IBANEZ Soundgear SR300 - Guitar

Soundgear SR300 - Guitar IBANEZ - Free user manual and instructions

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Product typeElectric bass guitar
BrandIbanez
ModelSoundgear SR300
ConstructionMahogany body, maple neck, rosewood fingerboard
Number of strings4 strings
Pickups2 Ibanez double coil pickups
Active electronics3-band preamp (bass, mid, treble) with volume and balance controls
Power supply9V battery (included, replaceable)
Dimensions (approx.)Length: 114 cm, width: 30 cm, thickness: 5 cm
Weight (approx.)3.5 kg
Main functionsPlaying, amplified via 6.35 mm jack cable
Care and cleaningClean with a soft dry cloth. Avoid moisture. Change strings regularly.
SafetyDo not expose to water, avoid shocks, store in a case
Spare parts and repairabilityParts available from Ibanez dealers. Repair by a luthier.
General informationManual downloadable at notice-facile.com

Frequently Asked Questions - Soundgear SR300 IBANEZ

How to tune my Ibanez Soundgear SR300 bass?
Use a chromatic tuner. Tune each open string: E, A, D, G. Turn the tuning pegs to adjust the pitch.
How to replace the 9V battery?
Open the battery compartment on the back of the bass. Remove the old battery and insert a new 9V battery respecting polarity. Close the compartment.
What are the equalizer settings?
The equalizer has three potentiometers: bass, mid and treble. Turn them to increase or decrease frequencies. Another potentiometer controls volume and another controls pickup balance.
How to change the strings?
Loosen the strings by turning the tuning pegs. Cut the old strings. Thread the new strings through the tailpiece, pass them through the nut and wind them around the tuning pegs leaving some slack. Then tune.
My bass produces no sound, what to do?
Check that the 9V battery is functional and correctly installed. Make sure the jack cable is plugged into both the bass and the amp. If the problem persists, check internal connections or consult a luthier.
Can this bass be used without an amp?
No, the bass needs an amplifier to produce sound. You can connect it to an amp, audio interface, or headphones via an adapter.
How to clean the neck and fingerboard?
Use a slightly damp soft cloth to remove dirt. For the rosewood fingerboard, apply lemon oil from time to time to nourish it. Avoid abrasive products.
What is the difference between active and passive pickups?
Active pickups require a battery and offer more power and clarity with a built-in equalizer. Passive pickups do not need a battery and produce a warmer, more natural sound.
How to adjust string action?
Action is adjusted by adjusting the bridge saddles of each string with an Allen key. Turn clockwise to lower the string, counterclockwise to raise it. Check tuning after adjustment.
Where to find spare parts?
Spare parts (tuning pegs, pickups, bridge) are available from authorized Ibanez dealers or online. For repairs, consult a professional luthier.

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Download the instructions for your Guitar in PDF format for free! Find your manual Soundgear SR300 - IBANEZ and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. Soundgear SR300 by IBANEZ.

USER MANUAL Soundgear SR300 IBANEZ

Guitar Electronics 227

Guitar Controls 228

Thank you for purchasing an Ibanez guitar. In order to keep your guitar in the best possible condition, please read this manual for information on care and adjustment.

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われもの注意

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IBANEZ Soundgear SR300 - 16

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8th fret

A B

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A B C

F E D G H

J K

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Lo-Pro EDGE

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EDGE

Lo-Pro EDGE

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① ② ③ ④

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⑤ ⑥ ⑦ ⑧

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IBANEZ Soundgear SR300 - 93

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IBANEZ Soundgear SR300 - 120

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IBANEZ Soundgear SR300 - 124

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IBANEZ Soundgear SR300 - 128





IBANEZ Soundgear SR300 - 129

IBANEZ Soundgear SR300 - 130

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Warranty Card (保証書)

Electric Guitar Semi or Full Acoustic Guitar
TUNING MACHINE (PEG) LOCKING NUT FINGER BOARD STRAP PIN NECK PICKUP MIDDLE PICKUP BRIDGE PICKUP TREMOLO TREMOLO ARM PICKUP SELECTER VOLUME TONE OUTPUT JACK

TUNING MACHINE (PEG) NUT FINGER BOARD NECK PICKUP BRIDGE PICKUP BRIDGE TAILPIECE PICKUP SELECTER NECK PICKUP VOLUME BRIDGE PICKUP VOLUME BRIDGE PICKUP TONE OUTPUT JACK NECK PICKUP TONE

For details, refer to the applicable tremolo/bridge section.

When shipped from the factory, Ibanez guitars are set up using the following tunings.

6-strings E4B3 G3 D3A2 E2 - -
7-strings E4B3 G3 D3A2 E2 B1 -
8-strings D#4A#3 F#3C#3 G#2 D#2D#2 F1

Note that following models are set up differently.

Baritone guitar

1st2nd3rd4th5th6th7th8th
BF#DAEB--
6-stringsD4A3F3C3G2D2-
7-stringsD4A3F3C3G2D2A1

MTM100

1st2nd3rd4th5th6th7th8th
C#G#EBF#B--

TAM10

1st2nd3rd4th5th6th7th8th
EBGDAEBE

Use a tuner or tuning fork to tune up the sound of each open string to the above frequencies. If the pitch is higher than the above frequency, loosen the string to lower the pitch, and wind the string in small increments to tune it up. This is an easy way to stabilize your tuning. You may need to adjust the neck or the intonation if you tune your guitar to pitches other than those shown in these tables, or if you use strings of other than standard gauge.

Memo

and may cause unexpected injury.

STRING REPLACEMENT

Strings will deteriorate over time, causing buzzing or inaccurate pitch. Replace the strings whenever your strings begin to rust or become discolored. We recommend that you replace all of the strings as a set at the same time. Bent, twisted, or damaged strings will not produce the appropriate quality sound and therefore should not be used.

Wind the string around the tuning machine post two or three times from above, using about 5--7 cm of length and taking care that the string does not cross itself. The strings should be replaced one by one instead of removing all the strings at once. This is done to avoid stress on the neck and to reduce the risk of affecting tremolo balance.

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The method for removing and installing strings attached to a tremolo/bridge will differ depending on the type of tremolo/bridge. For details, refer to the section for the tremolo/bridge installed on your guitar.

STRING HEIGHT

Action refers to the distance between the frets and the string.

To measure the action, tune the guitar accurately; then place a ruler at the 14th fret and measure the distance from the top of the fret to the bottom of the string. In general, this distance should be 1.5--1.7 mm for the first string, and 2.0 mm--2.2 mm for the sixth string.

For a seven-string guitar, the seventh string should be at 2.2 mm--2.4 mm. For an eight-string guitar, the eighth string should be at 2.4 mm--2.6 mm.

Diagram showing a measurement setup with a ruler and pointer, likely illustrating a physical or engineering concept.

For strings other than those listed above, adjust the action so that the distance gradually increases from the first string toward the lowest string.

If the action is too high, the instrument will be difficult to play. If the action is too low, you may experience string buzz, muted notes, or poor sustain.

If you experience string buzz or muted notes even when the action is adjusted correctly, you might need to adjust the neck bow.

For details, refer to the appropriate tremolo/bridge section.

INTONATION

the string length (intonation) to ensure that the correct pitch is sounded at all frets.

After tuning your guitar accurately, hold the guitar in playing position and compare the pitch of each string pressed down at the 12th fret with the pitch of the harmonic played at the 12th fret.

If the pitch of the fretted note at the 12th fret is

lower than the harmonic at that fret, move the saddle of the tremolo/bridge forward to shorten the string.

Conversely, if the pitch of the fretted note is higher than the pitch of the harmonic, move the saddle backward to lengthen the string.

12F

NECK ADJUSTMENT

The neck is constantly bearing the tension of the strings, and its curvature will be subtly affected not only by the state of tuning and the string gauge, but also by changes in temperature and humidity.

If you experience problems such as string buzz or muted notes even after the action and tuning are adjusted correctly, you should check and adjust the curvature of the neck.

① Check the curvature of the neck.

After tuning accurately, hold the guitar in playing position. Then press the first string at the first fret and also at the fret that is nearest to the point where the neck joins the body, and measure the gap between the string and fret at the eighth fret.

In the same way, measure this gap for the lowest string, and make adjustments so that the gaps are in the range of 0.3 mm--0.5 mm.

② If the gap is less than 0.3 mm, use the Allen wrench or socket wrench included with the guitar to turn the truss rod nut located at the headstock end of the neck

convex.

8th fret

A B

curvature to be more concave.

turn, checking the tuning while you do so.

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Forced adjustments can damage your guitar. If you are unable to adjust the neck correctly, please contact your Ibanez authorized dealer.

CLEANING

After playing, wipe sweat and oil off metal parts such as the underside of the strings, the frets, bridge saddles and nut. This will help to prevent rust.

Dirt or dust that adheres to metal parts may adversely affect their function. Wipe off stubborn dirt with a soft cloth moistened with a small amount of oil.

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If the tremolo arm should squeak when turning, apply some grease to the notch on the shorter side of the tremolo arm.

To clean the fi nished surface, do not use volatile or abrasive cleaning compounds; instead gently wipe using a soft cloth with polish formulated specifi cally for musical instruments.

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To clean off dirt that has adhered to an oil fi nished body or neck, use a pencil eraser, fi ne sandpaper of #1000 or fi ner grade, or #0000 steel wool. You can prevent drying by polishing once or twice a year with a colorless furniture fi nish oil or gun oil applied to #0000 steel wool or a cloth. Unfi nished fi ngerboards should be carefully wiped with a cloth moistened with a small amount of fi ngerboard oil or high-quality lemon oil, wiping carefully to the edge of the frets.

BATTERY

If your guitar has a built-in pre-amplifi er or equalizer, it will be powered by a battery. Replace the battery when you notice that the volume level has decreased or the sound has become distorted.

Some models use a 006P (9V) battery, and other models use two AA (1.5V) batteries.

Check the type of batteries used by your guitar, and replace them with the same type of batteries.

The batteries are found in the battery box located on the back of the body.

On models equipped with a battery, the output jack also functions as a power switch; inserting a plug into the jack will turn on the power.

Memo

it for an extended period.

Guitar Bridges

GIBRALTAR III (GUITAR & BASS), CB3, & FULL TUNE III, ART1, ART2

The action can be adjusted by using a slot head (-) screwdriver to turn the adjustment bolt at either end (A).

Intonation can be adjusted by moving the saddle forward or backward by turning the intonation adjustment screw (B) at the rear of the bridge. You can use either a Phillips (+), a fl at head (-) screwdriver, or the optional hex wrench.

(A) (B) GIBRALTAR III, CB3

(A) (B) FULL TUNE II, ART1, ART2

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REPLACING THE STRINGS : CB3

Install strings by inserting them from the front of the bridge.

fi ciently so that you will not need to turn the screws with excessive force, which could damage the screw holes.

