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Poulan Genuine Weedeater Part # 36006-128 Questions & Answers
Weed eater GTI 17 won't run on high speed
A couple of things may work...
Make sure you have the correct Oil / Fuel mixture, if it is incorrect the motor may have problems running.
Also take off the bottom where the cord is wound up, make sure there hasn't been any grass get wound up inside it, this will cause it to stall out on high RPM.
Craftsman weedeater wont start
The problem that I had with my craftsman was that I found that there was a tube in the fuel tank that goes to the carb, & at the other end - inside the tank, there was a small screen with maybe a weight on it (to keep it in the gas no matter what position the weedeater is in). Mine was plugged up and i went to the saw shop and got a generic hose & end with the screen deal & changed them out. Solved my problem. Rick
Will one of the newer sensors work in place of my 1457 sensor?
It's possible that one of the newer sensors could work in place of your 1457 sensor, but it depends on the specifications of the newer sensors and the compatibility with your base unit. The I MAX1457 sensor, which is a highly integrated analog-sensor signal processor optimized for piezoresistive sensor calibration and compensation. However, I have no information about its compatibility. If you're looking for a replacement sensor, I suggest contacting the manufacturer of your base unit to inquire about compatible sensors. Alternatively, you can check the user manual of your base unit to see if it lists compatible sensors. Garage door opener sensors are not universal. Safety sensors can only communicate with garage door openers from the same brand.
My LM 30 laser won't start-has brand new batteries
1.Remove the batteries to determine if they have been properly installed in the unit. I know I've messed up installing multiple batteries is a unit. Ck just incase. :)
2.Then the battery unit can be removed 10 seconds to allow the capacitor to discharge and reset the unit.
Wiring diagram for 96 peterbilt 379 volt meter
Here is a possible wiring diagram for the voltmeter on a 1996 Peterbilt 379 with a C15 engine:
- The voltmeter gets power from the battery through a 5A fuse (F2) and a 10A circuit breaker (CB7).
- The voltmeter is grounded through a ground wire (GND) connected to the chassis.
- The voltmeter receives the signal from the alternator through a wire (ALT) connected to the alternator "sense" terminal.
- The voltmeter also receives a signal from the ignition switch through a wire (IGN) connected to the ignition switch "ACC" terminal.
Here is a possible wiring diagram based on this description:
Battery positive (+) ---[F2]---[CB7]--- Voltmeter (+) ' ' Battery ground (-) -------------[GND]--- Voltmeter (-) ' ' Alternator "sense" terminal ---[ALT]--- Voltmeter signal input ' ' Ignition switch "ACC" terminal ---[IGN]--- Voltmeter signal input
Note: This is just a possible wiring diagram and may not reflect the exact wiring configuration in your specific vehicle. It is always recommended to consult the wiring diagram provided in the vehicle's service manual or consult a qualified mechanic or electrician for assistance.
Snap-on Eco plus shows for example that 3.0 lbs transferred during ISV tank fill then immediately shows the tank having 1 lb 9oz what is wrong?
Based on the information provided, it's difficult to determine exactly what is causing the discrepancy between the amount of refrigerant transferred and the amount of refrigerant shown in the tank. However, here are a few potential explanations:
- Measurement error: It's possible that there was an error in measuring the amount of refrigerant transferred or the amount of refrigerant in the tank. For example, if the scale used to measure the refrigerant is not calibrated correctly, it could be providing inaccurate readings.
- Leaks: If there is a leak in the system, refrigerant could be escaping and not making it into the tank. This could result in a lower amount of refrigerant in the tank than expected.
- Temperature changes: The amount of refrigerant in a tank can be affected by temperature changes. If the refrigerant was transferred at a different temperature than the tank, it could result in a discrepancy in the amount of refrigerant shown in the tank.
- Software error: It's possible that there is an error in the software used to display the amount of refrigerant in the tank. This could be causing the incorrect reading.
It's important to troubleshoot the system to determine the root cause of the discrepancy and take appropriate action to address the issue.
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