Bộ Điều Khiển Không Dây Từ Xa Sp601E tại Lotte Market
Thương hiệu: OEM | Xem thêm Phụ kiện Console Thương hiệu OEMMô tả ngắn về Bộ Điều Khiển Không Dây Từ Xa Sp601E tại Lotte Market
#DEY SP601E Symphony Wireless Music Controller Dual Output LED Wireless Controller. Support the output of two different light signals, suitable for a variety of occasions to meet the different needs of customers. This product is very convenient to use. DC5~24V wide voltage input, the power supply has anti-reverse connection function. Model: WM-SP601E. Adjustment range: about 15-20 meters. Control method: Smart: Còn hàng
** Quét mã QR bằng Zalo để mua trên điện thoại
Giới thiệu Bộ Điều Khiển Không Dây Từ Xa Sp601E tại Lotte Market
#DEY SP601E Symphony Wireless Music Controller Dual Output LED Wireless ControllerFeatures:
1. Two control methods of mobile phone APP + RF remote control; this controller is very convenient to use.
2. Support the output of two different light signals, suitable for a variety of occasions to meet the different needs of customers.
3. Support the common single-wire LED driver IC on the market. This product is very convenient to use.
4. Built-in music and non-music effects, multiple effect parameters can be adjusted, dazzling and smart.
5. DC5~24V wide voltage input, the power supply has anti-reverse connection function.
Description:
This music controller is very sensitive and durable, suitable for music control.
Specifications:
Model: WM-SP601E
Rated voltage: 5-24 (V)
Adjustment range: about 15-20 meters
Connection method: mobile phone wireless
Control method: Smart wireless mobile phone APP
Control range: about 15 meters
Interface type: 3PIN terminal interface
Signal mode: SPI
Protection level: IP20
Certification: ce, ROHS
Dimensions: 70*40*15 (mm)
Weight: 60 (g)
Package Included:
1 set*Wireless Music Controller(wihtout battery)
Notes:
1. Please allow 0-1 inch error due to manual measurement. Thanks for your understanding.
2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from real object.