HARDTAIL BRIDGE

To change strings, thread the new strings through the string grommets located on the back of the guitar and bring them up and over the saddle. The intonation can be adjusted by adjusting the saddle forward or backward using a Phillips (+) head screwdriver on the intonation adjustment screw at the rear of the bridge. String height is controlled by raising or lowering the small Allen screws using a wrench on either side of the saddle.

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To install a new string, pass it through the string stopper ferrule from the back of the guitar body.

To adjust the height of the strings, use a 1.5mm hexagonal wrench to turn and adjust the height of each saddle (A).

To adjust the intonation, use a 2.5mm hexagonal wrench to turn the intonation adjustment screws of each saddle on the back of the bridge (B).

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GIBRALTAR BRIDGE 08 / QUICK CHANGE 08 TAILPIECE

To adjust the string height, turn the stud bolts located at the left and right ends of the bridge (A) using a slotted (-) screw driver. Before adjustment, loosen the lock nut using an 8mm nut driver. After adjustment, tighten the lock nut again to fix the bridge.

To adjust the tailpiece height, turn the adjustment screws (B) on both sides with a slotted (-) screw driver. Before adjustment, loosen the lock nut. After adjustment, fix it again in the same way as the bridge. If the lock nut of the bridge and tailpiece is loose, it may cause distortion or resonance. Raising the tailpiece will reduce the string tension, which will provide a softer feel and make it easier to bend the strings.

To adjust the intonation of each saddle, turn the intonation adjustment screw using a slotted (-) screw driver (C).

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ADJUSTABLE ARCH TOP BRIDGE

To adjust the string height, adjust the height of the entire bridge by using your fingers to turn the thumb wheel screws (A) located at either side of the bridge. (It is not possible to individually adjust the height of each string.)

To adjust the intonation, loosen the strings and move the entire bridge forward or backward; then tune the guitar and check the intonation. Repeat this adjustment until the intonation is correct. Take care that the bridge does not fall over.

When replacing the strings, it is recommended that they be replaced one by one so that the bridge does not become displaced.

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Vintage Vibrato

Replace the strings one by one. Fix the ball end onto the post of the bar (B), extend the string over the bar, and then

wrap it around the peg. For a model with a retainer bar (A), VBX60/VBX80, pass the string over the bar and then beneath the retainer bar before wrapping it around the peg. While replacing strings, always pull the string lightly toward the headstock and exercise care not to allow the ball-end to go off the post. Check that the string is correctly placed on the saddle while tuning. After completing tuning, proceed to replacement of the next string. After finishing replacing all strings, carry out tuning again for the entire unit.

(A) (B) VBX60 VBS80

Memo

Removing all strings at the same time may have a serious impact on the state of each section of the guitar due to sudden changes of tension imposed on the guitar. Be sure to replace the strings one by one.

(B) VBF70

Tailpieces

QUIK CHANGE TAILPIECES

To adjust the height of the tailpiece, turn the stud bolt on the right and left ends of the tailpiece with a slot head screwdriver or a coin.

To install a new string, pass it through the slot of the tailpiece and hook the ball end into the back of the tailpiece.

(C) QUIK CHANGE III

Tight-End bridge / Tight-End R bridge (for 6-string and 7-string)

Tight-End
Intonation adjustment bolt String height adjustment screw Saddle lock bolt

Tight-End
Intonation adjustment bolt String height adjustment screw Saddle lock bolt Tight-End

ADJUSTING THE ACTION

① Use an Allen wrench (2 mm) to loosen the saddle lock bolts.
② To adjust the saddle height, use the Allen wrench (2 mm) to turn the saddle height adjustment screws.

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ADJUSTING THE INTONATION

① Use an Allen wrench (2 mm) to loosen the saddle lock bolts.
② Use a Phillips screwdriver to adjust the saddle position by turning the intonation adjustment bolt.
③ Use an Allen wrench (2 mm) to tighten the saddle lock bolts, and use a Phillips screwdriver to lightly tighten the intonation adjustment screw in the clockwise direction. (Tighten lightly, so as not to affect the saddle position.)

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STRING REPLACEMENT

To install a new string, pass it through the string stopper ferrule from the back of the guitar body.

TIGHT-TUNE BRIDGE

The Tight-Tune bridge achieves the optimum level of stability and sound transference while suppressing unnecessary vibrations by allowing each movable part of the bridge to be locked. The bridge has a stud lock function for fi xing the bridge more securely onto the body. Furthermore, the tailpiece is equipped with a ball-end lock function to retain the ball end so that it will not come off.

ADJUSTING THE ACTION

Loosen the locking nuts (D) on the right and left sides of the bridge unit, and adjust the height of the bridge unit by turning the stud lock screws (E) with a 3 mm Allen wrench. Note that it is not possible to adjust the height of individual strings. After completing the adjustment, tighten the locking nuts.

STUD LOCK FUNCTION

After adjusting the action, turn the stud lock bolt (B) clockwise inside the stud bolt with a 2 mm Allen wrench. Keep tightening until the stud lock bolt contacts the anchor bolt (C) and the bolt cannot be turned any further.

Memo

When adjusting the action, be sure to fully loosen the stud lock bolt (B) beforehand by turning it counterclockwise with a 2 mm Allen wrench. Otherwise, damage may occur.

ADJUSTING THE INTONATION

Loosen the saddle lock screws (G) with a Phillips screwdriver, and turn the intonation adjustment screw (H) with a Phillips screwdriver to adjust the saddle position. Tune the guitar and check the intonation. Repeat these adjustments until the required intonation is reached, and then tighten the saddle lock screws.

Memo

A loose intonation adjustment screw (H) may cause resonance. If this occurs, gently tighten the intonation adjustment screw, exercising care not to allow the saddle to move.

REPLACING THE STRINGS

Insert the ball-end of the string into the slot of the tailpiece in the direction shown by arrow (J). The ball-end lock function retains the ball-end. To remove the string, pull it toward direction (K).

A B C

F E D G H

J K

Locking Bridge

FX EDGE III/FX EDGE III-8 BRIDGE

Technical diagram of an internal combustion engine component with numbered parts labeled ① to ⑥.

① Main stud
② Saddle lock bolt
③ String holder block
④ String stopper bolt
⑤ Rear stud
⑥ Fine tuning bolt

ADJUSTING THE ACTION

① To adjust the string height, use a slotted screwdriver to turn the main studs at the left and right of the bridge unit to adjust the height of the entire tremolo unit. (It is not possible to adjust the height of individual strings.)
② Use an Allen wrench (3 mm) to turn the rear studs, adjusting them so that the bridge is approximately parallel with the surface of the guitar body.

Technical diagram of an internal combustion engine cylinder with no visible text or labels

To prevent the screw holes from being damaged, loosen the strings sufficiently before you adjust the main studs so that you will not have to use excessive force when turning the studs.

ADJUSTING THE INTONATION

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and loosen the strings sufficiently.
② Use an Allen wrench (2 mm) to loosen the saddle lock bolt, and adjust the saddle position.

saddle lock bolts and the pressure pad bolts of the locking nut.

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REPLACING THE STRINGS

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and remove the string from the tuning peg.
② Use an Allen wrench (3 mm) to loosen the string stopper bolt of the bridge unit, then pull the string out of the saddle and remove it.
③ Use wire cutters to cut off the ball end of the new string.
④ Insert the tip of the string from which you cut off the ball end between the saddle and the string holder block, and tighten the string stopper bolt to fasten the string.
⑤ Wind the string onto the tuning peg, and tune it.

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Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Memo

- Before you tune, make sure that the string stopper bolts are firmly tightened.

FINE TUNING

tuners to fi ne-tune each string.

The range of adjustment after the strings are locked will be widest if you leave all fi ne-tuning bolts near the center of their adjustable range before you tune.

Technical line drawing of a mechanical component with multiple slots and a rotating knob (no text or symbols)

Locking Tremolos

EDGE TREMOLO BRIDGE

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Technical diagram of a multi-pin electrical connector with numbered parts labeled ① to ⑥

Rear
Technical diagram of a mechanical assembly with numbered components labeled ⑦ and ⑧

① Knife edge
② Saddle lock bolt
③ String holder block
④ Tremolo arm socket
⑤ String stopper bolt
⑥ Fine tuning bolt
⑦ Tremolo spring
⑧ Spring lock

ATTACHING THE TREMOLO ARM

① The tremolo arm employs a snap-in/snap-out design. Hold the corner of the tremolo arm, and press it firmly into the arm socket of the base plate.

Technical line drawing of a mechanical or electrical component assembly (no text or symbols visible)

② The tightness of the tremolo arm attachment can be adjusted by adding or removing Tefl on washers. Using a larger number of washers will make the attachment tighter, and removing all the washers will leave the arm free. The Tefl on washers can be added or removed diagonally via the slit.

Memo

Tefl on washers, replace the old Tefl on washers with new ones.

ADJUSTING THE TREMOLO ATTACHMENT ANGLE

The tremolo attachment angle is adjusted by changing the balance between the string tension and the tension of the tremolo springs installed on the back

that the tremolo is approximately horizontal to the surface of the guitar body.

① With the guitar tuned correctly, check the angle of the tremolo.
② If the tremolo is tilted toward the front, insert a Philips screwdriver through the slit in the tremolo spring cover on the back of the body, and tighten the screw to increase the tension of the tremolo springs.
③ If the tremolo is tilted toward the rear, loosen the screw to decrease the tension of the tremolo springs.

of tension between the strings and the springs will change each time you while making this adjustment.

Technical line drawing of a mechanical component with no visible text or symbols

Line drawing of a mechanical component or tool, possibly a tool or bracket, with no visible text or symbols.

Technical line drawing of a mechanical assembly with tool and component (no text or symbols)

Diagram showing a mechanical assembly with labeled components and directional arrow indicating movement or force

TREMOLO SPRINGS

When the guitar is shipped from the factory, it is set up with three tremolo springs installed in parallel. If the balance of gauges or are using a dropped tuning, you may need to change the number of tremolo springs or change the way in which they are installed.

① Use a Philips screwdriver to remove the spring lock.
② If you want to increase the tension, install the outer two tremolo springs diagonally.
③ If you want to decrease the tension, remove the center tremolo spring.

If you want to install four or more tremolo springs, attach them using the screw holes that were being used to attach the spring lock. (It will no longer be possible to attach the spring lock.)

Diagram of a mechanical assembly with rotating components and a pointer (no text or symbols)

Technical line drawing of two mechanical components with spring-like elements and mounting brackets (no text or symbols)

Memo

Loosen the strings sufficiently before you install or remove tremolo springs. Be aware that if you remove all of the springs, the tremolo unit will detach from the guitar.

To reattach the tremolo, insert the knife edge of the tremolo securely into the groove of the stud bolts, and then install the tremolo springs.

STUD LOCK

The Edge/Lo-Pro Edge tremolo bridge uses a stud lock mechanism.

① Insert an Allen wrench (1.5 mm) through the hole in the top of the stud bolt.
② Turn the stud lock bolt clockwise, tightening it until it contacts the anchor nut and can no longer rotate.

