4+ Coffee Machine Power Info Label Examples & FAQs

coffee machine power info label

4+ Coffee Machine Power Info Label Examples & FAQs

This sticker, typically located on the underside or back of the appliance, provides crucial details about the machine’s electrical requirements. These details include voltage, wattage, amperage, and frequency. For instance, a label might indicate 120V, 1400W, 60Hz, signifying the machine requires 120 volts, consumes 1400 watts, and operates on a 60 Hertz frequency. This information is often accompanied by safety certifications and manufacturer contact details.

Access to this data is essential for several reasons. Correct voltage compatibility ensures safe and efficient operation, preventing damage to the machine or electrical hazards. Wattage informs the user about the machine’s power consumption, impacting energy bills and circuit load. Understanding these specifications also helps in troubleshooting, repairs, and selecting appropriate extension cords or power adapters if necessary. Historically, standardizing this information has played a vital role in consumer safety and international trade, facilitating compatibility across different power grids worldwide.

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6+ Safe Coffee Machine Electric Labels & Specs

coffee machine electric label

6+ Safe Coffee Machine Electric Labels & Specs

Appliance labeling provides crucial information for consumers and regulatory compliance. A typical label affixed to a coffee maker powered by electricity details safety certifications (e.g., UL, CE), technical specifications such as voltage and wattage, manufacturer information, model number, and potentially country of origin. It may also include symbols indicating proper usage or warnings against specific hazards.

These markings play a vital role in consumer safety by communicating potential risks associated with electrical appliances and ensuring the product meets required standards. Accurate information on voltage and wattage allows users to select appropriate power sources and avoid electrical overloads. Moreover, the label serves as a point of reference for troubleshooting, repairs, and warranty claims. Historically, standardization of such labeling has contributed significantly to reducing electrical accidents and improving product reliability.

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