Hair Dryer Power Cord
Hair Dryer Power Cord Description Hair Dryer Power Cord Parameter Hair Dryer Power Cord Introduction Hair dryer power cords connect the hair dryer to AC mains power, supplying the voltage and current needed to operate the hair dryer. The specific voltage and current requirements depend on the…
Product Introduction
Hair Dryer Power Cord Description
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· Molded |
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· Different Fuction cable as Requirement |
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· Suitable for Hair Dryer use |
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· UL listed for safety; IEC standard; TUV |
Hair Dryer Power Cord Parameter
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Rated Voltage: |
110V-240V |
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Rated Current: |
6A-10A |
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Connector: |
Molded |
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Power Supply: |
Electric |
Hair Dryer Power Cord Introduction
Hair dryer power cords connect the hair dryer to AC mains power, supplying the voltage and current needed to operate the hair dryer. The specific voltage and current requirements depend on the hair dryer model and motor, but in general:
• The voltage will match the standard residential AC voltage, which is 120V in North America and 220-240V in Europe and other regions.
• The current draw will depend on the wattage and motor of the specific hair dryer. Typical current draws range from 8 to 15 amps for most consumer hair dryers.
• Higher wattage, professional hair dryers may draw over 15 amps, requiring thicker wire gauge power cords.
• The power cord wires are usually 18 to 20 gauge stranded copper wire for flexibility and durability. Thicker gauges are used for higher current draw.
• The insulation on the wires is typically heat resistant vinyl or rubber to withstand the high temperatures inside the hair dryer motor and casing.
• The power cord jacket also needs to be heat resistant and abrasion resistant to withstand wear during use.
• Hair dryer power cords are usually polarized, with one blade wider than the other, to ensure proper connection to AC mains power.
• The plug is typically rated for at least 15 amps to match the current draw of the hair dryer. Higher amperage ratings are used for higher wattage models.
• The power cord and plug assembly is UL listed to ensure it meets electrical safety standards for use with hair dryers.
Hair dryer power cords need to be able to provide the correct voltage for the hair dryer while safely carrying the current drawn by the motor, using wire gauges, insulation and plug ratings suited for withstanding the heat and stresses of hair dryer operation.
Frequently Asked Questions
Hair Dryer Power Cable
What gauge wire is used?
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Most consumer hair dryer power cords use 18 to 20 gauge stranded copper wire. This is sufficient to carry the 8 to 15 amp current draw of typical hair dryers. Higher wattage professional hair dryers may require 16 to 14 gauge wire.
What voltage do they connect to?
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Hair dryer power cords connect to standard residential AC voltage – either 120V in North America or 220-240V in Europe and other regions. The plug type varies by region to match the outlet type.
How many amps do they carry?
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Hair dryer power cords are rated to carry at least the current draw of the connected hair dryer. For most consumer hair dryers up to 2000 watts, the current draw is 8 to 15 amps. Higher wattage professional models may draw over 15 amps, requiring higher amperage rated cords.
What type of insulation is used?
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The insulation on hair dryer power cords is typically heat resistant vinyl or rubber in order to withstand the high temperatures inside the hair dryer motor and casing. Standard PVC insulation would melt.
Are they polarized or non-polarized?
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Hair dryer power cords are usually polarized, with one blade wider than the other, to ensure proper connection to AC mains power and prevent reverse connection. This helps reduce shock risks.
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