Monitor/screen that blanks due to static electricity in my chair [on hold]
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I come to you today for a rather special request, but you may be the best people to answer it.
I am a developer and I have an Ikea standing desk (automatic one) in an open space.
I have a big static electricity problem: When I get up from my chair, it blanks some screens, sometimes those of my desk, sometimes those of my colleagues. It blinks and show a black screen for some seconds.
Here is a video that explains the problem : https://www.youtube.com/watch?v=r-V_Z3bD_PA&feature=youtu.be
Details on how to reproduce this problem:
- Be charged with static electricity.
- Touch or not touch the desk or anything else (it doesn't change anything)
- Simply get up from your chair, and the screens turn off.
Nothing is connected to me or the chair. It's really weird.
electromagnetism electricity antistatic static-electricity electrostatic
New contributor
$endgroup$
put on hold as off-topic by pipe, brhans, Scott Seidman, Nick Alexeev♦ 5 hours ago
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "Questions on the use of electronic devices are off-topic as this site is intended specifically for questions on electronics design." – pipe, brhans, Scott Seidman, Nick Alexeev
If this question can be reworded to fit the rules in the help center, please edit the question.
|
show 11 more comments
$begingroup$
I come to you today for a rather special request, but you may be the best people to answer it.
I am a developer and I have an Ikea standing desk (automatic one) in an open space.
I have a big static electricity problem: When I get up from my chair, it blanks some screens, sometimes those of my desk, sometimes those of my colleagues. It blinks and show a black screen for some seconds.
Here is a video that explains the problem : https://www.youtube.com/watch?v=r-V_Z3bD_PA&feature=youtu.be
Details on how to reproduce this problem:
- Be charged with static electricity.
- Touch or not touch the desk or anything else (it doesn't change anything)
- Simply get up from your chair, and the screens turn off.
Nothing is connected to me or the chair. It's really weird.
electromagnetism electricity antistatic static-electricity electrostatic
New contributor
$endgroup$
put on hold as off-topic by pipe, brhans, Scott Seidman, Nick Alexeev♦ 5 hours ago
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "Questions on the use of electronic devices are off-topic as this site is intended specifically for questions on electronics design." – pipe, brhans, Scott Seidman, Nick Alexeev
If this question can be reworded to fit the rules in the help center, please edit the question.
7
$begingroup$
Try wearing different pants. I am serious...
$endgroup$
– Eugene Sh.
11 hours ago
4
$begingroup$
Oh, you mean computer monitors go blank due to a static discharge when you get up. Sorry for the confusion. I saw a recent video by Dave Jones on this very topic.
$endgroup$
– JYelton
11 hours ago
2
$begingroup$
What is the chair made of and what are your pants made of? Eugene isn't joking about wearing different pants; that seriously could help.
$endgroup$
– Hearth
11 hours ago
5
$begingroup$
@EugeneSh. No pants also works, and might be more fun.
$endgroup$
– pipe
11 hours ago
3
$begingroup$
Then you might want to ground your chair/desk. Just pull a wire from it and connect it to your desktop case or some other grounded surface. But better do it through some resistance to avoid shock if you have some bad equipment around...
$endgroup$
– Eugene Sh.
11 hours ago
|
show 11 more comments
$begingroup$
I come to you today for a rather special request, but you may be the best people to answer it.
I am a developer and I have an Ikea standing desk (automatic one) in an open space.
I have a big static electricity problem: When I get up from my chair, it blanks some screens, sometimes those of my desk, sometimes those of my colleagues. It blinks and show a black screen for some seconds.
Here is a video that explains the problem : https://www.youtube.com/watch?v=r-V_Z3bD_PA&feature=youtu.be
Details on how to reproduce this problem:
- Be charged with static electricity.
- Touch or not touch the desk or anything else (it doesn't change anything)
- Simply get up from your chair, and the screens turn off.
Nothing is connected to me or the chair. It's really weird.
electromagnetism electricity antistatic static-electricity electrostatic
New contributor
$endgroup$
I come to you today for a rather special request, but you may be the best people to answer it.
I am a developer and I have an Ikea standing desk (automatic one) in an open space.
I have a big static electricity problem: When I get up from my chair, it blanks some screens, sometimes those of my desk, sometimes those of my colleagues. It blinks and show a black screen for some seconds.
Here is a video that explains the problem : https://www.youtube.com/watch?v=r-V_Z3bD_PA&feature=youtu.be
Details on how to reproduce this problem:
- Be charged with static electricity.
- Touch or not touch the desk or anything else (it doesn't change anything)
- Simply get up from your chair, and the screens turn off.
