Lovato ATL Series Power Supply for Use with ATP Transfer Switch, Digital, Relay, 110 → 230 V ac [ATLDPS1]; 248-5484

Lovato ATL Series Power Supply, Digital Input, For Use With ATP Transfer Switch - ATLDPS1

This dual power supply module is intended for the measurement and control of voltages applied to motorised circuit breakers and changeover switches. It accommodates a configurable input voltage range of 110/230VAC, serving vital roles in automation, electronics, and industrial electrical systems. Its digital input and relay output capabilities ensure performance in various applications.

Features & Benefits

• Controls two power sources simultaneously for operational efficiency
• Wide AC supply voltage range enhances compatibility
• True root mean square (TRMS) measurement method ensures accuracy
• Compact design suitable for 35mm DIN rail mounting
• Relay outputs improve automation control mechanisms
• Suitable operating temperatures accommodate diverse environments

Applications

• Compatible with ATP transfer switches for seamless power transitions
• Effective for controlling motorised circuit breakers in industrial settings
• Important for voltage measurement in electrical control systems
• Ideal for automated systems that require dual power sources

How is the dual power supply module configured for different voltages?

The module includes a digital input for selecting either 110 or 230VAC rated voltage.

What are the maximum operational conditions for the device?

It operates efficiently within temperatures of -30°C to 70°C, ensuring versatility in various environments.

How does the relay output enhance system performance?

The relay output provides multiple configurations for precise control over connected devices.

What installation requirements should be considered?

It can be installed on a 35mm DIN rail or using removable clips for secure mounting.

Is routine maintenance required for optimal performance?

Regular inspections are suggested to ensure all connections and components function correctly.