Question about Cub Cadet Street Sign- tractor lawn riding mower parts

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Will not start, here click

Battery is good, new solenoid, starter turns when I attach charger to it. Brake is on, PTO off.

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Starter clicks on Cub Cadet 2186. Solution, put shims behind starter/ Tried new batters, same click, stc, but installred a few shims, and it worked great.

Posted on Jul 10, 2012

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Do you have a good ground?

Posted on May 23, 2009

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1 Answer

Why won't it start?


When I turn the key nothing happens.
There are several elements that go into cranking (turning over) the engine.
  1. Battery
  2. Fuse
  3. Key Switch (and wiring)
  4. Starter Solenoid and wires
  5. Starter motor
To begin with check the fuse. It's a 20amp car style fuse located under the hood near the battery.

If the fuse does not fix the problem let's move on to the battery. The quickest way to make your initial check of the entire starting system and particularly the battery is to get a jump. Yep, get some jumper cables and jump the mower off your car. Turn the key and try to start it in the normal fashion(normal meaning YOU in the seat, PTO off, BRAKE pressed all the way down). If it starts cool! It is likely a bad battery.
  • Charge the battery for a few hours, on a charger.
  • Then perform a voltage measurement of the battery.
  • Switch a volt meter to DC Volts and clip it to the battery. It should read between 12-13 volts. If not the battery is suspect. If it is 12-13 volts see if it will crank, but continue to watch the volts. If they drop below 10ish volts, the battery may have a bad cell.

Now let's check the starting system while bypassing all the safety switches and wiring. How? You can perform this test simply by jumping the starter solenoid. Hold a wrench or fat screwdriver across the two large posts of the starter solenoid. This bypasses the key switch and all safety devices and directly drives the starter. Your starter will crank if the battery and starter are good, the wires and connections are good, and the engine is not locked up. Don't crank it for more than a couple seconds. You just want to verify the battery and the starter are both in good shape. (The engine will crank but not start during this test as long as the key is off, or if the safety switches or wiring are damaged, or if the safety switches are in the no start/run positions.)

If the starter cranks try one more test. Run a small jumper wire from the positive post of the battery to the little terminal on the solenoid. You may have to take the small wire off the positive terminal of the starter solenoid, in order to do this. When you apply this current from the battery to the positive terminal it should make the solenoid activate and the starter crank. This test bypasses the key switch and shows you the starter system is working. You could do this test first; if it works you do not need to do the basic jump test.

If these tests cause the engine to crank, but it will not crank with the key, then you know you have a problem somewhere in your starter wiring, safety switch system, fuse, or in your Key Switch. Of course you did check the battery terminals for tight, clean connections, right?

Most modern riding mowers have the following 4 safety switches:
  • Seat switch
  • PTO switch
  • Reverse switch (RIS) and Reverse Relay (RIO)
  • Brake/Clutch switch
If you need detailed instruction for testing your wiring and safety system, I will need your complete machine info.
  • Make
  • Model
  • Year
  • Engine Model
  • Transmission Model
  • Deck Size.

On a John Deere (100 series) the starting current flows through the following items in this order:
  1. Battery to Fuse then to the Key Switch.
  2. With key switch in the start position, the current flows from the Key Switch to PTO.
  3. With PTO off, current flows from the PTO to Brake/Clutch Switch
  4. With Brake/Clutch Pedal all the way down, the current flows through the switch to the starter solenoid.
  5. If the Starter Solenoid is in good shape, the solenoid connects the battery to the Starter and the engine cranks. Cranking does not mean running; it just means the engine turns over. Running is dependent on many other systems.
Those components are all part of the cranking/starting system. They can prevent the Starter Motor from cranking when you turn the Key Switch. You can trace the voltage with a multi-meter. Connect the black lead to ground and look for 12 volts at each successive switch. If the voltage disappears at one particular step, there is your suspect.

Electrical elements that are NOT part of the starting system:
The RIO is the Reverse Implement Option. It is a switch that latches and stays latched under certain conditions. It is activated by the RIS. The RIS is the Reverse Implement Switch. It activates the RIO.These switches are called slightly different names by different manufacturer, but they all do the same thing. These two separate components work to allow the blades to cut while you are backing up (without killing the engine). They have nothing to do with the starting system.

