Zigbee 3.0 Controller Series

Zigbee® operates as a wireless protocol based on the IEEE 802.15.4 standard, meticulously developed by the Zigbee Alliance. This protocol is acclaimed for its reliability, low power consumption, and high resilience in RF environments with significant interference. Zigbee PRO certification is a testament to its ability to ensure interoperability among smart devices from various manufacturers, fostering a cohesive IoT ecosystem.

As a committed member of the Zigbee Alliance, boqi specializes in offering professional Zigbee lighting controllers. These controllers boast Zigbee 3.0 certification, affirming their capability to seamlessly integrate with IoT devices from diverse vendors, thus promoting interoperability.

boqi’s range of Zigbee controllers is specifically tailored for smart lighting applications in both residential and commercial building automation. The product line includes an array of options such as single color Zigbee LED dimmers, dual color, RGB, RGBW, and RGB+CCT Zigbee LED controllers, alongside curtain controllers and a variety of Zigbee remote controls. These solutions are designed to enhance the smart lighting experience in automated environments.

Zigbee Scene Panel & Handy Remote

TS4(WZS)
PK8(WZS)
PK4(WZS)
TWZS1
TS1(WZS)
TS2(WZS)
TS3(WZS)
R2(WZS)
MODEL DESCRIPTION DATASHEET
TS4(WZS) 4 Scenes Zigbee Touch Panel Remote (100-240VAC Input)
PK8(WZS) 8 Scenes Zigbee Button Panel Remote (100-240VAC Input)
PK4(WZS) 4 Scenes Zigbee Button Panel Remote (100-240VAC Input)
TWZS1 100-240VAC Zigbee Smart panel
TS1(WZS) 1 Scene Zigbee Touch Panel Remote (100-240VAC Input)
TS2(WZS) 2 Scene Zigbee Touch Panel Remote (100-240VAC Input)
TS3(WZS) 3 Scene Zigbee Touch Panel Remote (100-240VAC Input)
R2(WZS) 10 Key CCT Zigbee Remote Control

Zigbee Dimming LED Driver & Controller(Tuya)

WZS1
WZS2
WZS3
WZS4
WZS5
PB-12A-2(WZS)
PT-12A-WZS
PT-12A-2-WZS
PB-12A-L(WZS)
PB-12A-H(WZS)
CXR-21A(WZS)
CXR-28A(WZS)
CXR-21A-2(WZS)
CXR-28A-2(WZS)
CM(WZ)
MODEL DESCRIPTION DATASHEET
WZS1 2CH*5A 12-36VDC Zigbee Single Color CV Controller
WZS2 2CH*5A 12-36VDC Zigbee CCT CV Controller
WZS3 3CH*4A 12-24VDC Zigbee RGB CV Controller
WZS4 4CH*3A 12-24VDC Zigbee RGBW CV Controller
WZS5 5CH*3A 12-24VDC Zigbee RGB+CCT CV Controller
PB-12A-2(WZS) 10-42VDC 2CH*(150-450mA) 12W Zigbee Constant Current LED Driver
PT-12A-WZS 10-42VDC 1CH*(100-700mA) 12W Zigbee CCT Constant Current LED Driver
PT-12A-2-WZS 10-42VDC 2CH*(150-450mA) 12W Zigbee CCT Constant Current LED Driver
PB-12A-L(WZS) 9-45VDC 1CH*(100-450mA) 12W Zigbee Constant Current LED Driver
PB-12A-H(WZS) 3-24VDC 1CH*(350-700mA) 12W Zigbee Constant Current LED Driver
CXR-21A(WZS) 10-42VDC 1CH*(150-500mA) 1.5-21W Zigbee Constant Current LED Driver
CXR-28A(WZS) 10-42VDC 1CH*(350-700mA) 3.5-29.4W Zigbee Constant Current LED Driver
CXR-21A-2(WZS) 10-42VDC 2CH*( 150-500mA) 1.5-21W Zigbee Constant Current LED Driver
CXR-28A-2(WZS) 10-42VDC 2CH*( 350-700mA) 3.5-29.4W Zigbee Constant Current LED Driver
CM(WZ) 100-240VAC ZigBee Smart Curtain Motor

Zigbee gateway

WG-Z (Tuya App)
MODEL DESCRIPTION DATASHEET
WG-Z (Tuya App) ZigBee Gateway

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How to choose right Zigbee 3.0 Controller Series?