ADJUSTING THE ACTION

To adjust the height of the entire tremolo unit, use an Allen wrench (4mm) to turn the stud bolts located at the left and right of the tremolo unit. (It is not possible to make adjustments for each string individually.)

Technical line drawing of a mechanical assembly with gears and shafts (no text or symbols)

Cross-sectional diagram of a mechanical device with rotating shaft and base, no text or symbols present

Technical line drawing of a mechanical component with multiple ports and rotating arms (no text or symbols)

Memo

Make sure that the stud lock is released before you adjust the action.

ADJUSTING THE INTONATION

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and loosen the strings sufficiently.
② Use an Allen wrench (2 mm) to loosen the saddle lock bolts, and adjust the saddle position.

tighten the saddle lock bolts and the pressure pad bolts of the locking nut.

Technical line drawing of a mechanical assembly with rotating components (no text or symbols)

Technical diagram of a mechanical assembly with no visible text or symbols

REPLACING THE STRINGS

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and remove the string from the tuning peg.

② Use an Allen wrench (3 mm) to loosen the string stopper bolt of the tremolo unit; then pull the string out of the saddle and remove it.

③ Use wire cutters to cut off the ball end of the new string.

④ Insert the tip of the string from which you cut off the ball end between the saddle and the string holder block, and tighten the string stopper bolt to fasten the string.

⑤ Wind the string onto the tuning peg, and tune it.

angle to change signifi cantly, so we recommend that you replace the strings one at a time. If you remove all strings at the same time, tuning will be easier if you wedge a piece of cloth below the tremolo to secure it so

Technical line drawing of a mechanical assembly with rotating components (no text or symbols)

Diagram of an industrial conveyor system with rotating components and a labeled edge (no text or symbols beyond label)

Lo-Pro EDGE

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Memo

Before you tune, make sure that the string stopper bolts are firmly tightened.

FINE TUNING

fi ne tuners to fi ne-tune each string.

The range of adjustment after the strings are locked will be widest if you leave all fine-tuning bolts near the center of their adjustable range before you tune.

EDGE

Lo-Pro EDGE

Technical diagram of an internal combustion engine cylinder with numbered components labeled ① to ⑥

① knife edge
② saddle lock bolt
③ string holder block
④ tremolo arm socket

Technical diagram of a mechanical assembly with numbered components labeled ⑦ and ⑧

⑤ string stopper bolt
⑥ fi ne tuning bolt
⑦ tremolo spring
⑧ spring lock

ATTACHING THE TREMOLO ARM

① The tremolo arm employs a snap-in/snap-out design. Hold the corner of the tremolo arm, and press it firmly into the arm socket of the base plate.

screw-in type.

After inserting the tremolo arm into the arm socket, rotate it to fasten it in place.

② To adjust the tightness of the tremolo arm, use an Allen wrench (2 mm) to adjust the torque adjustment screw via the adjustment hole on the side of the tremolo block. Tightening the torque adjustment screw clockwise will make the tremolo arm tighter; loosing the screw will make the arm looser.

③ To adjust the height of the tremolo arm, remove the tremolo spring cover on the back of the guitar and use an Allen wrench (3 mm) to turn the height adjustment screws located on the bottom of the tremolo block. Tightening the screws clockwise will increase the height.

Three technical diagrams showing engine cylinder assembly with tool and rotation arrows (no text or labels)

Memo

In addition to the one described above, the tremolo arm also has a torque adjustment screw located at the bottom of the tremolo block.

The torque adjustment screw at the bottom of the tremolo block is already adjusted when the guitar is shipped from the factory; if it should require adjustment, remove the tremolo unit from the guitar and then adjust the screw.

Before attaching the tremolo arm, make sure that the torque adjustment screw has not come loose or fallen out.

ADJUSTING THE TREMOLO ATTACHMENT ANGLE

The tremolo attachment angle is adjusted by changing the balance between the string tension and the tension of the tremolo springs

performance by adjusting this so that the tremolo is approximately horizontal to the surface of the guitar body.

① With the guitar tuned correctly, check the angle of the tremolo.
② If the tremolo is tilted toward the front, insert a Philips screwdriver through the slit in the tremolo spring cover on the back of the body, and tighten the screw to increase the tension of the tremolo springs.
③ If the tremolo is tilted toward the rear, loosen the screw to decrease the tension of the tremolo springs.

Simple line drawing of a mechanical component or tool (no text or symbols)

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

making this adjustment.

TREMOLO SPRINGS

When the guitar is shipped from the factory, it is set up with three tremolo springs installed in parallel. If the balance of tension between the strings and the tremolo springs has changed signifi cantly, such as when

springs or change the way in which they are installed.

① Use a Philips screwdriver to remove the spring lock.
② If you want to increase the tension, install the outer two tremolo springs diagonally.
③ If you want to decrease the tension, remove the center tremolo spring.

If you want to install four or more tremolo springs, attach them using the screw holes that were being used to attach the spring lock. (It will no longer be possible to attach the spring lock.)

Diagram of a mechanical assembly with a rotating component and a base plate (no text or symbols)

Technical line drawing of a mechanical device with coiled spring components (no text or symbols)

Memo

Loosen the strings suffi ciently before you install or remove tremolo springs.

Be aware that if you remove all of the springs, the tremolo unit will detach from the guitar.

To reattach the tremolo, insert the knife edge of the tremolo securely into the groove of the stud bolts, and then install the tremolo springs.

ADJUSTING THE ACTION

To adjust the height of the entire tremolo unit, use an Allen wrench (3 mm) to turn the stud bolts located at the left and right of the tremolo unit. (It is not possible to make adjustments for each string individually.)

Mechanical assembly diagram showing gear and shaft components with rotational motion arrows (no text or labels)

ADJUSTING THE INTONATION

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and loosen the strings sufficiently.

② Use an Allen wrench (2 mm) to loosen the saddle lock bolts, and adjust the saddle position.

Technical line drawing of a mechanical assembly with rotating components (no text or symbols)

Technical line drawing of internal combustion engine components (no text or labels)

fi nished making adjustments, tighten the saddle lock bolts and the pressure pad bolts of the locking nut.

REPLACING THE STRINGS

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and remove the string from the tuning peg.

② Use an Allen wrench (3 mm) to loosen the string stopper bolt of the tremolo unit; then pull the string out of the saddle and remove it.

③ Use wire cutters to cut off the ball end of the new string.

④ Insert the tip of the string from which you cut off the ball end between the saddle and the string holder block, and tighten the string stopper bolt to fasten the string.

⑤ Wind the string onto the tuning peg, and tune it.

Technical line drawing of a mechanical assembly with gears and shafts (no text or symbols)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

ommend that you replace the strings one at a time. If you remove all strings at the same time, tuning will be easier signifi cantly.

Memo

- Before you tune, make sure that the string stopper bolts are firmly tightened.

FINE TUNING

Even after you've used the locking nuts to lock the strings, you can use the fi ne tuners to fi ne-tune each string.

The range of adjustment after the strings are locked will be widest if you leave all fi ne-tuning bolts near the center of their adjustable range before you tune.

Mechanical assembly diagram showing a rotating engine component with no visible text or symbols

Technical diagram of a mechanical component with numbered parts labeled ① to ⑥

① knife edge
② saddle lock bolt
③ string holder block
④ tremolo arm socket
⑤ string stopper bolt
⑥ fi ne tuning bolt
⑦ main spring
⑧ sub spring
⑨ stopper
⑩ stop rod
⑪ tremolo block
⑫ spring adjustment knob
⑬ tremolo spring
⑭ spring lock

Rear
Technical diagram of an electronic device with numbered components for identification

Technical diagram of a mechanical assembly with numbered components labeled ①, ②, and ③

ATTACHING THE TREMOLO ARM

① The tremolo arm employs a one-piece snap-in design with an adjustable torque cap. Insert the tremolo arm into the arm socket of the base plate.
② Tighten the torque adjustment cap to secure the tremolo arm. The tremolo arm will become tighter as you tighten the torque adjustment cap.

Technical illustration of a mechanical assembly with internal components and a close-up view (no text or symbols)

ANGLE ADJUSTMENT / ZERO POINT SYSTEM ADJUSTMENT

The tremolo attachment angle is adjusted by changing the balance between the string tension and the adjusting the tremolo arm so that it is approximately parallel with the surface of the guitar body.

① With the guitar tuned correctly, check the angle of the tremolo.
② If the tremolo is tilted forward, insert a Philips screwdriver through the slit in the tremolo spring cover on the back of the body, and tighten the screws to increase the tension of the tremolo springs.
③ If the tremolo is tilted toward the rear, loosen the screws to weaken the tension of the tremolo springs.

change each time you adjust the tension of the tremolo springs, adjust- repeatedly while performing this adjustment.

The angle at which the tremolo is attached is adjusted by the balance between the tension of the strings and the zero point system installed on the back of the guitar body. The Edge-Zero 2 tremolo bridge is designed so that when the zero point system is correctly adjusted, the tremolo will be approximately parallel with the surface of the guitar body, and will perform optimally when in that state.

When the zero point system is correctly adjusted, the stop rod will be in firm contact with the tremolo block and the stop rod will be touching the stopper.

① With the guitar tuned correctly, check the zero point system.
② If the stop rod is not touching the stopper (i.e., if the tremolo block is pushing up the stop rod), turn the spring adjustment knob located on the
③ If the tremolo block is not in firm contact with the stop rod (i.e., if the tremolo is tilted toward the rear), turn the spring adjustment knob toward

TREMOLO SPRING / ZERO POINT SYSTEM

When shipped from the factory, the guitar is set up with three tremolo springs installed in parallel.

If the balance of tension between the strings and the tremolo springs has changed significantly, such as when you switch to a different gauge of strings or use a dropped tuning, you may need to change the number of tremolo springs or change the way in which they are installed.

① Use a Philips screwdriver to remove the spring lock.
② If you want to increase the tension, install the outer two tremolo springs diagonally.
③ If you want to decrease the tension, remove the center tremolo spring.

If you want to install four or more tremolo springs, attach them using the screw holes that were being used to attach the spring lock. (It will no longer be possible to attach the spring lock.)

IBANEZ Soundgear SR300 - TREMOLO SPRING / ZERO POINT SYSTEM - 1

Diagram of a mechanical assembly with a rotating component and base plate (no text or symbols)

Technical line drawings of two electrical components with coiled resistors and mounting base (no text or symbols)

Memo

Loosen the strings suffi ciently before you install or remove tremolo springs.

Be aware that if you remove all of the springs, the tremolo unit will detach from the guitar.

To reattach the tremolo, insert the knife edge of the tremolo securely into the groove of the stud bolts, and then install the tremolo springs.

By disabling the zero point system you can use the unit as a conventional fl oating bridge.

When the zero point system is disabled, the angle at which the tremolo is attached will be adjusted by the balance between the tension of the strings and the tension of the main springs attached to the tremolo block.

For optimal performance, adjust the tremolo so that it is approximately parallel with the surface of the guitar body.

