Click on image for a larger view







Board Size: 6-5/8" L x 4-1/2" W
Wizard - 2 Board is pre-assembled and tested.
Controller has 7-bit Resolution.

Wizard-2 Manual

Wizard-2 Board Document

Wizard-2 Board Applications -1

Wizard-2 to Multiple Boards
Wizard-2 to MP3 Playback Board

Note:
Regulated 9 Vdc @ 2 Amp and
Regulated 6 Vdc @ 2 Amp
power supplies recommended

Product Video

The Wizard - 2 Board will record / playback up to 5 minutes of action for up to 4 -R/C type servos and 4 - digital outputs or can be selected to operate 8 digital outputs with on board relays or direct digital signal output connection pads each with 5 minutes also per channel of recording time. The board also incorporates features such as looping playback action with variable delay between start-up on power up and sensor input. A terminal connection block for remote switch, pressure pad or synch signal from other device to initiate playback sequences is built on board also.

Recording sessions are built up on a track-by-track basis - no programming is required. During recording, all previously recorded tracks are re-played to aid synchronization.

FEATURES:

- 4 Servo output channels, each capable of recording and playback of up to 5 minutes of action.
- 8 Digital channels - 0/4V dc at 100 mA outputs each capable of recording and playback of up to 20 minutes of action
- 8 on board Relays ( 2 Amp @ 30 Vdc)
- Relay wire terminal connection blocks.
- 8 direct digital control signals with connection pads.
- Potentiometer to adjust the servo positions during recording or to determine the time delay between play loops during automatic loop play - adjustable between 0 and 65 seconds.
- NEXT, PLAY and RECORD buttons.
- Record enable / disable jumper
- AUTO-PLAY and LOOP-PLAY switches
- Status LED's , Board has 7-bit Resolution.
- Many more unique features.
- Programmable Recording time - 5 Minutes

Note: An on-board jumper allows the board to be configured for 8 -Digital outputs or a combination of 4 -Servo and 4 -Digital outputs.

Unit comes with user manual and assembled board.
( Servos and 6Vdc, 5Vdc, power supplies not included )

The Wizard 3 board will record and playback up to 4 separate tracks for up to 8 R/C type servos channels and 8 digital channels. The maximum recording time per track is 3 minutes for multiple track operation or 6 minutes for single track operation. The card incorporates features such as looping action with variable delay between loops, auto start-up on power up, a connection interface for a PIR, remote switch or pressure pad to initiate playback and the ability to daisy-chain several
cards together. The card may be connected to the optional Sound Board Pro to provide audio accompaniment to the tracks.

Recording tracks are built up in real time on a channel-by-channel basis no programming is required.

During recording all previously recorded channels are re-played to aid synchronization.

NOTE: Controller requires 2 Power Supplies(1-9VDC and 1-5 or 6VDC)

( 9 Vdc @ 2 Amp and 5-6 Vdc @ 2 Amp power supplies recommended )

Regulated Power Supplies ( 5-6 and 9 VDC ) and Servos, not included.

Wizard-3 Manual
Wiz-3 Board Application

The Wizard- 4 Controller Board or Programmable
4 - Channel Relay module will record and playback up to 25 minutes of controlled ON and OFF action for1 - 4 Outputs Relays.

The board incorporates such features as looping playback, variable delay between programmed routines, auto loop, auto start-up on power up, a connection terminal for remote switch activation by manual switch, PIR sensor, pressure pad, etc, to activate playback.

Recording sessions are built up on a channel-by-channel basis - no complex programming needed, or connection to a host computer to program routines. Board has many other features including on-board programing and function selection switches, Sync output, EEPROM protection, direct digital output pins, optional user selected jumper relay activation or power down setting.
The relay contacts are rated at 30 Volt DC @ 2 Amps.
Quick wire terminal blocks are built on-board for each relay, with a common connector jumper option.
Programmable Recording time - 25 Minutes
Programming is stored in EEPROM
Board has 7-bit Resolution.
Board is powered by a 9 Volt regulated power supply connected to the on-board 2.1mm socket.

Supplied built and tested.
( Regulated 9 Volts dc power supply not included )

Super Animatronic Board

2- servos, 2- Relays, Digital Out, Sound Chip and Sound to Motion,
all on one controller board.


Enhanced Sound now with
4 minute sound chip on board

Board Size: 6"L x 4"W x 1"H

Wizard-5 Manual

Controller has 7-bit Resolution.
Wizard - 5 Board is pre-assembled and tested.

Recommended 9 Vdc @ 2 Amp power supply

Wizard - 5 Board Document

Wizard - 5 Board Applications

Product Video

The Wizard - 5 Board will record and playback up to 5 minutes of action for up to 2 servos and 2 digital outputs (on-board relays). It also incorporates a 4-minute audio recording and playback sound chip with the ability to control one servo channel either from recorded moves or from an audio signal, direct or from on-board sound chip.
The card includes features such as looping action with variable delay between loops, auto start-up on power up and a connection interface for a PIR, remote switch or pressure pad to initiate playback.
Recording sessions are built up on a track-by-track basis- no complex programming is required and no computer is needed. During recording, all previously recorded tracks are re-played to aid synchronization.

Wizard - 5 Board Features
2- Digital channels- either 0/4V @ 10mA outputs or relay rated 30V @ 2A .
2- Servo channels ­ one channel may be automatically controlled from an audio signal either from the line input or from the on-board sound chip.
4 minute, high quality sound chip- digital recording selected from either from the line input (ie from a sound card and wav files) or from microphone input.
Potentiometer to adjust the servo position and the time delay between loops in loop-play.
Digital ON-OFF, NEXT, PLAY and RECORD buttons.
Record enable/disable jumper, EEprom protect jumper.
AUTO-PLAY and LOOP-PLAY switches.
Sync output for multi-board operation.
Programmable Recording time - 5 Minutes
Remote start option- for switches, sensors / PIRs, etc.
Maximum and minimum set points to the audio servo channel, and many more features.

Power supply, Servos, not included.
( 9 Volt dc @ 2 Amp power supply needed )

Board Size:
3-4/8" L x 1-3/4" W x 1/2" H
Board is pre-assembled and tested.

Wizard-6 Manual

Wizard - 6 Document

Application Note

Product Video

The Wizard - 6 Controller is a Random and Pulse motion Servo Controller.

The controller board will operate two servo channels each with there own unique random servo motion outputs and one channel with variable speed and time pulse motion servo output.
The controller allows for setting the range of each servo's travel motion limits, along with adjustable servo speeds and random time rate features.

This controller is excellent for creating random moving eyes (Left / Right - Up / Down) and head motions, eyelid blinks or in other effects where automated random servo motion is needed using a self-contained servo motion driver board. No programming is required.
Board operates from a regulated 9 VDC @ 2 Amp power supply.

( Power supply, servos not included )

The Wizard - 7 is a 3- channel interface board that will operate a standard 12 Vdc motor in clockwise and counter clockwise rotation with speed control and activate 2 on - board relays when connected to a standard servo controller board or R/C receiver. This interface connects to any of the Wizard, Puppet boards or a R/C receiver and uses a servo output to operate in automated mode.

The on-board relays can be operated independently with latching on and off features or the two relays can be controlled together by moving an on-board jumper, allowing a single servo control channel to operate the relays as momentary on and off relays.

When this interface is connected to a Wizard, Puppet board the interface can be programmed for automated playback.

Vdc Motor driver is rated 12 Vdc @ 5 Amp continuous use.
Relays are rated at 30 Vdc @ 2 Amp load each.

( Vdc motor and power supply not included )
( Wizard board, R/C transmitter and receiver not included )

The Wizard - 8 board provides a single channel, user programmable 5 - minute digital output (relay) combined with a digital 4 - minute duration user record IC sound chip. The supplied 4 - minute ISD sound chip has great frequency response up to 3.4 KHz and a audio sample rate of 8.0 KHz. Audio can be re-recorded up to 100,000 times and can be stored up to 100 years.

