Schneider ATS480D75Y| Soft starter, Altistart 480, 75A, 208 to 690V AC, control supply 110 to 230V AC

Schneider ATS480D75Y | Soft Starter Overview

The Schneider ATS480D75Y is a soft starter from the Altistart 480 series, designed to ensure smooth motor acceleration and deceleration while reducing mechanical and electrical stress. It enhances motor longevity, minimizes energy consumption, and improves system reliability, making it ideal for industrial applications.

1. General Specifications

• Product Name: Schneider ATS480D75Y

• Series: Altistart 480

• Function: Soft Starter

• Rated Current: 75A

• Operating Voltage: 208V to 690V AC

• Control Supply Voltage: 110V to 230V AC

2. Features & Benefits

Smooth Motor Start & Stop: Reduces mechanical wear and prevents sudden jerks.
Wide Voltage Range: Operates with voltages from 208V to 690V AC, ensuring flexibility.
Energy Efficiency: Lowers power surges and enhances operational efficiency.
Integrated Motor Protection: Guards against overloads, short circuits, and overheating.
User-Friendly Interface: Digital display for easy monitoring and configuration.
Industrial Network Integration: Supports various communication protocols for seamless automation.

3. Applications

🔹 Pumps & Compressors – Prevents pressure surges and mechanical stress.
🔹 HVAC Systems – Controls fans and blowers efficiently.
🔹 Conveyors & Material Handling – Ensures stable operation for logistics and manufacturing.
🔹 Industrial Machinery – Ideal for mixers, crushers, and sawmills.
🔹 Water & Wastewater Treatment – Reliable motor control for critical applications.

4. Protection & Safety

• Overload Protection – Prevents excessive current draw.

• Short Circuit Protection – Enhances electrical safety.

• Overtemperature Protection – Prevents overheating of the unit.

• Phase Loss & Imbalance Detection – Ensures stable and safe motor operation.

5. Installation & Maintenance

Easy Setup & Wiring – Designed for quick integration into electrical panels.
Advanced Diagnostics & Monitoring – Helps in real-time fault detection.
Low Maintenance Design – Reduces downtime and service costs.