Back L element no go

Based on your question that the right front burner of your Schott Ceran glass cooktop is not working, here are some steps you can try to troubleshoot the issue:

1. Check the power supply: Make sure that the cooktop is properly connected to a power source and that the circuit breaker or fuse is not tripped. If the circuit breaker is tripped, reset it and try turning on the burner again.
2. Check the burner control switch: The burner control switch regulates the power to the burner. Check if the switch is loose, damaged, or defective. You can test the switch for continuity with a multimeter to determine if it is functioning properly.
3. Check the heating element: If the burner control switch is not the problem, the issue may be with the heating element. Check the element for visible damage, such as cracks, burn marks, or discoloration. If you see any damage, the element may need to be replaced.
4. Check the wiring: Check the wiring connections between the burner control switch and the heating element. If any of the connections are loose or damaged, this may be causing the issue.
5. Test with a different burner: If you have multiple burners on your cooktop, try testing the right front burner with a different control switch or heating element to determine if the issue is with the burner or another component.

The above are basic means of troubleshooting, the following below will add more to the solution above;

Check the control board: The control board is responsible for sending power to the heating elements. Check the control board for any signs of damage or burning, and test it for continuity using a multimeter.

Check the thermal fuse: The thermal fuse is a safety device that cuts off power to the heating elements if they overheat. Check the thermal fuse with a multimeter to see if it has blown. If it has, you will need to replace it.

Check the switch relay: The switch relay is another component that can cause the burner to not work. Check the switch relay for any signs of damage, and test it with a multimeter to see if it is functioning properly.

Test the voltage supply: Use a multimeter to test the voltage supply to the burner. If there is no voltage, this could indicate a problem with the control board, thermal fuse, or switch relay.

Check for loose connections: Inspect all wiring connections between the control board, switch relay, and heating element. Loose or damaged connections can cause the burner to not work.

THINGS TO CHECK:

the broil element
is the heating element that is found at the top of the oven and produces a very high heat for broiling. If the broil element isn't working, you should first do a visual inspection for signs that the element has blistered or separated. If the element appears normal then you can check for continuity with a multi-meter. Remove power from the appliance before performing this test. Remove the back panel and locate the terminals for the broil element and inspect the terminals and wires for signs of overheating or damage.If there is no continuity then the element will need to be replaced. If the wires are damaged then they will need to be repaired. If the element is ok then you will need to check the broil circuit to determine the cause. This involves live voltage checks and should only be performed by qualified persons. Components to check include fuses, if the range is equipped, and oven control thermostat or electronic control.Depending on the manufacturer of the element, you will normally read between 19 ohms and 115 ohms


The bake element
is the heating element that is found at the bottom of the oven. Most electric ovens use both the bake element and the broil element in a bake cycle, with the bake element performing 90% of the heating. If the bake element isn't working, the oven may not heat. To help determine if the bake element is defective you should first do a visual check. If the element is blistered or separated then it should be replaced. If the element appears to look normal, then turn the oven on to a bake function for a minute and then turn it off.Check the element for signs of heating and if it is still cold then it may be defective. Disconnect the power and then remove the back panel. First check the wires as they may have become loose or corroded. If the element appears to be fine visually, test it for continuity with a multi-meter.( by placing the each of the meter prongs on each end of the heater element connectors) If the element is burned or no longer has continuity, it will need to be replaced.Depending on the manufacturer of the element, you will normally read between 19 ohms and 115 ohms

The oven safety valve
(also called the gas valve) is the part that ensures that gas is not released until the igniter has reached the correct temperature needed to ignite the gas. While this part can fail, it is uncommon. If the hot surface igniter does not glow you should first verify that you have voltage to the circuit. This is a live voltage check and should be performed by a qualified person. If voltage is lost at the valve terminals then you should verify the continuity of the bi-metal in the valve using a multi-meter.
I offer free advicebcuzGod is so good!


Surface burners
are typically either a coil type, solid type or a ribbon coil as used in smooth top ranges. All of these consist of a heating wire that uses electric current to produce heat. Coil type elements can be checked for continuity by removing them from the terminal block and testing them with a multi-meter.You should also inspect the terminal ends for signs of heat damage or corrosion, and if present, you should replace the terminal block or receptacle at the same time. You will need to remove power from the range to change the terminal block. Solid elements and smooth top elements require raising or removing the main top to gain access. You will need to remove power from the range before lifting the main top. Continuity can then be checked with a multi-meter, once you have removed the wires from the element terminals.

On modern electronic control ranges,the oven temperature sensor
is the part thatregulates the oven temperature. If it is not working properly it could be the reason why the range or oven won't start. This part can be found inside the oven on the rear wall near the top. Most modern ovens will display a fault code if the oven sensor is at fault. If you think the sensor may be the issue you can check the resistance with a multi-meterbut will need to know the correctresistance of the sensor at room temperature. Remove power from the appliance before performing this test.

