ETE SV1000P5S4 Single Voltage Control Transformer 1000VA 0/415V to 0/110V

Why Choose the ETE SV1000P5S4 1000 VA Single-Voltage Control Transformer?

The ETE SV1000P5S4 is a high-capacity 1000 VA (1 kVA) single-phase control circuit transformer designed to convert a 415 V AC primary supply into a 110 V AC secondary output. Manufactured by Eastern Transformers & Equipment (ETE), this transformer belongs to the established ETE SV single-voltage control transformer series, developed for industrial electrical control panels, machinery and automation systems requiring dependable AC control power.

The SV1000P5S4 features 0/415 V primary terminals and 0/110 V secondary terminals, providing a dedicated 110 V AC supply for compatible contactors, relays, solenoids, signalling devices and other industrial control components. Its continuous-rated construction incorporates IP20 touch-proof terminals, Class H varnish impregnation and a core earth connection to support reliable electrical installation and long-term industrial service.

With a rated apparent power of 1000 VA, Class E insulation and 4% voltage regulation, the SV1000P5S4 provides a practical solution for higher-capacity control circuits requiring predictable secondary voltage performance. Measuring 150 × 125 × 145 mm and weighing 9.8 kg, the transformer is suitable for integration into industrial electrical cabinets, with the specified compatible enclosure reference EPN 3.

Key Advantages

• 1000 VA (1 kVA) continuous-rated capacity for industrial control circuit applications.
• 415 V AC primary to 110 V AC secondary voltage transformation.
• Single-phase construction suitable for control circuits supplied from a 415 V AC source.
• 4% voltage regulation helps maintain predictable secondary voltage performance under varying loads.
• Class E insulation system with construction designed to EN 61558-1.
• IP20 touch-proof terminals help reduce accidental contact with electrical connections.
• Class H varnish impregnation supports robust winding construction.
• Integrated core earth terminal provides a connection point for protective earthing.
• 50/60 Hz operating frequency supports suitable industrial AC supply systems.
• Continuous-duty design for sustained control circuit operation within the rated capacity.
• EPN 3 enclosure compatibility supports installation in appropriately protected electrical environments.
• Established ETE stock transformer design suitable for panel builders, OEMs and industrial maintenance engineers.

Key Features

• ETE SV single-voltage control transformer series.
• 1000 VA / 1 kVA rated apparent power.
• Single-phase control circuit transformer.
• 0/415 V primary terminals.
• 0/110 V secondary terminals.
• 110 V AC nominal output connection.
• 50/60 Hz operating frequency.
• Approximately 9.09 A calculated nominal full-load secondary current.
• Approximately 2.41 A calculated nominal primary current.
• Continuous-rated operation.
• Class E insulation system.
• 4% voltage regulation.
• IP20 touch-proof electrical terminals.
• Class H varnish-impregnated construction.
• Core earth connection.
• Designed to EN 61558-1.
• Ambient operating temperature range: −10 to +35 °C.
• Dimensions: 150 × 125 × 145 mm.
• Weight: 9.8 kg.
• Compatible enclosure reference: EPN 3.

Reliable 110 V AC Power for Industrial Control Systems

The ETE SV1000P5S4 provides a dependable method of supplying industrial control equipment requiring 110 V AC from an available 415 V AC source. Its single-voltage primary and secondary arrangement makes it suitable for installations with established supply and control voltage requirements, providing a dedicated secondary winding for compatible electrical control equipment.

The 1000 VA continuous-duty rating corresponds to a calculated nominal secondary current of approximately 9.09 A at 110 V AC. This capacity enables the transformer to supply multiple compatible control devices, provided their combined steady-state loads and simultaneous energisation requirements remain within its operating capabilities. Contactors, solenoids and electromagnetic relays may draw significantly greater apparent power during initial energisation, making inrush performance an important consideration during transformer selection.

The specified 4% voltage regulation describes the secondary voltage change between no-load and rated-load conditions. This supports control circuit designs where voltage stability is important for dependable operation of contactors, relays and signalling devices. The Class E insulation system, Class H varnish impregnation and continuous-rated construction provide a robust basis for industrial service.

The SV1000P5S4 is equipped with IP20 touch-proof terminals and a core earth terminal for integration into appropriately designed electrical installations. The specified EPN 3 enclosure reference provides an enclosure option where additional physical protection is required. Primary and secondary circuit protection, conductor sizing, protective earthing and ventilation must be considered during installation.

Although the transformer may be connected across two suitable phases of a three-phase electrical supply where the phase-to-phase voltage is 415 V AC, the SV1000P5S4 itself is a single-phase transformer. Its 0/110 V secondary winding provides a nominal 110 V AC output and should not be confused with a centre-tapped 55/0/55 V construction used in some portable site supply systems.

Typical Applications

• Industrial electrical control panels requiring a 110 V AC supply.
• Machinery and automation systems supplied from a 415 V AC source.
• Contactor and electromagnetic relay control circuits.
• Industrial solenoid valves and actuators rated for 110 V AC.
• Motor starter and machinery control panels.
• Manufacturing and production line automation equipment.
• Packaging machinery and conveyor control systems.
• Industrial signalling, indication and alarm circuits.
• OEM machinery and electrical control cabinet manufacturing.
• Industrial maintenance and refurbishment projects.
• Replacement of compatible 1 kVA, 415 V to 110 V AC control transformers.