One - Digital channel - either 0/4.5V @ 50mA output or on-board relay rated 30V @ 2A with wire terminal strip.
One - 4 minute quality digital IC sound chip.
Digital recording to Sound IC chip is through a direct line input (Computer sound card or output port, CD player or any sound source output).
Potentiometer to adjust the time delay between loops in playback of recorded sound and relay action ON and Off.
Digital ON - OFF and GO programming buttons, AUTO - PLAY, PLAY - RECORD and SOUND - RELAY switches. No computer is needed for programming.
Programmable Relay Recording time - 5 Minutes
Programmable Sound Recording time - 4 Minutes
Sync output for multi-board and link to other Wizard board operation
REMote start option - for interfacing to sensors, switches, remote relays, pressure pads, PIR sensors, etc.

Board operates from regulated 9 VDC @ 1.0 Amp power supply.
( Power supply, audio cable, remote audio amplifier and speakers not included.)

Board Size: 4" L x 3" W x 1/2"H
Mechanical relay rated 30V @ 2Amps

Controller requires 9 Vdc power.
Board is pre-assembled and tested.

Wizard-9 Manual

Wizard - 9 Application
Examples - Setup

The Wizard 9 board will record and playback up to 25 minutes of action for up to 2 digital / relay outputs. The board also incorporates features such as looping action with variable delay between loops, auto start-up on power up and a connection interface for a PIR, remote switch or pressure pad to initiate playback.

Specifications:

2 Digital channels- either 0/5V @ 100mA outputs or mechanical relay rated 30V @ 2Amps to wire terminal blocks,.
On board Potentiometer to determine the time delay between play loops during automatic loop play- adjustable between 0 and 65 seconds.
Digital 1, Digital 2 on-off, NEXT, PLAY and RECORD buttons.
Record enable/disable jumper protection.
Programmable Relay Recording time - 25 Minutes
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.
REM polarity select jumper- start on either +5v or 0V condition.
Board operates from 9 Vdc power supply
( 9 Vdc Power Supply, not included.)

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)

Ultimate Animatronic Board

6- Servos, 2- Relays, 4- minute Digital Out,
Sound Chip and Sound to Motion
(AutoTalk) control, all on one single controller board.

Click on image for larger view


Board Size:
7-3/8" L x 4-1/8" W x 1/2" H
Board is pre-assembled and tested.
Controller has 7-bit Resolution.

Wizard-11 Manual

NOTE:
The Wizard -11 requires
duo power supplies

9 VDC @ 1.0 Amp power supply .....
5 - 6 VDC @ 2.0 Amp power supply
(Servo Power)

Wizard -11 Controller
-vs-
Other Controllers

YouTube Videos of Animatronic
Characters using Wizard Boards

The Wizard - 11 Board will record and playback up to 6 minutes of action for up to 6 servos and 2 digital outputs (on-board relays). It also incorporates a 4-minute audio recording and playback sound chip with the ability to control one servo channel (AutoTalk) either from recorded moves or from an audio signal, direct or from on-board sound chip.
The card includes features such as looping action with variable delay between loops, auto start-up on power up and a connection interface for a PIR, remote switch or pressure pad to initiate playback.
Recording sessions are built up on a track-by-track basis- no complex programming is required and no computer is needed. During recording, all previously recorded tracks are re-played to aid synchronization.

Wizard - 11 Board Features
2- Digital channels- either 0/4V @ 10mA outputs or relay rated 30V @ 2A .
6- Servo channels ­ one channel may be automatically controlled from an audio signal either from the line input or from the on-board sound chip.
4 minute, high quality sound chip- digital recording selected from either from the line input (ie from a sound card and wav files) or from microphone input.
Potentiometer to adjust the servo position and the time delay between loops in loop-play.
Digital ON-OFF, NEXT, PLAY and RECORD buttons.
Record enable/disable jumper, EEprom protect jumper.
AUTO-PLAY and LOOP-PLAY switches.
Programmable Servos, Relay Recording time - 6 Minutes
Programmable Sound Recording time - 4 Minutes
Sync output for multi-board operation.
Remote start option- for switches, sensors / PIRs, etc.
Maximum and minimum set points to the audio servo

NOTE: The Wizard -11 requires twin power supplies.
On board electronics operate from regulated 9 VDC @ 1.0 Amp power supply
On board Relays and servo outputs operate from regulated 5 - 6 VDC @ 2.0 Amp power supply

( Power supplies, audio cable, remote audio amplifier servos not included.)

Manual operated servo driver board will move a R/C servo in response to hand held remote slide or rotary position potentiometer input.

Specifications:
1 - channel manual servo control.
Servo output 1 to 2msec pulses.
Servo Travel A-B limits can be easily set.
Servo quick pin header connection.
Wire terminal block for remote potentiometer or switch control.
Standard Servo Travel 0 - 180 Degrees.
Quick Power connection
Operates from 7-9 Vdc @ 1 Amp power supply
Note: Controller board requires Potentiometer or switch for operation.

( Board uses a 5 - 10K ohm potentiometer)
( Power Supply, not included.)
( Remote potentiometer, switch not included )
( R/C servo 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:135 x 85mm

Controller requires
6 Vdc at 4 Amp power Supply
Board is pre-assembled and tested.

Wizard-14 Manual

The Wizard 14 allows the forward - reverse programmable control of up to 6 small 3-4.5V DC motors. The board incorporates loop play with variable time delay and auto play back at power up. Up to 6 minutes of motor action may be recorded. Actions are recorded in real time and a recording session built up on a channel by channel basis.

Specifications:
Motors Connections via 2-way terminal blocks for up to 6 small DC motors with current requirements of up to 250mA each.
Programmable on board Clockwise (CW) and Counter - Clockwise (CCW) motor control.
Record enable/disable jumper protection.
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 6 Vdc at 4 Amp power supply
( 6 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.)

The AutoTalk -E2 board is similar in function with all the exact features of the original AutoTalk board developed several years ago for professional animatronic clients, in that it moves an R/C type servo in response to either an audio input signal from any standard CD player, tape recorder, sound source, but now has jumper setting for greater sensitivity in using the board from a sound source with low signal input, such as found on a digital sound chips or direct connected mic amplifier and dynamic microphone setup. The board has an on-board voltage regulator for using a variety of voltage sources including the use of a battery for remote applications, a quick connector for connecting power, LED power status indicator and enhanced output to operate a standard R/C servo with greater response. The controller includes the function to set both the servo end travel points, an important feature when working with various mouth jaw sizes, the servo arm direction of travel can also be quickly changed by an on-board jumper and the sensitivity of the audio input signal through the improved on-board gain control have also been enhanced for greater response.

( 9 Vdc Power supply, servos, sound source not include )

Note: When using a Dynamic Microphone that is not amplified, an optional Dynamic Microphone Amplifier is needed between the mic output and AutoTalk audio input.

The Programmable Single Relay Module has sufficient memory to record up to 4.5 hours of Relay ON/OFF programmed actions.

Programming is easily done on-board with a set of jumpers.
Playback can be initiated by remote switch, or set for repeat looping playback.
The relay contacts are rated at 24 Volt DC @ 0.5 Amps and have no relay closure sound when activating.
Programmable Relay Recording time - 4.5 Hours
Programming routine is stored in EEPROM.

The module draws only 4 mA and 15 mA with the relay energized.

The Programmable Single Relay Module is small
only 1-7/8" L x 1" W x 5/8" H ( 9 -Vdc battery size )

Uses a 9 Volt battery or 9 Volt dc AC wall adapter.

Supplied built and tested.
( 9 volt power supply not included )

Great for triggering sound boards, animatronics use.

The Programmable Single Relay - B Module is similar to the Relay - A module with memory to record up to 4.5 hours of Relay ON / OFF programmed actions, but has a bigger relay on-board to handle larger loads ( 24 Vdc @ 2 amp), power On / Off switch, status LED's and on-board solder pads for permanent wiring directly to board.

Programming is easily done on-board with a set of jumpers.
Playback can be initiated by remote switch, or set for repeat looping playback.
Programmable Relay Recording time - 4.5 Hours
Programming routine is stored in EEPROM.

Uses a 9 Volt battery or 9 Volt dc AC wall adapter.