The infinite switch
on the control panel controls the power to each surface element. If you have no heat at an element and the element and terminal block check ok, then you may have a defective infinite switch. Disconnect power to the range and remove the console back panel. Locate the switch and check foroverheated wires or faulty terminals first.Test the switch's contacts for continuity with a multi-meter. If defective, replace the switch.

1. If the infinite switch does not appear to be defective, then you should check for proper voltage to the switch. This is a live high voltage test and should only be performed by qualified persons.(Locate the suspect switch for testing. Label all wires and terminals before disconnecting. A close up digital photo may be helpful.

1. On the burner control switch the terminal labeled "P" leads to the burner indicator light. The terminals labeled "H1" and "H2" lead to the burner element and the terminals labeled "L1" and "L2" (sometimes "N1" and "N2") are the power supply wires.

1. Set yourmultimeterto ohms setting x1. Turn the burner control to the highest temperature setting. Place one probe on pin "L1" and the second probe on pin "H1". The resistance measurement should be very low, zero to twenty ohms. If the test shows high or infinite resistance, the burner switch is defective.

1. Repeat the step above for the terminals "L2" and "H2".

1. If the control passes that test, turn the temperature setting to about the middle of the range and repeat the previous two steps. This will test for an intermittent problem with the switch. If the test does not show continuity with very low resistance, the switch should be replaced.

1. With the switch turned to the "Off" position, the resistance on each of the pairs of terminals tested above should now show no continuity or a reading of infinite resistance.

1. A test for continuity between "P" and "L1" when the burner control switch is on should show continuity. The light should be on whenever the control is turned on. If your test shows continuity, but the light does not operate, it is likely the bulb has failed.

If the burner switch shows high or infinite resistance, the switch is not passing along current to the burner and so the switch should be replaced. )

Most modern ovens usean electronic control board
to control the oven functions. These models will use the control board to operate the oven safety valve on a gas range or oven, and the bake and broil elements on an electric range or oven. If there is no power to the igniter circuit, or the element circuits, then you should check the control board to verify that there is power at the appropriate output relay. These are live voltage checks and should be performed by qualified persons only. If there is no output voltage then the control should be replaced.

The oven burner igniter
commonly known as the hot surface igniter is used in modern gas oven burners to open the gas valve and to ignite the gas. As the igniter draws electric current it will heat to a high temperature and glow, as well as cause the bi-metal in the oven safety valve to warp and open the valve releasing the gas to be ignited. This sequence normally takes about a minute. Igniters come in both flat and round styles and are very fragile. If the burner does not light then you should check the igniter first. If the igniter does not glow at all, then check for power to the circuit. This is a live voltage check and should be performed by a qualified person. If power is present then the igniter may be open circuit and can be checked for continuity with a multi-meter.If the igniter is glowing, but the burner is not lighting, the igniter may be weak and still be at fault because it requires a certain amount of current draw to open the valve.This check requires the use of an amp meter and should be performed by a qualified person. If the igniter is defective then it must be replaced.


http://www.partselect.com/Repair/Range-Stove-Oven/Will-Not-Start/



https://www.repairclinic.com/RepairHelp/How-To-Fix-A-Range-Stove-Oven/18---/Oven-won-t-turn-on-

