Complete Piano Regulation e-Gift Card
A complete piano regulation refers to the comprehensive process of adjusting and fine-tuning the various mechanical components of a piano to ensure optimal performance, touch, and sound. It involves making precise adjustments to the action, pedals, and other parts of the piano that directly affect how the instrument plays and responds. Here’s an overview of what a complete piano regulation includes:
1. Key Height and Key Dip
Key height: Ensuring all the keys are level, with consistent height across the keyboard.
Key dip: Adjusting the depth that each key sinks when pressed to ensure a consistent feel and responsive action.
2. Action Regulation
Hammer regulation: Adjusting the hammers so they strike the strings at the correct angle and with appropriate velocity, ensuring proper touch and tone. This includes:
Hammer height: Ensuring the hammer is the correct distance from the strings.
Hammer travel: Adjusting the distance the hammer moves when a key is pressed, optimizing sound and feel.
Hammer pressure: Ensuring the hammers are not too hard or too soft for proper response.
Let-off (drop): Adjusting the point at which the hammer is released from the escapement mechanism (to allow the hammer to hit the string).
Escapement regulation: Ensuring that the hammer "escapes" from the jack at the right moment to allow for a clean strike on the strings.
3. Dampers
Damping regulation: Ensuring the dampers correctly lift off the strings when the pedal is pressed, and return to mute the strings when the pedal is released.
Damper height and travel: Adjusting the damper's ability to engage and disengage the strings at the right time.
4. Pedal Regulation
Sustain pedal: Adjusting the action of the sustain pedal so it raises the dampers uniformly, allowing all the strings to resonate when the pedal is pressed.
Soft pedal (una corda): Ensuring the soft pedal works properly by shifting the action or hammers to produce a softer sound.
Sostenuto pedal: If applicable, adjusting the sostenuto pedal to ensure only the notes that are held down when the pedal is pressed remain sustained.
5. Action Alignment
Jack and repetition spring adjustment: Ensuring the repetition mechanism works smoothly, allowing the hammer to strike quickly and repeatedly if necessary.
Regulation of the balance rail and backcheck: Adjusting the components to ensure a smooth and consistent return of the keys and hammers.
6. Regulation of the Escapement Mechanism
Escapement: Fine-tuning the escapement to allow the hammer to leave the string cleanly, enabling a smooth, responsive touch.
7. Touch Weight (Touch Regulation)
Touch weight: Adjusting the resistance of the keys to suit the player's preference, ensuring the piano feels neither too heavy nor too light to play. This involves adjusting the action parts to create a uniform touch across the keyboard.
8. Pedal Action
Pedal height and travel: Adjusting the amount of travel required for each pedal to function properly.
Pedal alignment: Ensuring that the pedals move smoothly and operate consistently.
9. Lubrication
Proper lubrication of key action parts, pivots, and other moving components to ensure smooth, quiet, and responsive action.
10. Fine-Tuning and Voicing
After regulation, a technician may also adjust the voicing (the tonal quality of the hammers) and perform fine-tuning (if necessary) to match the regulated action to the overall sound and touch of the instrument.
11. String Height and Regulation
Ensuring the correct string height (distance between the string and the hammers) is maintained for consistent sound production.
12. Check for Overall Condition
Inspecting other components such as the piano’s pedals, strings, and case for wear, and making any necessary adjustments.
13. Final Touch-Up
After completing the regulation, the piano technician will often test and fine-tune the overall action, making any final adjustments to balance, touch, and sound.
A complete regulation ensures that all parts of the piano's action work together smoothly and efficiently, improving both the responsiveness and the tonal quality of the instrument. This process is important for maintaining the long-term playability and sound quality of the instrument.
A complete piano regulation refers to the comprehensive process of adjusting and fine-tuning the various mechanical components of a piano to ensure optimal performance, touch, and sound. It involves making precise adjustments to the action, pedals, and other parts of the piano that directly affect how the instrument plays and responds. Here’s an overview of what a complete piano regulation includes:
1. Key Height and Key Dip
Key height: Ensuring all the keys are level, with consistent height across the keyboard.
Key dip: Adjusting the depth that each key sinks when pressed to ensure a consistent feel and responsive action.
2. Action Regulation
Hammer regulation: Adjusting the hammers so they strike the strings at the correct angle and with appropriate velocity, ensuring proper touch and tone. This includes:
Hammer height: Ensuring the hammer is the correct distance from the strings.
Hammer travel: Adjusting the distance the hammer moves when a key is pressed, optimizing sound and feel.
Hammer pressure: Ensuring the hammers are not too hard or too soft for proper response.
Let-off (drop): Adjusting the point at which the hammer is released from the escapement mechanism (to allow the hammer to hit the string).
Escapement regulation: Ensuring that the hammer "escapes" from the jack at the right moment to allow for a clean strike on the strings.
3. Dampers
Damping regulation: Ensuring the dampers correctly lift off the strings when the pedal is pressed, and return to mute the strings when the pedal is released.
Damper height and travel: Adjusting the damper's ability to engage and disengage the strings at the right time.
4. Pedal Regulation
Sustain pedal: Adjusting the action of the sustain pedal so it raises the dampers uniformly, allowing all the strings to resonate when the pedal is pressed.
Soft pedal (una corda): Ensuring the soft pedal works properly by shifting the action or hammers to produce a softer sound.
Sostenuto pedal: If applicable, adjusting the sostenuto pedal to ensure only the notes that are held down when the pedal is pressed remain sustained.