Supplied built and tested.
( 9 volt power supply not included )

Great for the Animatronics and Haunted Industry.
Very versatile relay board.

The ANIMATE BOARD is a 9 Volt dc powered full feature Sound, Motion and Switched ON / OFF output control interface board.

The controller has on-board sound recording and playback in to a 20 second sound chip with microphone and speaker output and up to 40 seconds of recorded and playback motion saved to a EEPROM for 4 standard +5 Vdc servos and control of 4 digital switched ON and OFF outputs at + 4.5 Vdc (100 mA) per channel action.

The Animate board incorporates many features such as looping playback servo motion with variable delay between loops. An auto start-up on power option and on board connector for remote activation switching such as a PIR sensor, contact switch or mat pressure pad to initiate servo playback and on- board sound output.

Recording sessions are built up on a channel by channel process - no complex programming is required.
During recording, all previously recorded channels are re-played to aid synchronization the current channel being programmed.Programming is easily done, with a set of push button keys and control potentiometer built onto the board.Speaker connection terminal allow the addition of an 8-16 ohm speaker which can be driven directly from the Animate board .Motion, Sound and Switched ON / OFF outputs are all controlled from a single board.Connection pins on-board for servos, output hookups.

Programmable Servo Recording time - 40 Seconds
Programmable Sound Recording time - 20 Seconds
( 9 Volt dc - 2 Amp Power Supply, Servos and Speaker not included ).......

Small controller for single servo control with up to 4 minutes recording time, loop playback with variable time delay between loops, auto start-up and easy recording features. Several modules may be daisy chained together and controlled from one master module.

The Puppet servo controller includes the following features:

- Single channel servo control
- Up to 4 minutes recording time
- Small modification to board, allows a servo to be
controlled by a hand push button switch, great for
Costume Animatronic Head control.
- Programmable Servo Recording time - 4 Minutes
- Full 180 degree rotation pulse train (for servos that can physically rotate 180 deg)
- Looping play with adjustable time delay between loops Record edit function
- Synchronization pulse for multiple unit operation

( 5 Volt dc power supply and Servo not included )

Small controller for single servo control with up to 4 minutes recording time, loop playback with variable time delay between loops, auto start-up and easy recording features. Several modules may be daisy chained together and controlled from one master module.

The Puppet Controller has an additional digital channel with a 1A @ 24 Vdc rated relay.
Record your servo channel first and then superimpose the digital channel whilst the servo is playing
The Puppet servo controller includes the following features:
- Single channel servo control
- Programmable Servo , Relay Recording time - 4 Minutes
- Full 180 degree rotation pulse train (for servos that can physically rotate 180 degrees)
- Looping play with adjustable time delay between loops Record edit function
- Synchronization pulse for multiple unit operation

( 5 Volt dc power supply and Servo not included )

.YouTube Videos of Animatronic
Characters using Puppet Controller

The Joystick Servo Controller is a dual channel servo controller capable of direct manual servo, relay control and with recording option of up to 13 minutes of servo and relay action, interfaced to a standard game joystick.

The board features loop playing with variable delay, synchronized playback, can be linked with several other boards for multiple servo applications, has servo movement limit setting and a single relay channel output.

Joystick forward and backwards controls servo one motions.
Joystick left and right controls servo two motions.
Thumb button = playback / recording
Trigger button = relay ON/Off control.

Pressing down and holding the Thumb button will activate the record option where joystick / servo motion is recorded to an on-board EEPROM for playback up to 13 minutes.
Playback motion can be later activate by pressing the finger button, anytime, even between manually servo control.
Board power is provided by plug-in wall unit, or optional mobile power supply and will operate both joysticks and servos.
Programmable Servo, Relay Recording time - 13 Minutes.

NOTE: Analog Joystick with DB-15 connector required. Will not work with new USB type joysticks.
( 9 Volt dc Power supply, Servos and Joystick not included )

Joystick Adapter Kits- Build Your Own Joystick Interface
( Joystick, power supply, servos, not included )

Puppet-3 Manual


Joystick Controller Document

Joystick Controller Applications

Product Video

Circuit board size :
4-1/4" L x 2-3/8" W x 1" H
Assembled and Tested


Switched Servo Set-up

Solid State Relay Rated:

1 - 12 VDC at 1 Amp

Control board for manual operation of a single R/C type servo by remote switch, relay, wireless control or external automated controller signal pulse.
( Servo travel positions A to B or B to A, under switch signal operation ) When remote manual switch is activated servo arm will move to pre-programmed position (Min / Max) and return back to start pre-programmed position when remote switch is de-activated If remote switch is held active servo arm will stay in position until switch is de-activated.
Board also has on board Solid State Relay that can be manual operated On and Off with remote switch, external relay pulse, wireless controller.

Controller includes the following features:
- Single channel servo control.
- On-board connection for remote switch or relay.
- On-board Servo and Power Connection terminals.
- On-board travel adjustment for Servo Movement.
( A through B Min and Max positions )
- On board servo reversal switch
- Program buttons allow servo arm to be positioned with Start and Stop at any position between A and B travel and recorded to memory for playback.
- Servo Travel Position A to B - B to A control.
- Solid State Relay rated at 2amp switching (Com, NO.terminal contacts)
- 7-12 Vdc operation - Wall power or Mobile Battery
- Wire terminal blocks, Status LED's power connector, servo header pins.

(Power supply, hand switch button unit and servo not included )

Hand / Palm switch units can be custom designed to fit your unique needs. Call Blue Point Engineering for more information on a custom design.

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 board was designed to allow the manual positioning of a servo in 3 user pre-programmed positions ­ Left, Center and Right positions.
When VDC input (5-12V DC) Manual Switch, Remote relay or RF system relay closure is received at the 2 input control connectors on the board ,the servo travel is sent to that position, left, right, and center represented by the inputs. When no input is present, the servo will go to the center position and hold. Each servo position can be held at, or momentary reached and moved on.
User can pre-program each of the 3 servo end positions ( L, C, R ) which is recorded and stored on board EEprom directly through on-board electronics.

Power to the servo can be supplied by the board itself, or from an external power supply connected at the Servo Power Connector. The board power connection configuration also allows for a servo with different voltage requirements beyond 5 Vdc to be used.

The board requires 7.5 ­ 24V DC which is attached to the board at the 2.1mm barrel connector or the Alternate Power Connector.

Switch or remote relay applications require a 5-12 Vdc source pass through to controller board inputs.
The control voltage for a remote switch, remote relay can come from the on board power connector or by a separate power source.

( Power supply, servos, switch, relays, RF unit not included )

This unique board moves 2-R/C servos to user set positions 1-10 when switches 1-10 are activated

A 10 channel switch input board connected to the main controller board allow you to use manual switches or the closure of relays (Dry Contact) to move the 2 servos to 1-10 pre recorded positions.

User can set the servo positions (1-10) of each servo and then record the positions to one of the 1-10 switch input channels.
When a switch (1-10) is activated, the 2 servo will move to that position recorded and hold until the next switch is activated with the servo moving to that position.

An optional Switch Input / Solid State Relay board is also available. This board will position the 2 servos to the pre recorded position and will also turn on a Solid State Relay for the specific switch activated. The SS relays can be use to trigger a specific sound channel on an audio board, activate other control boards, trigger special effects or lighting effects, etc. The SS relays can be set to trigger for only a few mill-seconds or stay on for a period of X time, by adjusting an on-board potentiometer for the SS relay outputs,

Boards have quick wire terminal connections
On Board servo position potentiometers
Test Buttons. LED status Indicators
Board requires 2 power supplies, (9Vdc, 5-6Vdc)

( Power supplies, servos, switches, not included )

Main Board Size:
7-1/4" L x 4-1/2" W x 1-3/4" H

Remote Power Board Size:
4-3/4" L x 3" W x 1/2" H

Solid State Relays Rated:

1 - 12 VDC at 1 Amp

Power Supply
12-24 V DC @ 1Amp ..

Controller Instructions

Controller to SS Device Examples

This board was designed to allow the control, recording and playback of four 0-10V analog and two 5V or 10V (all at 50 mA or less) digital outputs in manual or programmed control.
Up to 13 minutes of activity can be recorded and played back.

