 60
  • AC Supply Voltage (VAC): -
  • DC Supply Voltage (VDC): 10 - 55
  • Network Comm: CANopen
  • Functional Safety: Safe Torque Off (STO)
  • Size (mm): 38.1 x 25.4 x 11.5
FD060-60C-CM
FD060-60C-CM FlexPro Servo Drive
  • Family: FlexPro
  • Current Peak (A): 60
  • Continuous Current (A): 60
  • AC Supply Voltage (VAC): -
  • DC Supply Voltage (VDC): 10 - 55
  • Network Comm: CANopen
  • Functional Safety: Safe Torque Off (STO)
  • Size (mm): 114.3 x 91.4 x 26.0
Registration Required

I accept that logging in will place cookies on my browser

* If you do not already have a registered account, additional information may be required.

Thank You For Requesting Access

To view the requested file, please click the button below.

Begin Download