Product Description
Standard Models (0-599 Hz) Without EMC FilterPart Number: Delta VFD17AMS43ANSAA Nominal Input VAC: 480 Volts AC Input Range VAC: 460 Volts AC HP: 10 HP Amps (HD): 17A Amps (ND): 20.5A Input Phase: 3PH Operator Controls : Sold Seperately, See Accessories Brake Type: DC Injection; Dynamic Braking Motor Control-Max Level: Open Loop Vector-(Sensorless Vector) Closed Loop: NO AC Line Regenerative: NO Dynamic Braking Trans: Included Enclosure Rating: IP20 Frame Size: D1 Height: 8.15 Inches Width: 4.29 Inches Depth: 6.06 Inches Net Weight: 8 Lbs. Deltaïs MS300 series is a standard compact vector control drive that inherits Deltaïs superior drive technology. It supports both IM and PM motor control for application flexibility and provides STO safety mechanism. Also built-in various essential functions, including PLC capacity for simple programming needs, a communication slot for various communication cards, and a USB port to make data uploads and downloads fast and easy. Saving space, reducing setup and wiring time, while providing high efficiency and stability system, all included in the MS300 series with drive size reduced up to 40%.Delta VFD MS300 Micro Drive Accessories
Series: VFD-MS300
10 HP
7.5 KW
460 V
17 A
Input: 3 PH
Precision Control for Industrial AutomationDesigned for comprehensive industrial applications, this Delta VFD offers precise speed adjustments and seamless integration with three-phase induction motors. Supporting both vector and V/F control, it efficiently manages complex automation systems such as conveyors, pumps, and fans, optimizing performance and energy use.
User-Friendly Operation and ConfigurationOperate and configure the VFD effortlessly with a membrane keypad interface and a clear 7-segment digital display. Control modes include both local keypad and remote terminals, while Modbus RS-485 connectivity ensures seamless integration with PLCs and SCADA systems for advanced process management.
Robust Protection and Reliable PerformanceThe Delta VFD17AMS43ANSAA features overload, short-circuit, overcurrent, overvoltage, undervoltage, and overheat protection, ensuring long-term, trouble-free operation. Its sturdy construction and IP20 rating provide dependable performance even under challenging environmental conditions, withstanding humidity of up to 95% RH (non-condensing).
FAQs of Delta VFD AC Drive/ VFD17AMS43ANSAA:
Q: How do I operate the Delta VFD17AMS43ANSAA for motor control?
A: You can operate this VFD either from its built-in membrane keypad and 7-segment digital display or remotely via external terminal inputs. The interface allows for easy configuration of start, stop, and speed settings. Remote control can also be achieved using the RS-485 Modbus interface.
Q: What kind of motors can be used with this AC drive?
A: The VFD17AMS43ANSAA is designed to drive standard three-phase induction motors, making it ideal for various industrial equipment such as pumps, fans, and conveyor systems with a power rating of up to 1.5 kW.
Q: Where can the Delta VFD be installed for optimal performance?
A: This VFD is intended for panel mounting in industrial settings. Its compact, rugged enclosure and IP20 rating allow for dependable operation indoors, where ambient temperature does not exceed 50C and humidity stays below 95% RH (non-condensing).
Q: What is the benefit of the overload protection feature?
A: Overload protection safeguards your equipment by allowing the VFD to handle load surgesup to 150% of rated current for one minutewithout damage. This reduces downtime and extends both motor and drive lifespan.
Q: When should I use vector control versus V/F control?
A: Vector control provides improved torque and speed response, suitable for demanding applications requiring high performance and accuracy. V/F (Voltage/Frequency) control is optimal for general purpose use, such as fans or pumps, where simplicity and efficiency are priorities.
Q: How does the VFD support energy-saving operations?
A: The drive optimizes motor performance by adjusting output frequency and voltage, reducing energy consumption during partial loads. This leads to significant savings in operational costs over time.
Q: What steps should be followed for remote monitoring or automation integration?
A: For remote monitoring or control, connect the VFD to your existing automation system using the built-in RS-485 Modbus port. Ensure the appropriate parameters are configured on both the drive and the master controller (such as a PLC) to enable communication and control.