① While holding the arm in the upward position (i.e., with the tremolo block away from the stop rod), remove the stop rod and the sub-spring.

② With the guitar tuned correctly, check the angle of the tremolo.

③ If the tremolo is tilted toward the front, turn the spring adjustment knob

④ If the tremolo is tilted toward the rear, turn the spring adjustment knob

point system disabled, because the balance between the tension of the strings and the springs will change each time you adjust the tension of the

STUD LOCK

② Turn the stud lock bolt clockwise, tightening it until it contacts the anchor nut and can no longer rotate.

ADJUSTING THE ACTION

To adjust the height of the entire tremolo unit, use an Allen wrench (3 mm) to turn the stud bolts located at the left and right of the tremolo unit. (It is not possible to make adjustments for each string individually.)

Technical line drawing of a mechanical assembly with springs and housing (no text or symbols)

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols present)

Technical line drawing of a mechanical component with an inset showing a rotating component (no text or symbols)

Technical illustration of a mechanical assembly with rotating components and a cross-sectional view showing internal structure (no text or symbols)

Mechanical assembly diagram showing a rotating component with no visible text or symbols

Memo

Before you tune, make sure that the string stopper bolts are firmly tightened.

ADJUSTING THE INTONATION

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and loosen the strings sufficiently.

② Use an Allen wrench (2 mm) to loosen the saddle lock bolts, and adjust the saddle position.

Technical line drawing of a mechanical assembly with no visible text or symbols

Mechanical assembly diagram showing piston and crankshaft components (no text or labels)

fi nished making adjustments, tighten the saddle lock bolts and the pressure pad bolts of the locking nut.

REPLACING THE STRINGS

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and remove the string from the tuning peg.
② Use an Allen wrench (3 mm) to loosen the string stopper bolt of the tremolo unit; then pull the string out of the saddle and remove it.
③ Use wire cutters to cut off the ball end of the new string.

④ Insert the tip of the string from which you cut off the ball end between the saddle and the string holder block, and tighten the string stopper bolt to fasten the string.

⑤ Wind the string onto the tuning peg, and tune it.

strings at the same time will cause the tremolo attachment angle to change signifi cantly, so we recommend that you replace the strings one at a time. If you remove all strings at the same time, tuning will be easier if you wedge a piece of cloth below the tremolo to secure it so that the tremolo attachment

Technical line drawing of a mechanical component with multiple cylindrical cavities and mounting holes (no text or symbols)

Diagram showing two stages of a coiled spring or wire repair process with directional arrows indicating sequence.

Memo

- Before you tune, make sure that the string stopper bolts are firmly tightened.

FINE TUNING

fi ne tuners to fi ne-tune each string.

The range of adjustment after the strings are locked will be widest if you leave all fi ne-tuning bolts near the center of their adjustable range before you tune.

Technical line drawing of an internal combustion engine block (no text or symbols)

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

① saddle lock bolt
② string holder block
③ tremolo arm socket
④ string stopper bolt
⑤ fi ne tuning bolt
⑥ intonation adjustment bolt

Technical diagram of an electronic device with numbered components for identification

⑦ main spring
⑧ sub spring
⑨ stopper
⑩ stop rod
⑪ tremolo block
⑫ spring adjustment knob

ATTACHING THE TREMOLO ARM

① The tremolo arm employs a one-piece snap-in design with an adjustable torque cap. Insert the tremolo arm into the arm socket of the base plate.

② Tighten the torque adjustment cap to secure the tremolo arm. The tremolo arm will become tighter as you tighten the torque adjustment cap.

Technical line drawing of a mechanical assembly with pipes and components (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

ANGLE ADJUSTMENT / ZERO POINT SYSTEM ADJUSTMENT

The tremolo attachment angle is adjusted by changing the balance between the string tension and the tension of the zero point system installed on the back of the guitar body. The ZR tremolo bridge is designed so that the tremolo will be approximately parallel with the surface of the guitar body when the zero point system is adjusted correctly, and will perform optimally in this state. When the zero point system is correctly adjusted, the stop rod will be in firm contact with the tremolo block and the stop rod will be touching the stopper.

① With the guitar tuned correctly, check the zero point system.
② If the stop rod is not touching the stopper (i.e., if the tremolo block is pushing up the stop rod), turn the spring adjustment knob located on the
③ If the tremolo block is not in firm contact with the stop rod (i.e., if the tremolo is tilted toward the rear), turn the spring adjustment knob toward

Technical line drawing of mechanical components with spring and housing (no text or symbols)

Pure electrical circuit lines without any symbols

Technical line drawing of a mechanical assembly with spring components and a close-up view of a switch mechanism (no text or symbols)

DISABLING THE ZERO POINT SYSTEM (USING THE UNIT AS A CONVENTIONAL FLOATING

By disabling the zero point system you can also use the unit as a conventional floating bridge.

When the zero point system is disabled, the angle at which the tremolo is attached will be adjusted by the balance between the tension of the strings and the tension of the main springs attached to the tremolo block.

For optimal performance, adjust the tremolo so that it is approximately parallel with the surface of the guitar body.

① While holding the arm in the upward position (i.e., with the tremolo block away from the stop rod), remove the stop rod and the sub-spring.
② With the guitar tuned correctly, check the angle of the tremolo.
③ If the tremolo is tilted toward the front, turn the spring adjustment knob
④ If the tremolo is tilted toward the rear, turn the spring adjustment knob

Mechanical assembly diagram showing internal components with springs and a handle (no text or labels)

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols)

Technical line drawing of a mechanical component with an inset showing a rotating component (no text or symbols)

balance between the tension of the strings and the springs will change each time you adjust the tension of the

ADJUSTING THE ACTION

To adjust the height of the entire tremolo unit, use an Allen wrench (3 mm) to turn the stud bolts located at the left and right of the tremolo unit. (It is not possible to make adjustments for each string individually.)

ADJUSTING THE INTONATION

① Remove the intonation adjustment bolts stored inside the tremolo unit, and screw them into the adjustment holes at the back of the saddle until the tip of each bolt contacts the wall of the tremolo unit.

② Use an Allen wrench (2 mm) to loosen the saddle lock bolt, and turn the intonation adjustment bolt to adjust the saddle position.

tune the guitar correctly. Before tuning, use an Allen wrench (3 mm) to

making adjustments, tighten the saddle lock bolts and the pressure pad bolts of the locking nut, and store the intonation adjustment bolts inside the tremolo unit.

REPLACING THE STRINGS

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and remove the string from the tuning peg.
② Use an Allen wrench (3 mm) to loosen the string stopper bolt of the tremolo unit; then pull the string out of the saddle and remove it.
③ Use wire cutters to cut off the ball end of the new string.
④ Insert the tip of the string from which you cut off the ball end between the saddle and the string holder block, and tighten the string stopper bolt to fasten the string.
⑤ Wind the string onto the tuning peg, and tune it.

Memo

Before you tune, make sure that the string stopper bolts are firmly tightened.

FINE TUNING

the fi ne tuners to fi ne-tune each string.

The range of adjustment after the strings are locked will be widest if you leave all fi ne-tuning bolts near the center of their adjustable range before you tune.

Mechanical assembly diagram showing a rotating shaft and housing components (no text or labels)

Technical line drawing of a mechanical component with no visible text or symbols

Technical line drawing of a mechanical assembly with gears and shafts (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of a mechanical component with multiple cylindrical parts and mounting holes (no text or symbols)

Diagram showing two-step process of a mechanical or electrical component with circular end caps, indicating step-by-step assembly.

Mechanical assembly diagram showing a rotating component with no visible text or symbols

Technical diagram of an electrical contactor with numbered components for identification

① knife edge
② saddle lock bolt
③ string holder block
④ tremolo arm socket

Technical diagram of a mechanical assembly with labeled parts ⑦ and ⑧, showing internal components in a housing.

⑤ string stopper bolt
⑥ fi ne tuning bolt
⑦ tremolo spring
⑧ spring lock

ATTACHING THE TREMOLO ARM

① The tremolo arm employs a one-piece snap-in design with an adjustable-torque cap. Insert the tremolo arm into the arm socket of the base plate.
② Tighten the torque adjustment cap to secure the tremolo arm. The tremolo arm will become tighter as you tighten the torque adjustment cap.

ADJUSTING THE TREMOLO ATTACHMENT ANGLE

The tremolo attachment angle is adjusted by changing the balance between the string tension and the tension of the tremolo springs installed on the back of the guitar body.

tremolo is approximately horizontal to the surface of the guitar body.

① With the guitar tuned correctly, check the angle of the tremolo.
② If the tremolo is tilted toward the front, insert a Philips screwdriver through the slit in the tremolo spring cover on the back of the body, and tighten the screw to increase the tension of the tremolo springs.
③ If the tremolo is tilted toward the rear, loosen the screw to decrease the tension of the tremolo springs.

IBANEZ Soundgear SR300 - ADJUSTING THE TREMOLO ATTACHMENT ANGLE - 1

making this adjustment.

TREMOLO SPRINGS

When the guitar is shipped from the factory, it is set up with three tremolo springs installed in parallel.

If the balance of tension between the strings and the tremolo springs has

using a dropped tuning, you may need to change the number of tremolo springs or change the way in which they are installed.

① If you want to increase the tension, install the outer two tremolo springs diagonally.

② If you want to decrease the tension, remove the center tremolo spring.

IBANEZ Soundgear SR300 - TREMOLO SPRINGS - 1

Memo

Loosen the strings suffi ciently before you install or remove tremolo springs.

Be aware that if you remove all of the springs, the tremolo unit will detach from the guitar.

To reattach the tremolo, insert the knife edge of the tremolo securely into the groove of the stud bolts, and then install the tremolo springs.

ADJUSTING THE ACTION

To adjust the height of the entire tremolo unit, use an Allen wrench (3mm) to turn the stud bolts located at the left and right of the tremolo unit. (It is not possible to make adjustments for each string individually.)

IBANEZ Soundgear SR300 - ADJUSTING THE ACTION - 1

ADJUSTING THE INTONATION

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and loosen the strings sufficiently.
② Use an Allen wrench (2 mm) to loosen the saddle lock bolts, and adjust the saddle position.

tighten the saddle lock bolts and the pressure pad bolts of the locking nut.

Technical diagram showing mechanical assembly with rotating components and a close-up of internal components (no text or symbols)

REPLACING THE STRINGS

① Use an Allen wrench (3 mm) to loosen the pressure pad bolts of the locking nut, and remove the string from the tuning peg.
② Use an Allen wrench (3 mm) to loosen the string stopper bolt of the tremolo unit; then pull the string out of the saddle and remove it.
③ Use wire cutters to cut off the ball end of the new string.
④ Insert the tip of the string from which you cut off the ball end between the saddle and the string holder block, and tighten the string stopper bolt to fasten the string.
⑤ Wind the string onto the tuning peg, and tune it.

angle to change signifi cantly, so we recommend that you replace the strings one at a time. If you remove all strings at the same time, tuning will be easier if you wedge a piece of cloth below the tremolo to secure it so

Technical diagram showing mechanical assembly and component layout (no text or labels)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Memo

- Before you tune, make sure that the string stopper bolts are firmly tightened.

