Voltage Regulators
When you use a voltage regulator, it aims to maintain the proper voltage needed for a device. Everything in your home and office requires a specific voltage size. A stove does not need the same amount of voltage as your blender. The incoming power supply of an electronic device gets converted into the desired voltage required to manage inconsistent loads. Using various generators, a voltage regulator will help separate the load between multiple generators.
A generator that runs multiple appliances and devices in your home can become overloaded. When you use an automatic voltage regulator, it will stabilize the output voltage of generators at a variety of loads. Offices and homes can use a generator to power up multiple appliances and devices without worrying about their generator going out from overworking.
Generators do not come with automatic voltage regulators attached to them. Because generators’ primary function is to supply electricity to your office or home during a power outage, they cannot control the voltage level going into your home. You will need to place an automatic voltage regulator on the bottom, the left side of the generator.
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Analog / Digital AVR, Single-phase / Three-phase Voltage detection, 8 Amp, Voltage Regulator for use with Auxiliary Winding, Harmonic Winding, Harmonic + Auxiliary Winding, PMG, and self-excited (SHUNT) self- excited brushless-type generators.
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Not a genuine Basler product. Replacement for Basler Models AVC63-2.5. Voltage Regulation < ±1% , Economical Compact Design , For use in 50/60 Hz Brushless Generators ,EMI Suppression , Under Frequency Protection , 120/240 VAC Optional , Built-in High Breaking Capacity Fuse
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BE-350 – Compatible Basler Voltage Regulator
Input Voltage: 190 – 240 Vac
Sensing Voltage: 190 – 240 Vac
Sensing Frequency: 50 / 60 Hz
Field Resistance: 21 ohms
Output Amperage: 3.5 – 5 Amps
Number Of Phases: 1 Phase
Rheostat: 1000 ohms .5 watts -
Not a genuine Basler product. Replacement for Basler Model(s) VC63-4A. Voltage Regulation < ±1% , Under Frequency Protection , Over Excitation Shut Down ,EMI Suppression, Adjustable Voltage & Stability , Built-in High Breaking Capacity Fuse
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Not a genuine Basler product. Replacement for Basler Models VR63-4 & VR63-4A Regulator. Voltage Regulation < ±1% , For Use In 50/60 Hz Brushless Generators ,Optional 120/240 VAC , Sensing Voltage Switch , Under Frequency & Over Excitation Protection , EMI Suppression ,Built-in High Breaking Capacity Fuse*
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Underfrequency compensation provides the ability to shed load to help improve generator recovery speed, which prevents generator damage and assists the machine in picking up critical loads.
Integrated overexcitation protection removes excitation in potentially damaging conditions, protecting both the generator and the excitation system.
Rugged construction and potted design for installation in harsh environments allows you to enjoy dependable, reliable operation to reduce or eliminate expensive service calls.
Plug-and-play replacement for Marathon® Electric’s SE350 for quick retrofitting. -
Replacement for Marathon SE-350
Sensing Input:Voltage 120(90~132) / 240(171~264) VAC DIP switch selectable
Frequency 50/60 Hz , jumper selectable -
Genuine Newage Product. The AS440 is an analogue, 2-phase sensing, self-excited automatic voltage regulator (AVR). The AS440 incorporates Surface Mount Technology (SMT) to its design.
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Genuine Newage Product. The MX321TM analogue, 3-phase sensing, permanent magnet generator (PMG) powered automatic voltage regulator (AVR) provides isolation from the effects of non-linear loads, improved motor starting performance and sustained short circuit current.
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Genuine Newage Product. The MX341 is an analogue, 2-phase sensing, permanent magnet generator (PMG) powered automatic voltage regulator (AVR) providing isolation from the effects of non-linear loads. It has improved motor starting performance and sustained short circuit current.
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Genuine Newage Product. SX460 is obsolete, replaced by model AS440. The AS440 is an analogue, 2-phase sensing, self-excited automatic voltage regulator (AVR). Linked with the main stator windings and the exciter field windings to provide closed loop control of the output voltage.
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Voltage Regulators
When you use a voltage regulator, it aims to maintain the proper voltage needed for a device. Everything in your home and office requires a specific voltage size. A stove does not need the same amount of voltage as your blender. The incoming power supply of an electronic device gets converted into the desired voltage required to manage inconsistent loads. Using various generators, a voltage regulator will help separate the load between multiple generators.
A generator that runs multiple appliances and devices in your home can become overloaded. When you use an automatic voltage regulator, it will stabilize the output voltage of generators at a variety of loads. Offices and homes can use a generator to power up multiple appliances and devices without worrying about their generator going out from overworking.
Generators do not come with automatic voltage regulators attached to them. Because generators’ primary function is to supply electricity to your office or home during a power outage, they cannot control the voltage level going into your home. You will need to place an automatic voltage regulator on the bottom, the left side of the generator.