Nothing is connected to me or the chair. It's really weird.
electromagnetism electricity antistatic static-electricity electrostatic
electromagnetism electricity antistatic static-electricity electrostatic
New contributor
New contributor
edited 11 hours ago
André DS
New contributor
asked 12 hours ago
André DSAndré DS
1465
1465
New contributor
New contributor
put on hold as off-topic by pipe, brhans, Scott Seidman, Nick Alexeev♦ 5 hours ago
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "Questions on the use of electronic devices are off-topic as this site is intended specifically for questions on electronics design." – pipe, brhans, Scott Seidman, Nick Alexeev
If this question can be reworded to fit the rules in the help center, please edit the question.
put on hold as off-topic by pipe, brhans, Scott Seidman, Nick Alexeev♦ 5 hours ago
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "Questions on the use of electronic devices are off-topic as this site is intended specifically for questions on electronics design." – pipe, brhans, Scott Seidman, Nick Alexeev
If this question can be reworded to fit the rules in the help center, please edit the question.
7
$begingroup$
Try wearing different pants. I am serious...
$endgroup$
– Eugene Sh.
11 hours ago
4
$begingroup$
Oh, you mean computer monitors go blank due to a static discharge when you get up. Sorry for the confusion. I saw a recent video by Dave Jones on this very topic.
$endgroup$
– JYelton
11 hours ago
2
$begingroup$
What is the chair made of and what are your pants made of? Eugene isn't joking about wearing different pants; that seriously could help.
$endgroup$
– Hearth
11 hours ago
5
$begingroup$
@EugeneSh. No pants also works, and might be more fun.
$endgroup$
– pipe
11 hours ago
3
$begingroup$
Then you might want to ground your chair/desk. Just pull a wire from it and connect it to your desktop case or some other grounded surface. But better do it through some resistance to avoid shock if you have some bad equipment around...
$endgroup$
– Eugene Sh.
11 hours ago
|
show 11 more comments
7
$begingroup$
Try wearing different pants. I am serious...
$endgroup$
– Eugene Sh.
11 hours ago
4
$begingroup$
Oh, you mean computer monitors go blank due to a static discharge when you get up. Sorry for the confusion. I saw a recent video by Dave Jones on this very topic.
$endgroup$
– JYelton
11 hours ago
2
$begingroup$
What is the chair made of and what are your pants made of? Eugene isn't joking about wearing different pants; that seriously could help.
$endgroup$
– Hearth
11 hours ago
5
$begingroup$
@EugeneSh. No pants also works, and might be more fun.
$endgroup$
– pipe
11 hours ago
3
$begingroup$
Then you might want to ground your chair/desk. Just pull a wire from it and connect it to your desktop case or some other grounded surface. But better do it through some resistance to avoid shock if you have some bad equipment around...
$endgroup$
– Eugene Sh.
11 hours ago
7
7
$begingroup$
Try wearing different pants. I am serious...
$endgroup$
– Eugene Sh.
11 hours ago
$begingroup$
Try wearing different pants. I am serious...
$endgroup$
– Eugene Sh.
11 hours ago
4
4
$begingroup$
Oh, you mean computer monitors go blank due to a static discharge when you get up. Sorry for the confusion. I saw a recent video by Dave Jones on this very topic.
$endgroup$
– JYelton
11 hours ago
$begingroup$
Oh, you mean computer monitors go blank due to a static discharge when you get up. Sorry for the confusion. I saw a recent video by Dave Jones on this very topic.
$endgroup$
– JYelton
11 hours ago
2
2
$begingroup$
What is the chair made of and what are your pants made of? Eugene isn't joking about wearing different pants; that seriously could help.
$endgroup$
– Hearth
11 hours ago
$begingroup$
What is the chair made of and what are your pants made of? Eugene isn't joking about wearing different pants; that seriously could help.
$endgroup$
– Hearth
11 hours ago
5
5
$begingroup$
@EugeneSh. No pants also works, and might be more fun.
$endgroup$
– pipe
11 hours ago
$begingroup$
@EugeneSh. No pants also works, and might be more fun.
$endgroup$
– pipe
11 hours ago
3
3
$begingroup$
Then you might want to ground your chair/desk. Just pull a wire from it and connect it to your desktop case or some other grounded surface. But better do it through some resistance to avoid shock if you have some bad equipment around...
$endgroup$
– Eugene Sh.
11 hours ago
$begingroup$
Then you might want to ground your chair/desk. Just pull a wire from it and connect it to your desktop case or some other grounded surface. But better do it through some resistance to avoid shock if you have some bad equipment around...
