Apr 14, 2005 Hey there. My motherboard is a 'P4M-800M/T2', and I have tried to find the manual, but to no avail. If someone could locate a copy for me and give me. As far as the terminal board (terminal block, terminal plate), I assume you mean something like this: You may or may not be using all of the connections (they come in different standard lengths, and might have more connections than you need). Now, I can't remember which wiring diagram I sent, so I'm starting over with this: The lower diagram is actually an continuation (to the right) of the upper diagram. On the upper diagram, item #1 (to the right of the headlight, with little spots inside of it numbered 1 - 11) is the FRONT TERMINAL BOARD. On the lower diagram, items # 17 - 20 comprise the REAR TERMINAL BOARD. These show how many wires go to each terminal connection (example, terminal #3 in FRONT TERMINAL BOARD shows 5 wires connecting to that one terminal, #s 9 & 11 are not used). Now your wire colors MIGHT not be stock. In which case a multimeter would help you chase the wiring: Also, do you have a Fat Bob tank center dash ignition switch? Or a key switch mounted somewhere else? If the dash switch, this might help: If a key switch, three wires would be: 1 - hot lead coming INTO switch 2 - lead going to ignition, brake light, instrumentation (for running without lights) 3 - lead going to lights (headlight, taillight) for ignition AND lights. Hopefully, this will start you off. ![]() Fire back with any questions Feb 08, 2014|. We need to know what wires you have as far as connections to the motor AND the switch. Red white black green and ______? Is the switch resistive or just a 2 position (high/ low) 15 Amp switch? We also need to know how the the terminals on the motor board are labeled. I.e T1, L1, T2, L2. T3, T4 etc and ground. L1 Black L2 White for high speed Green for gorund. The other 2 colors will be for the slower speed winding. Experimenting with electricity can be costly and VERY dangerous. I would do continutiy checks on the motor windings across L1 and L2 or T1 and T2 and the same for the 2nd winding terminals. Then do the same continuity check from the power wires through the switch and verify the winding resistance across the 2 power leads in BOTH switch positions BEFORE applying power. Most reputable pump manufacturing companies have the winding terminals on the label or included with the pump with a basic wiring diagram. Use a gate valve for controlling output flow from the pump and run the pump at one speed as an alternative. I am just being honest here. Without either a wiring diagram of your pump and switch assy it is difficult to pass 'safe and sound' advice to you. Thanks for using FixYa. Kelly Apr 06, 2010|. P4M-800T - FIC The P4M-800T is a full-featured, microATX form factor motherboard for Intel processors, based on the VIA PT800 chipset. The P4M-800T offers extraordinary performance with 800MHz FSB and support for up to 2GB of fast DDR memory. Also included are 1 AGP 8x. System bus: A system bus is a single computer bus that connects the major components of a computer system, combining the functions of a data bus to carry information, an address bus to determine where it should be sent, and a control bus to determine its operation. A system bus is kind of like all the train tracks that connect the CPU (the grand central station) with the computer memory (the houses of addressable data) and with the neat devices that let us interact (like the mouse, keyboard, screen, and audio system). IDE: Short for Integrated Drive Electronics or IBM Disc Electronics, IDE is more commonly known as ATA or Parallel ATA (PATA). It is a standard interface for IBM compatible hard drives and CD or DVD drives. IDE is different than SCSI and Enhanced Small Device Interface (ESDI) because its controllers are on each drive, meaning the drive can connect directly to the motherboard or controller. IDE and its updated successor, Enhanced IDE (EIDE), are common drive interfaces found in IBM compatible computers. Below is a picture of the IDE connector on the back of a hard drive, a picture of what an IDE cable looks like, and the IDE channels it connects to on the motherboard. SATA: Short for SerialATA, SATA 1.0 was first released in August 2001 and is a replacement for the Parallel ATA interface used in IBM compatible computers. SerialATA is capable of delivering 1.5 Gbps (1500 MBps) of performance to each drive within a disk array.
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