The Seat and the RIO (the reverse latch not the button) switches are tied into the engine kill system. They provide a ground path for grounding the Coil. This same system controls the fuel shut off valve beneath the carburetor. The Seat and RIO can keep the engine from running but they will not prevent the Starter Motor from cranking. Therefore, if you turn the key and nothing happens, the problem has nothing to do with the Seat and Reverse switches.

Note: With the Key in the RUN position, power flows from the Key Switch to the Hour Meter, then to the RIO latch relay (not the RIS button), then to the fuel shut off solenoid. If you do not hear the Fuel Shut off Solenoid clicking on and off when you turn the Key Switch from off to run, there may be a problem in this circuit; including a possible problem in the Hour Meter. Of course none of this affects the cranking circuit. Your engine will still crank, it just won't start and run.

Apr 21, 2015 | Garden

4 Answers

My Craftsman ride on lawn mower will not start. I charged the battery, yes there is gas in it. You turn the key and absolutely nothing. No click, nothing.


When I turn the key nothing happens.
There are several elements that go into cranking (turning over) the engine.
  1. Battery
  2. Fuse
  3. Key Switch (and wiring)
  4. Starter Solenoid and wires
  5. Starter motor
To begin with check the fuse. It's a 20amp car style fuse located under the hood near the battery.

If the fuse does not fix the problem let's move on to the battery. The quickest way to make your initial check of the entire starting system and particularly the battery is to get a jump. Yep, get some jumper cables and jump the mower off your car. Turn the key and try to start it in the normal fashion ( meaning sitting in the seat, pto off, brake fully depressed). If it starts cool! It is likely a bad battery. To check this out do the following:
  • Charge the battery for a few hours, on a charger.
  • Then perform a voltage measurement of the battery.
  • Switch a volt meter to DC Volts and clip it to the battery. It should read between 12-13 volts. If not the battery is suspect. If it is 12-13 volts see if it will crank, but continue to watch the volts. If they drop below 10ish volts, the battery may have a bad cell.

Now let's check the starting system while bypassing all the safety switches and wiring. How? You can perform this test simply by jumping the starter solenoid. Hold a wrench or fat screwdriver across the two large posts of the starter solenoid. This bypasses the key switch and all safety devices and directly drives the starter. Your starter will crank if the battery and starter are good, the wires and connections are good, and the engine is not locked up. Don't crank it for more that a couple seconds. You just want to verify the battery and the starter are both in good shape. (The engine will crank but not start during this test if the key is off, or if the safety switches or wiring are damaged, or if the safety switches are in the no start/run positions.)

If the starter cranks try one more test. Run a small jumper wire from the positive post of the battery to the little terminal on the solenoid. You may have to take the small wire off the terminal, on the starter solenoid, in order to do this. When you apply this current from the battery to the terminal it should make the solenoid activate and the starter crank. This test bypasses the key switch and shows you the starter system is working. You could do this test first; if it works you do not need to do the basic jump test.

If these tests cause the engine to crank, but it will not crank with the key, then you know you have a problem somewhere in your starter wiring, safety switch system, fuse, or in your Key Switch. Of course you did check the battery terminals for good connection, right?

Most modern riding mowers have the following safety switches:
  • Seat switch
  • PTO switch
  • Reverse switch (RIS) and Reverse Relay (RIO)
  • Brake/Clutch switch
If you need detailed instruction for testing your wiring and safety system, I will need your complete machine info.
  • Make
  • Model
  • Year
  • Engine Model
  • Transmission Model
  • Deck Size.

