Elca TM210 | Control transformer 1000 V.A “IN 220/380 OUT 12/24”

Elca TM210 | Control transformer 1000 V.A “IN 220/380 OUT 12/24”

Product Description

The Elca TM210 is a single-phase, dry-type control transformer rated at 1000 VA, engineered to provide reliable voltage reduction and galvanic isolation for industrial control circuits. With selectable primary input voltages of 220 V or 380 V AC and dual secondary outputs of 12 V or 24 V AC, this transformer is ideal for powering low-voltage control devices such as relays, contactors, sensors, and pilot lights.

Designed for continuous operation in demanding industrial environments, the TM210 enhances safety by electrically isolating control circuits from the main power supply, reducing electrical noise and preventing voltage spikes.

Technical Specifications

Transformer Type: Single-phase, dry-type

Power Rating: 1000 VA

Primary Voltage (Input): 220 V / 380 V AC (selectable via wiring)

Secondary Voltage (Output): 12 V AC or 24 V AC (selectable taps)

Frequency: 50 / 60 Hz

Insulation Class: Class B (130°C) or higher

Core Material: Low-loss laminated steel

Winding Material: Copper

Cooling: Natural air cooling (AN)

Protection: IP20 (standard open type)

Terminals: Screw-type terminals

Mounting: Panel or base mounting

Key Features

Dual Output Voltages (12 V / 24 V AC)
Provides flexibility to power different types of control equipment with appropriate voltage.

Dual Input Voltage Compatibility (220 V / 380 V AC)
Easily adaptable to various industrial power supply systems.

Electrical Isolation
Ensures galvanic separation between input and output, enhancing system safety and noise reduction.

High Power Capacity (1000 VA)
Supports multiple control devices simultaneously, suitable for medium-sized control panels.

Robust Industrial Design
Built for durability and continuous operation in harsh environments.

Typical Applications

Powering control circuits, relays, contactors, and pilot lights

Supplying safe low-voltage power for industrial automation systems

Isolating control devices from main power to prevent electrical faults

Used in elevator controls, HVAC systems, machine tools, and factory automation panels