$endgroup$
– Eugene Sh.
11 hours ago
|
show 11 more comments
7 Answers
7
active
oldest
votes
$begingroup$
Static discharge can range from an annoying inconvenience such as feeling a mild shock touching a metal surface to a costly problem such as destroying sensitive components or equipment.
Mitigating static buildup is a tedious and sometimes complicated process. All of the following and more can contribute to excess static:
Dry air (lack of humidity)
Fabrics and materials (your chair, trousers, shoe soles, carpeting, desk surface)
Friction from moving parts (if you work in a factory, static can arise from all sorts of moving items including conveyor belts, piping, powder dispensing, plastic film, etc.)- Lack of grounded structures/wiring/connections
- And more...
Mitigation steps:
- Test different materials for trousers and shoes (try leather soled shoes). Chair and carpet are also factors but likely more inconvenient and costly to change.
- Purchase an ESD mat for your desk. They dissipate electrostatic charge and you could make it a habit to be in contact with it as you get up.
Increase the humidity of your workspace. 35-40% RH should be sufficient, but this may not be possible due to your location, employer, etc.
Touch a metal/conductive portion of your desk (such as the frame under the top surface) as you get up. (If this doesn't help, your desk is isolated and could be grounded with a connection from the metal frame to ground -- it should already be grounded if it is a mechanized standing desk).- There are various anti-static products such as clothes dryer sheets, water misters, etc. which may work but be inconvenient to use, refill and maintain.
- An employer of mine required everyone to wear ESD shoes or heel straps when entering a particular production area. You could potentially try inexpensive heel straps, but the effectiveness will depend on the type of flooring and construction of your work area.
The monitors you are using may be unusually sensitive to static discharge, potentially due to poor cable shielding, improper or insufficient grounding, or component/circuit/PCB that isn't chosen or designed well to reject interference from such discharges (read: cheap monitors). You could try changing signal and power cables to ones that include shielding or ferrite cores to help reduce their exposure to ESD, but in my experience it has rarely helped as much as reducing static directly.
$endgroup$
$begingroup$
Thanks a lot for your complete answer @JYelton ! I just tried to put a metal wire metals parts of my chair, and touch it before standing up : It works. Probably not the most comfortable way to solve the problem. I'll try in few days your other solutions. Again, thanks a lot to you and others that helped so quickly :)
$endgroup$
– André DS
11 hours ago
1
$begingroup$
Keeping static from building up with conductive paths to ground is best, but you might want (as Eugene Sh mentioned in a comment) to include some resistance in case you are ever working with live power at your desk. 1MΩ is typical for ESD mat connections to ground. Cheers!
$endgroup$
– JYelton
11 hours ago
add a comment |
$begingroup$
You might want to check (or rather have an electrician) check the grounding situation of your AC mains outlet and see if it is really connected to ground. The computer and monitor should be connected to the same ground. The monitor itself should have a UL mark or similar ETL (like TUV ect) to make sure it's been tested against ESD. Make sure the mointitor cable is plugged in correctly and the shield of the monitor cable is making contact with the chassis of montor and computer
$endgroup$
$begingroup$
I will contact the person in charge of the premises so that he can do the needed actions, thank you for your answer
$endgroup$
– André DS
10 hours ago
$begingroup$
I have a cheap plugin tester for power sockets - works well to show if there's a wiring fault. It lives in my PC toolbox, and have proved useful many times.
$endgroup$
– Criggie
8 hours ago
add a comment |
$begingroup$
Spray the floor/chair mat and the chair itself with Cling Free or similar anti-static product for clothing. You need to repeat the application every week or couple of weeks but it works really well for controlling static charge without any downsides other than the perfume smell (which dissipates).
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add a comment |
$begingroup$
Most problems with electrostatic discharge is the shoes. Try other shoes.
New contributor
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And again, "no shoes" is one option that I use.
$endgroup$
– Dave Tweed♦
3 hours ago
add a comment |
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What kind of chair do you sit on? I had this same exact problem happen to me when it started to get to the winter months which I assume was due to lack of moisture in the air. I solved it by switching chairs. The previous chair had a cloth material and my new chair has some kind of leathery material. I heard about some of the other solutions mentioned in this thread and the simplest for me was to just change chairs. I haven't been shocked one time since.
New contributor
$endgroup$
add a comment |
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Similar to the suggestion to use fabric softener spray, you can use a fabric softener laundry additive. This has the advantage of being available without fragrance. I believe it is also less expensive than aerosol spray. Add a mixture of water and fabric softener to a spray bottle, and then spritz carpet and furniture fabric with it every few days.
