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HELLRAISER SOLO 6 WIRING DIAGRAM - Schecter Guitars

HELLRAISER SOLO 6 WIRING DIAGRAM - Schecter Guitars

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Neck pickup<br />

EMG 89<br />

Bridge pickup<br />

EMG 81<br />

Fishman TOM Powerbridge<br />

Output Ground<br />

(Sleeve)<br />

Push/Pull Settings UP: single-coil DOWN: full humbucker<br />

Neck<br />

Bridge<br />

1 2 3<br />

Tone<br />

push/pull<br />

in DOWN position<br />

3-way switch settings<br />

Magnetic<br />

Both<br />

Piezo<br />

3-way Output Switch<br />

Neck Vol<br />

Bridge Vol<br />

EMG<br />

EMG<br />

1 2 3<br />

push/pull<br />

in UP position<br />

1<br />

2<br />

3<br />

3-Way<br />

Switch<br />

Magnetic In<br />

Hellraiser Solo-6 E/A<br />

Wiring Diagram<br />

Fishman<br />

Powerchip<br />

Piezo Volume<br />

M<br />

Common<br />

Ground<br />

View<br />

of Back<br />

SW<br />

T<br />

+9V<br />

9-Volt<br />

battery<br />

Magnetic (EMG)<br />

Volume 25k<br />

Red<br />

Battery<br />

Wire<br />

Piezo Hot<br />

Piezo<br />

Ground<br />

Output (Tip)<br />

Output (Ring)<br />

3-Position<br />

Switch<br />

(Optional)<br />

Sleeve<br />

Jumper<br />

Wire<br />

Terminal<br />

#2<br />

Magnetic (MAG): EMG Pickups<br />

Piezo: Fishman TOM Powerbridge<br />

For technical or warranty questions please email: tech@schecterguitars.com<br />

Diagram copyright <strong>Schecter</strong> Guitar Research 2011<br />

Bare<br />

Bare<br />

White<br />

Yellow<br />

Orange<br />

Blue<br />

.1<br />

Green<br />

Magnetic (EMG)<br />

Tone 25k<br />

push/pull<br />

Output Ground<br />

(Sleeve)<br />

Red Output<br />

Wire (Tip)<br />

White<br />

3 2 1<br />

3-way Output Switch<br />

Piezo Both Magnetic<br />

4<br />

3<br />

5<br />

= ground. This symbol<br />

is found where any ground connection<br />

should be soldered.<br />

2<br />

Bare<br />

6<br />

1<br />

3-Way Switch<br />

8<br />

7<br />

Black<br />

Battery<br />

Wire<br />

White Output<br />

Wire (Ring)


