CGG 164A 8.2KW Generator Alternator Head Industrial 1800RPM

Description

CGG 164A 8.2KW
Generator Alternator Head
With industrial boost winding to start heavy loads, will produce 150% of
rated power for 5 seconds
Shipped with AS440 AVR installed
12 HP Diesel engine required for full output, may use less hp engine but
will not get full output
17 HP Gasoline engine required for full output, may use less hp engine but will not
get full output
Set up instructions included.
Weight: 225 LBS
These generators are of the synchronous drip proof salient, 4 pole rotating field self excitation
and constant voltage, with insulation of class H. These generators are very heavy and rugged
in construction, easy to maintain and are built to IEC34, Nema MG1-22, GB755, CSA
C22.2-100, VDE 0530 and ASB59 standards.These units have industrial boost windings to start
heavy loads and will produce 150% of rated power for 5 seconds. Units are shipped with
AS440 AVR installed. They can also be coupled directly to diesel or gasoline engine with SAE
bell housing to maintain generator at 1800 rpm.
Wiring Options:
120/240 1 Phase
120/240 3 Phase
120/208 3 Phase
277/480 3 Phase
Contact us for shipping rates. The cheapest option is shipping to a business address inside the city limits with no houses around with a loading dock or forklift.
To expedite the shipping process we will need:
1) YOUR NAME,
BUSINESS NAME AND ADDRESS
2) TO KNOW IF YOU HAVE A LOADING DOCK OR FORKLIFT
3) CONTACT PERSON AT BUSINESS ADDRESS OR INFORM US IF YOU WOULD LIKE TO PICK UP AT A FREIGHT TERMINAL
How to determine your Bellhousing SAE Size!
In order to make sure that your engine will work with our generators and to determine the correct SAE size we will need for you to take three measurements.
1) XD which is the inside diameter of the bellhousing
2) XE Which is the diameter of the drive plate or the machined out part on the flywheel where the drive plate bolts. NOT THE DIAMETER OF THE FLYWHEEL
3) XG Which is the distance the drive plate extends into the bellhousing.
The XG is measured by laying a straight edge such as a level across the rear of the bell housing and measure from the inside of the straight edge to the flywheel machined out part on the flywheel where the drive plate bolts
4) Compare your measurements to the measurements in the chart to find your SAE size ( reads from left to right)
5) Enter your new found bellhousing and flywheel in the top of this listing and you are good to go!
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