Reliable ATSD1 Automatic Transfer Switch ATSE for Power Backup

Overview

With intelligent monitoring and fast transfer capabilities, this switch safeguards against power outages, making it essential for systems where downtime is not an option.

Features

Fast Transfer Speed: Switches between sources in <80ms (for single-phase) or <150ms (for three-phase), minimizing equipment disruption.

Dual Source Monitoring: Continuously checks voltage, frequency, and phase balance of both primary and backup sources (e.g., utility grid and generator).

Manual & Automatic Modes: Offers local manual override and remote automatic control via a built-in microprocessor.

High Current Capacity: Available in models ranging from 16A to 630A, suitable for small residential to large industrial backup systems.

Fault Protection: Includes overload, short-circuit, and under-voltage protection for both input sources.

Application

The ATSD1 is ideal for:

Data Centers: Ensures continuous power to servers and networking equipment during grid outages.

Hospitals: Maintains power to life-support systems, medical equipment, and emergency lighting.

Industrial Facilities: Protects manufacturing lines from downtime by switching to generators during utility faults.

Residential Homes: Provides automatic backup power for heating, cooling, and security systems in off-grid or remote locations.

FAQ

Q: What types of backup sources can the ATSD1 support?

A: It works with generators, UPS systems, and renewable energy sources (e.g., solar inverters) as secondary power inputs.

Q: Is remote monitoring available?

A: Yes, optional models include an RS485 Modbus interface for real-time status tracking and control via SCADA systems.

Q: Can it be used in three-phase systems with phase rotation monitoring?

A: Yes, three-phase models include phase sequence and rotation detection to prevent damage from incorrect wiring.

Q: What is the mechanical lifespan of the transfer mechanism?

A: The switch offers up to 10,000 mechanical operations, ensuring long-term reliability in standby applications.