Selasa, 30 Agustus 2016

Anonim

M16FA655A

The voltage regulator type"MARK V", is suitable for Synchronous Generators of MARELLI MOTORI make, MJB series, size range 160-225 frames. The regulator is fully insulated in order to maintain high reliability also with severe ambient conditions(high level of humidity, dust, salt atmosphere), and in case of high vibrations level. The regulator is proper both for single and 3-phase generators.

MARELLI AVR M16FA655A  is our new design, It is very good performance and low price as well as original.
SENSING INPUT
Voltage: 170-270V AC
Frequency :50/60 Hz nominal
POWER INPUT
Voltage: 170-277V AC
OUTPUT
Voltage: 30V DC
Current :continuous 5A dc
Intermittent 8A for 10 secs
REGULATION:+/- 1%



M16FA655A Automatic Voltage Regulator is developed by Marelli suitable for Three-phase Synchronous Generators. Which is provided with internal circuits in order to reduce the excitation, when running at low speed, in order to avoid damages to the excitation system of the generator.

1. Marelli Automatic voltage regulator

2. The voltage regulator type "MARK V", is suitable for Synchronous Generators      of MARELLI MOTOR make

3. Fully insulated in order to maintain high reliability also with severe ambient
    conditions (high level of humidity, dust, salt atmosphere), and in case of high     vibrations level.

4. Proper both for single and 3-phase generators

SPECIFICATION:
Power supply voltage
(±10% of range tolerance, 50/60Hz)
170÷277 V
Voltage sensing (single-phase)
(±10% of range tolerance, 50/60Hz)
170÷277 V
Maximum continuative field current
5A
Maximum forcing field current(1minute)
8A
Maximum field voltage
100V
Field resistance
8Ω÷20Ω
Regulation accuracy(steady state conditions, rated, balanced and non deforming load, constant frequency)
±0.5 %
Thermal Drift(% voltage change for 50°C change from Tamb, after 10 minutes)
±0.5 %
Response time
1 cycle
Operating temperature
-30°C / +70°C

Anonim

About Anonim -

Author Description here.. Nulla sagittis convallis. Curabitur consequat. Quisque metus enim, venenatis fermentum, mollis in, porta et, nibh. Duis vulputate elit in elit. Mauris dictum libero id justo.

Subscribe to this Blog via Email :