Description
Control and regulation of three-phase asynchronous and permanent magnet motors are efficiently managed by the Delta VFD25AMS43ANSAA variable frequency drive. Part of the compact MS300 Series, this micro drive delivers space-saving installation alongside high-efficiency motor control. Designed as a standard micro drive, it offers reliable operation with a heavy-duty rated output current of 25A, optimized for demanding industrial machinery requirements.
The unit features a standard IP20 protection level enclosure, making it ideal for installation within protective control cabinets. It operates on a 460V three-phase input supply, catering to standard industrial power distribution grids. Functional safety is addressed directly on-board through an integrated Safe Torque Off (STO) system, minimizing the need for external safety components and reducing total system wiring complexity.
Features
- Standard compact micro drive design optimized for cabinet space reduction.
- Built-in Safe Torque Off (STO) functional safety interface.
- Heavy-duty load capability rated at 25A.
- IP20 standard protection rating for industrial environments.
- Direct support for 460V three-phase input power.
Applications
- Conveyor and material handling systems.
- Packaging and labeling machines.
- Textile machinery and winding systems.
- Pumping, fan ventilation, and general fluid machinery.
- Machine tool spindles and metal processing equipment.
Technical Specifications
Manufacturer
| Delta Electronics |
Part Number / Model
| VFD25AMS43ANSAA |
Series
| MS300 Series (Standard Micro Drive) |
Input Voltage
| 460V AC (3-Phase) |
Rated Output Current
| 25A (Heavy Duty Mode) |
Enclosure Rating
| IP20 (Open Type) |
Safety Function
| Built-in STO (Safe Torque Off) |
EMC Filter
| No integrated filter (N - No function) |
Installation Type
| Standard mounting configuration |
Weight
| 3.97 Kg |
Installation Guidelines
- Mount the variable frequency drive vertically on a flat, rigid surface to ensure efficient natural convection cooling.
- Maintain recommended clearance distances above, below, and to the sides of the drive unit to ensure unobstructed airflow.
- Ensure proper system grounding by connecting the ground terminal to an independent, low-impedance safety ground.
- Perform all control and power wiring in strict compliance with local electrical codes and the MS300 series engineering manual guidelines.