ETE MV4000P1S1 Multi-Voltage Control Transformer 4000VA 10/0/220/240V to 0/55/110V

Why Choose the ETE MV4000P1S1 Multi-Voltage Control Transformer?

The ETE MV4000P1S1 is a high-capacity 4000 VA (4 kVA) single-phase multi-voltage control transformer designed to provide dependable electrical isolation and selectable AC control power for industrial machinery, electrical control panels and automation systems. Part of the ETE MV Multi-Voltage transformer series, it features primary terminals marked 10/0/220/240 V and secondary terminals marked 0/55/110 V, providing flexible voltage connections for demanding industrial applications.

The MV4000P1S1 incorporates nominal 220 V and 240 V primary connections and selectable 55 V AC or 110 V AC secondary output taps. Its primary winding also includes a 10 V adjustment tap, with the correct terminal connections requiring confirmation from ETE before installation. This combination makes the transformer suitable for industrial equipment requiring substantial control power capacity and adaptable voltage arrangements.

With a rated capacity of 4000 VA, Class F insulation and 3% voltage regulation, the ETE MV4000P1S1 provides a practical solution for industrial control systems where dependable secondary voltage performance is important. Measuring 245 × 190 × 230 mm and weighing 36 kg, the transformer is intended for integration into appropriately engineered electrical equipment. The manufacturer's specified enclosure reference is EPN 6.

Key Advantages

• 4000 VA (4 kVA) rated capacity supports substantial industrial control circuit loads.
• Multi-voltage primary connections accommodate nominal 220 V and 240 V AC supplies.
• 10 V primary adjustment tap provides additional connection flexibility, subject to confirmation with ETE.
• Selectable 55 V AC or 110 V AC secondary output supports different industrial control voltage requirements.
• Electrical isolation separates the primary supply from the secondary control circuit.
• 3% voltage regulation supports consistent secondary voltage performance under varying load conditions.
• Class F insulation provides a defined thermal insulation classification for industrial transformer operation.
• Single-phase construction supports integration into compatible electrical control systems.
• High-capacity transformer design is suitable for applications requiring more control power than smaller VA-rated models.
• EPN 6 enclosure reference assists with the selection of a suitable protective enclosure.

Key Features

• ETE MV Multi-Voltage transformer series.
• 4000 VA (4 kVA) rated apparent power.
• Single-phase control transformer configuration.
• Primary terminals: 10/0/220/240 V.
• Nominal primary voltage connections: 220 V and 240 V.
• 10 V primary adjustment tap; confirm terminal connections with ETE.
• Secondary terminals: 0/55/110 V.
• Selectable secondary output: 55 V AC or 110 V AC.
• 3% voltage regulation.
• Class F insulation system.
• EPN 6 enclosure reference.
• 245 × 190 × 230 mm overall dimensions.
• 36 kg transformer weight.
• Industrial control transformer construction for compatible machinery and electrical panels.

Flexible 220 V and 240 V Primary Connections

The ETE MV4000P1S1 features primary terminals marked 10/0/220/240 V, incorporating nominal 220 V and 240 V connections for compatible industrial electrical supplies.

This arrangement provides useful flexibility for electrical panel builders, machinery manufacturers and control system integrators working with equipment designed for different nominal supply voltages. Selecting the appropriate primary winding connection allows the transformer to be matched to the intended installation.

The primary terminal arrangement also incorporates a 10 V adjustment tap. The exact function and correct connection of this tap must be confirmed with ETE. It should not be assumed to provide an independent 10 V supply or a particular voltage correction without reference to the manufacturer's wiring documentation.

The primary terminals are fixed winding connections rather than an automatic voltage-ranging input. The correct connections must be verified before energising the transformer, with suitable primary circuit protection and installation precautions.

Selectable 55 V AC or 110 V AC Secondary Output

The MV4000P1S1 incorporates a tapped secondary winding arrangement with terminals marked 0/55/110 V. These terminals provide selectable nominal secondary voltage connections for compatible industrial control equipment.

• 55 V AC output: The appropriate secondary tap provides a nominal 55 V AC supply for compatible control circuits.
• 110 V AC output: The appropriate secondary tap provides a nominal 110 V AC supply for compatible industrial control equipment.

The manufacturer specifies 55 V or 110 V tapped output connections, rather than two independently rated secondary windings. The correct output should therefore be selected according to ETE's wiring documentation, without assuming that both voltage connections provide separate full-capacity supplies.

The 4000 VA rating applies to the transformer as a whole. Connected loads must remain within the applicable transformer and winding limits, with appropriate conductor sizing, circuit protection and consideration of equipment starting currents.

Dependable Control Power with 3% Voltage Regulation

The ETE MV4000P1S1 has a specified 3% voltage regulation, describing the change in secondary voltage between the manufacturer's defined loading conditions. This characteristic is useful when selecting a transformer for industrial control circuits where the electrical load may vary during operation.

Combined with its substantial 4 kVA capacity and Class F insulation system, the MV4000P1S1 provides a practical solution for industrial applications requiring isolated AC control power and selectable secondary voltage taps.

Class F Insulation for Industrial Transformer Applications

The MV4000P1S1 features a Class F insulation system, providing a recognised thermal classification for the transformer's insulation materials. This is particularly relevant for industrial control transformers where electrical loading and operating conditions must be considered during equipment design.

Class F insulation is associated with a 155 °C thermal classification under applicable insulation system standards. This classification does not represent a permitted ambient operating temperature or guarantee a particular transformer temperature rise. Installation conditions, ventilation and loading must remain within the manufacturer's requirements.

Typical Applications

• Industrial electrical control panels requiring isolated 55 V AC or 110 V AC supplies.
• Machinery control systems operating from compatible 220 V or 240 V AC supplies.
• High-capacity industrial automation and machine control equipment.
• 110 V AC contactor, relay and control device circuits.
• 55 V AC industrial control and signalling applications.
• OEM machinery and industrial electrical equipment manufacturing.
• Manufacturing plant and production line control systems.
• Industrial process control installations requiring substantial control power.
• Electrical panel building and control system integration.