FOB Price
أحصل على آخر سعر50 ~ 100 / Piece
|Minimum Order
Place of Origin:
China
Price for Minimum Order:
Minimum Order Quantity:
1 Piece
Packaging Detail:
standard carton
Delivery Time:
within 2 days after the payment received
Supplying Ability:
500 Piece per Month
Payment Type:
T/T, Western Union, Money Gram
الشخص الذي يمكن الاتصال به Ms. Grace
Banzhong Industrial zone, Fuan, Fujian
MX**1 Automatic Voltage Regulator
Specification
Stamford Automatic Voltage Regulator MX**1
1.for *******0kw generator
2.PMG system
3.1 year warranty
4.OEM Service is ok
Stamford MX**1
1.for *******0kw generator
2.PMG system
3.1 year warranty
4.OEM Service is ok
Stamford MX**1
3 Phase Sensing Permanent Magnet Generator type voltage regulator is a compatible replacement for Newage Stamford MX**1 and Onan *******3.
MX**1 is a three phase sensed Automatic Voltage Regulator and forms part of the excitation system for a brushless generator.Excitation power is derived from a three phased permanent magnet generator(PMG),to isolate the AVR control circuits from the effects of nonlinear loads and to reguce radio frequency interence on the generator terminals.Sustained generator short circuit current is another feature of the PMG system.
The AVR sense the voltage in the main generator winding and controls the excitation to maintain the generator output voltage with the specified limits,compensating for load,speed,temperature and power factor of the generator.Thress phase RMS sensing is emplyed for superior voltage regulation.
Adjustable soft start circuitry is included to provide a smooth controlled build up of generator output voltage.
Specification
Features
|
Sensing input |
|
|
voltage |
**0 ***4V ac max,2 or 3 phase |
|
Frequency |
****0 Hz nominal |
|
Power input (PMG) |
|
|
Voltage |
******0V ac max.3 phase ,3 wire |
|
current |
3A/phase |
|
Output |
|
|
Voltage |
Max **0V dc |
|
Current |
Continuous 3.7 A ( see note 1 ) Intermittent 6A for *0 secs |
|
resistance |
*5 ohms minimum |
|
regulation |
+/- 0.5% RMS with 4% engine governing (see note 2 ) |
|
Thermal drift |
0.*2% per deg .C change in AVR ambient (note 3 ) |
|
Soft start ramp time |
0.4 – 4 seconds |
|
Typical system response |
|
|
AVR response |
*0 ms |
|
Filed current to *0% |
*0 ms |
|
Machine volts to *7% |
**0 ms |
|
External voltage adjustment |
+/- *0% with 5 k ohm 1 watt trimmer (see note 4 ) |
|
Under frequency protection |
|
|
Set point |
*5% Hz (see note 5 ) |
|
Slope |
******0% down to *0 Hz |
|
Max Dwell |
*0% volts/s recovery |
|
Unit power dissipation |
*8 watts maximum |
|
Analogue input |
|
|
Maximum input |
+/- 5V dc (see note 6) |
|
sensitivity |
1v for 5% generator volts (adjustment ) |
|
Input resistance |
1k ohm |
|
Quadrature input |
|
|
*0 ohms burden |
|
|
Max sensitivity |
0.*2 A for 5% droop OPF |
|
Max input |
0.*3 A |
|
Current voltage detection input |
|
|
Set point |
**0V .time delay:1 sec(fixed ) |
|
CB trip coil volts |
*0 – *0 V dc |
|
CB trip coil resistance |
****0 ohms |
|
Over excitation protection |
|
|
Set point |
*5 V dc |
|
Time delay |
***5 seconds( fixed ) |
|
environmental |
|
|
vibration |
*0 – **0 Hz *0mm/sec |
|
|
**0Hz – 2k Hz 3.3g |
|
Operating temperature |
**0 to **0 degree |
|
Relative humdity ***0 degree |
*5% (see note 7 ) |
