Type-C Cellphone Charging Tester PD Direct Current Voltmeter Aluminum Alloy Housing Meter Support 4-30V Voltage 0-12A Current Support Fastcharging Test Full Interface Compatibility This Type-C interface cellphone charging tester has a 0.96-inch TFT display, real-time detection of charging , and data display is clearer, making product more stable and safer to use. Provides two display pages, easy to operate, meet needs of different use scenarios. Supports cellphone charging capacity record, chargingpal capacity measurement, and bi-directional current test, computers charging capacity record, and -down protecting functions. Supports to 240W of fastcharging , voltage ranges from 4V to 30V, and current ranges from 0A to 12A, which greatly improves charging efficiency. Features: Aluminum Alloy Housing & TFT Display: aluminum alloy housing is designed to be wear-resistant and drop-proof to ensure product longevity. Full interface compatibility, equipped with a 0.96-inch TFT display, real-time detection of charging , and data display is clearer. Equipped with 12A large current terminal making product more stable and safer to use. Comprehensive Data Display: Provides comprehensive data display, including voltage, current, timing, , capacity, electrical energy, maximum voltage, maximum current, maximum , CPU temperature, etc., so that you can have a more complete understanding of charging process. Two Display Pages: Provides two display pages with rich functions, users can easily switch pages with a simple button click, easy to operate. It is more convenient to view data and meet needs of different use scenarios. Multi-functional Design: Supports cellphone charging measurement, chargepal capacity measurement, and bi-directional current test function, lets you have an intuitive understanding of charging speed. Supports computers charging capacity record, and -down data storage functions. Support Various Charging Test: Supports a variety of fastcharging tests, including PD2.0, 3.0, QC2.0/3.0, SCP, AFC, PE, DASH VOOC, SuperVOOC, etc., to meet charging needs of different devices. Supports to 240W of fastcharging , voltage ranges from 4V to 30V, and current ranges from 0A to 12A, which greatly improves charging efficiency. Specifications: Name: Cellphone Charging Tester Material: aluminum alloy Voltage: 4-30V Current: 0-12A Timing: 0-99 hours : 0-360W Capacity: 0-99999mAh Electricity: 0-99999WH Item size: 50.6 * 18 * 9mm / 1.99 * 0.71 * 0.35in Item weight: 10g / 0.35ounce Package size: 51 * 20 * 20mm / 2.01 * 0.79 * 0.79in Package weight: 20g / 0.71ounce Packing List: 1 * Cellphone Charging Tester 【Aluminum Alloy Housing & TFT Display】: unibody aluminum alloy housing is designed to be wear-resistant and drop-proof to ensure product longevity. Full interface compatibility, equipped with a 0.96-inch TFT display, real-time detection of charging , and data display is clearer. Equipped with 12A large current terminal making product more stable and safer to use. 【Comprehensive Data Display】: Provides comprehensive data display, including voltage, current, timing, , capacity, electrical energy, maximum voltage, maximum current, maximum , CPU temperature, etc., so that you can have a more complete understanding of charging process. 【Two Display Pages】: Provides two display pages with rich functions, users can easily switch pages with a simple button click, easy to operate. It is more convenient to view data and meet needs of different use scenarios. 【Multi-functional Design】: Supports cellphone charging measurement, chargepal capacity measurement, and bi-directional current test function, lets you have an intuitive understanding of charging speed. Supports computers charging capacity record, and -down data storage functions. 【Support Various Charging Test】: Supports a variety of fastcharging tests, including PD2.0, 3.0, QC2.0/3.0, SCP, AFC, PE, DASH VOOC, SuperVOOC, etc., to meet charging needs of different devices. Supports to 240W of fastcharging , voltage ranges from 4V to 30V, and current ranges from 0A to 12A, which greatly improves charging efficiency.