The playback can be automatically repeated when finished after a delay time period, set by the user, from 1 second to 10 minutes. Playback can be triggered by pressing the on-board Play button or by dry contact closure connected to the Remote Trigger terminal blocks on either the Main Board or the Daughter Board. Status LEDs on both boards indicate the mode (Manual, Playback or Record) that the board is in.

The four 0-10V analog outputs are controlled by 4 slide potentiometers on the Main Board. For each of the analog outputs, there is a green LED that will change brightness as the voltage changes. There are 2 small tactile switches on the Main Board that control the 2 digital outputs on the Daughter Board.
The output of these 2 digital outputs can either be 5V or 10V as set by the 2 small slide switches on the Daughter Board. When the outputs are on, an associated red LED on the Daughter Board lights.
The Daughter Board is connected to the Main board by a 6 foot ribbon cable.

The Analog Outputs can be connected to Solid State Dimmer Modules and the Digital Outputs can be connected to Solid State Relays to create an AC Voltage based Lighting and Effects Control Center.


Power Supply, SS Dimmer Module, Solid State Relay devices not included

This unique BPE exclusive controller uses a pre-programmed PIC Microprocessor to manually drive up to 4 model / hobby R/C servo motors simultaneously from 2 on board mini joysticks. On-board mini joysticks move the corresponding servo motor over their full travel range when moved. Controller also has on-board Solid State Relay controlled by micro push button switch. Small board design, entire board fits into the palm of your hand!

Solid State State Relay rated 12Vdc @ 1 Amp.
3- Pin Headers for quick servo connection.
Quick power connector on-board. Center positive 2.5mm jack.
On-board Mini Joysticks - 2 axis control per unit.
Each mini joystick controls 2 servos. ( 4 servos - 2 joysticks ).
Master power On and Off switch and status LED.
Relay On and Off status LED and quick connection wire terminal block with SS Relay - COM and NO connections.
Small Board size : 3-7/8" L x 2-1/2" W x 1" H.

Requires 5 Volt dc @ 2 Amp power supply.
Servo motors , Power supply - Not included.

Small control board allows independent manual control of any positions between A-B / B-A for two standard R/C servos by remote connected switches.

Controller includes the following features:
- Dual channel servo control.
- Independent channel Switch Control.
- On-board connection for remote switches (2)
- Full 180 degree rotation pulse (for servos that can physically rotate 180 degrees)
- 5Vdc operation - Wall power or Mobile battery
- Controllable servo travel Position A-B and B-A
- Servo Position can be stopped and held at any positions between A-B or B-A
- Small PCB Board
- On board power regulator, allowing controller board to operate from any 6-24 Vdc power supply.

( 9 Volt dc Power Supply, Switches, Servos not included )

Switch units can be custom designed to fit your unique needs. Call Blue Point Engineering for more information on a custom controller.

EEPROM Master Copy will duplicate the data stored in the EEproms used in the Puppet Board, Animate Controller Board and Wizard Controller Boards.

Very simple to use- load the recorded EEprom into the master socket, load a blank EEprom into the slave socket and press Go.

(For use with EEprom- 24LC256 and 25LC640 Chips)

Instruction guide, assembled card ready to use.

( 9 Volt dc Battery not included )

....... ..EEprom Copy Boarb Manual

....... ..EEPROM Copier Document

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

Convert standard DC motors such as car windscreen motors into a powerful servo motor with this driver board.

Drive options include either standard R/C servo input signals (PWM 1-2msec pulse repeated every 20msecs) or 0 - 5V input.
Board may be configured for servo action or variable speed reversing DC motor drive.
Supports motors fron 9-24 Vdc up to 5A continuous current.

NOTE: Requires motor supply and 5V DC for the electronics (must be separate supplies or well isolated from each other)

NOTE: Some motors may have a hum when driven by the Motor Controller due to the design of the motor coil windings.

( power supply not included )
( DC motor, potentiometer, servo wires not included )

Unique microprocesson on - board will operate mini reed relays in random patterns as remote switch / relay input is activated momentary on.
Random pattern has 1- 6 possible channel selections each time remote input switch / relay is activated

Relays are rated 1 Vdc @ 0.5 Amp
On-board LED status indicated which relay channel is active.
Quick wire terminal blocks for hook-up to relays and wire terminal block for remote switch, relay input.
Board has ribbon cable connection for use with Sound Board Pro module.
On and Off Power switch connection with power jack and LED power indicator.
Reed Relays are momentary closure when activated.
Module operates from 9-12 Vdc regulated power supply.


( Remote Switch or Relay not include )
( Sound Board Pro ribbon cable not include )
( Power supply not include )

Unique microprocesson on - board will operate 6 - mini reed relays in sequence starting at relay -1 as remote switch / relay input is activated momentary on and move up each channel as remote switch is activated
Once sequence reaches channel - 6 cycle restarts back to channel -1.

Relays are rated 1 Vdc @ 0.5 Amp
On-board LED status indicated which relay channel is active.
Quick wire terminal blocks for hook-up to relays and wire terminal block for remote switch, relay input.
Board has ribbon cable connection for use with Sound Board Pro module.
On and Off Power switch connection with power jack and LED power indicator.
Reed Relays are momentary closure when activated.
Module operates from 9-12 Vdc regulated power supply.

( Remote Switch or Relay not include )
( Sound Board Pro ribbon cable not include )
( Power supply not include )

This small board will be found invaluable for projects and models using R/C type servos.

Test and calibrate hobbyist "R/C - Radio Control" type servos.
- Manual and Automatic Modes
- Variable speed 90 degree sweep facility
- Stand alone servo sweep function for animations
- 0 and 90 degree calibration LED Light (1ms and 2ms pulse widths check)
- Calibration LED light every 15 degrees

In Automatic mode, Servo-Check produces a pulse stream that makes the servo traverse smoothly through 90 degree at a speed determined by the potentiometer setting (approx 0.5 to 5 secs / 90 degree ).

Advanced users can add 2 standard 10k linear potentiometers to adjust the end stops for a simple, stand-alone animatronic controller module.

In Manual mode, the servo position is fully adjustable from 0 to 90 degrees by using the thumbwheel. Manual mode generates a standard servo pulse stream. The width of the pulses varies between 1.0msecs and 2.0 msecs depending on the position of the potentiometer. Turning the potentiometer fully to either end of its travel will cause the LED to light indicating that either a 1.0 or 2.0 pulse width which should correspond with a servo angle of either 0 or 90 degrees. Additionally, as the potentiometer is turned, the LED will light at positions corresponding to15, 30, 45, 60 degrees and 75 degrees , thereby providing a field calibration setup.

Works from standard 5-6 VDC supply and includes 3-pin header for all standard servos.

Supplied built and tested, ready for immediate use.
( 5 Volt Power supply and Servo not included )

This small board will operate an electric solenoid, or air valve
On and Off from very slow to extremely fast as needed.
On board adjustment allow for speed, time On / Off settings.

Board output power control 12 - 24 Vdc, @ 10 Amp Max.
Controller has Time and Dwell adjustable settings
Can be configuration for Burst mode or Continuous mode
output operations from remote switch, manual or relay setup.
Jumper Setting for Auto Start up features.
On - board wire terminals for trigger switch, power input, solenoid or valve load connection.

Great Haunted Prop Controller, Air Cannon Controller
( Power supply, switch and solenoid / Valve not included )

Control Board will record and playback up to 5 minutes of servo motion for 2 standard 5 Vdc hobby R/C type servos and record and playback 2 digital Solid State Relay switched ON and OFF output.

The board incorporates many features such as looping playback servo motion with variable delay between loops. An on board connector for remote activation switching such as a PIR sensor, contact switch or mat pressure pad to initiate playback.

