"Section #1V 4600 CJ amps 325, Section 2V 3500 CJ amps 425, KVA 1.15, test 7500 voltage"
Is it an old one and the label hard to read? The part number is not apparently a standard catalog one maybe it is from a military or third party piece of gear.
Could it be CT instead of CJ and 0.325 instead of 325?
Just to speculate if it is CT and used with a full wave rectifier:
2300-0-2300V, 0.325A = 747VA (2500VDC?)
1750-0-1750V, 0.425A, = 743VA (1900VDC?)
It's rated 1.15KVA but VA and Watts are not always the same thing. Good size transformer though.
Patrick has it right, but with a choke input filter it won't make those DC voltages. Seems both secondaries can be loaded. Loading only one secondary will reduce the VA load, so you could use a cap input filter which will increase the DC voltage. The higher output DC voltage has to used to figure the VA load.
You need to check if the two secondaries are separate windings or is it one winding with taps at the lower voltage. You can do this with an ohmmeter
The RMS Test Voltage is 7500vac. This computes to a working DC voltage of about 3250 volts. Rule to figure working voltage is to subtract 1KV from the RMS Test Voltage then divide by 2.
Measure the DC resistance of the secondaries and let us know what they are.
Fred