FINE TUNING

the fi ne tuners to fi ne-tune each string.

The range of adjustment after the strings are locked will be widest if you leave all fine-tuning bolts near the center of their adjustable range before you tune.

IBANEZ Soundgear SR300 - FINE TUNING - 1

Non Locking Tremolo

SynchroniZR

Technical diagram of a mechanical component with numbered parts labeled ①, ②, and ③.

Technical diagram of a mechanical assembly with numbered components for identification

ATTACHING THE TREMOLO ARM

① The tremolo arm employs a snap-in design. Holding the corner of the tremolo arm, press it firmly into the arm socket of the base plate until it clicks into place.

② The tightness of the tremolo arm can be adjusted by the torque adjustment cap. Turning the cap clockwise will make the arm tighter, and turning it counterclockwise will make the arm looser.

Technical line drawing of a mechanical assembly with a pipe inserted into a housing (no text or symbols)

Mechanical assembly diagram showing a pipe passing through a multi-cylinder engine (no text or labels)

ADJUSTING THE TREMOLO ATTACHMENT ANGLE

① With the guitar tuned correctly, check the angle of the tremolo.
② If the tremolo is tilted forward, turn the spring adjustment knob located on
springs.
③ If the tremolo is tilted toward the rear, turn the spring adjustment knob

Line drawing of a truck in profile view (no text or symbols)

Diagram of a vehicle with a sensor or sensor device connected to a box, showing alignment and rotation (no text or symbols present)

Diagram showing a vehicle on a road with an arrow indicating motion or change, next to a device component (no text or symbols present)

ARM-UP STOPPER

① Make sure that the tremolo is adjusted so that it is approximately parallel with the surface of the guitar body.
② Remove the tremolo spring cover, and turn the arm-up stopper knob so that the tip of the arm-up stopper contacts the tremolo block.
③ Once again make sure that the tremolo is approximately parallel with the surface of the guitar body, and turn

STRING HEIGHT ADJUSTMENT

Mechanical assembly diagram showing a clamping device with threaded components and mounting holes (no text or labels)

Mechanical assembly diagram showing a rotating component with no visible text or symbols

INTONATION ADJUSTMENT

① Remove the intonation adjustment bolts stored in the tremolo unit, and screw them into the adjustment holes at the rear of the saddle until the bolt tips touch the wall of the tremolo unit.
② Use an Allen wrench (2 mm) to loosen the saddle lock bolt, and turn the intonation adjustment bolt to adjust the saddle position.

STRING REPLACEMENT

Mechanical assembly diagram showing a conveyor belt system with rotating wheels and a cylindrical component (no text or labels)

Technical illustration of a mechanical assembly with gears and shafts (no text or symbols)

Technical diagram showing a mechanical component with an arrow indicating assembly or insertion (no text or symbols present)

TREMOLO ARM INSTALLATION

The tremolo arm can be inserted and removed very easily. Insert the arm into the armhole on the tremolo base plate. Pull up on the arm to remove it.

TREMOLO ARM ADJUSTMENT (SAT PRO2)

To adjust the height of the arm, remove the tremolo spring cover from the back of the guitar, and use a 3 mm Allen wrench to turn the height adjustment screw attached to the bottom of the tremolo block. Tightening this in the clockwise direction will raise the height.

ARM ROTATION TORQUE

The rotation torque of the arm can be adjusted by raising the tremolo and inserting a 1.5mm Allen wrench in the screw (A) on the tremolo block, Turning this screw clockwise will tighten the arm torque and turning the screw counter clockwise will loosen the arm torque.

ADJUSTING THE STRING HEIGHT (SAT PRO2)

To adjust the action of each string, use a 1.5 mm Allen wrench to turn the screw on the saddle (C). The overall height can be adjusted on either side of the SAT PRO2 tremolo unit. To adjust the height, use a 3 mm Allen wrench to turn the stud (D) located on either side of the unit. Use caution when adjusting the height of the entire tremolo unit; adjust both sides to the same height to ensure optimum tremolo operation.

ADJUSTING THE STRING HEIGHT (FAT10/SAT10)

The height adjustment of the tremolo can be raised or lowered by adjusting the pivot studs (C) that the tremolo mounts on. These are located at either side of the front of the bridge. Clockwise lowers the tremolo and counter clockwise raises the tremolo.

(C) FAT10

Pure electrical circuit lines without any symbols

Technical line drawing of a rectangular electronic device with internal circuitry (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with motion arrows (no text or symbols)

(C) (D) (E)

(C) SAT10

INTONATION ADJUSTMENT (SAT PRO2)

To adjust the intonation, use a 1.5 mm Allen wrench to turn the screw located at the rear of the saddle (E). Turn the screw clockwise to move the saddle toward the rear, or counter-clockwise to move the saddle forward.

(D) (C) (E) SAT PRO2

INTONATION ADJUSTMENT (FAT10/SAT10)

The intonation can be adjusted by adjusting the saddle forward or backward using a Phillips (+) head screwdriver on the intonation adjustment screw at the rear of the bridge.

FAT10 SAT10

Technical line drawing of a mechanical component with no visible text or symbols

ADJUSTING THE INTONATION & THE STRING HEIGHT (FAT 6/STD)

The intonation can be adjusted by adjusting the saddle forward or backward using a philips(+) head adjustment screw at the rear of the bridge. String height is controlled by raising or lowering the small allen screws using a wrench on either side of the saddle.

Diagram of a mechanical device with rotating components and directional arrows (no text or symbols)

REPLACING THE STRINGS

To replace strings, thread the new strings through the string holes located on the back of the guitar. The strings are then threaded through the tremolo block and up and over the saddle.

Mechanical assembly diagram showing a bracket with springs and bolts (no text or labels)

FAT/SAT (EXPECT FAT6) ADJUSTING THE TREMOLO SPRING

A standard tremolo can be adjusted so that the pitch can be raised when the tremolo arm is pulled up to loosen the tremolo springs located under the tremolo cavity on the back of the guitar. One disadvantage of this procedure is that it can cause the pitch to go sharp if string breaks. To remedy this, adjust the tremolo plate so it sits flush on the body by tightening the tremolo springs. Choose the number and placement of the tremolo springs according to the string gauge and the tremolo adjustment.

Technical illustration of a mechanical assembly with springs and a tool (no text or symbols)

Floating PARALLEL

Wartung

ANBAUTEN

Hinweis

Simple line drawing of a bent pipe or duct with an arrow indicating direction (no text or symbols)

(A) (B) FULL TUNE II, ART1, ART2

Technical line drawing of a mechanical component with multiple cylindrical parts and mounting brackets (no text or symbols)

ERSETZEN DER SAITEN: CB3

GIBRALTAR STANDARDSTEG (7-SAITIGE / 8-SAITIGE MODELLE)

SAITENHALTER GIBRALTAR 08 / QUICK CHANGE 08 TAILPIECE

Vintage Vibrato

WECHSELN DER SAITEN

Mechanical device with labeled components J and K, no readable text or symbols beyond labels

Locking Bridge

FX-EDGE-III-/FX-EDGE-III-8-STEG

Technical diagram of an internal combustion engine component with numbered parts labeled ① to ⑥.

WECHSELN DER SAITEN

Diagram showing two stages of a mechanical or electrical component with arrows indicating process direction (no text or symbols)

Hinweis

Locking Bridge

EDGE-TREMOLOSTEG

Technical diagram of an electrical connector with numbered parts labeled ① to ⑥

Technical diagram of a mechanical component with numbered parts labeled 1 through 6

Rückseite
Technical diagram of a mechanical assembly with labeled parts ⑦ and ⑧, showing internal components in a housing.

Diagram of a person climbing a rope over a device with a tool, showing no text or symbols.

Diagram of a mechanical device with a tool inserted into a housing, showing internal components and motion direction (no text or symbols)

TREMOLOFEDERN

Technical line drawings of two mechanical components with coiled springs and mounting holes (no text or symbols)

Hinweis

Cross-sectional diagram of a mechanical or electrical component with rotating shaft and base, no visible text or symbols

Hinweis

Technical line drawing of a mechanical assembly with no visible text or symbols

WECHSELN DER SAITEN

Diagram of an industrial conveyor system with rotating components and a labeled edge (no text or symbols beyond label)

Lo-Pro EDGE

Diagram showing two stages of a coiled spring or wire wound operation, with arrows indicating direction of movement.

Hinweis

Technical line drawing of an engine cylinder head assembly with no visible text or symbols

Mechanical assembly diagram showing a rotating component with a curved arrow indicating rotation (no text or symbols)

Hinweis

Diagram of a mechanical device with a tool inserted into a housing, showing internal components and motion direction (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of two electrical components with coiled wires and terminals (no text or symbols)

Hinweis

Technical line drawing of an engine cylinder assembly (no text or labels)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Technical diagram of a multi-chamber electrical connector with numbered parts labeled ① to ⑥

Technical line drawing of a mechanical assembly with numbered components (13 and 14), no text or symbols present.

MONTAGE DES TREMOLOHEBELS

Technical line drawing of a mechanical assembly with spring and housing components (no text or symbols)

Technical line drawing of a mechanical assembly with spring components and a close-up view of a switch mechanism (no text or symbols)

Technical line drawing of a mechanical component with spring and housing, showing assembly and disassembly views (no text or symbols)

Diagram of a mechanical assembly with a rotating component and base plate (no text or symbols)

Technical line drawings of two mechanical components with spring-like elements (no text or symbols)

Hinweis

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols present)

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols)

Mechanical assembly diagram showing a rotating mechanism and a cross-sectional view of a mechanical component (no text or symbols)

Mechanical assembly diagram showing a rotating component with a curved arrow indicating rotation (no text or symbols present)

Hinweis

Mechanical assembly diagram showing piston and crankshaft components (no text or labels)

Diagram showing two stages of a coiled wire or filament process with downward arrows indicating sequence.

Hinweis

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Technical line drawing of a mechanical assembly with no visible text or symbols

DEAKTIVIEREN DES NULLPUNKTSYSTEMS (VERWENDUNG ALS HERKÖMMLICHES SCHWEBENDES TREMOLO)

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of a mechanical assembly with gears and shafts (no text or symbols)

Pure mechanical assembly diagram without any text, numbers, or symbols

Technical line drawing of a mechanical assembly with multiple cylindrical components and mounting holes (no text or symbols)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Mechanical assembly diagram showing a rotating component with no visible text or symbols

Technical diagram of an electrical contactor with numbered components for identification

Diagram of a mechanical device with a tool and internal components, no visible text or symbols

Diagram showing a mechanical or electrical component with labeled parts and an arrow indicating direction, possibly illustrating a process or assembly.

