Lovato transfer switch controller with graphic display 110-230vac / 12-24vdc

Why Choose the Lovato ATL610 Automatic Transfer Switch Controller?

The Lovato ATL610 is an advanced and expandable automatic transfer switch (ATS) controller designed for intelligent management of dual three-phase power sources in industrial and commercial electrical systems. As part of the professional Lovato ATL series, the ATL610 delivers dependable automatic source transfer functionality for critical applications requiring continuous power availability and advanced monitoring capabilities.

Designed for electrical engineers, switchboard manufacturers and generator control specialists, the ATL610 combines precision power monitoring with flexible programming and communication options. Its large graphic LCD display, programmable I/O functions and expandable architecture make it ideal for sophisticated standby power and mains-generator switching systems.

With support for two three-phase power sources, 110–240 V AC and 12–24 V DC supply compatibility and optional communication expansion modules, the Lovato ATL610 is ideal for industrial backup systems, emergency power infrastructure and advanced automatic transfer switch applications requiring reliable and intelligent control.

Key Advantages

• Advanced automatic transfer switch controller for two independent power sources.
• Three-phase voltage monitoring with True RMS measurement accuracy.
• Expandable architecture with optional communication modules.
• Large backlit LCD graphic display for simplified monitoring and diagnostics.
• Integrated optical programming port for configuration and maintenance.
• Reliable automatic transfer functionality for critical power continuity systems.

Key Features

• Lovato ATL series ATS controller.
• Management of 2 independent power sources.
• Three-phase voltage monitoring.
• 110–240 V AC and 12–24 V DC supply compatibility.
• Backlit 128 × 80 pixel graphic LCD display.
• 6 programmable digital inputs.
• 7 relay outputs.
• Expandable with optional communication modules including Modbus, Ethernet and Profibus.

Technical Specifications

• Manufacturer: Lovato Electric
• Series: ATL Series
• Model: ATL610
• Product type: Automatic transfer switch controller
• Controlled power sources: 2
• Voltage input type: Three-phase
• Rated supply voltage: 12–24 V DC / 110–240 V AC
• Operating supply voltage range: 90–264 V AC
• Maximum rated voltage: 100–480 V AC L-L
• Measurement range: 50–576 V AC L-L
• Frequency range: 45–65 Hz
• Measurement method: True RMS (TRMS)
• Display: 128 × 80 pixel graphic LCD
• Digital inputs: 6
• Relay outputs: 7
• Communication: Optical programming port with optional USB, RS232, RS485, Ethernet and Profibus modules
• Mounting type: Flush panel mounting
• Protection rating: IP40 front, IP20 terminals
• Dimensions (W × H × D): 144 × 144 × 52.2 mm
• Operating temperature: -30°C to +70°C
• Weight: approx. 680 g

Advanced Automatic Transfer Control for Critical Power Systems

Automatic transfer switch controllers supervise incoming electrical supplies and automatically transfer loads between primary and backup power sources whenever abnormal voltage or frequency conditions occur. This ensures continuity for critical equipment while reducing operational downtime and protecting infrastructure.

The Lovato ATL610 is engineered for complex standby power systems involving generators, utility supplies and emergency backup installations. Its expandable communication capabilities and programmable logic functions provide enhanced flexibility for industrial automation and intelligent power management systems.

Typical Applications

• Mains-to-generator automatic transfer systems.
• Industrial emergency power installations.
• Critical infrastructure backup power systems.
• Commercial and utility switchboards.
• Data centres and power continuity systems.
• Industrial generator control panels.

Trusted by Power System Engineers Worldwide

Lovato ATL series automatic transfer switch controllers are trusted by electrical engineers and generator specialists for dependable source transfer management, intelligent monitoring and reliable operation in critical power applications.