c<br />

d<br />

radius<br />

Bridge Pickup<br />

a<br />

Name:<br />

EMG 81<br />

Model No: 81<br />

Construction: Humbucker<br />

Magnet: Ceramic/Steel<br />

Output: Impedance 10K<br />

Description: Utilizing powerful ceramic magnets<br />

and close aperture coils, the tone<br />

was designed with detailed<br />

intensity, incredible amounts of high<br />

end cut and fluid sustain.<br />

Traditionally used in the bridge<br />

position, this pickup will make your<br />

leads slice right through even the<br />

densest mix.<br />

Strings<br />

b<br />

6-String Guitar*<br />

Tuning: E-A-D-G-B-E<br />

Gauge: .046-.036-.026-.017-.013 .010<br />

(EB Regular Slinky #2221)<br />

Neck Pickup<br />

*Changing to different string gauges and/or<br />

alternate tunings may require minor neck/bridge<br />

adjustments for optimal performance. For <strong>Schecter</strong><br />

setup tips refer to <strong>Schecter</strong> Setup Guide.<br />

Hellraiser Solo-6 E/A<br />

Neck Specs:<br />

Scale Length: 648mm/25.5”<br />

A: Width at Nut- 42mm<br />

B: Width at Last Fret- 56mm<br />

C: Thickness at 1st Fret- 20mm<br />

D: Thickness at 12th Fret- 22mm<br />

Radius: 355mm/14”<br />

Name:<br />

EMG 89<br />

Model No: 89<br />

Construction: Humbucker/Single Coil<br />

Magnet: Alnico V<br />

Output: Impedance 10K<br />

Description: Featuring two pickups in one,<br />

the 89 is loaded with alnico V<br />

magnets and has separate<br />

preamps each providing custom<br />

outputs for both dual coil and<br />

single coil modes. In dual coil<br />

mode, the sound is rich, warm<br />

and powerful, but still very clear<br />

and is similar to the 85. The<br />

single coil mode, accessed via<br />

the push pull pot, delivers the<br />

traditional Strat single coil<br />

sound: bright, airy, and chimey,<br />

and is similar to the SA.


This model is equipped with a Graph Tech Black TUSQ XL<br />

nut. The Black TUSQ XL delivers a rich and balanced tone<br />

with big open lows and a noticeable increase in overall<br />

sustain followed by a very balanced output from your strings.<br />

Laboratory-proven to enhance harmonic content up to 200%<br />

and sustain up to 16% and is engineered for maximum<br />

vibration transfer. Designed to transfer the right frequencies<br />

more efficiently from the string to the guitar body. Compared<br />

to standard materials such as bone, micarta or corian, you'll<br />

hear more harmonics with every note you play when you use<br />

TUSQ XL on your guitar. As compared to TUSQ, you will<br />

hear added midrange depth, and is impregnated with Teflon<br />

to improve the tuning performance of the guitar.<br />

The Powerbridge pickups offer the electric guitarist a palette<br />

of incredible acoustic and hybrid acoustic/electric sounds.<br />

Blend from an acoustic part straight into a blazing solo with a<br />

simple flick of the switch. Drop-in Nashville-style bridge.<br />

The Powerchip is an essential onboard accessory for mixing<br />

of your Powerbridge and magnetic pickups. This<br />

Fishman-designed piezo volume control works in conjunction<br />

with the exclusive ‘Smart Switch’ circuit, which automatically<br />

splits your piezo and magnetic signals to stereo or mixes<br />

them to mono.


www.fishman.com<br />

USER GUIDE<br />

POWERBRIDGE ®


Welcome<br />

Thank you for making Fishman a part of your acoustic experience. We are proud<br />

to offer the fi nest acoustic amplifi cation products available; high-quality<br />

professional-grade tools which empower you to sound your very best.<br />

Powerbridge products can be confi gured with a variety of options, including active<br />

solutions which feature the Fishman Powerchip ® . Work with your installer to<br />

determine the solution that best suits your performance needs.<br />

Troubleshooting<br />

If you are unfamiliar with these products, please pay close attention to the requirements<br />

for installation. Failure to do so can result in permanent damage to<br />

the pickup or your instrument.<br />

Installation by a qualifi ed professional is strongly recommended.<br />

Should you have any problems, please check with your installer or refer to the<br />

online installation guide for this product. Technical support, troubleshooting tips<br />

and installation information can be found at http://www.fi shman.com/support/<br />

3


Stereo Operation<br />

Stereo Jack • A 1/4” stereo output jack is provided with your Powerbridge<br />

pickup. With it, the piezo and magnetic pickup signals will be sent to separate<br />

amplifi ers. In active (Powerchip) or passive installations, stereo function will<br />

remain the same. The magnetic pickups are wired to tip, and the Powerbridge<br />

pickup is wired to ring.<br />

Cables • For best results, use a “2-pair” premium stereo or stereo “Y” cable<br />

(available through your Fishman dealer) with separate shielding for both the Powerbridge<br />

and magnetic signals.<br />

4<br />

Sleeve Ring Tip


Stereo Operation (Examples)<br />

Powerbridge Signal<br />

(Ring)<br />

Stereo Cable<br />

Signal Path<br />

Magnetic Signal<br />

(Tip)<br />

Amp with Tip/Ring/Sleeve<br />

Stereo Input<br />

5<br />

Stereo “Y” Cable<br />

Signal Path<br />

Powerbridge Signal<br />

(Ring)<br />

Active<br />

D.I.<br />

P.A. / Recording<br />

Console<br />

Magnetic Signal<br />

(Tip)<br />

Electric Guitar<br />

Amp


Mono Operation<br />

Passive Installation • Using a standard mono instrument cable, without a<br />

Powerchip installed, you will only hear the guitar’s magnetic pickups. To hear the<br />

