The TITAN-NXS-SCX is a Universal Closed Loop Servo Driver and Standalone Controller that is able to handle most of the commonly used motors in the industry: Stepper, Brushless Servo, Linear, Shaft, DC and Voice Coil Motors
• Supports USB and RS485 communication
• Comes with many advanced motion control features: Auto Parameter Detection, Auto Tuning, Force/Torque control, and Multi-thread Motion Programming
• Uses the intuitive and easy-to-use TITAN Software that enables anyone to startup the servo motion system within minutes
Motion
- Controller Mode with S-curve and Trap Motion Profiles
- Motor Types Supported: 2Ph Stepper, 3Ph BLDC Rotary, 3Ph Linear, Voice Coil
- Easy to use Auto Motor Parameter Detection Wizard and Auto Tuning Wizard
- Motor and System Database File System Support
- Open Loop Hold and Dynamic Gain
- Advanced Plotting and Probing
- Simplified Gain Setting
- Force / Torque Control
Connector
- USB Mini-B connector
- Dual RJ45 connectors for RS485 communication
- 12 pin Micro Clasp connector for encoder/hall sensor
- 16 pin Micro Clasp connector for motion I/O
- 4 pin Mini-fit Jr for motor
- 2 pin Mini-fit Jr for Motor power
- 2 pin Micro Clasp for Logic power
Communication
- USB 2.0 using Virtual COM Port
- RS485 with 115K Baud
- Protocols Supported: TITAN ASCII, TITAN ASCII with CRC, MODBUS ASCII, MODBUS RTU
Digital IO
-
8 Opto-isolated NPN 24V Compliant Digital Inputs (Including +Limit, -Limit and Home Inputs)
-
3 Opto-isolated NPN GND Sinking Digital Outputs
- 1 Analog Input 0-5V range
Power
- Motor Power: 24VDC to 48VDC
- Logic Power: 24VDC to 48VDC
2ndSight
- 2ndSight (patent-pending) is an innovative, comprehensive approach of applying Multi-dimensional Machine Learning methods, Analytical Physics, Statistics, and Regression techniques in quantifying and determining the overall health state of any motion system.
- 2ndSight is a real-time, data-driven, intelligent algorithm that is run on the Edge for increased efficiency and response. 2ndSight's compact and simplified data can easily be shared across networks and to the cloud, in contrast to burdensome, raw motion data.
Universal Micro Servo Driver (Pulse-mode) and Standalone Controller
Features
The TITAN-NXS-SPX is a Universal Closed Loop Servo Pulse Controller that is able to handle most of the commonly used motors in the industry: Stepper, Brushless Servo, Linear, Shaft, DC and Voice Coil Motors
• Supports USB communication
• Comes with many advanced motion control features: Auto Parameter Detection, Auto Tuning, Force/Torque control, and Multi-thread Motion Programming
• Uses the intuitive and easy-to-use TITAN Software that enables anyone to startup the servo motion system within minutes
Motion
- Configurable as Pulse Mode Servo Driver or as a Controller Mode with Motion Profiles
- Motor Types Supported: 2Ph Stepper, 3Ph BLDC Rotary, 3Ph Linear, Voice Coil, DC
- Easy to use Auto Motor Parameter Detection Wizard and Auto Tuning Wizard
- Motor and System Database File System Support
- Open Loop Hold and Dynamic Gain
- Advanced Probing
- Simplified Gain Setting
- Force / Torque Control
Connector
- USB Mini-B connector
- 12 pin Micro Clasp connector for encoder/hall sensor
- 16 pin Micro Clasp connector for motion I/O
- 4 pin Mini-fit Jr for motor
- 2 pin Mini-fit Jr for power
Communication
- USB 2.0 using Virtual COM Port
Digital IO
-
3 Opto-isolated Differential High-speed 5V Compliant Digital Inputs for Pulse, Dir, Enable in Pulse Mode (or for Limits and Home in Controller Mode)
-
2 Opto-isolated Differential Digital Outputs for In-pos, Alarm
- Differential ABZ encoder output
Power
- Voltage Input Range: 24VDC to 48VDC
2ndSight
- 2ndSight (patent-pending) is an innovative, comprehensive approach of applying Multi-dimensional Machine Learning methods, Analytical Physics, Statistics, and Regression techniques in quantifying and determining the overall health state of any motion system.
- 2ndSight is a real-time, data-driven, intelligent algorithm that is run on the Edge for increased efficiency and response. 2ndSight's compact and simplified data can easily be shared across networks and to the cloud, in contrast to burdensome, raw motion data.