New contributor
$endgroup$
add a comment |
$begingroup$
Some monitors use single-ended capsense inputs versus tactile switches to save on manufacturing costs.
If this is the case you can try shielding the buttons with a piece of aluminum foil that is electrically connected to the chassis of the monitor.
Large E-Field transients may false trigger a single-ended capsense input.
$endgroup$
add a comment |
7 Answers
7
active
oldest
votes
7 Answers
7
active
oldest
votes
active
oldest
votes
active
oldest
votes
$begingroup$
Static discharge can range from an annoying inconvenience such as feeling a mild shock touching a metal surface to a costly problem such as destroying sensitive components or equipment.
Mitigating static buildup is a tedious and sometimes complicated process. All of the following and more can contribute to excess static:
Dry air (lack of humidity)
Fabrics and materials (your chair, trousers, shoe soles, carpeting, desk surface)
Friction from moving parts (if you work in a factory, static can arise from all sorts of moving items including conveyor belts, piping, powder dispensing, plastic film, etc.)- Lack of grounded structures/wiring/connections
- And more...
Mitigation steps:
- Test different materials for trousers and shoes (try leather soled shoes). Chair and carpet are also factors but likely more inconvenient and costly to change.
- Purchase an ESD mat for your desk. They dissipate electrostatic charge and you could make it a habit to be in contact with it as you get up.
Increase the humidity of your workspace. 35-40% RH should be sufficient, but this may not be possible due to your location, employer, etc.
Touch a metal/conductive portion of your desk (such as the frame under the top surface) as you get up. (If this doesn't help, your desk is isolated and could be grounded with a connection from the metal frame to ground -- it should already be grounded if it is a mechanized standing desk).- There are various anti-static products such as clothes dryer sheets, water misters, etc. which may work but be inconvenient to use, refill and maintain.
- An employer of mine required everyone to wear ESD shoes or heel straps when entering a particular production area. You could potentially try inexpensive heel straps, but the effectiveness will depend on the type of flooring and construction of your work area.
The monitors you are using may be unusually sensitive to static discharge, potentially due to poor cable shielding, improper or insufficient grounding, or component/circuit/PCB that isn't chosen or designed well to reject interference from such discharges (read: cheap monitors). You could try changing signal and power cables to ones that include shielding or ferrite cores to help reduce their exposure to ESD, but in my experience it has rarely helped as much as reducing static directly.
$endgroup$
$begingroup$
Thanks a lot for your complete answer @JYelton ! I just tried to put a metal wire metals parts of my chair, and touch it before standing up : It works. Probably not the most comfortable way to solve the problem. I'll try in few days your other solutions. Again, thanks a lot to you and others that helped so quickly :)
$endgroup$
– André DS
11 hours ago
1
$begingroup$
Keeping static from building up with conductive paths to ground is best, but you might want (as Eugene Sh mentioned in a comment) to include some resistance in case you are ever working with live power at your desk. 1MΩ is typical for ESD mat connections to ground. Cheers!
$endgroup$
– JYelton
11 hours ago
add a comment |
$begingroup$
Static discharge can range from an annoying inconvenience such as feeling a mild shock touching a metal surface to a costly problem such as destroying sensitive components or equipment.
Mitigating static buildup is a tedious and sometimes complicated process. All of the following and more can contribute to excess static:
Dry air (lack of humidity)
Fabrics and materials (your chair, trousers, shoe soles, carpeting, desk surface)
Friction from moving parts (if you work in a factory, static can arise from all sorts of moving items including conveyor belts, piping, powder dispensing, plastic film, etc.)- Lack of grounded structures/wiring/connections
- And more...
Mitigation steps:
- Test different materials for trousers and shoes (try leather soled shoes). Chair and carpet are also factors but likely more inconvenient and costly to change.
- Purchase an ESD mat for your desk. They dissipate electrostatic charge and you could make it a habit to be in contact with it as you get up.
Increase the humidity of your workspace. 35-40% RH should be sufficient, but this may not be possible due to your location, employer, etc.
Touch a metal/conductive portion of your desk (such as the frame under the top surface) as you get up. (If this doesn't help, your desk is isolated and could be grounded with a connection from the metal frame to ground -- it should already be grounded if it is a mechanized standing desk).- There are various anti-static products such as clothes dryer sheets, water misters, etc. which may work but be inconvenient to use, refill and maintain.