Powerbridge with passive installation, you must use a stereo signal path as shown<br />

on page 5.<br />

Active Installation • With the Powerchip installed (active installation), a<br />

blended output of the magnetic and Powerbridge signals can be achieved using<br />

a standard mono instrument cable.<br />

6


www.fi shman.com<br />

Fishman and Fishman Transducers are trademarks or tradenames of Fishman Transducers Inc. 513-300-142 Rev A 3-08


USER GUIDE<br />

POWERCHIP


Welcome<br />

Thank you for making Fishman a part of your acoustic experience. We are proud<br />

to offer you the fi nest acoustic amplifi cation products available: high-quality<br />

professional-grade tools which empower you to sound your very best.<br />

Troubleshooting<br />

If you are unfamiliar with this product, please pay close attention to the requirements<br />

for installation. Failure to do so can result in permanent damage to the pickup.<br />

Installation by a qualifi ed professional is strongly recommended.<br />

Technical support, troubleshooting tips and installation information can be<br />

found at http://www.fi shman.com/support/<br />

Description and Features<br />

The Powerchip is a miniature onboard piezo / magnetic pickup mixing preamp,<br />

dedicated to the Fishman Powerbridge system. The preamp, mounted to the<br />

underside of a piezo volume pot, allows guitarists to combine or split piezo and<br />

magnetic pickups without any additional outboard signal routing electronics.<br />

2


Mono Operation<br />

Plug a standard mono instrument cable into the<br />

output of the Powerchip equipped guitar and<br />

combine the magnetic and piezo signals into a<br />

single buffered composite, suitable for any<br />

available instrument level audio input.<br />

3<br />

Electric Guitar Equipped with<br />

Fishman Powerbridge and Powerchip<br />

Mono Instrument Cable<br />

Electric Guitar Amp


Stereo Operation<br />

Plug a stereo “Y” cable into the output of<br />

the Powerchip equipped guitar and split the<br />

magnetic and piezo pickup signals to separate<br />

destinations. Send the buffered piezo signal<br />

(Ring) to any instrument level audio input, such<br />

as an acoustic instrument amplifi er or PA system.<br />

Send the unbuffered, “immaculate” magnetic<br />

pickup signal (Tip) to a traditional electric guitar<br />

amplifi er, with no added coloration or signal<br />

treatment between the magnetic pickup and<br />

the amplifi er.<br />

4<br />

Electric Guitar Equipped with<br />

Fishman Powerbridge and Powerchip<br />

Powerbridge<br />

Signal (Ring)<br />

Stereo Y-Cable<br />

Acoustic Guitar Amp<br />

Magnetic<br />

Signal (Tip)<br />

Electric Guitar Amp


Piezo Trim and Phase<br />

Adjust the small rotary trim<br />

pot on the backside of the<br />

Powerchip to match piezo and<br />

magnetic pickup levels.<br />

Move the Phase jumper on the<br />

backside of the Powerchip to<br />

eliminate phase cancellation<br />

between the piezo and<br />

magnetic pickups.<br />

5<br />

Piezo Trim<br />

Piezo Phase


Prepare the Instrument<br />

Telecaster style guitars<br />

File or sand down the corners of the 9-pin jack<br />

to fi t the standard Telecaster mounting hole.<br />

Stratocaster style guitars<br />

You will need to drill out the back<br />

wall of the jack cavity to accommodate<br />

the supplied 9-pin jack.<br />

Remove the output jack from the<br />

jack plate, then replace the jack<br />

plate on the guitar. Use a pencil<br />

through the jackplate to mark the<br />

center where your drill will enter<br />

the back of the jack cavity. Use a<br />

¾” (19mm) spade bit to drill out<br />

the back of the jack cavity.<br />

6<br />

Jack Plate<br />

9 Pin Jack


Installation and Connections<br />

Warning: The solder pad terminals and the adjacent components on the<br />

Powerchip circuit board are quite fragile and can be easily overheated. Use only<br />

