Strip the other end of each wire, and crimp on a ring or fork terminalĪttach the terminal to the motor controller input terminals (red to , black to -)Ī number of the CAN and power connectors in the system use a Weidmuller LSF series wire-to-board connector. Strip one end of each of the wires, then insert into the Wago terminals. Terminal Controllers only: 10 or 12 AWG (4 - 6 \(mm^2\)) wire, 10 or 12 AWG (4 - 6 \(mm^2\)) fork/ring terminals, wire crimperįor SPARK MAX or other wire integrated motor controllers (top image):Ĭut and strip the red and black power input wires, then insert into one of the 40A (larger) Wago terminal pairs.įor terminal motor controllers (bottom image):Ĭut red and black wire to appropriate length to reach from one of the 40A (larger) Wago terminal pairs to the input side of the motor controller (with a little extra for the length that will be inserted into the terminals on each end) Requires: Wire Stripper, Small Flat Screwdriver, Two sizes of Wago connector are found on the PDP: To use the Wago connectors, insert a small flat blade screwdriver into the rectangular hole at a shallow angle then angle the screwdriver upwards as you continue to press in to actuate the lever, opening the terminal. The next step will involve using the Wago connectors on the PDP. Using a 7/16” (11 mm) box end wrench, remove the nut on the “Batt” side of the main breaker and secure the positive terminal of the battery connector Lift the lever above the black main power input terminal on the PDH until it clicks into place. Requires: Battery Connector, 6 AWG (16 \(mm^2\)) terminal lugs, 7/16” (11 mm) Box endĪttach terminal lug to positive (red) wire of battery connector. To maximize pullout force and minimize connection resistance wires should not be tinned (and ideally not twisted) before inserting into the Wago connector. Two sizes of Wago connector are found on the PDH: To use the Wago connectors, open the lever, insert the wire, then close the lever. Question PCB mounted M.The next step will involve using the Wago connectors on the PDH. But there is NO relationship between which fan MOTOR and which LIGHTS you get in one lighted fan, so the NAMES used can get confusing! IF you go to buy a FAN that includes LIGHTS in its frame, the motor and the lights normally will have separate cables to connect to the two different types of mobo headers. But exactly those terms ALSO are used to name two types of FANS - specifically the MOTORS of the two fan types: 3-pin older Voltage Controlled Fans, and 4-pin newer PWM Fans. Because of the connector difference, many do use the terms "3-pin" and "4-pin" for these lighting systems. There's also a BIG potential for confusion. FYI, MSI uses on their mobo headers the labels JRGB for the second type, and JRAINBOW for the first type. Most people call the second type just plain RGB. You can NOT mix lights of both types into one circuit. So each type of light strip MUST be connected ONLY to a header or Controller that is designed for that light type. So there are TWO important differences - the power supply voltage, and the method of controlling the light colours. So at any moment, the entire strip must all be ONE colour, although that can be changed. The mobo header manipulates the three Ground lines to change colours. Same for each of the two other LED colours. Along the strip, all the LED's of one colour are connected to the same Ground line, so they ALL must do exactly the same thing. Its wires supply power at 12 VDC and three Ground lines - one for each of the three LED colours. At any one moment, every group along the strip can be showing a different colour, so you can get fancy effects like rainbows that move. Each of these listens for an instruction packet and does what it is told with its little LED group. Along the strip the LED's are grouped with little control chips. Its wires supply power to the lights in its strip at 5 VDC, a common Ground plus a digital control line. The 3-pin type is properly called Addressable RGB (or ARGB or ADDR RGB or Digital RGB).
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