Technical line drawing of a mechanical or electrical component with no visible text or symbols

Hinweis

Pure electrical circuit lines without any symbols

WECHSELN DER SAITEN

Pure electrical circuit lines without any symbols

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Hinweis

Technical diagram of a mechanical assembly with numbered components for identification

MONTAGE DES TREMOLOHEBELS

Mechanical assembly diagram showing a motor with rotating shaft and housing (no text or labels)

Diagram showing a truck on a road with an arrow indicating motion or change, next to a device component (no text or symbols present)

STOPPFUNKTION BEI ANGEHOBENEM HEBEL

Mechanical assembly diagram showing a rotating component with no visible text or symbols

Technical line drawing of a mechanical assembly with gears and shafts (no text or symbols)

WECHSELN DER SAITEN

Technical line drawing of a mechanical component with an arrow indicating assembly or insertion (no text or symbols present)

TREMOLOARM-INSTALLATION

Technical line drawing of a mechanical or electrical component with internal parallel lines and a handle (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with motion arrows (no text or symbols)

(C) (D) (E)

ERSETZEN DER SAITEN

FAT/SAT (AUSGENOMMEN FAT6) EINSTELLEN DER TREMOLOFEDER

SCHWEBEND PARALLEL

Entretien

FIXATIONS

REPLACEMENT DES CORDES

type de chevalet/vibrato.

Mémo

Simple line drawing of a bent pipe with an arrow indicating direction (no text or symbols)

(A) (B) FULL TUNE II, ART1, ART2

Technical line drawing of a multi-layered mechanical component with no visible text or symbols

REEMPLACEMENT DES CORDES : CB3

CHEVALET GIBRALTAR STANDARD (MODÈLES À 7 CORDES / 8 CORDES)

CHEVALET GIBRALTAR 08/ CORDIER QUICK CHANGE 08

ment afi n de ne pas modifi er la position des pontets.)

REPLACEMENT DES CORDES

Mémo

REMPLACEMENT DES CORDES

Locking Bridge

CHEVALET FX EDGE III/FX EDGE III-8

Technical diagram of an internal combustion engine component with numbered parts labeled ① to ⑥.

REMPLACEMENT DES CORDES

Diagram showing two-step cable termination process with wire and end symbols

Mémo

ACCORDAGE DE PRÉCISION

Locking Tremolos

CHEVALET VIBRATO EDGE

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Arrière
Technical diagram of a mechanical assembly with labeled parts ⑦ and ⑧, showing internal components in a housing.

Diagram of a mechanical device with a tool and spring, showing internal components and motion direction (no text or symbols)

Diagram of a mechanical device with a tool inserted into a housing, showing internal components and motion direction (no text or symbols)

Technical line drawing of two electrical insulator components with coiled spring and terminal blocks (no text or symbols)

Mémo

Mémo

REMPLACEMENT DES CORDES

Diagram of an engine component with rotating wheels and a labeled edge (no text or symbols beyond label)

Lo-Pro EDGE

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Mémo

ACCORDAGE DE PRÉCISION

Mémo

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

Technical line drawing of a mechanical assembly with a tool and spring component (no text or symbols)

Technical line drawing of two mechanical components with coiled springs and mounting holes (no text or symbols)

Mémo

REPLACEMENT DES CORDES

⑥ blocage.

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Technical diagram of a multi-chamber electrical connector with numbered parts labeled ① to ⑥

Technical diagram of a mechanical assembly with numbered components labeled ①, ②, and ③

FIXATION DE LA TIGE DE VIBRATO

surface de la caisse de la guitare.

Line drawing of a mechanical component or tool (no text or symbols)

Diagram of a mechanical device with a tool inserted into a housing, showing internal components and motion direction (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of a mechanical assembly with spring and housing components (no text or symbols)

Technical diagram showing mechanical components with spring and housing, including a close-up of a switch mechanism (no text or symbols)

Technical line drawing of a mechanical assembly with spring-loaded components and a close-up view of a switch mechanism (no text or symbols)

Diagram of a mechanical assembly with a rotating component and a base plate (no text or symbols)

Technical line drawings of two electrical components with coiled wires and mounting feet (no text or symbols)

Mémo

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols)

Technical line drawing of a vehicle chassis with an inset showing a mechanical component (no text or symbols)

Mechanical assembly diagram showing a rotating component and a cross-sectional view of a mechanical component (no text or symbols)

Mechanical assembly diagram showing a rotating component with no visible text or symbols

Mémo

Mechanical assembly diagram showing piston and crankshaft components (no text or labels)

REMPLACEMENT DES CORDES

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Mémo

ACCORDAGE DE PRÉCISION

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Technical line drawing of a mechanical assembly with no visible text or symbols

Pure mechanical assembly diagram showing spring-loaded components and a right-hand view of a switch mechanism (no text or symbols)

Technical line drawing of a mechanical assembly with spring components and a separate view showing a switch mechanism (no text or symbols)

traditionnel.

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols present)

Technical line drawing of a vehicle on a slope with an arrow indicating motion direction (no text or symbols)

ce réglage.

REPLACEMENT DES CORDES

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical illustration of a mechanical assembly with gears and shafts (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of a mechanical component with multiple cylindrical parts and mounting holes (no text or symbols)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating motion (no text or symbols)

Mechanical assembly diagram showing piston and crankshaft components (no text or labels)

Technical diagram of an electrical contactor with numbered components for identification

Technical line drawing of a mechanical or electrical component with no visible text or symbols

Mémo

Mechanical assembly diagram showing rotating components on a conveyor belt (no text or labels)

Pure electrical circuit lines without any symbols

Mechanical assembly diagram showing rotating components on a conveyor belt (no text or labels)

Pure electrical circuit lines without any symbols

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Mémo

ACCORDAGE DE PRÉCISION

Technical diagram of a mechanical assembly with numbered components for identification

FIXATION DE LA TIGE DE VIBRATO

Mechanical assembly diagram showing a pipe inserted into a cylindrical component (no text or symbols)

Technical line drawing of a mechanical device with an inset showing a component (no text or symbols)

Diagram showing a robotic arm interacting with a device, with an arrow indicating motion (no text or symbols present)

RÉGLAGE DE LA HAUTEUR DES CORDES

REMPLACEMENT DES CORDES

Mechanical assembly diagram showing a gear mechanism with no visible text or symbols

Technical diagram showing a mechanical component with an arrow indicating assembly or insertion (no text or symbols present)

INSTALLATION DE LA TIGE DU VIBRATO

Technical line drawing of a mechanical or electrical component with internal parallel slots and a handle (no text or symbols)

Mechanical assembly diagram showing a rotating component with a curved arrow indicating rotation (no text or symbols present)

(C) (D) (E)

RÉGLAGE DE LA HAUTEUR DES CORDES (FAT20/FAT10/SAT10

RÉGLAGE DE L'INTONATION (FAT10/SAT10)

RÉGLAGE DE L'INTONATION ET DE LA HAUTEUR DES CORDES (FAT 6/STD)

REMPLACEMENT DES CORDES

RÉGLAGE DU RESSORT DE VIBRATO

FLOTTEMENT EN PARALLÈLE

Mantenimiento

Nota

Simple line drawing of a bent pipe with an arrow pointing to it (no text or symbols)

(A) (B) FULL TUNE II, ART, ART2

Technical line drawing of a mechanical component with no visible text or symbols

PUENTE GIBRALTAR ESTÁNDAR (MODELOS DE 7/8 CUERDAS)

PUENTE GIBRALTAR 08 / CORDAL QUICK CHANGE 08

PUENTE ARCH TOP AJUSTABLE

Vibrato Vintage

Diagram of a battery pack with six slots and a rotating arrow indicating rotation (no text or symbols)

Diagram of a mechanical component with a curved arrow indicating rotation (no text or symbols)

CAMBIO DE CUERDAS

J K

Locking Bridge

PUENTE FX EDGE III/FX EDGE III-8

Diagram showing two mechanical or electrical component states with downward arrows indicating motion or assembly.

Nota

Locking Trémolos

Lo-Pro Edge
Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

arte trasera
Technical diagram of a mechanical assembly with labeled parts ⑦ and ⑧, showing internal components in a housing.

Line drawing of a mechanical component or tool with no visible text or symbols

Diagram showing a person climbing a rope over a device with an arrow indicating motion (no text or symbols present)

Diagram of a mechanical device with a lever and internal components, showing no text or symbols.

Technical line drawing of two mechanical components with coiled springs and mounting holes (no text or symbols)

Nota

Cross-sectional diagram of a mechanical device with rotating shaft and base, no text or symbols present

AJUSTE DE LA ACCIÓN

Nota

Technical line drawing of a mechanical assembly with no visible text or symbols

Diagram of an engine block assembly with rotating components and a labeled edge (no text or symbols beyond label)

Lo-Pro EDGE

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Nota

Technical line drawing of an engine cylinder head assembly with no visible text or symbols

Mechanical assembly diagram showing a rotating component with a curved arrow indicating rotation (no text or symbols)

Nota

Diagram of a mechanical device with a tool and a person climbing it, showing internal components (no text or symbols)

Diagram of a mechanical device with a screwdriver inserted into a housing, showing internal components and an arrow indicating direction (no text or symbols present)

Technical line drawing of two mechanical components with coiled springs and mounting brackets (no text or symbols)

Nota

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Edge-Zero Vista general
Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Parte trasera 2
Technical line drawing of a mechanical assembly with numbered components (no text or symbols)

AJUSTE DEL ÁNGULO DEL TRÉMOLO Y DEL SISTEMA ZERO POINT

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

Technical line drawing of a mechanical assembly with spring and housing components (no text or symbols)

Technical line drawing of a mechanical component with spring and housing, showing assembly steps (no text or symbols)

Technical line drawing of a mechanical assembly with spring-loaded components and a close-up view of a component (no text or symbols)

Diagram of a mechanical assembly with a tool and rotating motion arrows (no text or symbols)

Technical line drawings of two mechanical components with springs and terminals (no text or symbols)

Nota

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols present)

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols)

Mechanical assembly diagram showing a rotating component and a cross-sectional view of a mechanical component (no text or symbols)

Mechanical assembly diagram showing a rotating mechanism with no visible text or symbols

Nota

Mechanical assembly diagram showing piston and crankshaft components (no text or labels)

Diagram showing two stages of a coiled wire or filament process with downward arrows indicating sequence or deformation.