- An employer of mine required everyone to wear ESD shoes or heel straps when entering a particular production area. You could potentially try inexpensive heel straps, but the effectiveness will depend on the type of flooring and construction of your work area.
The monitors you are using may be unusually sensitive to static discharge, potentially due to poor cable shielding, improper or insufficient grounding, or component/circuit/PCB that isn't chosen or designed well to reject interference from such discharges (read: cheap monitors). You could try changing signal and power cables to ones that include shielding or ferrite cores to help reduce their exposure to ESD, but in my experience it has rarely helped as much as reducing static directly.
$endgroup$
$begingroup$
Thanks a lot for your complete answer @JYelton ! I just tried to put a metal wire metals parts of my chair, and touch it before standing up : It works. Probably not the most comfortable way to solve the problem. I'll try in few days your other solutions. Again, thanks a lot to you and others that helped so quickly :)
$endgroup$
– André DS
11 hours ago
1
$begingroup$
Keeping static from building up with conductive paths to ground is best, but you might want (as Eugene Sh mentioned in a comment) to include some resistance in case you are ever working with live power at your desk. 1MΩ is typical for ESD mat connections to ground. Cheers!
$endgroup$
– JYelton
11 hours ago
add a comment |
$begingroup$
Static discharge can range from an annoying inconvenience such as feeling a mild shock touching a metal surface to a costly problem such as destroying sensitive components or equipment.
Mitigating static buildup is a tedious and sometimes complicated process. All of the following and more can contribute to excess static:
Dry air (lack of humidity)
Fabrics and materials (your chair, trousers, shoe soles, carpeting, desk surface)
Friction from moving parts (if you work in a factory, static can arise from all sorts of moving items including conveyor belts, piping, powder dispensing, plastic film, etc.)- Lack of grounded structures/wiring/connections
- And more...
Mitigation steps:
- Test different materials for trousers and shoes (try leather soled shoes). Chair and carpet are also factors but likely more inconvenient and costly to change.
- Purchase an ESD mat for your desk. They dissipate electrostatic charge and you could make it a habit to be in contact with it as you get up.
Increase the humidity of your workspace. 35-40% RH should be sufficient, but this may not be possible due to your location, employer, etc.
Touch a metal/conductive portion of your desk (such as the frame under the top surface) as you get up. (If this doesn't help, your desk is isolated and could be grounded with a connection from the metal frame to ground -- it should already be grounded if it is a mechanized standing desk).- There are various anti-static products such as clothes dryer sheets, water misters, etc. which may work but be inconvenient to use, refill and maintain.
- An employer of mine required everyone to wear ESD shoes or heel straps when entering a particular production area. You could potentially try inexpensive heel straps, but the effectiveness will depend on the type of flooring and construction of your work area.
The monitors you are using may be unusually sensitive to static discharge, potentially due to poor cable shielding, improper or insufficient grounding, or component/circuit/PCB that isn't chosen or designed well to reject interference from such discharges (read: cheap monitors). You could try changing signal and power cables to ones that include shielding or ferrite cores to help reduce their exposure to ESD, but in my experience it has rarely helped as much as reducing static directly.
$endgroup$
Static discharge can range from an annoying inconvenience such as feeling a mild shock touching a metal surface to a costly problem such as destroying sensitive components or equipment.
Mitigating static buildup is a tedious and sometimes complicated process. All of the following and more can contribute to excess static:
Dry air (lack of humidity)
Fabrics and materials (your chair, trousers, shoe soles, carpeting, desk surface)
Friction from moving parts (if you work in a factory, static can arise from all sorts of moving items including conveyor belts, piping, powder dispensing, plastic film, etc.)- Lack of grounded structures/wiring/connections
- And more...
Mitigation steps:
- Test different materials for trousers and shoes (try leather soled shoes). Chair and carpet are also factors but likely more inconvenient and costly to change.
- Purchase an ESD mat for your desk. They dissipate electrostatic charge and you could make it a habit to be in contact with it as you get up.
Increase the humidity of your workspace. 35-40% RH should be sufficient, but this may not be possible due to your location, employer, etc.
Touch a metal/conductive portion of your desk (such as the frame under the top surface) as you get up. (If this doesn't help, your desk is isolated and could be grounded with a connection from the metal frame to ground -- it should already be grounded if it is a mechanized standing desk).- There are various anti-static products such as clothes dryer sheets, water misters, etc. which may work but be inconvenient to use, refill and maintain.
- An employer of mine required everyone to wear ESD shoes or heel straps when entering a particular production area. You could potentially try inexpensive heel straps, but the effectiveness will depend on the type of flooring and construction of your work area.