5. Action Alignment
Jack and repetition spring adjustment: Ensuring the repetition mechanism works smoothly, allowing the hammer to strike quickly and repeatedly if necessary.
Regulation of the balance rail and backcheck: Adjusting the components to ensure a smooth and consistent return of the keys and hammers.
6. Regulation of the Escapement Mechanism
Escapement: Fine-tuning the escapement to allow the hammer to leave the string cleanly, enabling a smooth, responsive touch.
7. Touch Weight (Touch Regulation)
Touch weight: Adjusting the resistance of the keys to suit the player's preference, ensuring the piano feels neither too heavy nor too light to play. This involves adjusting the action parts to create a uniform touch across the keyboard.
8. Pedal Action
Pedal height and travel: Adjusting the amount of travel required for each pedal to function properly.
Pedal alignment: Ensuring that the pedals move smoothly and operate consistently.
9. Lubrication
Proper lubrication of key action parts, pivots, and other moving components to ensure smooth, quiet, and responsive action.
10. Fine-Tuning and Voicing
After regulation, a technician may also adjust the voicing (the tonal quality of the hammers) and perform fine-tuning (if necessary) to match the regulated action to the overall sound and touch of the instrument.
11. String Height and Regulation
Ensuring the correct string height (distance between the string and the hammers) is maintained for consistent sound production.
12. Check for Overall Condition
Inspecting other components such as the piano’s pedals, strings, and case for wear, and making any necessary adjustments.
13. Final Touch-Up
After completing the regulation, the piano technician will often test and fine-tune the overall action, making any final adjustments to balance, touch, and sound.
A complete regulation ensures that all parts of the piano's action work together smoothly and efficiently, improving both the responsiveness and the tonal quality of the instrument. This process is important for maintaining the long-term playability and sound quality of the instrument.
A complete piano regulation refers to the comprehensive process of adjusting and fine-tuning the various mechanical components of a piano to ensure optimal performance, touch, and sound. It involves making precise adjustments to the action, pedals, and other parts of the piano that directly affect how the instrument plays and responds. Here’s an overview of what a complete piano regulation includes:
1. Key Height and Key Dip
Key height: Ensuring all the keys are level, with consistent height across the keyboard.
Key dip: Adjusting the depth that each key sinks when pressed to ensure a consistent feel and responsive action.
2. Action Regulation
Hammer regulation: Adjusting the hammers so they strike the strings at the correct angle and with appropriate velocity, ensuring proper touch and tone. This includes:
Hammer height: Ensuring the hammer is the correct distance from the strings.
Hammer travel: Adjusting the distance the hammer moves when a key is pressed, optimizing sound and feel.
Hammer pressure: Ensuring the hammers are not too hard or too soft for proper response.
Let-off (drop): Adjusting the point at which the hammer is released from the escapement mechanism (to allow the hammer to hit the string).
Escapement regulation: Ensuring that the hammer "escapes" from the jack at the right moment to allow for a clean strike on the strings.
3. Dampers
Damping regulation: Ensuring the dampers correctly lift off the strings when the pedal is pressed, and return to mute the strings when the pedal is released.
Damper height and travel: Adjusting the damper's ability to engage and disengage the strings at the right time.
4. Pedal Regulation
Sustain pedal: Adjusting the action of the sustain pedal so it raises the dampers uniformly, allowing all the strings to resonate when the pedal is pressed.
Soft pedal (una corda): Ensuring the soft pedal works properly by shifting the action or hammers to produce a softer sound.
Sostenuto pedal: If applicable, adjusting the sostenuto pedal to ensure only the notes that are held down when the pedal is pressed remain sustained.
5. Action Alignment
Jack and repetition spring adjustment: Ensuring the repetition mechanism works smoothly, allowing the hammer to strike quickly and repeatedly if necessary.
Regulation of the balance rail and backcheck: Adjusting the components to ensure a smooth and consistent return of the keys and hammers.
6. Regulation of the Escapement Mechanism
Escapement: Fine-tuning the escapement to allow the hammer to leave the string cleanly, enabling a smooth, responsive touch.
7. Touch Weight (Touch Regulation)
Touch weight: Adjusting the resistance of the keys to suit the player's preference, ensuring the piano feels neither too heavy nor too light to play. This involves adjusting the action parts to create a uniform touch across the keyboard.
8. Pedal Action
Pedal height and travel: Adjusting the amount of travel required for each pedal to function properly.
Pedal alignment: Ensuring that the pedals move smoothly and operate consistently.
9. Lubrication
Proper lubrication of key action parts, pivots, and other moving components to ensure smooth, quiet, and responsive action.
10. Fine-Tuning and Voicing
After regulation, a technician may also adjust the voicing (the tonal quality of the hammers) and perform fine-tuning (if necessary) to match the regulated action to the overall sound and touch of the instrument.
11. String Height and Regulation
Ensuring the correct string height (distance between the string and the hammers) is maintained for consistent sound production.
12. Check for Overall Condition
Inspecting other components such as the piano’s pedals, strings, and case for wear, and making any necessary adjustments.
13. Final Touch-Up
After completing the regulation, the piano technician will often test and fine-tune the overall action, making any final adjustments to balance, touch, and sound.
A complete regulation ensures that all parts of the piano's action work together smoothly and efficiently, improving both the responsiveness and the tonal quality of the instrument. This process is important for maintaining the long-term playability and sound quality of the instrument.