Table of Contents
JLO2-E2
Product Parameters:
- Working Voltage: 6V, standard: 6V
- Static Current: DC 6V, less than 1µA, actually 0µA
- Working Emission Current: DC 6V, less than 12mA, actually about 10mA
- Work Indicator Light: LED indication
- Working Center Frequency: 433.92MHz ± 0.2MHz
- Working Temperature: -40°C to +85°C
- Number of Buttons: Choose from 1 to 4 buttons
Application:
This product can be used for various applications including remote control switches, anti-theft alarms, remote door locks, electric shutter remote controls, automotive and motorcycle accessories, and industrial control products. Note: It is strictly forbidden to interfere with other remote control signals or use for illegal purposes. Violators will be held accountable.
Product size specifications:
Description
The JLO2-E2 is a stylish, newly designed remote control featuring a 2-button design and MCU control code. It is primarily used for controlling wireless devices.
Remote Control Distance
The maximum remote control distance refers to the longest range achievable under ideal conditions on open ground, with the transmitter/receiver module operating independently and equipped with a quarter-wavelength metal antenna. Distance decreases significantly when obstacles are present, as electromagnetic waves in the UHF band decay sharply in such scenarios. It’s recommended to avoid obstacles or elevate the antenna for optimal performance.
FCC Caution
This device complies with part 15 of the FCC Rules operating under two conditions: (1) It might not cause harmful interference, and (2) must accept interference received, which may lead to undesired operation.
Unauthorized changes or modifications can void the user’s authority to operate the equipment. The device has been tested according to Class B digital device limits meant to provide reasonable protection against harmful interference in residential environments. Though designed to prevent interference, there is no guarantee of absolute immunity within specific installations.
If harmful interference occurs, users can try:
- Reorienting or relocating the receiving antenna.
- Increasing the distance between the equipment and receiver.
- Connecting the equipment to a circuit different from the one used by the receiver.
- Consulting the dealer or an experienced radio/TV technician.
The device meets general RF exposure requirements and is safe for use in portable exposure conditions without restrictions.