Devo G1 Video Smart Lock with Camera & Doorbell, 6-in-1 Fingerprint Keyless Entry Door Lock for Front Door, App Remote, Auto Locks, Wi-Fi Smart Deadbolt, Easy Install, Waterproof Light Silver — Open-Box, 41% Off

[6-in-1 Smart Lock with Camera & Doorbell] The DEVO G1 Security System integrates a biometric fingerprint door lock, an FHD camera with dual-laser infrared night vision, and an adjustable-volume video doorbell. This deadbolt lock offers 6 keyless entry methods: fingerprint, app control, voice control (compatible with Alexa and Google), IC card, keypad codes, and physical keys. This versatile solution provides 24/7 security for your home, office, or apartment. Item size: Front:7.24*2.99*1.19 in, Black:6.97*2.99*1.26 in. Package size: 9.3*7.1*3.8 in

[Human Detection & 2-Way Audio] Equipped with infrared and millimeter-wave radar, Devo G1 smart lock accurately detects doorstep activity and sends instant alerts for unusual movement or loitering. The HD camera with dual-laser night vision provides clear 24/7 live viewing and automatic recording. Integrated two-way audio allows you to verify identity or communicate remotely with visitors. For added security, the lock also features auto-lock, a privacy mode, and an anti-peeping keypad.

[Wi-Fi Connectivity & App Management] DEVO electric door lock features built-in Wi-Fi, eliminating the need for an additional gateway. Manage remotely via the TUYA app: unlock/lock doors, manage user members, receive real-time notifications, create temporary passwords, view access logs, enable vacation mode, monitor battery status with low-power alerts—allowing you to monitor lock status and view live video feeds anytime, anywhere. Ideal for homes, apartments, offices, and hotels.

[Long Battery Life & Weather Resistance] Devo G1 smart front door lock is powered by a 10,000mAh removable battery, providing up to 90 days of use on a single charge and includes a Type-C emergency charging port. With an IP65 waterproof rating and ability to withstand extreme temperatures from -17°C to 50°C (5°F to 122°F), it ensures reliable performance in various harsh weather conditions.

【Effortless Installation and Worry-Free Support】 Install this smart lock BHMA Certified on most standard US doors in just 15 minutes using a screwdriver—no drilling needed. Precautions for Power Consumption of Smart Locks. The key precautions for power consumption during the use of smart locks are summarized into three categories as follows, covering daily power consumption standards, battery life influencing factors and abnormal power consumption troubleshooting guidelines, to help users standardize usage and extend battery service life.

1. Power Consumption of Daily Functions The power consumption of conventional daily functions of the smart lock is standardized as follows: Standby State: The average daily power consumption is about 3mAh. Remote Unlocking: A single motor drive for remote unlocking consumes approximately 50.0mAh of power. Human Body Capture & Data Upload: A single human body capture and network upload operation consumes 4-5mAh of power.

2. Main Factors Affecting Battery Endurance Network Signal: When the Wi-Fi signal is weak, the network module will repeatedly search and connect to the network, resulting in a 20%-40% increase in overall power consumption. In extremely poor signal environments, the power consumption increment can reach more than 50%. Usage Frequency: Frequent execution of remote control operations, video capture and other active functions will significantly increase the daily power consumption of the device. Environmental Factors: Low-temperature environments will cause the effective capacity of the battery to decrease by about 30%.

3. Troubleshooting Guidelines for Abnormal Rapid Power Consumption First, conduct a network inspection. Network instability is a major cause of unexpected power drain. The installation distance between the smart lock and the router should be reasonably controlled, with a recommended range within 10 meters. No more than two partition walls should separate the devices. This ensures continuous and stable network signals and prevents repeated signal searching and reconnection that consumes extra power.

Second, check functional settings. Always-on active sensing functions, including face recognition and loitering detection, generate considerable power loss. In high-traffic scenarios, continuous activation of these features can increase overall power consumption by an additional 20% to 30%. To optimize battery life, disable unnecessary uninterrupted sensing functions when full-time monitoring is not required.

Third, inspect installation quality and hardware conditions. Multiple hardware faults may lead to hidden power consumption. Check for short circuits caused by squeezed internal wires, damaged flexible flat cables, insufficient lubrication of the lock body structure, and oxidation on battery contact points. These minor hardware abnormalities can cause abnormal current conduction and continuous invalid power loss. By following the above standardized troubleshooting process, most abnormal fast power consumption issues of the smart lock can be accurately located and effectively