MoltenVoltage | User manual | PedalSync™ NODE 4-Loop MIDI Audio Switcher

PedalSync™
NODE
4-Loop MIDI Audio Switcher
KIT
Assembly Instructions
Key Features
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Scalable - combine NODEs like building
blocks to make elaborate designs with an
unlimited number of switches
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Tough, road-ready construction
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Simple to program - toggle a switch!
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PedalSync design allows remote,
synchronized self-programming
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True-bypass loops allow use of vintage
pedals while leaving them all-original
4-Loop Relay Bypass, MIDI-controlled
switching module for robust, scalable
pedalboard designs
Proprietary ReMute™ circuit virtually
eliminates switching noise without
sacrificing audio quality
MV-57 module with jacks simplifies scalable
pedalboard switching designs.
•
Power-on light show
•
Stores and recalls bypass status of 4
isolated audio loops
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Easy to see pedal status at a glance with
the bright LED display
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Robust, 128 program storage
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Compact design assists discrete modular
pedalboard construction
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Simple, intuitive user interface
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MIDI-Compatible
Compatible with all major MIDI controllers,
including Voodoo Lab Ground Control and
Behringer FCB1010
•
MIDI Thru repeater for boosting the MIDI
signal and re-transmitting it downstream
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PedalSync_NODE_KIT_Assembly_Instructions.doc
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.3
Following are the assembly instructions for the PedalSync NODE KIT.
NODE is a MIDI-controlled audio switching module designed for use on musician pedalboards.
NODE features four (4) switchable isolated audio loops, 128-program storage, and the PedalSync
MV-57 ReMute™ Relay Bypass system ensuring extremely quiet operation.
Building the NODE KIT is difficult and is NOT recommended for beginners.
Things you will need:
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Eye Protection
Solder
Soldering Iron
Wire Cutters
Wire Strippers
Jumper wire (about 2 feet)
Epoxy
1/4" wrench or nut driver
Philips Screwdrivers for enclosure and PCB screws
10mm wrench for Potentiometer
14mm wrench for DC jack
15mm wrench for Footswitches
Needlenose Pliers
A happy state of mind!
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.4
Assembly Instructions:
1)
Remove the screws holding on the back of the enclosure and remove the parts from the
Enclosure
Kit parts:
2x MIDI Jack - panel mount, pre-attached to enclosure
2x Audio Jack (panel mount, shunted)
2x Lock Washers (for audio jacks)
1x DC Jack - panel mount
4x SPST Momentary Footswitches
1x Machined Enclosure
1x Write Switch (SPDT micro toggle switch)
1x LED Bezel
1x Molten Red Status LED
10x 2-pin wired connector
5x 3-pin wired connector
8x Two-Sided Tape Squares
1x 35-Pin Header Strip (0.1”)
1x 10uF Electrolytic Capacitor
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.5
4x MV-57 Kits, containing:
8x 1K (brown, black, black, brown, brown)
8x 470 (yellow, purple, black, black, brown)
4x Ceramic 0.1uF (104) non-polarized capacitor with .1” lead spacing
4x 100uF polarized Electrolytic Capacitor
8x 5.1v Zener diodes - align polarity band with PCB
4x Opto-MOSFET Solid State Relay, e.g. Toshiba TLP222G - dot represents pin 1
8x 1/4” PCB-mount Audio Jacks
4x PedalSync MV-57 Logic-Controlled Relay Bypass chip
4x 14-Pin socket for use with the relay
4x 10-pin Panasonic Relay - orient the text on the Relay the same way as the text on the PCB.
