Haizer USA H11/H9/H8 PWM & CANBUS Error Decoders (HZR-DECH11/H9/H8)

The Haizer USA H11/H9/H8 PWM & CANBUS Error Decoders (HZR-DECH11/H9/H8) are engineered to provide a seamless upgrade experience when transitioning from traditional halogen bulbs to Haizer LED headlight bulbs. Modern vehicles often utilize complex electrical systems, such as Pulse-Width Modulation (PWM) and CANBUS, which can misinterpret the lower power draw of LED bulbs, leading to frustrating issues like flickering lights, dashboard error messages, or inconsistent performance. These decoders are specifically designed to counteract these compatibility problems by simulating the electrical load of a standard incandescent bulb, ensuring that your vehicle’s system recognizes the LED bulbs as functioning correctly.

KEY FEATURES AND BENEFITS:

• Reduces Flickering: Eliminates the undesirable flickering or strobing effect often seen with LED bulb installations in incompatible vehicle systems.
• Fixes Most Error Messages: Prevents common dashboard warning lights and “bulb out” messages from appearing after upgrading to LED headlights.
• Plug and Play Installation: Designed for straightforward connection without the need for complex wiring modifications, making installation quick and simple.
• Ensures Stable Electrical Flow: Regulates current and voltage to properly integrate LED bulbs with your vehicle’s PWM and CANBUS systems.
• Enhances LED Performance: Allows LED bulbs to operate at their intended brightness and efficiency without electrical interruptions.
• Broad Compatibility: Specifically engineered for H11, H9, and H8 bulb types, common in many vehicle models.
• Reliable Operation: Made with quality components for consistent and dependable performance.

SPECIFICATIONS:

• Part Number: HZR-DECH11/H9/H8
• Voltage: 9 – 16V
• Electric Current: 0.5A / 13.5V
• Power: 6.5W / 13.5V
• Service Temperature: -40ºF to +185ºF
• Package Contents: Sold in Pairs (2 pieces)

HOW TO USE:

1. Preparation: Ensure your vehicle’s engine is off and the lights are cool. If necessary, allow ample time for the existing bulbs to cool down before handling.
2. Access Bulb Housing: Locate the headlight or fog light housing where you intend to install the LED bulbs. This may require opening the hood or accessing from within the wheel well, depending on your vehicle model.
3. Disconnect Factory Harness: Disconnect the vehicle’s original wiring harness from the halogen bulb socket.
4. Connect Decoder to Harness: Plug one end of the Haizer H11/H9/H8 decoder into the vehicle’s factory wiring harness.
5. Connect LED Bulb to Decoder: Connect your Haizer LED headlight bulb to the other end of the decoder.
6. Install LED Bulb: Insert the LED headlight bulb into the vehicle’s bulb socket, ensuring it is seated correctly and securely.
7. Secure Decoder: Neatly tuck or secure the decoder unit away from any moving parts, high-heat components, or areas that could cause damage to the wiring. Ensure it is not dangling freely.
8. Test Lights: Turn on your vehicle’s ignition and test the headlights or fog lights to confirm proper function, ensuring no flickering or error messages appear on your dashboard.
9. Complete Installation: Reattach any dust covers or access panels that were removed during the process.

BENEFITS OF USING HAIZER USA H11/H9/H8 PWM & CANBUS ERROR DECODERS (HZR-DECH11/H9/H8):

• Maintains vehicle electrical system integrity after LED conversions.
• Provides a clean, consistent light output from your LED headlights.
• Eliminates common frustrations associated with aftermarket LED installations.
• Extends the usability and reliability of your LED headlight bulbs.
• Offers a straightforward solution, avoiding complex diagnostics or modifications.
• Contributes to a safer driving environment by ensuring consistent light operation.

FEATURES:

• Designed for H11, H9, and H8 bulb type applications.
• Acts as an electrical load resistor for LED bulb compatibility.
• Constructed with quality materials for extended product life.
• Engineered to prevent common electrical system misinterpretations.
• Compact design allows for relatively easy integration into various vehicle spaces.
• Provides a dedicated solution for vehicles with sensitive CANBUS systems.
• Protects vehicle electronics from potential irregular voltage spikes or drops.
• Offers a cost-effective alternative to more complex vehicle system reprogramming.