Elca TM110 | Control transformer 100 V.A “IN 220/380 OUT 12/24/48”

Description
The Elca TM110 is a single-phase 100 V.A control transformer. It is designed to step down higher input voltages to safer, lower levels for a variety of small to medium-sized industrial and commercial control circuits. This model is recognized for its compact size and versatile output options, making it a reliable and adaptable component for numerous applications.
Specifications
Model: TM110
Power Rating: 100 V.A (Volt-Amperes), indicating its apparent power capacity.
Input Voltage: 220V or 380V, allowing it to be used with common industrial power supplies.
Output Voltage: The transformer offers output taps for 12V, 24V, and 48V, which are standard voltages for many control and automation components.
Phase: Single-phase.
Features & Advantages
The Elca TM110 is valued for its reliability and efficiency in small-scale applications. Its key features include:
Compact Design: Its small footprint allows for easy installation in crowded control panels and tight spaces.
Versatility: The multiple output voltage taps (12V, 24V, 48V) provide flexibility, allowing a single transformer to be used for different low-voltage applications.
Safety Isolation: It provides crucial electrical isolation between the high-voltage input and the low-voltage output, which is a critical safety feature for both personnel and equipment.
Durability: Built to withstand the typical conditions of industrial and commercial environments, ensuring long-term performance.
Applications
This control transformer is commonly utilized in low-to-medium power applications, such as:
Small to Medium Control Panels: Powering relays, contactors, timers, and indicator lights in industrial automation and machine control.
HVAC Systems: Supplying control voltage for thermostats, solenoid valves, and small fan motors.
Automation Equipment: Providing power for sensors, actuators, and other control elements in automated machinery.
Security and Signaling: Used in security and alarm systems that require a low-voltage power source.






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