10A Receiver for Non Dimmable Switch PRO Series Kinetic Switches
30 Days Replacement
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10A Receiver for Non Dimmable Switch PRO Series Kinetic Switches
- Small receiver easily fits into wiring boxes and has built-in fuse & self-protected.
- Compatible any lamps like halogen, incandescent, CFL, fluorescent, LED.
- Once the switch is clicked, the transmitter built in to the switch sends wireless signal to receiver to accomplish power on/off control
- A receiver can pair with several switches to accomplish 1-2 way switch system ,3- way switch system, Multi-way switch system ( MAX 10 switches )
- Wide applications for home, office, hotel, supermarket, factory, hospital, old building, hazardous locations, public buildings.
| Range | Indoor: Max 30M, Outdoor: Max 100M (approx) |
|---|---|
| Rated Load | 10A |
| Max Load | LED: 1000W, Other: 2200W |
| IP Rating | Indoor Only (IP20) |
| Dimensions | Height: 31mm, Length: 89mm, Width: 43mm |
| Standby Power Consump. | <0.5W |
Q: How do ENER-J wireless kinetic switches work?
A: ENER-J wireless kinetic switches utilize kinetic energy generated by pressing the switch to transmit a wireless signal to the receiver module. This eliminates the need for wiring or batteries, offering a hassle-free and eco-friendly solution:
Q: What is the maximum distance between the wireless switches and receiver module?
A: The wireless switches can communicate with the receiver module up to 20 meters indoors and up to 80 meters outdoors. This provides flexibility in placing the switches and allows for convenient control throughout your space.:
Q: Are ENER-J wireless kinetic switches suitable for outdoor use?
A: Yes, ENER-J wireless kinetic switches are designed to withstand outdoor conditions. With an IP55 rating, they are resistant to dust and water splashes, making them suitable for both indoor and outdoor applications.:
Q: Can I use ENER-J wireless kinetic switches to control multiple lights or devices?
A: Absolutely! The receiver module can be connected to multiple lights or devices, allowing you to control them simultaneously using a single wireless switch or multiple switches within the communication range. We recommend up to max 5 switches can be used with one receiver and vice-versa:
Q: How do I install ENER-J wireless kinetic switches and receiver modules?
A: Installation is straightforward and doesnt require any wiring. Simply mount the wireless switches using the provided adhesive or screws, and connect the receiver module to the desired lights or devices. Follow the included instructions for detailed installation steps. Professional installation Recommended:
Q: Do ENER-J wireless kinetic switches require any maintenance?
A: No, ENER-J wireless kinetic switches are maintenance-free. They dont rely on batteries or external power sources, and the kinetic energy generated by pressing the switch is sufficient to transmit the signal reliably.:
Q: Can ENER-J wireless kinetic switches be used in a commercial setting?
A: Yes, ENER-J wireless kinetic switches are suitable for both residential and commercial applications. They provide a convenient and efficient way to control lighting and devices in various settings, including offices, shops, restaurants, and more:
Q: What happens if the wireless switches are accidentally pressed?
A: ENER-J wireless kinetic switches have a robust design to prevent accidental triggering. They require a deliberate and firm press to activate, ensuring that accidental presses dont affect their operation.:
Q: Can i also remotely control my lights using wireless switches
A: If you select a receiver module which is RF+WiFi, then you can control it via switch as well as our ENERJSMART App remotely. Also then you can use Alexa and Google Assistant to control the lighting circuit:
Q: Whats the lifetime expectancy of these switches
A: Lifetime expectancy is upto 100,000 clicks:
Q: I have multiple receiver modules and multiple switches in a room, will the frequency interfere
A: Ideally the receiver only works with the switch that its paired with however at times, the RF frequency may interfere with each other.:
