DZMANTU-040B080
PCB Mount
DigiFlex Performance
Product Status:
Discontinued
Specifications
Current Continuous (A)
20
Current Peak (A)
40
DC Supply Voltage (VDC)
18 - 80
Network Communication
None
Functional Safety
Safe Torque Off (STO)
Size (mm)
88.9 x 63.5 x 20.1
Weight (g)
126
The DZMANTU-040B080 DigiFlex® Performance™ pcb mount servo drive offers full tuning control of all servo loops and is designed for distributed or centralized servo systems. This servo driver is exclusively designed to operate with an embedded Click&Move® program and is commissioned with DriveWare® via a USB interface.
CONTROL/COMMAND
- ±10 V Analog
- Encoder Following
PRIMARY FEEDBACK
- ±10 VDC Position
- 1Vp-p Sine/Cosine Encoder
- BiSS C-Mode
- EnDat® 2.1
- Halls
- Hiperface®
- Incremental Encoder
- Tachometer (±10 VDC)
OPERATING MODE
- Position
- Velocity
- Current
MOTOR TYPE
- Three Phase (Brushless)
- Single Phase (Brushed)
- AC Induction
- Stepper
PRODUCT DOWNLOADS
DZMANTU-040B080 Datasheet
Zipped folder containing STP, IGS, SLDPRT, STL, and 3D PDF models.
- DP PCB Mount (Click&Move) HW Installation Manual Installation of DigiFlex® Performance™ Click&Move® PCB mount servo drives
- Product Identification Determine the part number, serial number and version of your product
- Click&Move® Release Notes Release notes for latest version of Click&Move® Software
- Click&Move® Startup Guide Quick start-up guide for Click&Move®
- DriveWare® 7 Quick Reference Quick start-up guide for DriveWare® 7
- DriveWare® 7 Release Notes Release notes for latest version of DriveWare® 7 software
- DriveWare® 7 Software Configuration software for DigiFlex® Performance™ digital servo drives
- DriveWare® 7 User Manual User Manual for DriveWare® 7 software
- App Note 003 DigiFlex® Performance™ Drive Peak Current Recovery
- App Note 023 Ferrite Recommendations
- App Note 037 Stepper Motor Setup Process
- App Note 038 Programming Multi-Dimensional Motion Trajectories in Click&Move®
- App Note 040 Absolute Feedback Configuration
- App Note 041 DigiFlex® Performance™ Drives in High-Speed Applications
- App Note 042 Click&Move® - Creating UDFBs
- App Note 043 Click&Move® - Two Axis Virtual Project
- App Note 044 Click&Move® - Two Axis Real Project
- App Note 045 Click&Move® - Two Axis Coordinated Motion Project
- App Note 046 Click&Move® - Packaged Release
- App Note 048 Click&Move® - C++ Code Embedded in a Function Block
- App Note 049 Downloading a Click&Move® Application to a Drive
- App Note 050 Troubleshooting USB and RS232 Connection Issues
- App Note 052 Click&Move® - G-code Reference Guide
- App Note 053 Using the SMEM to Interact with Click&Move®
- App Note 054 Preparing a Linux System for Click&Move® Compatibility
- App Note 057 Click&Move® - Two Axis EtherCAT Field Bus MACC Tutorial
- Click&Move Overview Basic overview of Click&Move soft motion and automation
- DriveWare® 7 AutoCommutation Commutate a brushless motor using the DriveWare® 7 Autocommutation feature
- DriveWare® 7 Current Loop Tuning Tune the current loop on DigiFlex® Performance™ servo drives
- DriveWare® 7 Overview Basic overview of DriveWare® 7 configuration software
- Your First C&M Project Tutorial to program a simple single axis machine and HMI.
- Outer Loop Tuning Configuring Position around Velocity and Position around Current with a DigiFlex® Performance™ Servo Drive
- Proper Wiring Practices Tips for Proper Wiring and Reducing EMI (Noise)
- CE CE for both Class A Electromagnetic Compatibility and LVD
- Functional Safety DigiFlex® Performance™ Servo Drives with Safe Torque Off
- ISO 9001 Process Quality compliance with ISO 9001:2015 standards
- PLCopen Certification for Compliance Procedure for Motion Control part 4 versions 1&2
- REACh Regulation, Evaluation and Authorization of Chemicals
- RoHS III RoHS (Reduction of Hazardous Substances)
- UL UL file number E140173 for US and Canadian safety compliance
- CMRT Declaration for Conflict Mineral Reporting
- Visual Programming Visual Programming of Logic, Motion, and Robotics|Discusses how complex, platform independent control systems can be implemented with Function Block Diagrams
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