The monitors you are using may be unusually sensitive to static discharge, potentially due to poor cable shielding, improper or insufficient grounding, or component/circuit/PCB that isn't chosen or designed well to reject interference from such discharges (read: cheap monitors). You could try changing signal and power cables to ones that include shielding or ferrite cores to help reduce their exposure to ESD, but in my experience it has rarely helped as much as reducing static directly.
edited 11 hours ago
answered 11 hours ago
JYeltonJYelton
16.2k2891191
16.2k2891191
$begingroup$
Thanks a lot for your complete answer @JYelton ! I just tried to put a metal wire metals parts of my chair, and touch it before standing up : It works. Probably not the most comfortable way to solve the problem. I'll try in few days your other solutions. Again, thanks a lot to you and others that helped so quickly :)
$endgroup$
– André DS
11 hours ago
1
$begingroup$
Keeping static from building up with conductive paths to ground is best, but you might want (as Eugene Sh mentioned in a comment) to include some resistance in case you are ever working with live power at your desk. 1MΩ is typical for ESD mat connections to ground. Cheers!
$endgroup$
– JYelton
11 hours ago
add a comment |
$begingroup$
Thanks a lot for your complete answer @JYelton ! I just tried to put a metal wire metals parts of my chair, and touch it before standing up : It works. Probably not the most comfortable way to solve the problem. I'll try in few days your other solutions. Again, thanks a lot to you and others that helped so quickly :)
$endgroup$
– André DS
11 hours ago
1
$begingroup$
Keeping static from building up with conductive paths to ground is best, but you might want (as Eugene Sh mentioned in a comment) to include some resistance in case you are ever working with live power at your desk. 1MΩ is typical for ESD mat connections to ground. Cheers!
$endgroup$
– JYelton
11 hours ago
$begingroup$
Thanks a lot for your complete answer @JYelton ! I just tried to put a metal wire metals parts of my chair, and touch it before standing up : It works. Probably not the most comfortable way to solve the problem. I'll try in few days your other solutions. Again, thanks a lot to you and others that helped so quickly :)
$endgroup$
– André DS
11 hours ago
$begingroup$
Thanks a lot for your complete answer @JYelton ! I just tried to put a metal wire metals parts of my chair, and touch it before standing up : It works. Probably not the most comfortable way to solve the problem. I'll try in few days your other solutions. Again, thanks a lot to you and others that helped so quickly :)
$endgroup$
– André DS
11 hours ago
1
1
$begingroup$
Keeping static from building up with conductive paths to ground is best, but you might want (as Eugene Sh mentioned in a comment) to include some resistance in case you are ever working with live power at your desk. 1MΩ is typical for ESD mat connections to ground. Cheers!
$endgroup$
– JYelton
11 hours ago
$begingroup$
Keeping static from building up with conductive paths to ground is best, but you might want (as Eugene Sh mentioned in a comment) to include some resistance in case you are ever working with live power at your desk. 1MΩ is typical for ESD mat connections to ground. Cheers!
$endgroup$
– JYelton
11 hours ago
add a comment |
$begingroup$
You might want to check (or rather have an electrician) check the grounding situation of your AC mains outlet and see if it is really connected to ground. The computer and monitor should be connected to the same ground. The monitor itself should have a UL mark or similar ETL (like TUV ect) to make sure it's been tested against ESD. Make sure the mointitor cable is plugged in correctly and the shield of the monitor cable is making contact with the chassis of montor and computer
$endgroup$
$begingroup$
I will contact the person in charge of the premises so that he can do the needed actions, thank you for your answer
$endgroup$
– André DS
10 hours ago
$begingroup$
I have a cheap plugin tester for power sockets - works well to show if there's a wiring fault. It lives in my PC toolbox, and have proved useful many times.
$endgroup$
– Criggie
8 hours ago
add a comment |
$begingroup$
You might want to check (or rather have an electrician) check the grounding situation of your AC mains outlet and see if it is really connected to ground. The computer and monitor should be connected to the same ground. The monitor itself should have a UL mark or similar ETL (like TUV ect) to make sure it's been tested against ESD. Make sure the mointitor cable is plugged in correctly and the shield of the monitor cable is making contact with the chassis of montor and computer
$endgroup$
$begingroup$
I will contact the person in charge of the premises so that he can do the needed actions, thank you for your answer
$endgroup$
– André DS
10 hours ago
$begingroup$
I have a cheap plugin tester for power sockets - works well to show if there's a wiring fault. It lives in my PC toolbox, and have proved useful many times.