a low wattage soldering iron (30 watts max) to make your wire connections. To<br />

best utilize the space inside the guitar, solder the wires to the circuit board so<br />

that they exit toward the volume pot terminals.<br />

1. Strip 3 ⁄32” (2.4mm) and tin the wire ends of the pickups.<br />

2. Solder the piezo pickup wire to the circuit board.<br />

The pads are located on the side of the board<br />

opposite the volume pot. The piezo hot wire<br />

goes to the pad on the right edge of the<br />

board, directly under and to the right of the<br />

little white trimmer pot. Solder the piezo<br />

ground wire (which should be left with the<br />

braid intact) to the pad labeled “G” on the<br />

right edge of the board, directly under the<br />

piezo hot wire.<br />

7<br />

Output Ground<br />

(Sleeve)<br />

Common<br />

Ground<br />

Red<br />

Battery<br />

Wire<br />

Piezo Hot<br />

Piezo Ground


3. Solder the magnetic pickup hot wire to the circuit board.<br />

The pad for the hot wire is located on the same side of the board as the volume<br />

pot. This pad, labeled “M,” is on the left edge of the board, ¾” (19mm) from the<br />

bottom of the board. A common system ground is located on the opposite side<br />

of the board, on a second pad marked “G,” adjacent to the piezo ground. Since<br />

there is room for only one wire on this pad, we suggest that you tie all grounds to<br />

the body of the magnetic volume pot, and run a jumper wire to the ground pad<br />

on the circuit board.<br />

Note: If you install the Powerchip<br />

with active magnetic pickups (such<br />

as EMG), the Powerchip and the<br />

active pickups will share the same<br />

battery. Connect the positive battery<br />

wire from the magnetics to the +9V<br />

pad on the Powerchip. Connect<br />

the negative battery wire from the<br />

magnetics to terminal #1 on the<br />

9-pin jack.<br />

Magnetic In<br />

8<br />

Output (Tip)<br />

Output (Ring)<br />

3-Position<br />

Switch (Optional)


4. Solder the 9-pin jack to the system.<br />

A prewired output cable from the Powerchip is to be soldered to the provided<br />

9-pin jack. Prepare the jack by soldering a jumper wire between the sleeve<br />

terminal, located on the business end of the jack, and terminal #2, directly below.<br />

Solder the jack as follows:<br />

a. Solder the shield from the output cable to terminal #2.<br />

b. Solder the red wire from the output cable to terminal #4.<br />

c. Solder the white wire<br />

from the output cable<br />

Output Ground<br />

Black<br />

the terminal #8.<br />

Battery<br />

Sleeve<br />

(Sleeve)<br />

Wire<br />

d. Solder the black<br />

battery wire (negative)<br />

to terminal #1.<br />

9<br />

Jumper<br />

Wire<br />

Terminal<br />

#2<br />

Red Output<br />

Wire (Tip)<br />

White Output<br />

Wire (Ring)


Optional Accessories<br />

• Battery Compartment—a fl ush mounted, pivoting compartment allows<br />

easy access and quick battery changes.<br />

• Piezo/Magnetic Pickup Selector Switch—a three position switch for<br />

selecting between piezo and magnetic pickup combinations (see below).<br />

Optional Piezo/Magnetic<br />

Pickup Selector Switch<br />

10


Specifi cations<br />

Battery Life: 200 Hours<br />

Current Draw: Less than 2.8mA<br />

Frequency Range: 20–20,000 Hz<br />

Trim Control Range: 18dB<br />

Maximum Output Voltage: 15V peak to peak<br />

11


WWW.FISHMAN.COM<br />

009-074-001 Rev E 5-10

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