4x Red/Green LED
4x LED spacer
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.6
MV-62N Kit, containing:
1x MV-62N Chip (with 28-pin socket)
1x 6N138 Optocoupler (with 8-pin socket)
1x 74x14 Hex Schmitt Trigger (with 14-pin socket)
5x 0.1uF 50v Ceramic Capacitor (104)
1x 10uF Tantalum Capacitor (yellow - note polarity)
1x 10uF 25v Electrolytic Capacitor
1x 100uF 25v Electrolytic Capacitor
1x 220uF 25v Electrolytic Capacitor
2x 1N4001-7 rectifier diode
1x 1N4148 signal diode (smaller orange one)
1x 43 ohm resistor (yellow, orange, black, gold, brown)
1x 220 ohm resistor (red, red, black, black, brown)
1x 330 ohm resistor (orange, orange, black, black, brown)
1x 442 ohm resistor (yellow, yellow, red, black, brown)
1x 470 ohm resistor (yellow, purple, black, black, brown)
1x 4.7K resistor (yellow, purple, black, brown, brown)
1x 10K resistor (brown, black, black, red, brown)
2x 3.3-volt regulator TO-92
1x 5-volt regulator TO-220
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.7
If you plan to paint your enclosure NOW IS THE TIME!
The MIDI Jack comes pre-attached to the enclosure with rivets. You can remove it by using a 1/8" drill
bit and drilling out the rivets. In the alternative, cover it with masking tape during painting.
To re-attach the MIDI Jack, use #4 screws or 1/8” rivets.
2)
Build the Four (4) Relay Bypass Modules
Logic-Controlled Relay Bypass Module with Jacks
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.8
The MV-57 Logic-Controlled Relay Bypass Module with Jacks is designed to allow the
following connections:
Pin
IN
OU
GD
5V
SW
Connection
Audio Input
Audio Output
Power ground connection
Connection for regulated 5-volt power input
Switching signal from 5-volt logic source - 1B-9B connections
from PedalSync 9 Switches Modules
The MV-57 Logic-Controlled Relay Bypass Module with Jacks has the following components:
PCB
R2, R5
R3, R4
.1uF
100uF
Z1, Z2
OPTO
NYS-215
MV-57
14-PIN
SOCKET
TQ2-L-5V
Component
1K (brown, black, black, brown, brown)
470 (yellow, purple, black, black, brown)
Ceramic 0.1uF (104) non-polarized capacitor with .1” lead
spacing
100uF polarized Electrolytic Capacitor
5.1v Zener diodes - align polarity band with PCB
Opto-MOSFET Solid State Relay, e.g. Toshiba TLP222G dot represents pin 1
1/4” PCB-mount Audio Jacks
PedalSync MV-57 Logic-Controlled Relay Bypass chip
Optional 14-Pin socket for use with the relay
10-pin Panasonic Relay - orient the text on the Relay the
same way as the text on the PCB. Center the Relay in the
middle 10 pins of the 14-pin socket
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.9
How to Build the MV-57 Modules
Find the four Relay Bypass circuit boards (PCBs).
Solder the 8-pin and 14-pin sockets into place. Align the notch on the sockets with the art on the
circuit board - the notches should be at the same end as the small white circles.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.10
Solder the opto-coupler in place. Be certain that the dot is on the upper left as shown in the
photo:
Solder the resistors and zener diodes in place. Note that they are mounted vertically.
Note: The 5.1v Zener diodes MUST be oriented with the dark band facing out, as shown in the
second photo:
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.11
Solder the 0.1uF (104) and 100uF capacitors in place. Note the polarity of the 100uF capacitor,
the ground [-] side is closer to the edge of the PCB:
Solder the audio jacks in place.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.12
Put the spacers on the LEDs and mount them to the back side of the PCB with the flat side of the
LED facing inward.
Get the LEDs snug up against the PCB. Solder the center pin first, then adjust the LED depth and
angle before soldering the 2 outside pins. The LED should be perpendicular if properly mounted.
Insert the MV-57 chip in the socket, lining up the notch on the chip with the notch in the socket.
Center the Relay in the middle 10 pins of the 14-pin socket with the writing to the bottom of the PCB.
Cut 2x 2-pin and 4x 3-pin header pins off the 40-pin strip. Mount the 3-pin headers to the PCB switch
inputs as shown in the photo.
Mount a 2-pin header on the Audio Input (pins GD and IN), and a 2-pin header to the top right
on the Audio Output (pins GD and OU).
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.13
Connect a 6” jumper wire between the bottom left audio output (OU pin) to the bottom right audio
input (IN pin).