The oven safety valve
(also called the gas valve) is the part that ensures that gas is not released until the igniter has reached the correct temperature needed to ignite the gas. While this part can fail, it is uncommon. If the hot surface igniter does not glow you should first verify that you have voltage to the circuit. This is a live voltage check and should be performed by a qualified person. If voltage is lost at the valve terminals then you should verify the continuity of the bi-metal in the valve using a multi-meter.
I offer free advice bcuz God is so good!
Surface burners
are typically either a coil type, solid type or a ribbon coil as used in smooth top ranges. All of these consist of a heating wire that uses electric current to produce heat. Coil type elements can be checked for continuity by removing them from the terminal block and testing them with a multi-meter. You should also inspect the terminal ends for signs of heat damage or corrosion, and if present, you should replace the terminal block or receptacle at the same time. You will need to remove power from the range to change the terminal block. Solid elements and smooth top elements require raising or removing the main top to gain access. You will need to remove power from the range before lifting the main top. Continuity can then be checked with a multi-meter, once you have removed the wires from the element terminals.
On modern electronic control ranges, the oven temperature sensor
is the part that regulates the oven temperature. If it is not working properly it could be the reason why the range or oven won't start. This part can be found inside the oven on the rear wall near the top. Most modern ovens will display a
fault code if the oven sensor is at fault. If you think the sensor may be the issue you can check the resistance with a multi-meter but will need to know the correct resistance of the sensor at room temperature. Remove power from the appliance before performing this test.
The infinite switch
on the control panel controls the power to each surface element. If you have no heat at an element and the element and terminal block check ok, then you may have a defective infinite switch. Disconnect power to the range and remove the console back panel. Locate the switch and check for overheated wires or faulty terminals first. Test the switch's contacts for continuity with a multi-meter. If defective, replace the switch.
1. If the infinite switch does not appear to be defective, then you should check for proper voltage to the switch. This is a live high voltage test and should only be performed by qualified persons. (Locate the suspect switch for testing. Label all wires and terminals before disconnecting. A close up digital photo may be helpful.
2. On the burner control switch the terminal labeled "P" leads to the burner indicator light. The terminals labeled "H1" and "H2" lead to the burner element and the terminals labeled "L1" and "L2" (sometimes "N1" and "N2") are the power supply wires.
3. Set your multimeter to ohms setting x1. Turn the burner control to the highest temperature setting. Place one probe on pin "L1" and the second probe on pin "H1". The resistance measurement should be very low, zero to twenty ohms. If the test shows high or infinite resistance, the burner switch is defective.
4. Repeat the step above for the terminals "L2" and "H2".
5. If the control passes that test, turn the temperature setting to about the middle of the range and repeat the previous two steps. This will test for an intermittent problem with the switch. If the test does not show continuity with very low resistance, the switch should be replaced.
6. With the switch turned to the "Off" position, the resistance on each of the pairs of terminals tested above should now show no continuity or a reading of infinite resistance.
7. A test for continuity between "P" and "L1" when the burner control switch is on should show continuity. The light should be on whenever the control is turned on. If your test shows continuity, but the light does not operate, it is likely the bulb has failed.
If the burner switch shows high or infinite resistance, the switch is not passing along current to the burner and so the switch should be replaced. )
Most modern ovens use an electronic control board
to control the oven functions. These models will use the control board to operate the oven safety valve on a gas range or oven, and the bake and broil elements on an electric range or oven. If there is no power to the igniter circuit, or the element circuits, then you should check the contrl

BE SURE TO CHECK FOR A BLOWN FUSE AS WELL

Usually you can copy wiring from other element. Safest to consult wiring diagram found inside control panel.

Unplug the element from the receptacle and then disconnect the receptacle from the point where it plugs into the stove. Now, carefully, turn on power to this heating element. If nothing happens then you have removed the likelihood of a problem in the large portion of the stove's wiring. Next, plug the receptacle cable back into the stove without connecting the heating element. Again, carefully turn on the power to the heating element in question. If there is no spark then the cable, connector and receptacle are ok. If it does spark, replace the receptacle and cable assembly. No spark, then inspect the heating element where it connects to the receptacle. Look for melting or signs of damaged insulation that would allow for a "dead short". If you see damage to the element then replace the element. No damage, clean the connections with a toothbrush, and plug the element back in and turn on the juice. If it sparks again, replace the element. Good luck and be careful. Don't attempt any of this if you are inexperienced in working with electricity. 220 Volts can cause death or serious injury... just the flash from an arc can cause blindness and burns.

Possible that the main heating element is faulty. It is possible that the wires have shorted or due to insects if there was failure of the insulation of the wires leading to shorting of the lead lines.
Disconnect the main lines and use a multimeter to check and confirm the short of the heating element or wires.
Take all precaution for safety in testing live circuit.

I suspect a faulty element or electrical connection to the element.

This coulb be either the switch or the burner. Either can be tested with an ohmmeter if you can read the wiring diagram. Hope this helps!

Sounds like that specific element has shorted to ground inside it's sheath. You'll probably find the element does not get as hot as it normally would.
A fuse will not blow, or breaker not throw, because of the point in the element that the element has grounded.

Elements are available from a number of resources.

A way to test if the element is shorted to ground:

Tools needed -

Ohmeter

1)Disconnect power from the appliance
2) Remove the element (Sometimes they are plugged in, sometimes the wires screw onto the ends of the element.
3) Set the Ohmeter to Rx1000 or more.
4) Measure the resistance between the outside metal sheath, and either of the two power connection points on either end of the element. Under any condition, you should not get a reading. If you do, the element is bad, and you need to get a new one. They are not repairable.
5) Re-install in the reverse removed.
6) Check all connections are clean and all is re-assembled as you originally found it.
7) Turn on power and check if element comes on.

It is unlikely the problem is with the control, but it is a possibility. Give me more info about the cook-top (make, model) so I can investigate further.

Hi again,

It would seem you posted anew.

For some reason I could not locate related literature for a RCC3024LD01,although there are for LB01, LQ01 and a LT01. Most of the components inthese models could be checked with the use of a continuity tester(multitester VOM/DVM). The idea is to check for continuity of eachcomponent. If we are to assume that the heating element as a likelysuspect, it is a matter of checking if the coil is continuous, that isno break anywhere in between. The test prods of the continuity testerwould be applied to the two (2) terminals of the heating element andthe tester should deflect/display how much is the resistance. Normalreading shouold be pretty low while no deflection/reading indicates anopen coil and therefore would require replacement.

These additional documents may be of help to you:

1. exploded parts diagram;
2. parts list.

Cheers.