70-90mW/Sr IR Remote Control Capsule Shaped Infrared Remote Control No Charging Required IR Remote Commander for Air Conditioner
Feature:
1. Small and Portable:
The IR Remote Control has a delicate and compact appearance, with a full body size less than the size of a thumb. It is exquisite and simple, with a smooth and shiny surface, and can be integrated with the phone, giving it a strong sense of technology.
2. Wide Application Range:
IR Remote Control uses a new chip with strong performance, fast connection, wide transmission distance and wide angle, and strong compatibility. It can be used to control most household appliances, such as televisions, DVD players, set-top boxes, air conditioners, projectors, lights, fans, refrigerators, and so on.
3. Voice Function:
Universal Remote adds voice function, upgrades AI intelligent voice control, eliminates the need for manual remote control, frees up your hands, and is more convenient.
4. No Charging Required:
The IR Remote Unit does not require charging, and is powered directly from a mobile phone or tablet, without the need for mobile power. A stable and reliable infrared signal integrates all your infrared control devices into an application on your smartphone.
5. Plug and Play:
The Infrared Remote Control can be plug and play, with a fully stretched seamless process, allowing smoother plugging and unplugging without damaging the phone.
Specification:
Certification: NONE
Origin: Mainland China
Model Number: Remote Control
Package: Yes
Type: Black for Type-C, Silver for Type-C, Purple for Type-C, Black for iPhone, Silver for iPhone, Purple for iPhone (optional)
Material: aluminum alloy
Remote control distance: 8-15m
Emission angle: 30 degrees
Emission intensity: 70-90mW/Sr
Product size: 26 * 11.8 * 6.4mm/1.0*0.4*0.2in
Package size: 85 * 55 * 25mm/3.3*2.1*0.9in
Net weight: 19g
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
