CANopen servo drives offer great advantages over traditional serial servo drives. The 3-wire CAN bus provides a cost-effective solution for networks up to 128 nodes on motion control applications with speeds up to 1Mbit per second. The CiA standard object dictionaries provide a faster time-to-market for applications development and improve compatibility between slave devices and master controllers. The Ingenia range of CANopen servo drives covers both PCB mount and Panel mount slave devices as well as ultra-high performance and more cost-effective solutions.
Select the option that best fits with your project requirements and find the right products and solutions from our portfolio.
8-60
VDC
CANopen
50 kHz Update Rate
10
A
1200
W
Capitan NET is a PCB Mount motor controller and servo drive with servo loops running up to 50 kHz and CANopen communications. It supports motors with currents up to 20A peak and a rated voltage from 8 to 60 V.
8-60
VDC
CANopen
50 kHz Update Rate
10
A
1200
W
Capitan XCR is a Panel Mount motor controller and servo drive with servo loops running up to 50 kHz and CANopen communications. It supports motors with currents up to 20A peak and a rated voltage from 8 to 60 V.
10-80
VDC
CANopen
10 kHz Update Rate
20
A
3200
W
Jupiter is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 40A peak and a rated voltage from 10 to 80 V.
10-130
VDC
USB, CANopen
10 kHz Update Rate
30
A
7800
W
Jupiter is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 60A peak and a rated voltage from 10 to 130 V.
10-80
VDC
CANopen
10 kHz Update Rate
40
A
6400
W
Jupiter is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 80A peak and a rated voltage from 10 to 80 V.
9-48
VDC
USB, CANopen
10 kHz Update Rate
2.5
A
240
W
Neptune is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 5A peak and a rated voltage from 9 to 48 V.
8-80
VDC
CANopen
50 kHz Update Rate
45
A
4200
W
Everest Net is a PCB Mount motor controller and servo drive with servo loops running up to 50 kHz and CANopen communications. It supports motors with currents up to 60A peak and a rated voltage from 8 to 80 V.
8-80
VDC
CANopen
50 kHz Update Rate
45
A
4200
W
Everest XCR is a Panel Mount motor controller and servo drive with servo loops running up to 50 kHz and CANopen communications. It supports motors with currents up to 60A peak and a rated voltage from 8 to 80 V.
10-48
VDC
CANopen
10 kHz Update Rate
10
A
960
W
Nix is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 20A peak and a rated voltage from 10 to 48 V.
10-48
VDC
CANopen
10 kHz Update Rate
10
A
960
W
Nix is a PCB Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 20A peak and a rated voltage from 10 to 48 V.
10-48
VDC
CANopen
10 kHz Update Rate
10
A
960
W
Nix is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 20A peak and a rated voltage from 10 to 48 V.
10-48
VDC
CANopen
10 kHz Update Rate
5
A
250
W
Pluto is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 10A peak and a rated voltage from 10 to 48 V.
10-48
VDC
CANopen
10 kHz Update Rate
8
A
768
W
Pluto is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 16A peak and a rated voltage from 10 to 48 V.
10-200
VDC
USB, CANopen
10 kHz Update Rate
150
A
45000
W
Titan is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 250A peak and a rated voltage from 10 to 200 V.
8-48
VDC
CANopen
10 kHz Update Rate
5.6
A
400
W
Triton is a Panel Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 8.5A peak and a rated voltage from 8 to 48 V.
8-48
VDC
CANopen
10 kHz Update Rate
5.6
A
400
W
Triton is a PCB Mount motor controller and servo drive with servo loops running up to 10 kHz and CANopen communications. It supports motors with currents up to 8.5A peak and a rated voltage from 8 to 48 V.
CANopen is a CAN-based communication system. It comprises higher-layer protocols and profile specifications. CANopen has been developed as a standardized embedded network with highly flexible configuration capabilities. It was designed originally for motion-oriented machine control systems, such as handling systems. Today it is used in various application fields, such as medical equipment, off-road vehicles, maritime electronics, railway applications, or building automation.
CANopen unburdens the developer from dealing with CAN hardware-specific details such as bit timing and acceptance filtering. It provides standardized communication objects (COB) for time-critical processes, configuration as well as network management data.
CANopen is an open network supported by over 500 companies worldwide and promoted by CAN in Automation. The main benefits of CANopen are:
INGENIA
C/ ÁVILA 124, 2ºB
08018 BARCELONA
T. +34 932 917 682
HELLO@INGENIAMC.COM
INGENIA-CAT, S.L., which operates under Novanta’s Celera Motion business unit
SERVO DRIVES BY APPLICATION
Cookies are very small text files that are stored on your computer when you visit some websites. We use cookies to help identify your computer so we can tailor your user experience. You can disable any cookies already stored on your computer, but these may stop our website from functioning properly. More information on this site’s cookies.