TRIAC Controller Series

Triac dimming technology, favored for its simplicity, requires no signal line and retains the original wiring, making it a cost-effective and straightforward solution for construction projects.

boqi’s Triac dimmer and dimmable LED drivers are equipped with a high-performance MCU, enabling 256 levels of smooth and precise 0~100% dimming. This advanced technology achieves near-optimal dimming effects and compatibility, aligning seamlessly with leading Triac dimming systems from Lutron, Dynalite, Clipsal, Osram, Phillips, ABB, Schneider, Siemens, Berker, and Legrand.

The boqi Triac series is comprehensive, encompassing a variety of products such as Triac panel dimmers, RF Triac dimmers, DMX Triac dimmers, DALI Triac dimmers, along with constant voltage and constant current dimmable LED drivers. This extensive range offers a complete and versatile Triac lighting control solution, catering to a wide array of lighting requirements.

AC Triac Panel Dimmer

1. The range includes both knob panel and touch panel options, the latter available in white and black glass finishes.

2. Designed to dim and switch single-color dimmable LED lamps, as well as traditional incandescent and halogen lights.

3. Offers 256 levels of 0-100% dimming, ensuring smooth transitions without any flickering.

4. Features selectable leading edge or trailing edge dimming, adjustable via a dip switch.

5. Compatible with RF dimming remote controls for enhanced flexibility.

6. Functions as a versatile dimming panel remote, capable of pairing with various RF controllers.

7. Equipped with over-heat and over-load protection mechanisms for reliable and safe operation.

PF1-2
MODEL DESCRIPTION DATASHEET
S1-T Touch Panel Triac Dimmer

AC Triac Dimmer

1. Includes RF Triac dimmer, DMX Triac dimmer and DALI Triac dimmer.

2.To dim and switch single color dimmable LED lamps, traditional incandescent and halogen lights.

3. 256 levels 0-100% dimming smoothly without any flash.

4. Leading edge dimming or trailing edge dimming, minimum brightness set by dip switch or digital tube display key.

5. RF Triac dimmer should be used with RF dimming remote control.

6. Over-heat protection.

 

S1-B
S1-B(WT)
SS-B
SS-B (WT)(Tuya App)
SS-C
SS-L
S1-L
TR1
DT
DT-B (DT4)
S1-D
S1-DR
S1-D1
SK1 (Knob, DMX512, 1-10V)
S1-B+R11
S1-B+R1
MODEL DESCRIPTION DATASHEET
S1-B 1CH*1.5A RF+Push AC Phase-cut Dimmer
S1-B(WT) 1CH*1.5A WiFi-RF+Push AC Phase-cut Dimmer
SS-B 100-240VAC 3A RF+Push Switch
SS-B(WT) (Tuya App) 1CH*1.5A 100-240VAC WiFi & RF Push Switch
SS-C 100-240VAC 3A RF+Push Switch
SS-L 1CH*15A 100-240VAC RF Push Switch
S1-L 1CH*2A RF+0/1-10V Push AC Phase-cut Dimmer
TR1 1CH*2A RF+Push AC Phase-cut Dimmer
DT 150-360W 100-240VAC Triac DALI Dimmer
DT-B (DT4) 150-360W 100-240VAC Triac DALI Dimmer
S1-D 2CH*1.5A AC Phase-cut DMX Dimmer
S1-DR 2CH*1.5A AC Phase-cut DMX Dimmer
S1-D1 1CH*2A AC Phase-cut DMX Dimmer
SK1(Knob, DMX512, 1-10V) 1CH*6A RF AC Triac Dimmer
S1-B+R11 AC Triac RF Dimmer Set
S1-B+R1 AC Triac RF Dimmer Set

Triac Dimming CV controller

1. This device features Triac dimming with an input range of AC40V-220V for versatile dimming signal compatibility.

2. It is compatible with both leading edge and trailing edge Triac dimmers and dimming systems, offering flexibility in lighting control.