On a John Deere (100 series) the starting current flows through the following items in this order:
  1. Battery to Fuse then to the Key Switch.
  2. With key switch in the start position, the current flows from the Key Switch to PTO.
  3. With PTO off, current flows from the PTO to Brake/Clutch
  4. With Brake/Clutch Pedal all the way down, the current flows to the starter solenoid.
  5. If the Starter Solenoid is in good shape, the solenoid connects the battery to the Starter and the engine cranks. Cranking does not mean running; it just means the engine turns over. Running is dependent on many other systems.
Those components are all part of the cranking/starting system. They can prevent the Starter Motor from cranking when you turn the Key Switch. You can trace the voltage with a multi-meter. Connect the black lead to ground and look for 12 volts on each successive step. If the voltage disappears at one particular step, there is your suspect.

Electrical elements that are NOT part of the starting system:
The RIO is the Reverse Implement Option. It is a switch that latches and stays latched under certain conditions. It is activated by the RIS. The RIS is the Reverse Implement Switch. It activates the RIO. These two separate components work to allow the blades to cut while you are backing up (without killing the engine). They have nothing to do with the starting system.

The Seat and the RIO (the reverse latch not the button) switches are tied into the engine kill system. They provide a ground path for grounding the Coil. This same system controls the fuel shut off valve beneath the carburetor. The Seat and RIO can keep the engine from running but they will not prevent the Starter Motor from cranking. Therefore, if you turn the key and nothing happens, the problem has nothing to do with the Seat and Reverse switches.

Note: With the Key in the RUN position, power flows from the Key Switch to the Hour Meter, then to the RIO latch relay (not the RIS button), then to the fuel shut off solenoid. If you do not hear the Fuel Shut off Solenoid clicking on and off when you turn the Key Switch from off to run, there may be a problem in this circuit; including a possible problem in the Hour Meter. Of course none of this affects the cranking circuit. Your engine will still crank, it just won't run.

Apr 15, 2015 | Craftsman Garden

2 Answers

My 2014 Craftsman 247.20374 T1600 wont start it just clicks. Briggs 19hp, single cylinder. 46" deck.


The source of the clicking sound is likely the starter solenoid. Typical solutions are:
- Charge the battery (it has too low of voltage).
- Remove corrosion build-up on battery terminals, solenoid wire terminals and ground wires.
- Replace solenoid (it won't engage and only clicks).

Apr 14, 2015 | Craftsman Garden

1 Answer

Craftsman wont do anything wont turn over or fire at all.


When I turn the key nothing happens.
There are several elements that go into cranking (turning over) the engine.
  1. Battery
  2. Fuse
  3. Key Switch (and wiring)
  4. Starter Solenoid and wires
  5. Starter motor
Let's start with the battery. The quickest way to make your initial check of the entire starting system and particularly the battery is to get a jump. Yep, get some jumper cables and jump the mower off your car. Turn the key and try to start it in the normal fashion. If it starts cool! It is likely a bad battery.
  • Charge the battery for a few hours, on a charger.
  • Then perform a voltage measurement of the battery.
  • Switch a volt meter to DC Volts and clip it to the battery. It should read between 12-13 volts. If not the battery is suspect.
Now let's check the starting system while bypassing all the safety switches and wiring. How? You can perform this test simply by jumping the starter solenoid. Hold a wrench or fat screwdriver across the two large posts of the starter solenoid. This bypasses the key switch and all safety devices and directly drives the starter. Your starter will crank if the battery and starter are good, the wires and connections are good, and the engine is not locked up. Don't crank it for more that a couple seconds. You just want to verify the battery and the starter are both in good shape. (The engine will crank but not start during this test if the key is off, or if the safety switches or wiring are damaged, or if the safety switches are in the no start/run positions.)

If the starter cranks try one more test. Run a small jumper wire from the positive post of the battery to the little terminal on the solenoid. You may have to take the small wire off the terminal, on the starter solenoid, in order to do this. When you apply this current from the battery to the terminal it should make the solenoid activate and the starter crank. This test bypasses the key switch and shows you the starter system is working. You could do this test first; if it works you do not need to do the basic jump test.

If these tests cause the engine to crank, but it will not crank with the key, then you know you have a problem somewhere in your starter wiring, safety switch system, fuse, or in your Key Switch. Of course you did check the battery terminals for good connection, right?

