All devices

Asus ZenFone 3 Max (ZC520TL)

ASUS_X008DA · 1 version · 3 samples

4000 mAh2 GB RAMAndroid 8.1.0 Oreo61 Hz

Specifications

Android

8.1.0 Oreo

Battery

4000 mAh

Technology

Li-ion

Chipset

MT6737

Memory

2/32 GB

Display

720x1280 (61Hz)

Model

ASUS_X008DA

Battery performance

Limited data so far (3 samples). These figures will firm up as more Asus ZenFone 3 Max (ZC520TL) owners contribute.

Estimated charging time

4h 30min

to charge 0 → 100%

Max charging temperature

25.0°C

average peak while charging

Screen-on time

10h 30min

estimated on a full charge

Track your ZenFone 3 Max (ZC520TL)

See your own charging speed, screen-on time and battery health in real time with Battery Guru.

Get Battery Guru

Spotted a mistake?

Specs or numbers look off for the Asus ZenFone 3 Max (ZC520TL)? Let us know and we'll fix it.

Asus ZenFone 3 Max (ZC520TL) battery life

The Asus ZenFone 3 Max (ZC520TL) packs a 4000 mAh Li-ion battery and lasts about 153h 0min on a full charge with around 10h 30min of screen-on time. It charges from 0 to 100% in roughly 4h 30min, peaking near 25.0°C while charging. Every figure is aggregated anonymously from real ZenFone 3 Max (ZC520TL) owners using Battery Guru (3 samples), so it reflects everyday usage rather than lab claims.

Based on 3 anonymized samples from Battery Guru.

Frequently asked questions

How long does the ZenFone 3 Max (ZC520TL) battery last?

Aggregated Battery Guru data shows the Asus ZenFone 3 Max (ZC520TL) lasts about 153h 0min on a full charge, with roughly 10h 30min of screen-on time.

How long does the ZenFone 3 Max (ZC520TL) take to charge?

The ZenFone 3 Max (ZC520TL) charges from 0 to 100% in approximately 4h 30min, with charging temperatures peaking around 25.0°C.

What is the ZenFone 3 Max (ZC520TL) battery capacity?

The ZenFone 3 Max (ZC520TL) has a 4000 mAh Li-ion battery.

Where does this ZenFone 3 Max (ZC520TL) battery data come from?

It is aggregated anonymously from real ZenFone 3 Max (ZC520TL) owners using the Battery Guru app (3 samples), reflecting real-world usage rather than manufacturer specifications.