Need help?Do you have a question about the Nidec Digitax HD M75 Series and is the answer not in the manual?
General| Protection Class | IP20 |
|---|---|
| Series | Digitax HD M75 |
| Feedback | Encoder |
| Safety | STO (Safe Torque Off) |
| Communication | EtherCAT, CANopen |
| Operating Temperature | 0°C to +40°C |
| Protection Features | Overcurrent, Overvoltage, Undervoltage, Overtemperature |
| Humidity | 5% to 95% (non-condensing) |
Provides information on downloading manuals and documents from the manufacturer's website.
Outlines the manufacturer's liability and warranty conditions for the drive.
Details environmental policies, RoHS compliance, WEEE disposal, and REACH legislation.
Declares conformity with EU legislation and explains the model number structure.
Mentions EC type examination, notified body, and applicable harmonized standards.
Explains warning symbols and notes to ensure correct operation and prevent hazards.
Details hazards, required installer qualifications, and installer responsibilities.
Covers electrical shock risks, stored charge, mechanical hazards, and access restrictions.
Specifies operating environment conditions and prohibits installation in hazardous areas.
Safety considerations for motor operation, brake control, parameter adjustment, and EMC.
Introduces the Digitax HD M75X series, its variants, common features, and descriptions.
Explains the formation and components of the Digitax HD M75X series model numbers.
Details the information presented on the drive's nameplate, including ratings and approvals.
Lists maximum drive ratings and describes available operating modes like RFC-S, Open Loop, and RFC-A.
Identifies key drive features and lists the accessories supplied with the drive.
Details available accessory kits, compatible option modules, and their functions.
Safety precautions and planning steps for mechanical installation.
Instructions for SI Option module installation and electromagnetic compatibility.
Instructions for installing the KI-Compact Display and KI-Remote Keypad Adaptor.
Provides physical dimensions for different drive frames and mounting guidelines.
Guidelines for enclosure layout, rear venting, and calculating enclosure size.
Details on compact/external braking resistors and external EMC filters.
Terminal specifications, torque settings, and recommended routine maintenance.
Step-by-step instructions for removing and refitting cooling fans for different frames.
Covers electrical hazards, isolation, STO function, stored charge, and AC supply needs.
Details on connecting power inputs, outputs, DC busbars, and ground connections.
Instructions for connecting DC supplies and external 24 Vdc power.
Operating the drive from low voltage DC and recommended fuse ratings.
Details on output circuit protection, motor cable types, and lengths.
Information on braking operation, compact/external resistors, and software overload protection.
Discusses ground leakage current, EMC compatibility, and residual current device usage.
Guidelines for cable routing, clearances, shielding, and EMC wiring variations.
Measures for surge protection on control circuits with long cables.
Description and detailed specifications for all control terminals.
Details on connecting and compatible devices for position feedback interfaces.
Details on EtherCAT and EIA 485 serial communication interfaces.
Description of the STO function, safety parameters, and applications.
Calculating power profiles and selecting configurations for multi-axis systems.
Methods for DC bus paralleling using busbars or cables.
Requirements for 24 Vdc supply and communication links in multi-axis systems.
Brake operation considerations and EMC filter selection for multi-axis systems.
Methods for mounting multiple drives side-by-side and DIN rail alignment.
A practical example demonstrating multi-axis system design steps.
General technical specifications, peak current duration, and drive ratings.
Continuous output current tables and drive power loss information.
Details on supply, motor, environmental conditions, and IP ratings.
Terminal sizes, torque settings, and EMC filter specifications.
Summary of EMC performance, immunity, and emission compliance.
To Next Page