Yamaha RHH130 Owner's Manual

Yamaha RHH130 Cymbal Pad manual cover
Pages 4
Year 2006
Language(s)
German de
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Yamaha RHH130 Cymbal Pad Specification

The Yamaha RHH130 Cymbal Pad is a high-performance electronic drum component designed for use with Yamaha's DTX series drum kits. This cymbal pad is engineered to provide a realistic hi-hat experience, closely mimicking the feel and response of an acoustic hi-hat. The RHH130 features a dual-zone sensor system that accurately captures both edge and bow strikes, allowing for a dynamic range of expression. It supports choke functionality, enabling drummers to mute the sound by grabbing the edge of the cymbal. The pad is mounted on a standard hi-hat stand, providing a familiar and authentic playing position. The built-in pedal sensor offers smooth, continuous control over open and closed hi-hat sounds, enhancing versatility in performance. Durability is assured with its robust construction, which withstands the rigors of frequent practice and live performances. The surface is designed to reduce stick noise, ensuring quieter practice sessions. Connectivity is straightforward with a single stereo cable, making it easy to integrate into existing electronic drum setups. The Yamaha RHH130 is compatible with various DTX modules, offering seamless integration and quick setup. Its design is compact and lightweight, facilitating easy transport and setup changes. The cymbal pad's quick response and natural feel make it an ideal choice for drummers seeking to enhance their electronic kit with a high-quality, responsive hi-hat solution.

Yamaha RHH130 Cymbal Pad F.A.Q.

How do I connect the Yamaha RHH130 to my electronic drum module?

To connect the Yamaha RHH130, use a stereo cable to connect the pad’s output jack to the hi-hat input on your drum module. Ensure that the module is compatible with the RHH130 for optimal performance.

What is the correct way to calibrate the Yamaha RHH130 for responsiveness?

To calibrate the RHH130, access your drum module’s settings menu and locate the hi-hat calibration section. Follow the on-screen instructions, which typically involve closing and opening the hi-hat while adjusting sensitivity settings.

How can I troubleshoot inconsistent triggering on my RHH130?

Check the cable connections for secure attachment, inspect the pad for any physical damage, and ensure the drum module’s firmware is up-to-date. Adjust sensitivity settings if necessary.

What maintenance is required for the Yamaha RHH130 to ensure longevity?

Regularly clean the pad surface with a soft, dry cloth to remove dust and debris. Avoid using harsh chemicals. Periodically check and tighten any loose screws or connections.

How do I adjust the feel of the RHH130 to suit my playing style?

Adjust the spring tension if your stand allows it, or tweak the sensitivity settings on your drum module to achieve the desired responsiveness and feel.

Can the Yamaha RHH130 be used with acoustic drum kits?

The RHH130 is primarily designed for electronic kits. However, with proper mounting hardware and a compatible module, it can be integrated into a hybrid setup.

Why does my RHH130 not recognize foot splashes?

Ensure the module is configured correctly to detect foot splashes, and check that the pedal is functioning properly. You may need to adjust the sensitivity and threshold settings on your drum module.

How do I replace a damaged cable for the RHH130?

Purchase a standard stereo audio cable of the appropriate length. Disconnect the old cable, and connect the new one between the RHH130 and your drum module. Ensure both ends are securely plugged in.

What should I do if the RHH130 pad triggers multiple times with a single hit?

This issue is often due to high sensitivity settings. Access your drum module’s trigger settings and reduce the sensitivity or increase the scan time to prevent multiple triggers.

Can the RHH130 be used with non-Yamaha drum modules?

Yes, the RHH130 can be used with non-Yamaha modules, but you may need to manually configure the settings to ensure compatibility, such as sensitivity and threshold adjustments.