The top right-hand bank of input pins are the Digital sound-channels 1-8 audio playback select pins, also included the random and sequential play options as found on the sound 60 board

The other 8 banks of pin-sets along the back edge are for selecting which sound track goes to which output- jack matrix. ( remote amp and speaker )

Pin-set 1 (on the extreme left) relates to sound track 1- if you want sound track 1 to play-back through outputs 2, 6 and 8 you would put a jumper over pins 2, 6 and 8 on pin-set 1.

If you want to play sound -track 2 through outputs 1,3 and 5 then you would put jumpers over pins 1, 3 and 5 on pin-set 2 etc.
................Wizard-10 Manual

Programmable board will switch 8 different digital recorded audio signals to 1-8 different output channels.

User can program board to switch 8 different audio signal to any of 1-8 output channels.
Any combination of audio out channels can be activated on and off.
Controller is easy to program and setup.
Board comes with 4 minute Audio chip on board, but can be switched to 8 or 12 minute chip upgrade option.

There is 1 audio jack input for recording 8 different sounds into the Digital sound chip directly by an audio source and 8 on board line output channels jacks to remote amps and speakers setups.

There is the standard record/playback mode jumper selection along with led indicators. Board can even be set to play random or sequence sound playback when triggered

You can adjust the play-back output select jumpers at any time- they are read just before starting any new play-back.

When the audio is combined with any of the Wizard Relay boards, the system becomes an automated audio sound effects and switcher system.

(Audio source, speakers and amps not included)
(9 Vdc Regulated Power supply not included)

(Wizard board, switches, wires, not included)

Board Size: 167 x 86mm

Controller requires
12 Vdc at 2 Amp power Supply
Board is pre-assembled and tested.

Wizard-13 Manual

The Wizard 13 board provides up to 6 minutes of recording and playback time for up to 6 digital outputs, 2 PWM and 4 DAC outputs.
The Wizard 13 incorporates looping play with variable delay between loops and Voltage outputs selectable between 0 - 5V and 0 -10V .

Specifications:
Connections
Power supply- 12V DC at up to 1 amp (current requirement depends on loads). 2.1mm socket, centre positive.
Outputs: Data is logged and updated during playback every 50msecs
Digital: Six buffered digital outputs, 0/5V DC at up to 100mA each. Connections via 2-way terminal blocks
PWM: Two channels of buffered PWM , 0/5V DC at up to 100mA each. PWM frequency is 15.6kHz with 8-bit resolution. Connection via 2-way terminal block.
DAC: Four channels of variable voltage at up to 25mA each. Range jumper to select either 0-5V or 0-10V Dc range both with 8-bit resolution
AUTO-PLAY and LOOP-PLAY switches
Sync output for multi board operation
REMote start option- for interfacing to pressure pads / PIRs switches, relays, manual start buttons, etc.
Board operates from 12 Vdc at 4 Amp power supply
( 12 Vdc Power Supply, not included.)

Board Size: 100 x 150mm

Controller requires
9 Vdc at 500mA power Supply
Board is pre-assembled and tested.

Wizard-15 Manual

The Wizard 15 I/O router board provides a convenient way of matching up to 8 inputs with up to 8 outputs at 5V TTL levels. The board can accommodate normally high or low inputs and outputs and one single input may be routed to any or all of the output lines. A small led by each output indicates the current status.

Specifications:
Power Supply: 2.1mm connector, centre positive. 9V DC at 500mA
Inputs: 8 inputs via 2-way terminal blocks. The "-" connection is to the board ground. Each of the + connections is pulled to +5v by a 10k resistor.
Inputs may be volt-free or 5V TTL.
Outputs: 8 outputs via 2-way terminal blocks and a 2x8 pin header connector.
Each output is capable of sinking or sourcing up to 25mA.
On board wire header connections
Board operates from 9 Vdc power supply
( 9 Vdc Power Supply, not included.)

This board uses a positive 0-10 Vdc signal to control the position of a servo
The PIC microprocessor servo controller board provides a single channel capability of converting a positive 0 -10 Vdc adjustable control voltage input into a output suitable for driving a standard hobby R/C servo travel positions in relation to the voltage input. Voltage range 0 - 10 is directly related to servo positions
Servo travel position limits (min, max) can be pre-programmed into memory for playback.
Board can also be used to translate 0-10 dc voltage to PWM signals 1.0 to 2.0 msec
(0 Vdc =1.0 msec PWM)
(5 Vdc =1.5 msec PWM)
(10 Vdc =2.0 msec PWM)
(Various Vdc 0-10 levels provide PWM signals between 1.0 msec to 2.0 msec)

Specifications:
Servo connection pin header for quick connection.
1 - Channel Analog 0 -10 Vdc DC input.
VDC terminal block for wire connection.
Power jack for quick connection of 5 Vdc supply.
Servo output 1 to 2msec pulses.
Servo Travel 0 - 90 Degrees.
On-Board servo travel (min, max) position programming buttons.
Servo position reverse A-B, B-A travel switch on controller board.
Status LED lights
On/Off Power Switch with LED light

( power supply not included )
( Variable 0 -10 Vdc supply not included )
( R/C servo not included )

This servo-analog converter board provides a two channel capability of converting standard R/C servo PWM pulses to 0-10 Vdc and/or 0-5 Vdc outputs suitable for driving standard lighting dimmer packs or any device that requires a 0-5 and/or 0-10 Vdc variable controlled analog signal input.

