I have book for several models M-500S up to E-3500HDV Arthurford@charter.net
A generator transfer switch is used to switch an electrical load between different sources such as grid power and a standby generator or between multiple generators to allow for maintenance of a generator in a set. These switches can be automatic, switching between sources when a source fails or moves out of specification or they can be manual, requiring operator intervention.
You first use the schematic diagram in the equipment service manual to understand the flow of the power and signals in the generator. The first thing to check is all of the power supply voltages. If one is missing, the generator can fail in such a way as to produce no output. Then you can use an oscilloscope to trace the problem backwards, from the output connector of the generator to to the source of the signal generation.
AMF stand for Auto Mains Failure. Generally a generator/alternator power and normal commercial line switching over is done through it. A normal changeover, if mains fails you have switch the load circuit to generator, and when mains restors, generator supply will be cut off and fed to mains. in AMF this done by contactors and control circuits. if you want to know more......
Paralleling generatorsThe following is for three phase manual paralleling of two generators. Today's control systems will sense and do this operation automatically but the general process is the same. There are a couple of factors that have to be met when paralleling generators. The process of paralleling generators is called synchronization. What this means is that both generators have to be in phase with each other and running at the same speed. The generator that is running is called the lead generator and the one that you are trying to parallel is called the lag generator. There are two types of instrumentation used in synchronising, one is a light bank and the other a bit more sophisticated is a synchroscope meter. The synchroscope indicates whether the lag generator is faster, slower or in phase with the bus. The lag generator is brought up to speed just under the RPM of the lead generator. The synchroscope will be revolving very slowly in a clockwise rotation at this point. When the hand on the synchroscope reaches the 11 o'clock position the switch is thrown to bring the generator on to the bus tying the two generators together.
You adjust the voltage and RPM on the second generator to be slightly higher than the first. How much higher depends on the system and generator design.While monitoring a synchrometer, you pick a relative phase position (again, depending on design) and close the second generator to the first at the selected moment in phase/time.You immediately monitor and adjust power and vars to make sure the second generator is not too over or under loaded.Paralleling generatorsThe following is for three phase manual paralleling of two generators. Today's control systems will sense and do this operation automatically but the general process is the same. There are a couple of factors that have to be met when paralleling generators. The process of paralleling generators is called synchronization. What this means is that both generators have to be in phase with each other and running at the same speed. The generator that is running is called the lead generator and the one that you are trying to parallel is called the lag generator. There are two types of instrumentation used in synchronising, one is a light bank and the other a bit more sophisticated is a synchroscope meter. The synchroscope indicates whether the lag generator is faster, slower or in phase with the bus. The lag generator is brought up to speed just under the RPM of the lead generator. The synchroscope will be revolving very slowly in a clockwise rotation at this point. When the hand on the synchroscope reaches the 11 o'clock position the switch is thrown to bring the generator on to the bus tying the two generators together.The light system of paralleling generators has lamps hooked in series and connected between the hot lead of the lead generator and the hot lead of the lag generator. When one generator is running faster than the other one, the lights will blink off and on as the generators come in and out of phase with each other. Adjusting the throttle of the lag generator and bringing it closer to synchronise speed will cause the lights will start to pulsate slower and slower until they go off for a period of seconds and then on for a period of seconds. At this point the two generators are electrically paralleled. Count the time between on off on of the lights. At half the off time (zero voltage) throw the switch and the generators will lock together, the two generators will be running in parallel with each other. Manually to keep them paralleled requires a bit of work, as the faster generator will try and take the load and motor the other one. This is where a governor is a great asset. If the generators are tied together out of phase two things could happen. The least problematic would be the generators breaker will trip. The second and most dangerous is if the lag generator is just a little bit out of phase when the switch is thrown, then the generator will be jerked into phase lock as momentary heavy current flows between the two generators. The sudden loading of the generator has been known to break crankshafts of the engine driving it.
I need manual book of generator 3412
Each FG Wilson generator comes with a manual at the time of purchase. However, if one is lost or you purchase a second hand generator, you can download the operator manual directly from the FG Wilson website. You can also request one from a global dealer.
Pioneer keeps an online library of manuals for a lot of products, however your product was made around 1994, so is older than any online manual.
sears.com
The manual for this LaserDisc player is available in PDF on their website: pioneerelectronics.com
Bottom right, there's a little button, push it in :)
Not all generators have the same output. Check the manual that came with your generator.
owners manual - read it and you shall know
15w 40 Manual at titanindustrial.net
You can download the manual at Sears website, service and support. Pretty straight forward.
See the related link below to a Pioneeer AVIC-D3 user's manual or call Pioneer Electronics at 1-800-421-1404 .
You may have not installed it properly. the most imortant thing to remember when installing a generator is to follow all the directions in the manual and not skip steps no matter how temping it may be.