Most modern riding mowers have the following safety switches:
  • Seat switch
  • PTO switch
  • Reverse switch (RIS) and Reverse Relay (RIO)
  • Brake/Clutch switch
If you need detailed instruction for testing your wiring and safety system, I will need your complete machine info.
  • Make
  • Model
  • Year
  • Engine Model
  • Transmission Model
  • Deck Size.

On a John Deere (100 series) the starting current flows through the following items in this order:
  1. Battery to Fuse then to the Key Switch.
  2. With key switch in the start position, the current flows from the Key Switch to PTO.
  3. With PTO off, current flows from the PTO to Brake/Clutch
  4. With Brake/Clutch Pedal all the way down, the current flows to the starter solenoid.
  5. If the Starter Solenoid is in good shape, the solenoid connects the battery to the Starter and the engine cranks. Cranking does not mean running; it just means the engine turns over. Running is dependent on many other systems.
Those components are all part of the cranking/starting system. They can prevent the Starter Motor from cranking when you turn the Key Switch. You can trace the voltage with a multi-meter. Connect the black lead to ground and look for 12 volts on each successive step. If the voltage disappears at one particular step, there is your suspect.

Electrical elements that are NOT part of the starting system:
The RIO is the Reverse Implement Option. It is a switch that latches and stays latched under certain conditions. It is activated by the RIS. The RIS is the Reverse Implement Switch. It activates the RIO. These two separate components work to allow the blades to cut while you are backing up (without killing the engine). They have nothing to do with the starting system.

The Seat and the RIO (the reverse latch not the button) switches are tied into the engine kill system.They provide a ground path for grounding the Coil. This same system controls the fuel shut off valve beneath the carburetor. The Seat and RIO can keep the engine from running but they will not prevent the Starter Motor from cranking. Therefore, if you turn the key and nothing happens, the problem has nothing to do with the Seat and Reverse switches.

Note: With the Key in the RUN position, power flows from the Key Switch to the Hour Meter, then to the RIO latch relay (not the RIS button), then to the fuel shut off solenoid. If you do not hear the Fuel Shut off Solenoid clicking on and off when you turn the Key Switch from off to run, there may be a problem in this circuit; including a possible problem in the Hour Meter. Of course none of this affects the cranking circuit. Your engine will still crank, it just won't run.

Apr 12, 2015 | Craftsman Lt1500

1 Answer

My cub cadet zero turn clicks when trying to start.


When I turn the key nothing happens.
There are several elements that go into cranking (turning over) the engine.
  1. Battery
  2. Fuse
  3. Key Switch (and wiring)
  4. Starter Solenoid and wires
  5. Starter motor
Let's start with the battery. The quickest way to make your initial check of the entire starting system and particularly the battery is to get a jump. Yep, get some jumper cables and jump the mower off your car. Turn the key and try to start it in the normal fashion. If it starts cool! It is likely a bad battery.
  • Charge the battery for a few hours, on a charger.
  • Then perform a voltage measurement of the battery.
  • Switch a volt meter to DC Volts and clip it to the battery. It should read between 12-13 volts. If not the battery is suspect.
Now let's check the starting system while bypassing all the safety switches and wiring. How? You can perform this test simply by jumping the starter solenoid. Hold a wrench or fat screwdriver across the two large posts of the starter solenoid. This bypasses the key switch and all safety devices and directly drives the starter. Your starter will crank if the battery and starter are good, the wires and connections are good, and the engine is not locked up. Don't crank it for more that a couple seconds. You just want to verify the battery and the starter are both in good shape. (The engine will crank but not start during this test if the key is off, or if the safety switches or wiring are damaged, or if the safety switches are in the no start/run positions.)

If the starter cranks try one more test. Run a small jumper wire from the positive post of the battery to the little terminal on the solenoid. You may have to take the small wire off the terminal, on the starter solenoid, in order to do this. When you apply this current from the battery to the terminal it should make the solenoid activate and the starter crank. This test bypasses the key switch and shows you the starter system is working. You could do this test first; if it works you do not need to do the basic jump test.