Specifications:
Servo input pin headers from R/C unit.
2 - Channel Analog 0-5 and/or 0-10 Vdc DC output is available from the 4 way terminal block for wire connection.
No external power supply is required, the module takes it's supply from the incoming servo drive connections.
Servo inputs: 1 to 2msec pulses.
1-msecs servo pulse gives 0 V DC output.
2-msecs servo pulse gives 5 and/or 10 VDC output.
0-5 and/or 0-10 Vdc DC Analog outputs in 80mV increments.
125 steps between 0 and 10 Vdc available.
Maximum drive current -10mA.
Small Board Size:
3-5/8" L x 1-1/4" W x 3/4" H

Digital Relay Board can be programmed with a Delay time, a Relay On Time and a Loop function. All settings are stored in non-volatile memory. There is a 4-Line by 16 Character back-lit LCD that is the user interface for programming the different modes of operation. These modes are set up and initiated using a menu-driven display with input being made by on board pushbuttons.
The board requires 7 to 24V DC at least 100 mA power supply.
The LCD will show the Delay Time and count down information for relay activation when triggered in playback.

Maximum time allowed for time setting is 10 minutes

The program can be remotely triggered by dry contact closure to the TRIG terminal block.

Controller has remote rigger for remote activation,, Power On and Off switch, LED, sync port to trigger other boards connected. Wire terminal blocks for easy hook-up.
Programmable Recording time - 10 Minutes
Solid State Relay rated at 2 Amps

Power supply, eternal devices not included.

A unique 0-10 Vdc programmable output controller board allows user to control DC voltage output in several different ways. The output voltage is in 0.5V increments from 0 to 10V DC at up to 25 mA. There is a 4-Line by 16 Character back-lit LCD that is the user interface for programming the different modes of operation. There are 8 modes of operation available to the user. These modes are set up and initiated using a menu-driven display with input being made by 4 on board pushbuttons.
The board requires 12 to 24V DC at least 100 mA power supply.
Programmable Recording time - 10 Minutes
Some of the user modes include ramp up/down voltage, 0-10 Vdc full on, power up and hold and more.

Controller has remote trigger for remote activation,, on board potentiometer to set and program variable voltage outputs, Power On and Off switch, LED, sync port to trigger other boards connected. Wire terminal blocks, power jack for easy hook-up.

Controller can be used to operate Luxeon LED puck driver modules, Solid State Relays and Dimmers Modules, commercial special effects modules as well as operate most remote devices that are controlled by variable 0-10Vdc input control signals.

Max board output current is 25 mAmp



Power supply, eternal devices not included

This board allows the user to control DC voltage output in several different ways. The output voltage is in 0.5V increments from 0 to 10V DC at up to 6Amp current. There is a 4-Line by 16 Character back-lit LCD that is the user interface for programming the different modes of operation. There are 8 Modes of operation

The high current voltage output is handled by a DC to PWM circuit board that is mounted on and controlled by the main board. The main board outputs a low current (0 ­ 5V DC) output signal to the PWM board. This is connected at the Control Voltage Terminal. The 0 ­ 5V control signal translates to 0 ­ 10V output by the PWM board. There are 8 modes of operation available to the user. These modes are set up and initiated using a menu-driven display with input being made by the 4 pushbuttons located to the left of the display.

The Main board requires 7.5 to 24V DC at at least 100 mA.
The output voltage is in 0.5V increments from 0 to 10V DC at up to 6 Amp.


Power supply, eternal devices not included

This board allows the control of two solid state relays with an incoming voltage signal that ranges from ­5V to +5V DC. When the voltage signal drops below ­2V DC, the left relay actuates and the Bicolor LED glows green. The relay will stay actuated as long as the voltage stays at or below ­2V DC. When the voltage signal rises above ­2V DC, Relay 1 will deactivate. When the voltage signal rises above +2V DC, Relay 2 will actuate and the bicolor LED will glow red. The relay will stay actuated as long as the voltage stays at or above +2V DC. When the voltage signal drops below +2V DC, Relay 2 will deactivate. When the voltage is between ­2V and +2V DC, neither relay will be activated.

The board requires a power source capable of delivering 7.5 to 24V DC which is connected to the board via a 2.1mm power connector. The power LED will illuminate when the power switch is turned on.