Attach the 4 modules to the enclosure. If an LED does not easily go through the hole, heat up 2 pins
at a time and gently adjust as needed.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.14
The audio from each module needs to be connected to the adjacent module. Connections for Audio
Input and Output are on both sides of each module. Use a solid jumper wire to make the connection.
The wire can be a leftover lead from a component.
Connect the OU (audio output) of the top left module to the IN (audio input) of the bottom left
module. Also connect the GD ground pins from the two modules together.
Connect the OU (audio output) of the bottom right module to the IN (audio input) of the top
right module. Also connect the GD ground pins from the two modules together.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.15
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.16
3)
Build the 9 Switches Module
The 9 Switches Module has the following parts:
Label
MV-62
6N138
Schmitt Trigger
0.1uF
10uf Tant.
10uF
100uF
220uF
4001
4148
43
220
330
442
470
4.7K
10K
3.3 V/R
5 Volt Regulator
Part
MV-62 Chip (in 28-pin socket)**
6N138 Optocoupler (in 8-pin socket)**
74x14 Hex Schmitt Trigger (in 14-pin socket)**
0.1uF 50v Ceramic Capacitor (104)
10uF Tantalum Capacitor** (yellow - note polarity)
10uF 25v Electrolytic Capacitor**
100uF 25v Electrolytic Capacitor**
220uF 25v Electrolytic Capacitor**
1N4001-7 rectifier diode**
1N4148 signal diode** (smaller orange one)
43 ohm resistor (yellow, orange, black, gold, brown)
220 ohm resistor (red, red, black, black, brown)
330 ohm resistor (orange, orange, black, black, brown)
442 ohm resistor (yellow, yellow, red, black, brown)
470 ohm resistor (yellow, purple, black, black, brown)
4.7K resistor (yellow, purple, black, brown, brown)
10K resistor (brown, black, black, red, brown)
3.3-volt regulator TO-92**
5-volt regulator TO-220**
** Note the polarity of these parts
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.17
How to Build the 9 Switches Module
Find the 9 Switches circuit board (PCB).
Solder the 442 ohm resistor in the spot right above the “MIDI THRU >>>” indication on the PCB. The
will connect it with the M4 MIDI Out header.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.18
Solder the five (5) 0.1uF capacitors (104) in place.
Solder the three sockets (8-pin, 14-pin, and 28-pin) in place. Align the notch on the sockets with the
art on the circuit board - the notches should be at the same end as the small white circles.
Bend the leads on the 5-volt regulator to a 90 degrees where they
become narrow, then solder in place so that the regulator is just above
the circuit board without touching it. This is most easily done by first
soldering in the chip sockets, then bending and inserting the voltage
regulator and flipping over the circuit board, whereafter the voltage
regulator is positioned at the proper height.
Solder the 3.3-volt regulator in place as well, noting its orientation.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.19
Solder the 10uF Tantalum Capacitor in place. Note the polarity - the writing is visible if the capacitor
is properly inserted - see photo.
Solder the 4148 diode in place, noting its polarity. The thicker line on the diode PCB art indicates the
side of the diode band stripe.
Solder the 2x 4001 (or 4007) diodes in place, again making sure the silver band is on the correct side,
indicated by the thicker line on the diode PCB art.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.20
Solder the resistors in their proper places, as indicated by the labels on the PCB.
Solder the 3 electrolytic capacitors in place. The value and polarity are indicated on the PCB - the
square hole is +, and corresponds to the longer lead on the cap.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.21
Cut header pins 1x 3-pin and 8x 2-pin header strips. Attach 3-pin MIDI Out header to the same MIDI
Out that is connected to the 442 resistor.
Attach the 2-pin headers to the 1, 3, 5, and 7 switch inputs, the 9VDC power input, the MIDI IN, the
WR/GD- write switch input, and the ST/GD - status LED output.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.22
Cut and trim 3-pin wired header connectors and connect as follows:
Red = GD
Black (center) = 5V
Blue = 1B, 3B, 5B, and 7B
Output 1B to bottom left (#2) Relay module
3.5”
Output 3B to top left (#1) Relay module
4.0”
Output 5B to top right (#4) Relay module
full length
Output 7B to bottom right (#3) Relay module
4.5”
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.23
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.24
4)
Wire the Off-Board Components
Cut and trim the leads on a 2-pin connector to 4.5 inches, then cut and bend the legs to the STATUS
LED and solder in place.