If these tests cause the engine to crank, but it will not crank with the key, then you know you have a problem somewhere in your starter wiring, safety switch system, fuse, or in your Key Switch. Of course you did check the battery terminals for good connection, right?

Most modern riding mowers have the following safety switches:
  • Seat switch
  • PTO switch
  • Reverse switch (RIS) and Reverse Relay (RIO)
  • Brake/Clutch switch
If you need detailed instruction for testing your wiring and safety system, I will need your complete machine info.
  • Make
  • Model
  • Year
  • Engine Model
  • Transmission Model
  • Deck Size.

On a John Deere (100 series) the starting current flows through the following items in this order:
  1. Battery to Fuse then to the Key Switch.
  2. With key switch in the start position, the current flows from the Key Switch to PTO.
  3. With PTO off, current flows from the PTO to Brake/Clutch
  4. With Brake/Clutch Pedal all the way down, the current flows to the starter solenoid.
  5. If the Starter Solenoid is in good shape, the solenoid connects the battery to the Starter and the engine cranks. Cranking does not mean running; it just means the engine turns over. Running is dependent on many other systems.
That list of components are all part of the cranking/starting system. They can prevent the Starter Motor from cranking when you turn the Key Switch. You can trace the voltage with a multi meter.Connect the black lead to ground and look for 12 volts on each successive step.If the voltage disappears at one particular step, there is your suspect.

Electrical elements that are NOT part of the starting system:
The RIO is the Reverse Implement Option. It is a switch that latches and stays latched under certain conditions. It is activated by the RIS. The RIS is the Reverse Implement Switch. It activates the RIO. These two separate components work to allow the blades to cut while you are backing up (without killing the engine). They have nothing to do with the starting system.

The Seat and the RIO (the reverse latch not the button) switches are tied into the engine kill system.They provide a ground path for grounding the Coil. This same system controls the fuel shut off valve beneath the carburetor. The Seat and RIO can keep the engine from running but they will not prevent the Starter Motor from cranking. Therefore, if you turn the key and nothing happens, the problem has nothing to do with the Seat and Reverse switches.

Note: With the Key in the RUN position, power flows from the Key Switch to the Hour Meter, then to the RIO latch relay (not the RIS button), then to the fuel shut off solenoid. If you do not hear the Fuel Shut off Solenoid clicking on and off when you turn the Key Switch from off to run, there may be a problem in this circuit; including a possible problem in the Hour Meter. Of course none of this affects the cranking circuit. Your engine will still crank, it just won't run.

Apr 11, 2015 | Cub Cadet Garden

1 Answer

The machine will not start. Absolutely nothing when I engage the key. Battery good


When I turn the key nothing happens.
There are several elements that go into cranking (turning over) the engine.
  1. Battery
  2. Fuse
  3. Key Switch (and wiring)
  4. Starter Solenoid
  5. Starter motor
Let's start with the battery. The quickest way to make your initial check of the entire starting system and particularly the battery is to get a jump. Yep, get some jumper cables and jump the mower off your car. Turn the key and try to start it in the normal fashion. If it starts cool! It is likely a bad battery.
  • Charge the battery for a few hours, on a charger.
  • Then perform a voltage measurement of the battery.
  • Switch a volt meter to DC Volts and clip it to the battery. It should read between 12-13 volts. If not the battery is suspect.
Now let's check the starting system while bypassing all the safety switches and wiring. How? You can perform this test simply by jumping the starter. Hold a wrench or fat screwdriver across the two large posts of the starter solenoid. This bypasses the key switch and all safety devices and directly drives the starter. Your starter will crank if the battery and starter are good and the engine is not locked up. Don't crank it for more that a couple seconds. You just want to verify the battery and the starter are both in good shape. (The engine will crank but not start during this test if the key is off, or if the safety switches and wiring are damaged, or in the no start/run positions.)

If the starter cranks try one more test. Run a small jumper wire from the positive post of the battery to the little terminal on the solenoid. You may have to take the small wire off the terminal, on the starter solenoid, in order to do this. When you apply this current from the battery to the terminal it should make the solenoid activate and the starter crank. This test bypasses the key switch and shows you the starter system is working. You could do this test first, if it works you do not need to do the first more basic test.

