The test condition for the video playback was tested under the specific condition – 200 nit display brightness, 60Hz FHD display, 50% audio volume, and circle-played a 1080p video with VLC video player. Test result provided by ASUS labs, actual performance may vary depending on conditions.The test condition for the normal usage model was tested under the following specific condition in one day: 90 min phone calls, 500 text messages, 80 min streaming music, 30 min YouTube, 30 min TikTok, 60 min gameplay, 20 photos and 120 sec video recording. Actual usage may differ depending on conditions. The battery life is compared to that of the previous Zenfone model.Actual wattage may vary depending on conditions. HyperCharge supports 30-watt charging which requires use of the supplied ASUS charger.The battery typical capacity is 4300mAh, while the battery rated capacity is 4150 mAh.The vapor chamber in Zenfone 9 is twice as large as that in Zenfone 8. The comparison is specifically comparing Zenfone 9’s vapor chamber and Zenfone 8’s heat pipe.For related warranty information, please refer to the product warranty card. Please note that the device has a USB-C charging port, and this USB-C port must be completely dry before any attempt is made at charging. After the test the device is removed and fully dried, then checked for normal operation. Water resistance is tested by submerging the device to a depth of 1.5 meters in tap water for 30 minutes. Failure to observe correct precautions will invalidate the device warranty and the function of water and dust resistance. The device should never be completely submerged underwater, and should not be allowed to come into contact with seawater, brine, chlorinated water or drinks. Water and dust resistance can deteriorate over time in normal usage, or if the device is damaged, repaired or taken apart. The device has been tested for water resistance using IEC 60529 standard and has achieved an IP65/68 rating.This ProcessMeter offers manual step, 100%, 25%, Coarse, Fine, plus auto step and auto ramp. It also delivers 1200-ohm drive capability on mA source. The 789 includes SpanCheck 0% and 100% buttons to toggle between 4 and 20 mA sourcing, while the display can simultaneously show mA and % of scale readings for faster troubleshooting. Measure, source, simulate 4-20 mA signals, measure resistance, measure power, provide power to the loop and provide 250-ohm resistance to the loop. Combine that with the ability to troubleshoot every part of the loop. The 789 provides all standard DMM capabilities including frequency measurement to 20 kHz, Min/Max/Average/Hold/Relative modes, and diode test and continuity beeper. Check with your local Fluke representative. Not all models are available in all countries. *Requires Fluke IR3000FC module (not included). You can also add the wireless data logging capabilities of the Fluke Connect™ mobile app to log data wirelessly to your smart phone and review it from a remote location. The 789 also has a built-in 24-Volt loop supply, which reduces the need to carry a separate power supply when doing offline transmitter testing. And its built-in, selectable 250-ohm HART® resistor eliminates the need to carry a separate resistor. The 789 has a large, dual display with two levels of backlighting and externally accessible fuse and batteries for easy replacement. It combines the functionality of a full-featured loop calibrator with the power of a CAT III 1000 V, CAT IV 600 V safety rated digital multimeter, and the wireless capabilities of Fluke Connect connectivity with optional IR3000FC module. The Fluke 789 ProcessMeter is the ultimate troubleshooting tool for electricians and instrumentation professionals. Fluke 789 ProcessMeter™ doubles your troubleshooting power
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