Cut a 2-pin wired header connector to 4.5” and solder it to pins 4 and 5 of the MIDI IN Jack (on the
left when looking into the enclosure).
Position the 10uF capacitor on the MIDI THRU Jack (on the right when looking into enclosure), with
the positive (longer lead) on pin 4, and the negative (shorter lead) on pin 2 (center pin).
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.25
Cut a 3-pin wired header connector to 4.0”. Solder the Black - center header wire to MIDI Pin 4 of the
MIDI THRU Jack, which is on the right when looking into enclosure. It will connect to the 5V output
on the PCB.
Solder the Red outside wire to MIDI Pin 2 (center pin). It will connect to the digital ground DG on the
PCB.
Solder the Blue outside wire to MIDI Pin 5. It will connect to the M4 MIDI THRU output
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.26
Cut and trim the leads on 2-pin wired header connectors as follows:
Audio IN and OUT Jacks
3.5"
Note: if not already done, bend the audio jack lugs inward until they are perpendicular
to the frame. Connect the wires to the center and tip lugs (the two outside lugs)
Micro Toggle Switch
4.5"
Connect to the center and one outside lug.
Bottom left switch - connects to Input 1
3.5"
Top left switch - connects to Input 3
4.5"
Bottom right switch - connects to Input 7
3.5"
Top right switch - connects to Input 5
4.5"
Use of a hobby vise is recommended.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.27
Cut and trim the leads on a 2-pin connector to 4 inches, then solder to the two outside lugs of the DC
Jack.
Attaching Off-Board Components
Secure the DC Jack with a 14mm wrench.
Put a lock washer on each Audio Jack and secure with a 1/2” wrench with the long end down.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.28
Set the height of each switch with the lower nut by placing it about halfway up the switch. Put each
switch through its proper hole, put a switch washer on the outside, then attach the other nut and
tighten with a 15mm wrench.
Insert the micro-toggle switch so that the 2 leads are nearest the top of the enclosure then secure it
with a 7mm wrench.
Insert the LED bezel through the enclosure, then insert the LED until clicks into place. Be certain the
LED leads do not touch!
Connecting Off-Board Components
Stack and attach two (2) adhesive squares to each corner of the MV-62 module.
Note: Failure to use 2 squares on each corner will cause a short circuit!
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.29
Center the module in the enclosure between the switches with the MIDI output at the top, and as
close to the bottom wall as possible.
Connect MV-62 output 1 to the lower left Relay module.
Connect MV-62 output 3 to the upper left Relay module.
Connect MV-62 output 5 to the upper right Relay module.
Connect MV-62 output 7 to the lower right Relay module.
Be sure each top GD connection on the MV-62 module connects to the top GD
connection on the corresponding Relay module.
Connect the lower left switch to the switch 1 input header (GD/1A).
Connect the upper left switch to the switch 3 input header (GD/3A).
Connect the upper right switch to the switch 5 input header (GD/5A).
Connect the lower right switch to the switch 7 input header (GD/7A).
Connect the DC jack to the 9VDC header on the MV-62 PCB - the bent center lug attaches to the
outer GD (ground) pin.
Connect the Write switch to the WR/GD header.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.30
Connect the STATUS LED to the ST/GD header, with the flat side of the LED connected to the GD
pin.
Connect the MIDI IN Jack to the corresponding MIDI IN header pins, I4 and I5.
Connect the MIDI THRU Jack to the corresponding MIDI THRU header pins that are connected to the
442 ohm resistor.
IMPORTANT REVISIONS:
1)
On the 9 Switches Modules, solder a jumper wire between an unused DG and an unused GD
header hole.