Recording sessions are built up on a channel by channel process - no complex programming is required. During recording, all previously recorded channels are re-played to aid synchronization the current channel being programmed. Programming is easily done, with a set of push button keys and control potentiometer built onto the board.
No host computer or other programming device is needed to operate the board,

Duo Power supplies, Servos, not included.
( 9 Volt dc @ 800mA power supply needed )
( 5 Volt dc @ 2 Amp power supply needed )

Specifications:
2- Digital channel- Solid State Relay output rated 2 Amp (On/Off Control).
2- Servo channels ­ Operate R/C servos
Potentiometer to adjust the servo positions.
Programmable Recording time - 5 Minutes
Potentiometer to adjust the time delay between loops in loop-play.
Programming Buttons RELAYS ON-OFF, SERVOS, RECORD buttons.
Record enable/disable jumper, EEprom protection switch
Remote start option- for switches, sensors / PIRs, etc
Many more features.

Board Size:
4-7/8" Long x 3" Wide x 1-3/8" High

Controller Requires Duo Power:
5 Vdc @ 1 Amp Power Supply and
9 Vdc @ 800 mA Power Supply ....

Board is pre-assembled and tested.

Controller Instructions

Controller Board will record 3-(12.5 minutes each routine) and playback the 3 different programmed servo routines to one standard hobby R/C type servo when activated. Manual operated on board Solid State digital relay has switched ON and OFF output. 3 - different servo control routines are pre-recorded into memory by the user. Programmed routines are then played back to servo by selecting 1-3 manual playback switch, or setting the board to looping or sequence function.
Board can be set to sequence function, where each servo routine is played back as channel 1 is activated. On board looping playback feature lets board run automatically. On board relay and servo routinesi can be activated by maual switch, remote relays or even by wireless hand held control.

Recording sessions are built up on a channel by channel process - no complex programming is required. Programming is easily done, with a set of switches and a control potentiometer built onto the board.
No host computer or other programming device is needed to operate the board.
Board is triggered by manual switches, remote relays or even by wireless hand held control.

Duo Power supplies, Servos, not included.
( 9 Volt dc @ 800mA power supply needed )
( 5 Volt dc @ 1 Amp power supply needed )

Specifications:
1- Manual operated Solid State Relay output rated 2 Amp (On/Off Control).
1- Servo channels ­ Operate R/C servo
3- Programming memory modules (12.5 minute record time each)
Potentiometer to adjust the servo positions.
Switch connection terminal blocks on board.
Many more features.

Board Size:
7" Long x 3-5/8" Wide x 1" High

Solid State Relays Rated:
1 - 12 VDC at 1 Amp

7.5 - 12Vdc @ 900 mA Power Supply ....

Board is pre-assembled and tested.
Controller Instructions

Control Board will record and playback up to 13 minutes of Solid State Relay switched ON and OFF output action.

The board incorporates many features such as looping playback with variable delay between loops. Recording sessions are built up on a channel by channel process - no complex programming is required. During recording, all previously recorded channels are re-played to aid synchronization the current channel being programmed. Programming is easily done, with a set of push button keys and control potentiometer built onto the board. No host computer or other programming device is needed to operate the board, Board is silent, no mechanical relay noise when operating.

Specifications:
8 - Digital channel Solid State Relays.
Relay outputs rated 2 Amp each ( On / Off Control ).
Potentiometer to adjust the time delay between loops in loop-play.
Programmable Recording time - 13 Minutes
Programming Buttons RELAYS ON-OFF, RECORD buttons.
Record enable/disable jumper, EEprom protection switch
Many more features.

Power supply not included.
( 7.5-12 Volt dc @ 900mA power supply needed )

This unique system consists of 2 boards ­ a Programming Board and a Playback Board. It is designed to allow the user to program the length of time that a 3 Amp Solid State relay stays on and stays off once triggered. The user can also program the on and off cycle to repeat continuously. The relay on time can range from 1 second to 10 minutes. The off time can range from 1 second to 30 minutes. When programming, the Programming Board is connected to the Playback Board via a 12" ribbon cable. After programming, the Programming Board can be removed from the Playback Board. The Playback Board will then be in Playback Mode, awaiting a trigger (dry contact closure). Once triggered, the playback Board will operate the SS relay. If the Programming Board remains attached to the Playback Board, the LCD will display the relay status and count down the time remaining for the on and off times. All settings will be stored in non-volatile memory. Board will work on 7.5 to 24VDC. The status of the SS relay is also indicted by a red LED next to the relay.

SS Relay = 3 Amp

Board requires 7.5 -12 Vdc @ 800 mAmp power supply
(Power supply not included)

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 1 Amps

Power supply, eternal devices not included.

Board Sizes:
5" Long x 2" Wide x 1" High

12Vdc @ 900 mA Power Supply ....

Board is pre-assembled
and tested.

Programmable Relay Board - 1
Controller Board will program the on and off operation of one 10-amp rated on-board relay. The program can last up to 12 minutes in length. Recorded program playback entered, can be started by pressing Play switch or connecting to a dry contact switch closure for remote triggering. Board features program loop
Requires 12VDC power supply (not included)

Programmable Relay Board - 2
Controller Board will program the on and off operation of two 10-amp rated on-board relays. Relays can be programmed to operate completely independent of each other and the program can last up to 6 minutes in length. Recorded program playback entered, can be started by pressing Play switch or connecting to a dry contact switch closure for remote triggering. Board features program loop
Requires 12VDC power supply (not included)

Specifications:
Relay outputs rated 10 Amp each

Power supply not included.
( 12 Volt @ 900mA power supply needed )

Recorder Board Size:
5" L x 4" W x 1/2" H

4- Ch Joystick Servo Recorder Board
Recorder Board Size:
5" L x 4" W x 1/2" H
Ribbon Cable = 8 Feet

Click on Image for a Close Up View
Remote Servo Connection

Servo Connection Board Size:
2-5/8" L x 1=3/4" W x 1/2" H
Ribbon Cable = 6 Feet

Playback Board Size:
4-1/2" L x 2-1/4" W x 1/2" H



EEPROM Board Size:
1-1/4" L x 3/4" W x 1/2" H

Click on image to see EEPROM on
Playback Board

Optional Slide Potentiometer Board
Slide Potentiometer Board Size:
5-1/2" L x 3-1/4" W x 1" H
Ribbon Cable = 3 Feet

Operation Manual .... Application Notes

This unique controller board set consists of 4 boards, a 4-Channel Servo Recorder with remote attached Joystick or optional Slide Potentiometer Board. A stand-alone 4-Channel Servo Playback Board and a quick connect remote extension Servo Connection Board.

The 4-Channel Servo Recorder and Joystick board will record up to 4 servo signals simultaneously and store them on individual on-board EEPROMS when activated. Up to 10 minutes of servo activity can be recorded to the EEPROM's. The mini joystick board or optional slide potentiometer board make it easy to puppet the 4 servos in smooth sync movements and start the record board for the servo actions to be recorded for later playback.

Once you have recorded your servo routine program, you then flip a switch on the Recorder Board, press a button to download all 4 servo pre programs you just created to a single 8-pin EEPROM. This EEPROM is then removed from the Recorder Board and placed on the stand-alone Playback Board. The EEPROM is on an easy to use board adapter that also has an area to write a label of what the EEPROM holds . With the easy to use EEPROM board setup, you can quickly program the same show on other multiple EEPROMs, and place them into another stand-alone Playback Board or collect different servo show routines on sets of EEPROMs, drop in these earlier pre-recorded EEPROM and have a different and new show runing on the playback board in seconds.

The Playback Board will play the servo routine back from the EEPROM whenever it is triggered by a dry contact closure, manual switch, or various sensors. There is an adjustable potentiometer on the Playback Board that will prevent the board from being re-trigger for 0 to 6 minutes after the program completes playing.

The Stand-alone Playback board also has a1-Channel Solid State Relay (2 amp) on board that will activate every time the board is triggered, There is an adjustable potentiometer on-board that lets you set the relay ON time. This relays is great for triggering other attached controller boards, MP3 sound boards or activating other effects, devices connected.

The remote extension Servo Connection Board makes it easy to connect the 4 servos to the recorder or playback board without having to un-connect and re-connect the individual servo wires as you move between recorder and playback boards. This extension board makes it easy to install a set of servos and connect to a playback board or recorder board at a different location.

