Using a 2 kV Power Supply Safely: Reducing Current & Bleeder Resistors

In summary, the conversation discusses the dangers of working with high voltage electricity and advises against attempting to create a circuit with a 2 kV power supply. It states that if someone is unable to answer their own question about reducing current and ensuring safety, they should not be working with electricity alone and should either seek professional assistance or abandon their project. The conversation ends with the thread being locked for moderation.
  • #1
acegikmoqsuwy
41
4
Hello all.

If I was to create a circuit with a 2 kV power supply, how would I reduce the current so that if I were to accidentally become part of the circuit, I would be in no danger?

Another question: Does a bleeder resistor help?

Thanks.
 
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  • #2
You pretty much can't protect yourself if it has any current capacity worth using. Don't do it. Very dangerous.
 
  • #3
Locked, pending moderation.
 
  • #4
I'm sorry but we can't give you any safety advice. If you can't answer your own question then you shouldn't be working with electricity by yourself. High voltage electricity is easily capable of killing yourself and someone else and I recommend either abandoning your project, getting formally educated in the subject, or contacting a professional to personally assist you. This thread will remain locked.
 

FAQ: Using a 2 kV Power Supply Safely: Reducing Current & Bleeder Resistors

What is a 2 kV power supply and why is it important to use it safely?

A 2 kV power supply is a device that provides a high voltage output of 2000 volts. It is important to use it safely because at this high voltage, there is a risk of electric shock and other hazards.

How can I reduce the risk of electric shock when using a 2 kV power supply?

To reduce the risk of electric shock, always wear appropriate protective gear such as gloves and goggles. Additionally, make sure to properly ground the power supply and avoid touching any exposed wires or components.

What are current limiting resistors and why are they important when using a 2 kV power supply?

Current limiting resistors are used to regulate the amount of current flowing through a circuit. In the case of a 2 kV power supply, they are important because they help prevent excessive current from passing through the circuit and causing damage or hazards.

How do bleeder resistors work and why are they necessary for safely using a 2 kV power supply?

Bleeder resistors are used to discharge any residual voltage that may be stored in the circuit, even after the power supply is turned off. This is important for safety because it prevents the risk of electric shock when handling the circuit or making repairs.

What precautions should I take when using a 2 kV power supply in a laboratory setting?

When using a 2 kV power supply in a laboratory setting, always follow proper safety protocols and guidelines set by your institution. This may include using a circuit breaker or isolating transformer, wearing appropriate protective gear, and properly labeling and isolating the circuit from other equipment. It is also important to regularly inspect and maintain the power supply to ensure safe operation.

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