If these tests cause the engine to crank, but it will not crank with the key, then you know that you have a problem somewhere in your starter wiring and safety switch system.

Most modern riding mowers have the following safety switches:
  • Seat switch
  • PTO switch
  • Reverse switch (RIS) and Reverse Relay (RIO)
  • Brake/Clutch switch
If you need detailed instruction for testing your wiring and safety system, I will need your complete machine info.
  • Make
  • Model
  • Year
  • Engine Model
  • Transmission Model
  • Deck Size.

On a John Deere (100 series) the starting current flows through the following items in this order:
  1. Battery to Fuse then to the Key Switch.
  2. With key switch in the start position, Key Switch to PTO.
  3. With PTO off, PTO to Brake/Clutch
  4. With Brake/Clutch Pedal all the way down, the current flows to the starter solenoid.
  5. If the Starter Solenoid is in good shape, the solenoid connects the battery to the Starter and the engine cranks. Cranking does not mean running; it just means the engine turns over. Running is dependent on many other systems.
This list of components are all part of the cranking/starting system. They can prevent the Starter Motor from cranking when you turn the Key Switch.

The RIO is the Reverse Implement Option. It is a switch that latches and stays latched under certain conditions. It is activated by the RIS. The RIS is the Reverse Implement Switch. It activates the RIO. These two separate components work to allow the blades to spin while going backwards (without killing the engine)

The Seat and the RIO (the reverse latch not the button) are tied into the engine kill system by grounding the Coil. This same system controls the fuel shut off value beneath the carburetor. The Seat and RIO can keep the engine from running but they will not prevent the Starter Motor from cranking. Therefore, it you turn the key and nothing happens, it has nothing to do with the Seat and Reverse switches.

Note: In the run position, from the Key Switch, power flows to the Hour Meter, then to the RIO latch relay (not the RIS button), then to the fuel shut off solenoid. If you do not hear the Fuel Shut off Solenoid clicking on and off when you turn the Key Switch from off to run, there may be a problem in this circuit; including a possible problem in the Hour Meter. Of course none of this affects the cranking circuit. Your engine will still crank, it just won't run.

Apr 10, 2015 | Garden

1 Answer

Why does electric clutch click and seems to be getting no spark


While sitting in the seat with the ignition key on you should be able to hear a click from the pto clutch when the pto switch is activated but this click is audibly different from the click of the starter solenoid. The starter will be disabled if the pto switch is on. If you hear the pto clicking while trying to start then there is a failure in the pto switch. If the starter solenoid was bad the starter would not engage. Check ignition switch, pto switch, and look for wires melted together. Also be sure grounds are good. PTO clicking on start and no spark could have a relation with the pto ground and engine kill wire.

Sep 01, 2014 | Garden

1 Answer

Tractor will not start....no sound when switch is turned to start. Battery has been fully recharged. All indicator lights appear normal, but no power is getting to the starter. Checked 20 amp fuse...good....


Hello Doug,
Check the obvious things first. PTO off, brake pedal depressed, someone on seat to activate seat switch. Then get a multimeter and check battery voltage at battery terminals. Then follow positive lead from battery to solenoid, check power there. Then turn key to start and hold that position and check voltage on other side of solenoid. Also, check power on small side terminal of solenoid when key is in start position too. This will tell you if power is getting to solenoid from keyswitch and if so, will also tell you if solenoid is not switching over. If not, solenoids are fairly cheap and easy to install. Just disconnect the battery before installing. Good luck, hope this helps!

Sep 24, 2013 | Garden

1 Answer

Car won't start except when charger hooked to red cable


I would expect to find too much corrosion on the positive cable end.

Jul 11, 2013 | Cars & Trucks

1 Answer

When I turn the key it clicks but will not turn over. Evrything is in the right position for starting (brake, PTO, etc) The battery reads good.


Sounds like starter motor, but before we make that leap,check all the battery connections and the connections on solenoid and starter.

Oct 05, 2010 | Cub Cadet Garden

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