The optional Slide Potentiometer board can also be used in place of the Joystick board. The slide potentiometer has 4-Ch slides that can be moved as needed up and down to position the servos. The board connects to the main logic board by an 8 foot ribbon cable.

Optional 4-Ch Slide Potentiometer Board w/ Cable, additional EEPROM boards and more Playback Boards can be purchased separately as needed.

Recorder Board require 7.5 to 24 Vdc at 200 mA supply
Playback Board require 7.5 to 24 Vdc at 200 mA supply and 5-6 Vdc at 4 Amp power supply to power servos

Relay Rated: 12 Vdc at 1 Amp

( Servos, power supplies not included )

Control Board will record and playback up to 5 minutes of servo motion for 3 standard 5 Vdc hobby R/C type servos.

The board incorporates many features such as looping playback servo motion with variable delay between loops. An on board connector for remote activation switching such as a PIR sensor, contact switch or mat pressure pad to initiate playback.

Recording sessions are built up on a channel by channel process - no complex programming is required. During recording, all previously recorded channels are re-played to aid synchronization the current channel being programmed. Programming is easily done, with a set of push button keys and control potentiometer built onto the board.
No host computer or other programming device is needed to operate the board,

Duo Power supplies, Servos, not included.
( 9 Volt dc @ 800mA power supply needed )
( 5 Volt dc @ 2 Amp power supply needed )

Specifications:
3- Servo channels ­ Operate R/C servos
Potentiometer to adjust the servo positions.
Potentiometer to adjust the time delay between loops in loop-play.
Programmable Recording time - 5 Minutes
Programming Buttons SERVO 1,2,3, PLAY buttons.
Record enable/disable jumper, EEprom protection switch
Remote start option- for switches, sensors / PIRs, etc
Many more features.

Control Board will record and playback up to 4 minutes of servo motion for one standard 5 Vdc hobby R/C type servos and sequence of on/off relay closures

You record a sequence of on/off relay closures and the independent movement of a R/C servo to on board EEprom memory. Programming is easily done, with a set of push button keys and control potentiometer built onto the board. Recorded program playback entered, can be started by pressing Play switch or connecting to a dry contact switch closure for remote triggering. Board features program loop Requires 7.5 - 24V DC for operation. ( not Included)

Relay outputs rated 10 Amp each
Programmable Recording time - 4 Minutes

Servo, Power supply, not included

Control Board will record and playback up to 6 minutes of servo motion for one standard R/C type servos and sequence of on/off action to one Solid State Relay.

You record a sequence of on/off relay action and the independent movement of a R/C servo to on board EEprom memory. Programming is easily done, with a set of push button keys and control potentiometer built onto the board. Recorded program playback, can be started by pressing Play switch or connecting to trigger input port for remote activation by switch or sensors. Board features program looping with variable delays, Trigger input and Sync output to connect to other control boards. Servo travel min and max limits can be programmed into controller
LED status lights aid in programming and operation. Board has On and Off power switch, EEprom lock out to protect recorded routine from being accidentally erased. On board servo connection header pin, and connection wire terminal blocks.

Requires 7.5 - 12V DC @ 900mA power supply for operation. ( not Included)
Solid State Relay is rated at 2 Amps
Programmable Recording time - 6 Minutes
Servo, Power supply, sensors not included

Board allows the control 3 solid state Relays and 6 Servo Motors. The user can program an On Time for each relay, min and max servo movement limits, up to six minutes of servo movement for each servo and a Loop Time. For the relays, the On Times can be different and can range from 0 seconds to 5 minutes. The Loop Time can be from 0 seconds to 5 minutes as well. The board can be triggered by applying a dry switch closure at the Trigger terminal or by pressing the Trigger pushbutton. An AutoStart switch is provided so that, if switched on, the board will immediately go to waiting for a trigger event to start the playback. The user enters all time settings via menu-driven LCD. The servo movement is programmed via the on-board potentiometer. The board requires 7.5V to 24VDC at 100 mA. Due to the large current required by the servos, a separate terminal is provided for supplying 5V from a separate power supply.

( Servo, Power supply, 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 was designed to output either 0 ­ 5V or 0 ­ 10V at up to 80 mA using input from a single servo signal or a remote potentiometer (slide or rotary). The input source and the voltage range is selected with small slide switches located on the board.

Operation:
Attach power (12V 500 mA min) to the board at either the 2.1 mm barrel power connector or the 2-position terminal block adjacent to it. If using a servo signal for control, attach your servo input to the 3-pin Servo Input header. The white (or yellow) wire for the input should be on the pin furthest from the edge of the board. If you are using a servo signal to control the output, switch the Input Select Switch to the "S" position (Servo). If using one of the remote potentiometers for control, attach the remote board to the main board with the 3' ribbon cable and switch the Input Select Switch to the "P" position (Pot). Switch the Output Selection Switch to the range that you want, 0 ­ 5V or 0 ­ 10V. These switches can be changed at any time. Attach your loads to the outputs. Observe the polarity and make sure that they will not draw more than 80 mA. Turn on power to the board. The red Board Power LED will light on the Main Board and the Remote Pot Board (if attached). The output will now respond to the Servo or Pot input signal.

Note: Max 80 mA load at 0-10 Vdc or 0-5 Vdc
Board requires a 12 Vdc @ 900 mA power supply

(Power Supply, Servo Output Board, Jumper Wires, Not included)

User programmable board controls the timed activation of 3 independent relays. For each relay there is a delay. The relays and delays operate in a sequence and are all individually programmable down to 25ms
Board operation can be set for repeated or looped playback.

The times for each relay or delay are displayed on a removable, backlit LCD display. Triggering the event can be accomplished remotely by attaching a normally open (NO) dry contact to the input terminal strip next to the Go Button. Each Relay has Normally Open (NO) and Normally Closed (NC) Contacts and a LED that indicates when each relay is activated.

The Programmable Events Sequence Relay Board can control entire scenes worth of lighting effects and pneumatic operations.

Board requires 12Vdc @ 800 mA for operation
Relay contacts rated at 5 Amp

Power supply, eternal devices not included

Board Size:
7" Long x 3-1/2" Wide x 1" High

Solid State Relays Rated:
1 - 12 VDC at 1 Amp

7.5 - 12Vdc @ 900 mA Power Supply ....

Board is pre-assembled and tested.
Controller Instructions

This board allows the individual control of 8 Solid State Relays. For each relay, the user can program an On Time, an Off Time and a Loop Time. The times can be different for each relay and the time intervals can range from 0 seconds to 5 minutes. The relays can be triggered individually or in sequence by applying a dry switch closure at the respective terminal or pressing the associated test pushbutton. An AutoStart switch is provided so that, if switched on, the board will immediately go to waiting for a trigger event to start the playback. The user enters all times via menu-driven LCD.

The board incorporates many features such as looping playback, sequence of relays from a single input, relay cascading where relays activate one after another based on the programmed times once triggered.
Board is silent, no mechanical relay noise when operating.
One switch can activate multiple relay outputs.

Specifications:
8 - Digital channel Solid State Relays.
Relay outputs rated 1 Amp each ( On / Off Control ).
LCD for setting programing / relay functions
On board test button to trigger each relay channel
Programmable Recording time - 5 Minutes each channel
Programming Buttons and LCD Display for easy programming
Sync port for triggering other boards connected.
The board requires 7.5V to 24VDC at 100 mA.
Many more features.

Power supply not included.
( 7.5-12 Volt dc @ 100mA power supply needed )

This board allows the user to simultaneously trigger 1-3 solid state relays after a random interval has expired. The random time interval can be limited to any time within 1 second to 15 minutes. The random time interval starts when a dry contact closure occurs at the Trigger 1 terminal block.
When the random time interval has expired, 1-3 relays activate. The time that each relay is activated is programmed in by the user and can be anywhere between 1 second and 15 minutes.
When the last relay has shut off, the user has the option of looping this procedure after a programmed delay period of 0-15 minutes. When the delay period expires, the board picks a new random delay period between one second and the maximum value programmed in by the user and the cycle repeats until the Menu button is pressed or power to the board is reset. At any time during the random time interval, the user can activate Trigger Terminal, T2 which will cause the board to immediately jump out of the random time interval and activates 1-3 relays.