2)
Solder a 2.2K ohm resistor between the Ground lug of the DC Power Jack and the Ground lug
of the Audio Input Jack
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.31
Using NODE
Note: In order to achieve electrical isolation of the audio and digital signals,
NODE MUST HAVE A SEPARATE OR ISOLATED POWER SUPPLY, DISTINCT FROM ALL
AUDIO DEVICES
A)
AUDIO OUT
1/4” output for the audio signal. Connected directly to AUDIO IN if all loops are bypassed.
B)
MIDI THRU
5-pin DIN connection for repeating MIDI output. Repeats all MIDI data received that the MIDI
IN jack. Connects to MIDI IN on another device.
C)
MIDI IN
5-pin DIN connection for receiving MIDI data. Connect to MIDI OUT or MIDI THRU of another
device.
D)
AUDIO IN
1/4” input for the audio signal. Connected directly to AUDIO OUT if all loops are bypassed.
E)
DC9V TIP9-volt DC, tip-negative 2.1mm center power connection. Power supply must deliver 200mA
minimum.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.32
F)
STATUS LED
Flashes to indicate a program has been successfully written to memory.
G)
PGM Switch
Toggle the switch down, then up again to write the current settings to the currently selected
program. If the switch is in the down position, you will need to go up, down, then up again.
H1-4) Loop Bypass Footswitches
Pressing a momentary switch toggles the corresponding loop output bypass state.
I1-4) Loop Bypass LED Indicators
When red, the corresponding loop is bypassed. When green, the loop is engaged.
J1-4) RETURN Jacks
Receives the audio signal from the connected effect unit. Connects to the OUTPUT on the
effect.
Note: In order to mute a loop, insert a 1/4” connector into the RETURN jack only. When that
module is engaged, the audio signal will be muted.
K1-4) SEND Jacks
Sends the audio signal to the connected effect unit. Connects to the INPUT on the effect.
Program Storage
NODE stores 128 programs. Programs are stored by toggling the Write Switch or upon a
command from the PedalSync Master Controller or PedalSync TEMPEST, the MIDI Clock
Injector.
Program Recall
Programs are recalled using the PedalSync Master Controller, standard MIDI Program Change
messages on Channel 15, or the PedalSync 4 Presets chips (MV-59 or MV-59B).
On power up, NODE always loads program 1.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.33
Program Default
The program default for each of the 128 programs is all four loops bypassed.
MIDI Compatibility
NODE responds to standard MIDI Program Change messages on channels 1 and 15 only. MIDI
Program Change messages sent on any other channel will be ignored by the chip.
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DRAFT v0.2
PedalSync™
NODE KIT Assembly Instructions
Datasheet - p.34
Related Products
•
PedalSync Master Control (MV-58 and MV-58B)
•
PedalSync MV-59 and MV-59B 4 Presets Chips and Modules
•
PedalSync MIDI Splitty - MIDI Pedalboard Repeater
Many more compatible chips and devices available soon!
PedalSync MIDI PedalBoard Devices
Sturdy
Scalable
Simple™
streamline your sound™
Support
[email protected]
DISCLAIMER
Information contained in this publication regarding device applications and the like is provided only for
your convenience and may be superseded by updates. It is your responsibility to ensure that your
application meets with your specifications. MOLTEN VOLTAGE MAKES NO REPRESENTATIONS
OR WARRANTIES OF ANY KIND WHETHER EXPRESS OR IMPLIED, WRITTEN OR ORAL,
STATUTORY OR OTHERWISE, RELATED TO THE INFORMATION, INCLUDING BUT NOT
LIMITED TO ITS CONDITION, QUALITY, PERFORMANCE, MERCHANTABILITY OR FITNESS
FOR PURPOSE. Molten Voltage disclaims all liability arising from this information and its use. No
licenses are conveyed, implicitly or otherwise, under any Molten Voltage intellectual property rights.
Voodoo Lab, Ground Control, and Behringer are trademarks of their respective companies and are unrelated to Molten
Voltage.
PedalSync, Tru-Foot, Molten Voltage, Visionary Effects, ReMute, “Sturdy Scalable Simple”, “streamline your sound”,
“Design simple Design sublime”, and “the future just showed up” are all trademarks of Molten Voltage.
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PedalSync_NODE_KIT_Assembly_Instructions.doc
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