Elca TM210 | Control transformer 1000 V.A “IN 220/380 – OUT 12/24/48/70/110”

Elca TM210 | Control transformer 1000 V.A “IN 220/380 – OUT 12/24/48/70/110”

Product Description

The Elca TM210 is a single-phase, dry-type control transformer with a power rating of 1000 VA, designed for industrial applications requiring reliable and isolated low-voltage AC outputs. With a dual input voltage (220 V or 380 V AC) and multiple selectable output voltages (12 V, 24 V, 48 V, 70 V, and 110 V AC), this transformer offers maximum versatility for powering a wide range of control devices and auxiliary circuits.

Engineered for continuous-duty operation, the TM210 provides galvanic isolation, electromagnetic noise reduction, and voltage adaptability — making it ideal for complex or multi-voltage industrial systems.

Technical Specifications

Transformer Type: Single-phase, dry-type control transformer

Rated Power: 1000 VA

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

Secondary Voltage (Output): 12 V / 24 V / 48 V / 70 V / 110 V AC (selectable taps)

Frequency: 50 / 60 Hz

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

Winding Material: Copper

Core Material: Low-loss laminated steel

Cooling Method: Natural air-cooled (AN)

Terminal Type: Screw terminals for easy wiring

Protection Degree: IP20 (for open-frame models)

Mounting: Panel or base mountable

Key Features

Multiple Output Voltages
Five selectable secondary voltages (12 / 24 / 48 / 70 / 110 V AC) from a single unit—supports diverse control needs.

Flexible Primary Input
Compatible with both 220 V and 380 V AC mains—configurable via terminals.

Full Galvanic Isolation
Electrical separation between input and output enhances safety and minimizes electrical interference.

High Power Rating (1000 VA)
Can supply multiple control components simultaneously with consistent performance.

Heavy-Duty Industrial Design
Built for demanding environments with durable materials and thermal protection.

Typical Applications

Powering low-voltage control circuits in machines and automation systems

Supplying multiple voltage levels for pilot devices, signaling, timers, and relays

Isolating control circuits from power supply to reduce faults and interference

Supporting multi-standard machinery with varied control voltage requirements

Used in industrial panels, HVAC units, elevators, packaging machines, and factory automation