Compact brushless solutions with integrated electronics
Integrated Range

FLXBL80-600-ELC

Integrated BLDC servo motor with CANopen interface

Power 628 W
Rated Torque 1,5 Nm
Peak Torque 4,5 Nm
Rated Speed 4000 RPM
FLXBL80-600-ELC-N
Technical Specifications

Reference Comparison

Specifications FLXBL80-600-ELC-N FLXBL80-600-ELC-B
Technical Data
Rated voltage 48 V 48 V
Rated power 628 W 628 W
Rated speed 4000 RPM 4000 RPM
Rated current 17 A 17 A
Peak current 51 A 51 A
Rated torque 1,5 Nm 1,5 Nm
Peak torque 4,5 Nm 4,5 Nm
Torque constant 0,088 Nm/A 0,087 Nm/A
Voltage constant 6,5 V/krpm 9,0 V/krpm
Resistance line-line 0,087 Ω 0,11 Ω
Inductance line-line 0,41 mH 0,41 mH
Number of poles 10 10
Rotor moment of inertia 0,7 kg.cm² 0,7 kg.cm²
Flange 80 mm 80 mm
Motor body length 140 mm 170 mm
Motor weight 1900 g 2500 g
Controller & Interface
Main supply range 12-75 VDC 12-75 VDC
Nominal supply 48 VDC 48 VDC
Communication CANopen, USB configuration CANopen, USB configuration
CANopen network Up to 127 stations Up to 127 stations
Digital inputs 3 opto-isolated, configurable 3 opto-isolated, configurable
High-speed capture 5 minimum pulse width in latch/capture mode µs 5 minimum pulse width in latch/capture mode µs
Digital outputs 2 opto-isolated outputs 2 opto-isolated outputs
Output supply / current 12-30 VDC, up to 30 mA 12-30 VDC, up to 30 mA
Analog input 1 differential, ±10 V 1 differential, +/-10 V
Analog resolution 12 bit 12 bit
STO input 12-28.8, nominal 24 VDC 12-28.8, nominal 24 VDC
Protection functions Short-circuit, over-current, over/under-voltage Short-circuit, over-current, over/under-voltage
Operating temperature -10 to +40 °C -10 to +40 °C
Humidity <85, non-condensing %RH <85, non-condensing %RH
Mechanical Integration & Performance

2D Drawings and Curves

Dimensions

Mechanical 2D Drawing - FLXBL80-600-ELC-N

2D drawing reference 1
Dimensions

Mechanical 2D Drawing - FLXBL80-600-ELC-B

2D drawing reference 2
Performance

Torque / Speed Curves

Motor curves
Identification

Part Numbering System

Part numbering system