• Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2
  • Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2
  • Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2
  • Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2
  • Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2
  • Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2

Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2

Standard Component: Standard Component
Technics: Assemble
Material: Plastic
Type: AVR
Product Name: AVR Avc125-10A1
Color: Black
Customization:
Gold Member Since 2018

Suppliers with verified business licenses

Rating: 5.0/5
Manufacturer/Factory, Group Corporation

Basic Info.

Model NO.
AVR AVC125-10A1
Stock
Yes
Gross Weight
1.35 Kg
Warranty
1 Year
Transport Package
Carton
Specification
25.5*17.5*9.2 cm
Origin
Fuzhou
HS Code
8503009090

Product Description

AVR AVC125-10 AVC125-10A1 AVC125-10A2

 High quality replacement model for  AVC125-10 AVR AVC125-10A1 AVR  AVC125-10A2 AVR with reasonable price!

BE350,AVC63-4, AVC63-4A, AVC63-7, AVC63-7F, AVC63-12, AVC63-12A1, AVC63-12A2, AVC63-12B1, AVC63-12B1. AVC125-10, AVC125-10A1, AVC125-10A2, AVC125-10B1, AVC125-10B2.

The Brands mentioned here are for reference purpose only, our parts can exactly replace the original ones.

The AVC63-12 AVR and AVC125-10 AVR regulate the level of excitation supplied to the field of a conventional, brushless, synchronous generator. Regulation is achieved by sensing the generator output voltage, converting it to a dc signal, and comparing the signal to a reference voltage. An error signal is developed and used to control the dc field power in order to maintain a constant generator output. Each regulator includes frequency compensation with selectable slope, inverse-time overexcitation shutdown, buildup circuitry, single- or three-phase voltage sensing, single-or three-phase shunt or permanent magnet generator (PMG) power input, parallel droop compensation, and an accessory input. The accessory input provides compatibility with devices such as var/power factor controllers or excitation limiters.

 

Model                                  

                                           Input

 

Power                           

                                Sensing    

Voltage                            

Frequency                    

AVC63-12A1

120

120

50/60

AVC63-12A2

120

120

400

AVC63-12B1

120

240

50/60

AVC63-12B2

120

240

400

AVC125-10A1

240

120

50/60

AVC125-10A2

240

120

400

AVC125-10B1

240

240

50/60

AVC125-10B2

240

240

400

 

Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2
Automatic Voltage Regulator AVR Avc125-10A1 50/60Hz Generator Power Input 240VAC Avc125-10b1 AVR Avc125-10b2 Avc63-12 and Avc125-10 Avc125-10A2

 

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