3. The unit provides a single-channel PWM (Pulse Width Modulation) constant voltage output, ensuring stable and consistent lighting.

4. Utilizing PWM digital dimming, it follows a logarithmic dimming curve for more natural and eye-pleasing light transitions.

5. Integration with an external AC push switch enables straightforward on/off functionality and dimming control.

6. It is equipped with comprehensive safety features, including over-heat, over-load, short circuit, and reverse polarity protection, ensuring secure and reliable operation.

V1-S
MODEL DESCRIPTION DATASHEET
V1-S 1CH*15A CV Triac Dimming Controller

Triac Power Amplifier

S1-A
MODEL DESCRIPTION DATASHEET
S1-A 1CH*2.5A 100-240VAC Triac Power Amplifier

Surge Current Suppressor

S1-S
MODEL DESCRIPTION DATASHEET
S1-S 1CH*2A 100-240VDC Surge Current Suppressor

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Access our latest catalog to gain comprehensive insights into our extensive range of products, encompassing their features, benefits, specifications, functions, and warranties, among other pertinent details. Opt for the paperless version to save money and protect the environment.

How to choose right TRIAC Controllers?

Choosing the right TRIAC (Triode for Alternating Current) Controller for your lighting system involves several key factors:

  1.  Compatibility with Light Sources: Ensure the TRIAC controller is compatible with the types of lights you plan to use, such as LED, incandescent, or halogen. Not all TRIAC controllers work well with all types of light sources, especially with the lower loads of LEDs.
  2.  Load Capacity: Check the load capacity of the controller. It should be able to handle the total wattage of all connected lights without overloading.
  3.  Dimming Range and Performance: Look for a controller that offers a wide and smooth dimming range. Some TRIAC controllers provide better dimming performance with minimal flicker or noise.
  4.  Leading Edge vs. Trailing Edge: TRIAC controllers come in two types: leading edge (usually for resistive loads like incandescent lamps) and trailing edge (better for capacitive loads like LEDs). Choose based on the type of lights you have.
  5.  Safety Features: Prioritize controllers with safety features like over-heat, over-load, short circuit, and reverse polarity protection to ensure a safe and durable installation.
  6.  Installation and Compatibility with Existing Systems: Consider the ease of installation and how the controller will integrate with your existing wiring and switch gear.
  7.  Quality and Brand Reputation: Opt for a controller from a reputable manufacturer known for quality and reliability in lighting technology.

By considering these factors, you can select a TRIAC controller that not only meets your lighting needs but also ensures compatibility, safety, and efficiency.

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.

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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

These FAQs provide insights into the use and considerations of TRIAC controllers in LED lighting applications, especially focusing on their compatibility, functionality, and safety aspects.

Not all LED lights are compatible with TRIAC dimming. Only LEDs designed with compatible driver circuits can effectively work with TRIAC controllers. It's essential to check the LED specifications for TRIAC compatibility.

TRIAC controllers offer smooth and continuous dimming, are relatively simple and cost-effective, and can be easily integrated into existing AC wiring systems.

Yes, TRIAC dimming can sometimes cause flickering or strobing in LED lights, especially at low dimming levels. This is usually due to incompatibility between the TRIAC controller and the LED driver.

Using a TRIAC controller with LED lights can be energy efficient as it reduces power consumption during dimming. However, the efficiency also depends on the quality and compatibility of the LED drivers.

This depends on the design of the RGB LEDs and their driver circuitry. Some RGB LED systems may be compatible with TRIAC dimming, while others may require a specific type of controller.

If the LEDs don't dim properly, it could be due to compatibility issues. Check if both the LED lights and the TRIAC controller are designed for dimming. Sometimes, using a different type of dimmer or upgrading the LED driver can solve the issue.

As with any electrical device, proper installation and adherence to safety standards are crucial. Ensure that the TRIAC controller is appropriately rated for the load and is installed by a qualified electrician to avoid electrical hazards.

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