Solid-State Relays rated 12Vdc @ 1 Amp each

Requires power supply ranging from 7.5V to 24V DC at 100 mA.
Servo motors , Power supply - Not included.

Main Logic Board Size:
7" L x 5" W x5/8" H

LED Status Board Size:
5-3/4" L x 4 1/2" W x 1" H

Optional Remote LED
Status Board Size:
5-3/4" L x 4 1/2" W x 1" H

Description:
This unique 2 board setup was designed to allow the user to select and control 1 of 12 Solid State 2 Amp Relays using 3 inputs. When the process is started, the 12 channels are cycled through one at a time at a rate of 1 per second to 1 per 3 minutes. This rate is controlled by an on-board potentiometer on the Main board. Once the desired channel is indicated, and a second switch is activated, the scanning can stop and the associated relay can be activated by a third switch. All switch inputs are dry contact, normally open terminals to which a contact closure can be attached. When finished with the current relay, the scanning can be resumed by activating switch one again. A Remote board is attached to the Main board via a 6' ribbon cable. This board has indicators showing which of the current channel is active and when the associated SSR is activated. Control switches can be attached to either the Main board or the Remote LED status board.

Operation:
Once power is applied to the board, a green LED on both the Main board and the Remote board will come on. The board is now waiting for a contact closure at the Start terminal block. Once this is received, the board starts scanning at the rate set by the on board potentiometer. A yellow LED on the Remote board indicates which channel is currently active. When the desired channel is indicated, a contact closure at the Stop terminal block will pause the scanning. The yellow LED for the current channel will flash 3 times indicating that scanning has stopped. The user may now activate the associated SSR by dry contact closure at the Act terminal block. The board will stay on this channel until a contact closure occurs at the Start terminal block at which time the scanning will resume where it last stopped.

Solid-State Relays rated 12Vdc @ 1 Amp each

Requires power supply of 9V DC at 1 Amp
Switches, Hookup wire, Optional LED status board Not included.

Main Logic Board Size:
7" L x 3" W x 1" H

Relay Board Size:
5-1/2" L x 5-3/4" W x 1" H
Relays Rated: 10 Amp

Remote Switch Board:
4-7/8" L x 2-1/8" W x 1" H

This controller consists of 3 boards - a Main Board, a Relay Board and a Switch Board - that will allow the user to control the operation of 12 high current SPDT relays as toggled and/or latched relays.

The switch board is connected to the Main Board by a 6-foot ribbon cable. The Relay board is connected to the Main Board by a 3-foot ribbon cable.

On the Main Board, there is a 12-position DIP switch that allows the user to individually set how each relay will operate when triggered. This can be either momentary or toggle. Momentary means that the relay will only actuate as long as the associated input on the Switch Board is closed. Toggle means that when the associated input on the Switch Board is closed, the relay will change state ­ on or off ­ and remain in that state until the input is closed again.

There are LEDs on the Relay board that will light when the associated relay is activated. There are also small tactile switches for each relay that will allow you to test the associated relay. The Switch Board has 12 terminal blocks to attach a dry-contact closure switch or relay contact. There is also an additional terminal block that will actuate all 12 relays. All relays that are in Momentary Mode will actuate as long as the contacts of this terminal are closed. All relays that are in Toggle Mode will change state.

Power to the whole system is applied to the 2.1mm barrel connector or adjacent terminal block located on the Main Board. The system requires 12VDC at 2A minimum.

Power can be supplied to the board via the 2.1 mm barrel connector or the Alternate Power terminal block.

Power supply not included.
( 12 Volt dc @ 2 Amp power supply needed )

This module is designed to switch a single R/C channel control signal to four different set of servos individually or as any group 1-4.

Module allows each servo to be controlled independently from the standard control signal (PWM) but can be switched to control different connected servos.
Board can be configured to power servos of different voltages individually, or from one common power source, depending on power supplies used (1Vdc - 24Vdc)
Servos can be switched automatically on board by selecting slide switches, or switching between servos 1-4 can be controlled by remote relays or manual switch inputs to board.

Wire 3-pin header blocks, make hook-up to servos and connection to servo controller easy to do. Power block for quick setup of different voltages to servos.
Header blocks for remote switching source.

Requires power supply ranging from 7.5V to 24V DC at 100 mA for on board electronics and voltage from 1-24 Vdc for servo used.

Servos, servo controller and power supply not included.

This board allows the control and recording of the CW / CCW movement of a DC motor. The motor can draw up to 5 Amps continuous.
Up to 12 minutes of motor movement can be recorded and stored on the on-board EEPROM and playback A Loop function is provided to allow the continuous replay of the recorded movement with a delay between replays from 1 second to 5 minutes.
Inputs are provided for limit switches with indicator LEDs that light when the associated limit switch has been activated. Replay can be triggered by pressing the Start/Stop button or remotely via dry contact closure. When playback is started, a 50 mS pulse is present at the Sync Output terminal block that can be used to trigger other boards. The board requires a 7.5 to 24 Vdc 100 mA power supply. A separate power supply is required to provide power to the motor being used and should be appropriately sized.

( Power supply, motor, and switches not included )

This board will allow the programming and recording movements CW / CCW /  STOP for 4 small DC motors and the actuation of a small solid state relay.

Features of this board include:
Limit Switch inputs for CW and CCW limits for each motor
LED indicators for motor direction
Separate power entry (2.1 mm barrel connector and 2-position terminal block) for motors with a switch and LED indicator
Remote switch capability for motor power
Separate power entry (2.1 mm barrel connector and 2-position terminal block) for controller board with a switch and LED indicator
Remote switch capability for board power
Pushbuttons for programming motor movement and relay actuation
Autostart feature to initiate playback upon power up
Programming lockout switch to prevent accidental overwriting
Non-volatile program storage- EEPROM on-board
Loop Switch for repeating playback automatically
Delay Pot to set a time (up to 5 minutes) to wait before repeating program (if Loop Switch is on)
Remote Trigger (dry contact closure) terminal block
Play and Record LED indicators
SS Relay test button and LED indicator
80 mS Synch signal at the start of each playback
Control Board requires 7.5 to 9VDC
Solid State Relay rated at 2 Amps

Motor power can be 1VDC to 6VDC
Motors can not draw more than 100 mA each


( Power supplies, motors, and switches 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 unique board controls the movement of 4- R/C servos when applying a 12Vdc signal to the servo channel input selected. User can set the max and min servo travel position, so then when 12 Vdc is applied the servo will move directly to the max position programmed and hold as long as a 12 Vdc signal is active. As soon as the 12 Vdc signal is turned off, the servo will move to the min position programmed by the user

( Power supply, servos not included )

Programmable one channel Servo and Solid-State Relay Controller.
This setup consists of three boards.

Board 1- Master Programmer
Board 2- Playback / Memory Module
Board 3- Connection Module

Multiple Playback / Memory boards can be used by one Master Programmer module. Multiple playback / memory modules can be programmed from a single Master Programmer. The remote connection module makes set-up quick and easy.

Once the Playback / Memory module has been programmed the Master Programmer can be removed and a remote connection board attached.

Board Size:
4-1/2" L x 4-1/4" W x 1" H
Application Setup Overview

The R/C - Wizard Servo Switch board will switch 1-6 individual servo PWM signals coming from a standard R/C receiver or all 6 individual servo PWM signals coming from a Wizard Board to 6 shared common servo lines when switched on / off by R/C transmitter-receiver Aux Ch.

The user will manually control 1-6 servos by operating the R/C transmitter
as a normal R/C system. When the user activates R/C Transmitter Ch -AUX ON, the control board will automatically switch all servo lines from the R/C Transmitter-servo operation to the Wizard Board operation and will trigger the Wizard board to playback pre recorded routine to the shared 6 channel servos.

When Ch-AUX of the R/C transmitter-receiver is de-activated it will switch all 6 channels from the Wizard Board back to the R/C transmitter-receiver control for manual operation of the 1-6 shared servos.

