
Voltage Range
220-240V AC
IP Rating
IP20
Dimensions
49 mm x 49 mm x 25 mm
Width
49 mm
Height
49 mm
Fitting Material
PC
Brand
MiBoxer
MiBoxer
Ref. Ledkia: 179673
Manuf. ref.: 0096110
EAN 13: 8445044363100
8,65 €
VAT includedNumber Of Channels 3
Producto no disponible
Are you a lighting professional or a company?
Buy now, pay later
Credit paymentDimensions
Downloads
Technical Data Sheet PDF
PUSH1
Certificates and Stamps
Technical Specifications
Electrical Features
Materials and Finishes
Mechanical Features
Product Information
Driver Information
The MiBoxer PUSH1 is a controller designed for dimming RGB+CCT LED strips, operating at a voltage range of 220-240V AC. It features compatibility with an RF remote for convenient lighting control in indoor environments. This device incorporates reliable connectivity for effective integration in lighting setups.
This controller is a technical device intended to regulate the intensity and colour temperature of RGB+CCT LED strips. It functions as a key component within an advanced lighting control system, enabling precise management of lighting zones and scenes through RF remote communication. The equipment is made of PC material ensuring durability and is designed for indoor use. It operates at a frequency of 50-60 Hz with a nominal voltage between 100 V and 240 V. The product has an IP20 rating, indicating protection suitable for indoor electrical environments. It complies with essential certifications such as CE, RED, RoHS, and UKCA, ensuring quality and safety standards.
The main function of the MiBoxer PUSH1 controller is to provide dimming and colour control for RGB+CCT LED strips, allowing adjustment of lighting ambience in indoor settings. It is suitable for professional projects where precise control of lighting zones is required, such as in offices, retail spaces, or residential installations. The device fits well within scenarios that demand flexible light regulation and remote management.
This controller requires connection to a 220-240 V AC power supply and operates with an RF remote for wireless command execution. Installation follows standard wiring procedures for LED strip controllers, and no additional gateway or hub is necessary. It offers a practical solution for managing lighting intensity and colour temperature remotely, enhancing user experience through straightforward integration and operation.
Material: PC; Frequency: 50-60 Hz; Voltage range: 220-240 V AC; Dimensions: 49 mm x 49 mm x 25 mm; Ambient working temperature: -10 °C to +40 °C.
Installation of the MiBoxer PUSH1 controller requires adherence to the indicated electrical wiring standards for LED controllers. The device is designed for indoor mounting and must be connected to a 220-240 V AC power source. Configuration involves pairing with an RF remote to enable wireless control. Maintenance consists of ensuring secure electrical connections and avoiding exposure to unsuitable environmental conditions. Disconnect the power supply before any intervention.
Specialized lighting distribution in Ireland. If you are looking to buy MiBoxer PUSH1 220V LED Controller for RGB+CCT LED Strip compatible with RF Remote with a professional warranty, it is a leading choice for durability and efficiency. Estimated shipping in 3 to 4 days (subject to stock availability). Quality certified by CE, RED, RoHS, UKCA for professional installations and projects. Check price and availability here.
*The customer’s visual perception of sizes, colors, or textures may be affected by factors such as lighting, screen calibration, or the device used. For this reason, the images are merely illustrative and may not fully reflect the product’s actual characteristics. Please note that some of the ambient photographs shown on the website correspond to real environments, while others may have been generated or edited using artificial intelligence. In no case do they constitute an exact representation of the product or intend to mislead. To learn about the product’s real characteristics, please refer to the technical sheet and product description.