$endgroup$
– Criggie
8 hours ago
add a comment |
$begingroup$
You might want to check (or rather have an electrician) check the grounding situation of your AC mains outlet and see if it is really connected to ground. The computer and monitor should be connected to the same ground. The monitor itself should have a UL mark or similar ETL (like TUV ect) to make sure it's been tested against ESD. Make sure the mointitor cable is plugged in correctly and the shield of the monitor cable is making contact with the chassis of montor and computer
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You might want to check (or rather have an electrician) check the grounding situation of your AC mains outlet and see if it is really connected to ground. The computer and monitor should be connected to the same ground. The monitor itself should have a UL mark or similar ETL (like TUV ect) to make sure it's been tested against ESD. Make sure the mointitor cable is plugged in correctly and the shield of the monitor cable is making contact with the chassis of montor and computer
answered 10 hours ago
laptop2dlaptop2d
25k123278
25k123278
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I will contact the person in charge of the premises so that he can do the needed actions, thank you for your answer
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– André DS
10 hours ago
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I have a cheap plugin tester for power sockets - works well to show if there's a wiring fault. It lives in my PC toolbox, and have proved useful many times.
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– Criggie
8 hours ago
add a comment |
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I will contact the person in charge of the premises so that he can do the needed actions, thank you for your answer
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– André DS
10 hours ago
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I have a cheap plugin tester for power sockets - works well to show if there's a wiring fault. It lives in my PC toolbox, and have proved useful many times.
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– Criggie
8 hours ago
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I will contact the person in charge of the premises so that he can do the needed actions, thank you for your answer
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– André DS
10 hours ago
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I will contact the person in charge of the premises so that he can do the needed actions, thank you for your answer
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– André DS
10 hours ago
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I have a cheap plugin tester for power sockets - works well to show if there's a wiring fault. It lives in my PC toolbox, and have proved useful many times.
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– Criggie
8 hours ago
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I have a cheap plugin tester for power sockets - works well to show if there's a wiring fault. It lives in my PC toolbox, and have proved useful many times.
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– Criggie
8 hours ago
add a comment |
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Spray the floor/chair mat and the chair itself with Cling Free or similar anti-static product for clothing. You need to repeat the application every week or couple of weeks but it works really well for controlling static charge without any downsides other than the perfume smell (which dissipates).
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add a comment |
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Spray the floor/chair mat and the chair itself with Cling Free or similar anti-static product for clothing. You need to repeat the application every week or couple of weeks but it works really well for controlling static charge without any downsides other than the perfume smell (which dissipates).
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add a comment |
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Spray the floor/chair mat and the chair itself with Cling Free or similar anti-static product for clothing. You need to repeat the application every week or couple of weeks but it works really well for controlling static charge without any downsides other than the perfume smell (which dissipates).
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Spray the floor/chair mat and the chair itself with Cling Free or similar anti-static product for clothing. You need to repeat the application every week or couple of weeks but it works really well for controlling static charge without any downsides other than the perfume smell (which dissipates).
answered 11 hours ago
Dean FranksDean Franks
2,2581815
2,2581815
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add a comment |
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Most problems with electrostatic discharge is the shoes. Try other shoes.
New contributor
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And again, "no shoes" is one option that I use.
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– Dave Tweed♦
3 hours ago
add a comment |
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Most problems with electrostatic discharge is the shoes. Try other shoes.
New contributor
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And again, "no shoes" is one option that I use.
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– Dave Tweed♦
3 hours ago
add a comment |
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Most problems with electrostatic discharge is the shoes. Try other shoes.
New contributor
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Most problems with electrostatic discharge is the shoes. Try other shoes.
New contributor
New contributor
answered 5 hours ago
TymenYellowTymenYellow
191
191
New contributor
New contributor
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And again, "no shoes" is one option that I use.
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– Dave Tweed♦
3 hours ago
add a comment |
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And again, "no shoes" is one option that I use.
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– Dave Tweed♦
3 hours ago
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And again, "no shoes" is one option that I use.
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– Dave Tweed♦
3 hours ago
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And again, "no shoes" is one option that I use.
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– Dave Tweed♦
3 hours ago
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What kind of chair do you sit on? I had this same exact problem happen to me when it started to get to the winter months which I assume was due to lack of moisture in the air. I solved it by switching chairs. The previous chair had a cloth material and my new chair has some kind of leathery material. I heard about some of the other solutions mentioned in this thread and the simplest for me was to just change chairs. I haven't been shocked one time since.
