Single-phase power

Single-phase power

A two- or three-wire distribution system commonly used for residences and small commercial buildings.
References in periodicals archive ?
The services include the following measures essentially of: - loading operations in the sub-station: charging transformers from a stand in the sub-station on the transport vehicle, and vice versa - transport (road or rail-bound) of power transformers from substation to auditors and back - Revision of single-phase power transformers.
It is designed for low cost of ownership--it only requires a single-phase power outlet and never needs cooling water or compressed air.
When the motor is supplied from single-phase power source, and the stator winding is sinusoidal, the best results are obtained.
Green Mountain Power will upgrade a single-phase power line into a three-phase power line from Sharon into South Strafford village by 2016, said spokeswoman Dorothy Schnure.
Developed specifically for the process industry, railway applications and machine and plant manufacture, WEIDMULLER says its single-phase Power Solid-State Relays modules have highly reliable switching, a compact design, low drive power, and short response times.
The elevator operates on single-phase power, making it perfect for retrofits or in new buildings where the elevator would be the only three-phase power installation.
Siemens Industry has extended its range of single-phase power supplies suitable for all industrial environments.
Each of the water coolers is available in 115 and 230 volt models and operates on single-phase power.
The XCSD30F is a single-phase power supply with a wide range input of 90-264 Vac and an adjustable 12-15 VDC output.
Unlike other lab compounding lines that use 480-volt three-phase power, the 1FRE runs with 240-volt single-phase power, which means it can be plugged into a standard 240-volt outlet.
Operation from an 85 to 300 VAC single-phase power source.
They introduce distributed generation and the generators, then examine a range of scenarios, including a three-phase IG operating on a single-phase power system, finite element analysis of grid-connected IGs with the Steinmetz connection, self-excited induction generators (SEIGs) for autonomous power systems, voltage and frequency control for SEIGs, and certain PMGs for autonomous power systems.

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