Nota

Vista general
Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

⑦ Muelle principal
⑧ Muelle secundario
⑨ Tope
⑩ Varilla de tope
⑪ Bloque del trémolo
⑫ Manilla de ajuste del muelle

Technical line drawing of a mechanical assembly with no visible text or symbols

AJUSTE DEL ÁNGULO DEL TRÉMOLO Y DEL SISTEMA ZERO POINT

Pure electrical circuit lines without any symbols

Technical line drawing of a mechanical assembly with spring-loaded components and a close-up view of a switch mechanism (no text or symbols)

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols present)

Technical line drawing of a mechanical component with an arrow indicating motion (no text or symbols)

Technical line drawing of a mechanical component with no visible text or symbols

Technical line drawing of a mechanical assembly with gears and shafts (no text or symbols)

Technical line drawing of a guitar fretboard with no visible text or symbols

Technical line drawing of a mechanical component with multiple ports and mounting holes (no text or symbols)

Diagram showing two stages of a mechanical or electrical component with arrows indicating motion (no text or symbols)

Mechanical assembly diagram showing a piston-cranked engine block with no visible text or symbols

Vista general
Technical diagram of an electrical contactor with numbered components for identification

Diagram of a mechanical device with a tool inserted, showing internal components and an arrow indicating motion (no text or symbols present)

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

Pure electrical circuit lines without any symbols

Pure electrical circuit lines without any symbols

Nota

④Muelle del trémolo
⑤Tope del bloque del trémolo
⑥Boton tope del bloque del trémolo
⑦Bloque del trémolo
⑧Manilla de ajuste del muelle

Diagram of a vehicle with a moving component and an arrow indicating rotation (no text or symbols)

Diagram showing a vehicle on a road with an inset view of a mechanical component (no text or symbols)

Tope de palanca arriba

Octavación

Technical line drawing of a mechanical assembly with gears and housing (no text or symbols)

Cambio de cuerdas

Technical line drawing of a mechanical or electrical component with internal parallel grooves and a handle (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with motion arrows (no text or symbols)

(A) (C) (D) (E)

(C) SAT10

FAT/SAT (EXCEPTO FAT6) AJUSTE DE LOS MUELLES DEL TRÉMOLÓ

FLOTANTE PARALELO

Manutenzione

ACCESSORI INCLUSI

Strumento multiusoLeva tremoloChiave a brugolaChiave a esagono incassato da 8 mm
1,5mm2mm 2,5mm 3mm4mm
Serie PREMIUM ponte tremolo Edge
Serie PREMIUM Edge-Zero II con ZPS
Serie PREMIUM ponte tremolo ZR con ZPS2
Serie PREMIUM ponte Tight-End R
PONTE GIBRALTAR 08 / CORDIERA QUICK CHANGE 08

pickup.

Nota

(A) (B) FULL TUNE II, ART1, ART2

Technical line drawing of a mechanical component with multiple grooves and mounting holes (no text or symbols)

SOSTITUZIONE DELLE CORDE: CB3

PONTE GIBRALTAR STANDARD (MODELLI A 7 E 8 CORDE)

PONTE GIBRALTAR 08 / CORDIERA QUICK CHANGE 08

PONTE ARCH TOP REGOLABILE

Vibrato Vintage

Diagram of a battery pack with six slots and a rotating arrow indicating rotation (no text or symbols)

sellette.

Diagram of a mechanical component with a curved arrow indicating rotation (no text or symbols)

Mechanical assembly diagram showing a lever and base components labeled J and K (no text or symbols beyond labels)

Locking Bridge

PONTE FX EDGE III/FX EDGE III-8

Technical diagram of an internal combustion engine component with numbered parts labeled ① through ⑥.

Nota

Locking Tremolos

PONTE TREMOLO EDGE

Technical diagram of a mechanical component with numbered parts labeled ① to ⑥

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Retro
Technical diagram of a mechanical assembly with labeled parts ⑦ and ⑧, showing internal components in a housing.

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

Technical line drawing of a mechanical assembly with a tool inserted, showing internal components and motion direction (no text or symbols)

MOLLE DEL TREMOLO

Technical line drawings of two electrical components with coiled resistors and terminals (no text or symbols)

Nota

Cross-sectional diagram of a mechanical component with rotational motion indicated by arrows (no text or labels)

Nota

Technical line drawing of a mechanical assembly with gears and shafts (no text or symbols)

Diagram of an electronic component with multiple pins and a rotating arrow, labeled 'EDGE' (no text or symbols on the diagram itself)

Lo-Pro EDGE

Diagram showing two stages of a coiled spring or wire wound operation, with arrows indicating direction of movement.

Nota

Nota

Diagram of a mechanical device with a tool and component, no visible text or symbols

Diagram of a mechanical device with a screwdriver and internal components, no text or symbols present

Technical line drawing of a mechanical device with coiled spring components (no text or symbols)

Nota

Technical line drawing of an engine cylinder assembly (no text or labels)

Diagram showing two stages of a cable or wire connection, with arrows indicating direction and circular symbols at the ends.

Technical diagram of a multi-chamber electrical connector with numbered parts labeled ① to ⑥

Technical diagram of a mechanical assembly with numbered components labeled ①, ②, and ③

MONTAGGIO DELLA LEVA TREMOLO

Line drawing of a mechanical device with a screwdriver inserted, showing internal components and motion direction (no text or symbols)

Technical line drawing of a mechanical assembly with a tool and spring component (no text or symbols)

Technical line drawing of a mechanical assembly with spring and housing components (no text or symbols)

Technical diagram showing spring-loaded components and a right-hand panel with a switch (no text or symbols)

Technical line drawing of a mechanical assembly with spring-loaded components and a close-up view of a switch mechanism (no text or symbols)

Diagram of a mechanical assembly with a rotating component and a base plate (no text or symbols)

Technical line drawings of two mechanical components with spring-like elements and mounting base (no text or symbols)

Nota

Technical line drawing of a mechanical component with an inset showing a close-up view (no text or symbols)

Technical line drawing of a mechanical component with an inset showing a close-up view of a component (no text or symbols present)

Technical diagram showing mechanical assembly with rotational motion and cross-sectional view (no text or symbols)

Mechanical assembly diagram showing a rotating component with a curved arrow indicating rotation (no text or symbols present)

Nota

Mechanical assembly diagram showing piston and crankshaft components (no text or labels)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process steps.

Nota

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of a mechanical component with spring and housing, showing assembly steps (no text or symbols)

Technical line drawing of a mechanical component with spring and housing, showing assembly and adjustment views (no text or symbols)

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols)

Technical line drawing of a mechanical component with an inset showing a close-up of a component (no text or symbols)

Technical diagram of a mechanical assembly with no visible text or symbols

Technical illustration of an engine cylinder assembly (no text or symbols visible)

Technical line drawing of a mechanical assembly with multiple components and no visible text or symbols

Technical line drawing of a mechanical component with multiple ports and mounting holes (no text or symbols)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating motion or change.

Mechanical assembly diagram showing a rotating component with multiple housing parts (no text or labels)

Technical diagram of an electrical contactor with numbered components for identification

Diagram of a mechanical device with a lever and tool, showing internal components and motion direction (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Pure mechanical component diagram without any text, numbers, or symbols

Mechanical assembly diagram showing rotating components on a conveyor belt (no text or labels)

Pure electrical circuit lines without any symbols

Diagram showing two stages of a mechanical or electrical process: one with a wire and drop, the other with a hatched material and drop.

Nota

Technical diagram of a mechanical assembly with numbered components for identification

MONTAGGIO DELLA LEVA TREMOLO

Mechanical assembly diagram showing a multi-stage gear mechanism with no visible text or symbols

Line drawing of a truck with no visible text, numbers, or symbols

Diagram showing a vehicle on a road with an arrow indicating motion or change, next to a mechanical component (no text or symbols present)

ARRESTO ARM-UP

Mechanical assembly diagram showing a rotating component with no visible text or symbols

MONTAGGIO DEL BRACCIO DEL TREMOLO

Technical line drawing of a mechanical or electrical component with internal parallel lines and a handle (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with motion arrows (no text or symbols)

(C) (D) (E)

(C) SAT10

FAT/SAT (TRANNE FAT6) REGOLAZIONE DELLA MOLLA DEL TREMOLO

PARALLELO FLOTTANTE

维护保养

配件

1st 2nd3rd 4th 5th6th 7th 8th
六弦E4 B3G3 D3 A2 E2--
七弦E4 B3G3 D3 A2 E2B1 -
八弦D#4 A#3F#3 C#3 G#2 D#2 D#2F1

注意下列型号的设置方式不同

Baritone guitar

1st 2nd3rd 4th 5th 6th7th 8th
BF#DAEB--

RGD. APEX

1st 2nd 3rd 4th 5th 6th 7th
六弦D4A3F3C3G2D2-
七弦D4A3F3C3G2D2A1

MTM100

1st 2nd3rd 4th 5th 6th7th 8th
C#G#EBF#B--

TAM10

1st 2nd3rd 4th 5th 6th7th 8th
EBGDAEBE

A B

必须小心调整琴颈。

Simple line drawing of a bent pipe with a pointed tip and an arrow indicating direction (no text or symbols)

(A) (B) FULL TUNE II, ART1, ART2

Technical line drawing of a mechanical component with multiple cylindrical parts and mounting holes (no text or symbols)

更换琴弦: CB3

安装琴弦时,请从琴桥的前面插入琴弦。

GIBRALTER STANDARD 琴桥 (7-弦/8-弦型号)

可调拱形面板琴桥

获得醇厚的颤音

调整八音

换弦

Mechanical device with labeled components J and K, no visible text or symbols beyond labels

固定琴桥

FX EDGE III/FX EDGE III-8 琴桥

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

调整八音

更换琴弦

Diagram showing two stages of a cable or wire bending process with arrows indicating direction and connection points.

微调

弦锁摇把

EDGE 颤音琴桥

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥


Technical diagram of a mechanical assembly with labeled parts ⑦ and ⑧, showing internal components in a rectangular housing.

① 刀口

② 琴码锁定螺栓

③ 琴弦固定块

④颤音臂插孔

⑤ 琴弦止动螺栓

⑥ 微调螺栓

⑦颤音器弹簧

⑧ 弹簧锁

安装摇把

Line drawing of a mechanical component or tool, possibly a cutting or assembly, with no visible text or symbols.

Diagram of a mechanical device with a lever and cable, showing internal components and motion direction (no text or symbols)

Technical line drawing of a mechanical assembly with a tool inserted into a component (no text or symbols)

颤音器弹簧

Technical line drawings of two mechanical components with coiled springs and mounting holes (no text or symbols)

上脱离。

螺栓锁

Cross-sectional diagram of a mechanical component with rotational motion arrows (no text or labels)

Technical line drawing of a mechanical component with multiple ports and mounting holes (no text or symbols)

调整八音

Technical line drawing of a mechanical assembly with no visible text or symbols

换弦

Diagram of an electronic component with circular ports and a rotating arrow, labeled 'EDGE' (no readable text or symbols beyond label)

Lo-Pro EDGE

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

微调

⑤ 琴弦止动螺栓
⑥ 微调螺栓
⑦颤音器弹簧
⑧ 弹簧锁

安装摇把

Mechanical assembly diagram showing a rotating component with a curved arrow indicating rotation (no text or symbols)

Diagram of a mechanical device with a tool and spring, showing internal components and motion direction (no text or symbols)

Technical line drawing of a mechanical device with no visible text or symbols

Technical line drawing of two mechanical components with coiled springs and mounting holes (no text or symbols)

上脱离。

调整弦高

调整八音

Technical line drawing of internal combustion engine components (no text or labels)

Diagram showing two stages of a mechanical or electrical component with downward arrows indicating process flow.

