ETE DV150P6S4 Dual Input Voltage Control Transformer 150VA 0/240/415V to 0/110V

Why Choose the ETE DV150P6S4 150 VA Dual-Input Control Transformer?

The ETE DV150P6S4 is a versatile 150 VA single-phase industrial control transformer designed to provide a nominal 110 V AC secondary output from either a 240 V AC or 415 V AC primary supply. Manufactured by Eastern Transformers & Equipment (ETE), this transformer belongs to the established ETE DV dual-input-voltage stock control transformer range, developed for electrical panel builders, machinery manufacturers and industrial automation applications requiring flexible primary voltage connections.

Unlike a single-input-voltage transformer, the DV150P6S4 features a 0/240/415 V primary terminal arrangement, allowing installers to select the appropriate primary connection for the available supply. Its 0/110 V secondary terminals provide a single nominal 110 V AC output, making it suitable for machinery and electrical control systems designed around a 110 V AC control supply.

The DV150P6S4 combines a 150 VA apparent power rating with Class E insulation, 10% voltage regulation and industrial construction. Its dimensions of 96 × 87 × 103 mm and specified weight of 2.8 kg make it a practical option for electrical control panels where installation space must be considered.

With specified EPH 2 or EPN 1 enclosure references, the ETE DV150P6S4 offers flexibility for both panel-mounted and appropriately enclosed installations. Its dual-input arrangement is particularly useful for OEMs and panel builders working with equipment intended for different industrial supply voltages.

Key Advantages

• Dual-input-voltage flexibility for 240 V AC or 415 V AC primary supplies.
• Provides a nominal 110 V AC secondary output for compatible industrial control equipment.
• 150 VA rated apparent power for appropriately sized control circuits.
• Part of the established ETE DV dual-voltage transformer series.
• 0/240/415 V primary terminals simplify selection between supported supply voltages.
• Single 110 V AC secondary output for straightforward control circuit integration.
• Class E insulation system designed in accordance with EN 61558-1.
• 10% voltage regulation as specified for this transformer model.
• IP20 touch-proof terminals help reduce accidental contact with live terminal parts.
• Class H varnish impregnation provides additional winding protection.
• Dedicated core earth connection for protective earthing.
• 50/60 Hz supply compatibility.
• DIN rail mounting option for suitable installations.
• Compact dimensions of 96 × 87 × 103 mm.
• Specified EPH 2 or EPN 1 enclosure references.

Key Features

• ETE DV dual-input-voltage control transformer series.
• 150 VA rated apparent power.
• Single-phase transformer construction.
• 240 V AC or 415 V AC selectable primary input.
• 0/240/415 V primary terminal configuration.
• 0/110 V secondary terminal configuration.
• 110 V AC nominal output connection.
• 50/60 Hz rated operating frequency.
• Continuous-duty construction.
• Class E electrical insulation.
• 10% specified voltage regulation.
• IP20 touch-proof connection terminals.
• Class H varnish-impregnated windings.
• Dedicated transformer core earth connection.
• DIN rail mounting option.
• Specified ambient operating temperature range of −10 °C to +35 °C.
• 96 × 87 × 103 mm overall dimensions.
• 2.8 kg specified transformer weight.
• EPH 2 or EPN 1 enclosure references.

Flexible 110 V AC Control Power from 240 V or 415 V Supplies

The ETE DV150P6S4 is designed for industrial electrical systems where the available primary supply may be either 240 V AC or 415 V AC. Its tapped primary winding provides 0/240/415 V terminals, enabling the correct primary connection to be selected during installation. When connected to the appropriate input voltage, the transformer provides a nominal 110 V AC secondary output through its 0/110 V secondary terminals.

This dual-input configuration is useful for machinery manufacturers, OEMs and electrical panel builders producing equipment for different supply arrangements. A single DV150P6S4 model can accommodate either supported primary voltage, reducing the need to specify separate transformer variants for 240 V AC and 415 V AC installations. The primary terminals must always be connected according to the actual supply voltage and the manufacturer's wiring instructions.

With a 150 VA rating, the transformer provides a calculated full-load secondary current of approximately 1.36 A at its nominal 110 V AC output. This figure is calculated by dividing the rated apparent power by the secondary voltage. Transformer sizing should also consider the total connected load, power factor, switching characteristics and short-duration inrush requirements, particularly when supplying contactors or other electromagnetic devices.

The specified 10% voltage regulation is an important consideration when evaluating secondary voltage variation under different load conditions. Connected equipment must be capable of operating within the actual secondary voltage range expected in service, rather than assuming the output will remain exactly 110 V AC under all conditions.

The DV150P6S4 features a Class E insulation system, IP20 touch-proof terminals, Class H varnish impregnation and a dedicated core earth connection. For installations requiring additional protection, the specified enclosure references are EPH 2 or EPN 1. Correct primary and secondary overcurrent protection, protective earthing, ventilation and mounting arrangements remain essential for safe operation.

Typical Applications

• Industrial electrical control panels requiring a 110 V AC control supply.
• Machinery designed for either 240 V AC or 415 V AC primary supplies.
• OEM control panel manufacturing and machine-building projects.
• Factory automation and industrial control equipment.
• AC contactor and relay control circuits.
• Industrial switching and control assemblies.
• Packaging, processing and manufacturing machinery.
• Electrical distribution and control cabinet installations.
• Auxiliary electrical circuits designed for 110 V AC operation.
• Industrial systems with multiple compatible 110 V AC control loads.
• DIN rail-based electrical panel installations using an appropriate mounting arrangement.
• Replacement and maintenance applications requiring a compatible 150 VA dual-input control transformer.
• Electrical installations requiring 415 V to 110 V AC or 240 V to 110 V AC voltage conversion.