What to do if my Yamaha F200FET Outboard Motor gauge display does not wake up?
If the gauge display doesn't wake up, it could be due to a lack of electrical power or a damaged gauge. Try these steps: replace the fuse, securely connect the couplers, replace any damaged wires or hubs, or replace the gauge itself.
Why is the illumination not lighting on my Yamaha F200FET Outboard Motor gauge?
If the illumination isn't lighting, it could be because of a power issue or a damaged gauge. You should try replacing the fuse, ensuring the couplers are securely connected, replacing any damaged wires or hubs, or replacing the gauge.
Why does my Yamaha Outboard Motor fuel management gauge show incorrect fuel consumption?
If the fuel management gauge shows incorrect fuel consumption, the engine recognition may be wrong. To resolve this, default the engine number. Then, turn the key switch on in order from the portside engine to re-memorize each engine number.
How to fix a Yamaha F200FET tachometer that shows incorrect engine RPM?
If the tachometer shows an incorrect engine RPM, the engine recognition might be wrong. Push the SET button for 10 seconds to default the engine number, and then memorize each engine number again.
What to do if my Yamaha Outboard Motor speedometer shows the incorrect fuel level?
If the speedometer shows an incorrect fuel level, the fuel sensor selection is likely wrong. You should set up the fuel sensor to the correct resistance.
What does it mean when my Yamaha F200FET Outboard Motor gauge shows “----”?
If the gauge shows “----”, it indicates that the digital signal is not being received. Make sure the couplers are securely connected and replace any damaged bus wires or hubs.
Why does my Yamaha Outboard Motor fuel management gauge show incorrect remaining fuel?
If the fuel management gauge shows incorrect remaining fuel, the fuel capacity setting is probably wrong. Fill the tank with fuel, and then set the correct fuel tank capacity.
Why does my Yamaha Outboard Motor trim gauge show the incorrect position?
If the trim gauge shows an incorrect position, the initial position setting might be wrong, or the trim sensor could be damaged. Put the motor in the fully trimmed-in position and reset the initial (zero) trim angle. If that doesn't work, replace the trim sensor.
Why is my Yamaha F200FET gauge operating unstably?
If the gauge operates unstably, it's likely that the resistor isn't connected to the ending hubs. Connect the gray 6-pin cap to the ending multi-hubs to resolve this.
Why is the Yamaha F200FET Outboard Motor gauge response poor?
If the gauge response is poor, a market obtainable unit connected to the system may have failed, or the signal volume has exceeded 50% of the capacity. Replace the faulty unit or remove the heavy signal output unit.
General| Fuel System | Electronic Fuel Injection |
|---|---|
| Starting System | Electric |
| Alternator Output | 50 A |
| Steering | Remote |
| Full Throttle Operating Range | 5000 - 6000 RPM |
| Bore x Stroke | 96 x 96 mm |
| Max Output | 200 hp at 5500 rpm |
| Gear Ratio | 1.86:1 |
| Propeller Shaft Length | 20" and 25" |
| Recommended Fuel | Regular Unleaded |
| Exhaust | Through Propeller |
| Engine Type | 4-stroke |
Step-by-step guide for safely removing the outboard motor from its shipping crate.
Instructions on proper placement and alignment of the outboard motor on the transom.
Provides detailed measurements for various outboard motor components and configurations.
Outlines general propeller types, designs, and features like Shift Dampener System (SDS).
Guidance on choosing the appropriate propeller based on boat type and operating conditions.
Table indicating the optimal engine RPM range for Wide-Open-Throttle operation.
Details different throttle control systems (Push-to-Open, Pull-to-Open) and their applications.
Information on selecting and routing remote control cables, including length calculations.
Lists the components included in the kit for attaching remote control systems.
Information on analog tachometers, their applications, and dimensions.
Details on speedometer types, applications, and dimensions, including calibration.
Explains the functions and applications of the fuel management gauge.
Information on digital network gauges, compatible models, applications, and wiring.
Describes various optional wire harnesses for instruments and accessories.
Covers recommended battery types, cable lengths, wiring, and charging capabilities.
Explains the structure and meaning of model name codes for identification.
Checklist for pre-operation inspection to ensure customer satisfaction.
Lists the components included in conventional rigging kits for various applications.
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