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General| Control type | CNC |
|---|---|
| Power supply | 24 V DC |
| Relative humidity | 80% non-condensing |
| Interface | RS-232 |
| Storage temperature | -20 to +70 °C |
Details on new compact inverter models and their specifications, including load capacities.
Update on ribbon cable length for UE 2xxB compact inverters.
Details on new line filters, connections for power modules, and surge voltage arresters.
Information on discontinued UE 241B and new regenerative compact inverters.
Introduction of new regenerative power supply units and power modules.
Updates on UV 140 and UVR 150 power supply units with improved features.
Introduction of new EcoDyn synchronous motors and asynchronous motors.
Information on new diagnosable inverters, improved units, new motors, and enhanced manual navigation.
Introduction of new regenerative power supply units (UVR 160D/DW) and replacement for UV 106.
Information on a new power module (UM 116DW) with water cooling.
New hollow-shaft motors and an asynchronous motor variant, with revised terminal boxes.
Introduction of new axis-release modules and VAL-MS surge voltage arresters.
Change in lettering for enabling signals (STO A/B) on HEIDENHAIN inverter components.
Description of a problem with electronic ID label reading in control systems with multiple power modules.
Categorization of non-regenerative and regenerative compact inverters with axis numbers and power ratings.
Details on components required for different types of compact inverters.
Procedure for selecting axis motors and inverters based on static moment, speed, and inertia.
Procedure for selecting spindle motors based on required torque and speed.
Guidelines for selecting modular and compact inverters based on dc-link power requirements.
Methodology for calculating braking power, energy, and selecting appropriate braking resistors.
Measures for protective grounding and voltage testing of inverters.
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