1. Voltage: It is important to check the voltage in the switchboard. Usually household switchboards have a supply of 230 volts, but in some cases it can reach up to 300 volts.
2. Current Rating: The current rating of the switchboard is also important. It ensures that the switchboard can handle more current and protects against overloading.
3. Insulation: It is important to ensure good insulation in the switchboard so that there is no damage due to the electric current.
4. Fire Resistance : The switchboard should be made of fire-resistant material so that it does not react quickly in case of a fire.
5. Environmental Criteria: The switchboard should be designed according to various environmental parameters such as temperature, humidity, and atmospheric pressure.
6. Safety Criteria: The switchboard should be designed according to safety parameters such as protection from electrical shock, safety in case of fire, and other safety features.
7. Standardisation: The switchboard should be designed as per standardisation so that it is compatible with various devices and systems.
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