Technical diagram of a multi-chamber electrical connector with numbered parts labeled ① to ⑥

Technical diagram of a mechanical assembly with numbered components labeled ①, ②, and ③

安装摇把

颤音器角调整/零点系统调整

不配备零点系统的型号

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols present)

Technical line drawing of a mechanical component with an inset showing a close-up of a component (no text or symbols)

Technical illustration showing a mechanical assembly with rotating components and a cross-sectional view of a cylindrical component (no text or symbols)

Mechanical assembly diagram showing a rotating component with no visible text or symbols

调整八音

Mechanical assembly diagram showing piston and crankshaft components (no text or labels)

Diagram showing two stages of a cable or wire knot, with arrows indicating direction of movement.

微调

Technical diagram of a mechanical component with numbered parts labeled ① through ⑥

① 琴码锁定螺栓
② 琴弦固定块
③颤音臂插孔
④ 琴弦止动螺栓
⑤ 微调螺栓
⑥ 八音调整螺栓

Technical diagram of an electronic device with numbered components for identification

Technical line drawing of a mechanical assembly with no visible text or symbols

颤音器角调整/零点系统调整

Technical line drawing of a mechanical component with spring and housing, showing assembly steps (no text or symbols)

Technical line drawing of a mechanical assembly with spring-loaded components and a close-up view of a switch mechanism (no text or symbols)

禁用零点系统(将颤音模块当做普通FLOATING(浮动式)颤音器使用)

Technical line drawing of a mechanical component with an arrow indicating rotation (no text or symbols present)

Technical line drawing of a mechanical component with an inset showing a lever mechanism (no text or symbols)

Technical diagram of a mechanical component with no visible text or symbols

Technical illustration of a mechanical assembly with gears and shafts (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of a mechanical component with multiple cylindrical parts and mounting holes (no text or symbols)

Diagram showing two stages of a mechanical or electrical component with arrows indicating motion (no text or symbols)

Mechanical assembly diagram showing a rotating component with no visible text or symbols

Technical diagram of an electrical contactor with numbered components for identification

⑤ 琴弦止动螺栓
⑥ 微调螺栓
⑦颤音器弹簧
⑧ 弹簧锁

安装摇把

Technical line drawing of a mechanical assembly with a tool and component, no visible text or symbols

Diagram of a mechanical device with a tool and component, showing internal components and motion direction (no text or symbols)

Technical line drawing of a mechanical or electrical component with no visible text or symbols

Pure electrical circuit lines without any symbols

更换琴弦

Pure electrical circuit lines without any symbols

微调

① 琴码锁定螺栓
②顛音臂插孔
③ 八音调整螺栓

Technical diagram of a mechanical device with numbered components for identification

Mechanical assembly diagram showing a pipe passing through a multi-cylinder engine (no text or labels)

调整颤音器角度

Technical line drawing of a mechanical device with an arrow indicating rotation or assembly (no text or symbols present)

Diagram showing a vehicle on a road with an arrow indicating motion or change, next to a mechanical component (no text or symbols present)

轴杆止动器

调整弦高

调整八音

Mechanical assembly diagram showing gear and housing components (no text or labels)

Technical diagram showing a mechanical component with an arrow indicating assembly or insertion (no text or symbols present)

安装摇把

Technical line drawing of a mechanical or electrical component with internal parallel lines and a handle (no text or symbols)

Mechanical assembly diagram showing a lever mechanism with motion arrows (no text or symbols)

(A) (C) (D) (E)

(C) FAT10

(C) SAT10

调八音(SAT PRO2)

调八音(FAT10/SAT10)

调整八音和弦高(FAT6/STD)

更换琴弦

FAT/SAT(FAT6除外)调整摇把弹簧

可动变调器

Guitar Electronics

H-S-H (5-WAY)
IBANEZ Soundgear SR300 - Guitar Electronics - 1

H-H (5-WAY)
IBANEZ Soundgear SR300 - Guitar Electronics - 2

S-S-H (5-WAY)
IBANEZ Soundgear SR300 - Guitar Electronics - 3

EGEN
Volume Pot Switch Push Down neck center bridge

IBANEZ Soundgear SR300 - Guitar Electronics - 5

SA360
IBANEZ Soundgear SR300 - Guitar Electronics - 6

IBANEZ Soundgear SR300 - Guitar Electronics - 7
FRM

IBANEZ Soundgear SR300 - Guitar Electronics - 8

IBANEZ Soundgear SR300 - Guitar Electronics - 9

AT
IBANEZ Soundgear SR300 - Guitar Electronics - 10

R05500H
IBANEZ Soundgear SR300 - Guitar Electronics - 11

H-H (3-WAY)
IBANEZ Soundgear SR300 - Guitar Electronics - 12

XPT700
IBANEZ Soundgear SR300 - Guitar Electronics - 13

JS
Time Pot Switch Push Down Time Pot Switch Pull-up

TRI-SOUND (NECK P.U.)
IBANEZ Soundgear SR300 - Guitar Electronics - 15

TRI-SOUND (BRIDGE P.U.)
IBANEZ Soundgear SR300 - Guitar Electronics - 16

APEX
IBANEZ Soundgear SR300 - Guitar Electronics - 17

Guitar Controls

1-V, 1-T, 5 WAY LEVER SWITCH
graph TD A["5 WAY P.I. SELECTOR VOLUME"] --> B["Volume"] C["TONE"] --> D["Ground"] style A fill:#ccc,stroke:#333 style B fill:#ccc,stroke:#333 style C fill:#ccc,stroke:#333 style D fill:#ccc,stroke:#333

1-V, 1-T, 3 WAY LEVER SWITCH
graph TD A["3 WAY P.U. SELECTOR"] --> B["VOLUME"] B --> C["TONE"] C --> D["Ground"] style A fill:#f9f,stroke:#333 style B fill:#ccf,stroke:#333 style C fill:#cfc,stroke:#333 style D fill:#fcc,stroke:#333

1-V, 1 PRE-SET EQ, 3 WAY TOGGLE SWITCH
graph TD A["5 WAY P.U. SELECTOR"] --> B["VOLUME"] B --> C["2 WAY P.U. SWITCH FOR PRE-SET IQ"] C --> D["End"]

1-V, 3 WAY TOGGLE SWITCH
graph TD A["3 WAY P.U. SELECTOR"] --> B["VOLUME"] C["Top Node"] --> B style A fill:#ccc,stroke:#333 style B fill:#fff,stroke:#333

1-V, 1-T, 3 WAY TOGGLE SWITCH
graph TD A["IC, XPT"] --> B["VOLUME"] B --> C["TONE"] C --> D["3 WAY P.U. SELECTOR"]

1-V, 3 WAY TOGGLE SWITCH
XF 3 WAY P.U. SELECTOR VOLUME

1-V. 3 WAY TOGGLE SWITCH
graph TD A["VOLUME"] --> B["3 WAY P.U. SELECTOR"] C["XH, XG, STM"] --> A

1-V, 1-T, 3 WAY TOGGLE SWITCH
graph TD A["3 WAY P.U. SELECTOR"] --> B["VOLUME"] B --> C["TONE"] style A fill:#f9f,stroke:#333 style C fill:#ccf,stroke:#333

1-V, 1-T, 5 WAY LEVER SWITCH
graph TD A["5 WAY P.U. SELECTOR"] --> B["VOLUME W/ PUSH-PULL SW."] A --> C["TONE"] A --> D["SA"]

1-V, 2-T, 5 WAY LEVER SWITCH
graph TD A["VOLUME"] --> B["NICK & MIDDLE TONE"] B --> C["BRIDGE TONE"] C --> D["5 WAY P.U. SELECTOR"] style A fill:#ccc,stroke:#333 style B fill:#ccc,stroke:#333 style C fill:#ccc,stroke:#333 style D fill:#ccc,stroke:#333

1-V, 1-T, 5 WAY LEVER SWITCH
graph TD A["FRM"] --> B["S WAY P.U. SELECTOR"] B --> C["TONE"] C --> D["VOLUME"] D --> E["Output"]

1-V
ORM VOLUME

1-V, KILL SWITCH, 3 WAY LEVER SWITCH
graph TD A["3 WAY P.U. SELECTOR"] --> B["VOLUME"] B --> C["KILL SWITCH"] C --> D["Final Output"]

1-V, 1-T, 3 WAY TOGGLE SWITCH
graph TD A["VOLUME"] --> B["TONE"] B --> C["3 WAY P.U. SELECTOR"]

2-V, 1-T, 3 WAY TOGGLE SWITCH
ART BRIDGE VOLUME NECK VOLUME TONE 3 WAY P.U. SELECTOR

2-V. 1-T. 3 WAY TOGGOLE SWITCH
GART TONE NECK VOLUME Bridge VOLUME 3 WAY P.U. SELECTOR

2-V, 2-T, 3 WAY TOGGLE SWITCH.
TRI-SOUND NECK BRIDGE
AR P.U. SELECTOR NECK TONE NECK VOLUME TRI-SOUND BRIDGE P.U. TRI-SOUND NECK P.U. BRIDGE VOLUME BRIDGE TONE

1-V, 1-T, 3 WAY TOGGLE SWITCH
graph TD A["VOLUME"] --> B["3 WAY P.U. SELECTOR"] C["TONE"] --> B D["AF, AS, ARZ"] --> A

2-V, 2-T, 3 WAY TOGGLE SWITCH
graph TD A["AS, ASR, AF, AFS, AFJ, AM, AKJ, AG"] --> B["3 WAY P.U. SELECTOR"] B --> C["Neck Volume"] C --> D["NECK TONE"] D --> E["BRIDGE VOLUME"] E --> F["BRIDGE TONE"] F --> G["BRIDGE VOLUME"]

2-V, 2-T, 3 WAY TOGGLE SWITCH
AGR, AMF, SS, SJ P.U. SELECTOR NECK TONE NECK VOLUME BRIDGE VOLUME TONE BRIDGE

1-V. 1-T
PM, HOLLOW BODY 1 PICKUP MODEL VOLUME TONE

2-V, 2-T, 3WAY TOGGLE SWITCH, TRI-SOUND NECK P.U.
graph TD A["TRI-SOUND NECK P.U."] --> B["3 WAY P.J. SELECTOR"] B --> C["NECK VOLUME"] C --> D["BRIDGE VOLUME"] D --> E["BRIDGE TONE"] E --> F["NECK TONE"] F --> G["BRIDGE VOLUME"]

This is to certify that the aforementioned equipments fully conform to protection

requirements of the following EC council directives. DIRECTIVES:89/336/EEC Electromagnetic compatibility

CE

The followings complies with the requirements of the EMC Directive 2004/108/EC of the European Union.

CE

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Product information

Brand : IBANEZ

Model : Soundgear SR300

Category : Guitar