Choosing the right Zigbee 3.0 Series Controller for your smart lighting system involves several critical considerations:

  1.  Device Compatibility: Ensure the controller is compatible with your specific Zigbee-enabled devices. Zigbee 3.0 offers broad compatibility, but checking for compatibility with your lights, sensors, and other smart devices is crucial.
  2.  Range and Network Strength: Zigbee controllers are known for creating strong mesh networks, where each device extends the range. Consider the size of your space and the number of devices to ensure sufficient network coverage.
  3.  Functionality: Determine what functions are essential for your needs. Zigbee 3.0 controllers vary in capabilities, including dimming, color changing, scheduling, and scene setting. Choose a controller that supports the features you require.
  4.  Integration with Existing Systems: If you have an existing smart home ecosystem, select a controller that integrates smoothly with your system. Compatibility with platforms like Amazon Alexa, Google Assistant, or Apple HomeKit can be a deciding factor.
  5.  User Interface: Consider how you want to control your lighting. Options include physical remotes, smartphone apps, or voice control. Ensure the controller’s user interface aligns with your preferred method.
  6.  Quality and Reliability: Opt for a controller from a reputable manufacturer that follows quality and safety standards. Reliable performance and durability are key for long-term satisfaction.
  7.  Future Expansion: Think about future smart home expansions. A controller that easily allows the addition of more devices can be beneficial as your smart home grows.

Selecting the right Zigbee 3.0 controller is about balancing these factors to find a solution that fits your specific needs and enhances your smart lighting experience.

Lead Time

  • Samples: lead times are typically 2-3 days, extending for customizations like custom labels.
  • Bulk Orders: take 3-4 weeks to process.

  • Shipping Time: Express shipping via couriers like DHL or FedEx takes 5-7 days, while sea freight is around 2-4 weeks.

  • Guarantee: Boqi maintains an efficient order processing team, ensuring minimal lead times even amid raw material shortages by stocking essential components. For urgent projects, a specialized team ensures schedules are met.

5 Year Warranty

boqi’s R&D team, rigorous protocols, and advanced factory steps ensure our LED drivers’ high quality.

  • Our engineers bring deep expertise in electronics and lighting, contributing to our robust development process.
  • We enforce strict production standards, using only certified components to guarantee quality.
  • Designs are crafted with significant safety and performance margins, ensuring durability.
  • Our verification system is meticulous, reflecting our commitment to precision in product validation.

Tell us your requirements

Boqi encourages customer feedback and offers customization options to meet specific requirements. They provide a platform for customers to submit their requirements and suggestions.

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FAQ

Zigbee 3.0 Controller refers to a device that manages and controls Zigbee-compatible smart devices in a home automation system. It uses Zigbee 3.0, the latest version of Zigbee technology, which is known for its low-power, wireless mesh networking capabilities.

Zigbee 3.0 unifies the Zigbee application standards into one comprehensive solution, improving interoperability and security. It supports all previous Zigbee device types and profiles, offering enhanced compatibility with a wider range of devices.

A Zigbee 3.0 Controller can manage a variety of smart devices, including lighting, thermostats, locks, sensors, and other home automation devices that are Zigbee-certified.

While Zigbee 3.0 operates on a different protocol than Wi-Fi or Bluetooth, many Zigbee controllers are designed to work alongside these technologies. Some controllers may even include multi-protocol support.

Zigbee 3.0 incorporates advanced security features like AES-128 encryption, trust center link keys, and secure frame counters to ensure a secure network environment.

Yes, Zigbee 3.0 Controllers are suitable for both residential and commercial applications, offering scalable solutions for larger networks typically found in commercial settings.

The controller serves as a central hub that facilitates communication and control among various Zigbee devices, creating a mesh network where each device can relay signals, enhancing range and reliability.

The typical indoor range is around 40 meters (130 feet), but this can vary depending on environmental factors. The mesh networking capabilities of Zigbee can extend the effective range through device-to-device communication.

Setting up a Zigbee 3.0 Controller typically involves connecting it to a power source and your home network, followed by pairing it with Zigbee-compatible devices through a user interface, often provided in an app.

The primary limitation is compatibility; it can only control devices that are Zigbee-certified. Additionally, while the mesh network enhances coverage, the total number of devices and physical barriers can still affect network performance.

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