New contributor
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add a comment |
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What kind of chair do you sit on? I had this same exact problem happen to me when it started to get to the winter months which I assume was due to lack of moisture in the air. I solved it by switching chairs. The previous chair had a cloth material and my new chair has some kind of leathery material. I heard about some of the other solutions mentioned in this thread and the simplest for me was to just change chairs. I haven't been shocked one time since.
New contributor
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add a comment |
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What kind of chair do you sit on? I had this same exact problem happen to me when it started to get to the winter months which I assume was due to lack of moisture in the air. I solved it by switching chairs. The previous chair had a cloth material and my new chair has some kind of leathery material. I heard about some of the other solutions mentioned in this thread and the simplest for me was to just change chairs. I haven't been shocked one time since.
New contributor
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What kind of chair do you sit on? I had this same exact problem happen to me when it started to get to the winter months which I assume was due to lack of moisture in the air. I solved it by switching chairs. The previous chair had a cloth material and my new chair has some kind of leathery material. I heard about some of the other solutions mentioned in this thread and the simplest for me was to just change chairs. I haven't been shocked one time since.
New contributor
New contributor
answered 7 hours ago
DB at PSDB at PS
1
1
New contributor
New contributor
add a comment |
add a comment |
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Similar to the suggestion to use fabric softener spray, you can use a fabric softener laundry additive. This has the advantage of being available without fragrance. I believe it is also less expensive than aerosol spray. Add a mixture of water and fabric softener to a spray bottle, and then spritz carpet and furniture fabric with it every few days.
New contributor
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add a comment |
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Similar to the suggestion to use fabric softener spray, you can use a fabric softener laundry additive. This has the advantage of being available without fragrance. I believe it is also less expensive than aerosol spray. Add a mixture of water and fabric softener to a spray bottle, and then spritz carpet and furniture fabric with it every few days.
New contributor
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add a comment |
$begingroup$
Similar to the suggestion to use fabric softener spray, you can use a fabric softener laundry additive. This has the advantage of being available without fragrance. I believe it is also less expensive than aerosol spray. Add a mixture of water and fabric softener to a spray bottle, and then spritz carpet and furniture fabric with it every few days.
New contributor
$endgroup$
Similar to the suggestion to use fabric softener spray, you can use a fabric softener laundry additive. This has the advantage of being available without fragrance. I believe it is also less expensive than aerosol spray. Add a mixture of water and fabric softener to a spray bottle, and then spritz carpet and furniture fabric with it every few days.
New contributor
New contributor
answered 7 hours ago
Wayne ConradWayne Conrad
1035
1035
New contributor
New contributor
add a comment |
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Some monitors use single-ended capsense inputs versus tactile switches to save on manufacturing costs.
If this is the case you can try shielding the buttons with a piece of aluminum foil that is electrically connected to the chassis of the monitor.
Large E-Field transients may false trigger a single-ended capsense input.
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add a comment |
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Some monitors use single-ended capsense inputs versus tactile switches to save on manufacturing costs.
If this is the case you can try shielding the buttons with a piece of aluminum foil that is electrically connected to the chassis of the monitor.
Large E-Field transients may false trigger a single-ended capsense input.
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add a comment |
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Some monitors use single-ended capsense inputs versus tactile switches to save on manufacturing costs.
If this is the case you can try shielding the buttons with a piece of aluminum foil that is electrically connected to the chassis of the monitor.
Large E-Field transients may false trigger a single-ended capsense input.
$endgroup$
Some monitors use single-ended capsense inputs versus tactile switches to save on manufacturing costs.
If this is the case you can try shielding the buttons with a piece of aluminum foil that is electrically connected to the chassis of the monitor.
Large E-Field transients may false trigger a single-ended capsense input.
answered 7 hours ago
sstobbesstobbe
2,11538
2,11538
add a comment |
add a comment |
7
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Try wearing different pants. I am serious...
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– Eugene Sh.
11 hours ago
4
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Oh, you mean computer monitors go blank due to a static discharge when you get up. Sorry for the confusion. I saw a recent video by Dave Jones on this very topic.
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– JYelton
11 hours ago
2
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What is the chair made of and what are your pants made of? Eugene isn't joking about wearing different pants; that seriously could help.
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– Hearth
11 hours ago
5
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@EugeneSh. No pants also works, and might be more fun.
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– pipe
11 hours ago
3
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Then you might want to ground your chair/desk. Just pull a wire from it and connect it to your desktop case or some other grounded surface. But better do it through some resistance to avoid shock if you have some bad equipment around...
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– Eugene Sh.
11 hours ago