NOTE: This controller may be used with other PWM devices such as a second R/C Transmitter, or other controller boards.

Board Size:
6" L x 4-5/8" W x 1" H
Application and Setup Overview

This board allows the use of an RC controller to select outputs for two servo inputs and control two SS relays. The Servo outputs and relays are controlled separately. Two servo inputs can be output to 6 different outputs. The RC joystick allows the user to select which of the 6 outputs to send the two servo inputs to. Moving the joystick left decrements the channel, moving it right increments the channel. The channel number selected is displayed on a 7 segment LED display. Once a channel has been selected, a 2 second time delay is started before enabling the outputs. After the delay has expired, the Channel Active Indicator (decimal point on LED Display) lights and the incoming servo signals are routed to the selected outputs. Power for the servos can be supplied by a single power supply (by inserting the shorting block next to the servo connector), or any servo can have a separate power source. This is attached at the terminal block just above the servo connector. In this case, the shorting block must be removed. All servo signals are optically isolated from the inputs.

The relays are also controlled by RC joysticks. Each relay is controlled by a separate joystick. Moving either joystick to the right will activate the associated relay. When the joystick is returned to the center, the relay is deactivated.

The board is powered by 12VDC and is attached to the Power Input Terminal block or the 2.1mm Power Jack. A terminal block is also supplied to allow the attachment of a remote switch which will bypass the on-board switch.

Board Size:
4-3/4" L x 5-1/4" W x 1" H
Application Setup Overview

This unique board controls the movement of 6 servos as random adjustable, with min and max servo settings set by the user.

The Controller uses 1 master microprocessor and 6 servo microprocessors to operate from. This board is excellent, wherever automated random servo movements are needed.

Controller has remote trigger for remote activation, on board LCD, buttons to set and program variables, Power On and Off switch with LED On indicator, Wire terminal blocks, power jack for easy hook-up. Servo connection header pins, and terminal blocks.

Board requires one 6Vdc @ 6 Amp power supply (Servo's) and one 9-12Vdc power supply for the on board electronics.

(Servo, Power Supplies not included)

This unique board will allow the control of 8 Solid State relays in four modes of operation. Each relay has a test button and indicator. There are 2 potentiometers that will control the on times and off times (as appropriate) of the relays. Two Mode Indicators will indicate which of the 4 modes is selected. For each of the relays, there is a terminal block for the contacts. Also, all relay contacts are brought to a 16-pin ribbon cable connector for remote output use.

Mode 1: - Manual / Random Relay Activation when triggered
Mode 2: - Manual / Sequential 1-8 Relay Activation when triggered
Mode 3: - Automatic / Random Relay Activation when powered on
Mode 4: - Automatic / Sequential 1-8 Relay Activation when powered on
Board requires 9-12 Vdc @ 1 Amp power supply
(Power supply not included)


Solid State Relays Rated:
1 - 12 VDC at 1 Amp

Board Size:
1-7/8" L x 1-7/8" W x 1/2" H
Application and Setup Overview

Connect this Microprocessor assisted, solid state digital switch board to you radio control receiver and have the option of manually controlling two relay outputs ON or OFF with your R/C transmitter joystick.

Solid State Relays Rated:
1 - 12 VDC at 1 Amp

Board Size:
1-1/4" L x 1-1/8" W x 1/2" H
Application and Setup Overview

This unique board will control the moving speed of a servo output. On board potentiometer allows for the servo to move from very slow to normal speed.

The controller will slow the servo movement, but keep the same PWM control.

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.

Board Size:
2-1/2" L x 1-7/8" W x 1/2" H

Solid State Relays Rated:
1 - 12 VDC at 1 Amp

Application and Setup Overview

This board allows the activation of two Solid State 1-Amp Relays by using the standard R/C Transmitter joystick. It has 4 modes of operation that are selected by the placement of 2 jumpers. The board is powered by the +5V coming from the servo connector.

Mode 1: Pulse Mode
When the joystick is moved to the left, Relay 1 activates and stays activated as long as the joystick stays in the left position. When the joystick returns to the center position, the relay deactivates. When the joystick is moved to the right, Relay 2 is activated and stays activated as long as the joystick stays in the right position. When the joystick returns to the center position, the relay deactivates.

Mode 2: Toggle Mode
When the joystick is moved to the left, Relay 1 is activated (toggled on) and stays on even when the joystick is returned to the center position. The relay is deactivated (toggled off) by moving the joystick to the left a second time. When the joystick is moved to the right, Relay 2 is activated (toggled on) and stays on even when the joystick is returned to the center position. The relay is deactivated (toggled off) by moving the joystick to the right a second time.

Mode 3: Double Pulse Mode
When the joystick is moved to either the right or left, both relays are activated at the same time and stay activated as long as the joystick is in the left or right position. As soon as the joystick returns to the center position, both relays are deactivated.

Mode 4: Double Toggle Mode
When the joystick is moved to either the right or left, both relays are toggled on and remain on when the joystick is returned to the center position. When the joystick is moved to either the right or left position a second time, both relays are toggled off.

Unique R/C servo operated - Single-Acting 3-way valve. Control electronics runs directly from R/C receiver, Wizard, or Puppet boards, no interface, linkage or servo needed. Valve activation point ON and OFF default can be set. This valve can also be used to operate larger pilot-operated valves, Props, Robot modules, or any where you need programmable air control. PC board can be split with the valve at a different location than the controller electronics.

Board Size. 3-7/8" L x 2-5/8" W x 1-3/8" H
Valve rated at 120 PSI. 3 Way
12 Vdc power required for air valve.

(12 Vdc power supply, R/C receiver, Wizard Puppet controllers, servo wire lead not included )

Board Size:
4-3/4" L x 4-1/4" x 1" H

This unique board will allow the control of 4 servos manually via remote 10K potentiometers or by Wizard -1 Board control. The input (pots or Wizard Board) is selected by on-board slide switch or dry contact closure to the Remote Input Selection terminal block. When switched to (M)anual, the 4 servos are independently controlled by the remotely mounted pots. Minimum and maximum limits can be set for each servo but these limits are only in effect when the board is in (M)anual control. When in (W)izard mode, the Wizard Board will handle limits for the servos. There is an on-board SS relay that can either be activated by dry contact closure at the Remote Relay Trigger terminal block or by pressing the small pushbutton located next to the relay.

( Power supply, 10K potentiometers, Servos, Wizard -1 Board not included )

Small 12 Volt DC powered pump for moving fluids.

12 Vdc operated electric pump
16 psi Water Pressure
135 ml per minute pumping action
2.1 amp operating current
3.5 amp motor start amp
Self-priming electric pump
Pump Mounting Bracket

Pump comes with connection tubing, electrical hook up wire, tube adapter, plastic tube "T"






Servo Controlled Pump - Switched On/ Off Board
Connect the Servo Controlled Switch Board to your R/C receiver or any Wizard Board Servo output and have the option of switching ON and OFF the mini fluid pump. Board will switch 12Vdc directly through on-board Power connercter wire terminal to the Solid State Relay and over to the Pump Motor.
Control board electronics is powered directly from R/C receiver or servo output, with quick connector and wire terminal block for easy set-up and control.

Power supply not included.

Water / Air Valve Controller Boards

Remote Switched Board
Servo Switched Board

Click on Image for closeup view

Click on Image for closeup view

Click on Image for closeup view

Servo / Remote Switch Controlled Switched On/ Off Boards
This unique set of boards control power on and off to a pneumatic solenoid valve or a water valve from a servo signal or remote switch

Servo Controlled Switched On/ Off Board
Connect the Servo Controlled Switch Board to your R/C receiver or any Wizard Board Servo output and have the option of switching ON and OFF a pneumatic solenoid valve or water valve. Board will switch from 1 VDC to 30 VDC directly through on-board Power Transistor, to Wire Terminal Block.
Control board electronics is powered directly from R/C receiver or servo output, with quick connector and wire terminal block for easy set-up and control.

(VDC output power supply not included)
Board Size: 2-1/2" L x 2" W x 3/4" H

Remote Switched On/Off Controller
Connect the digital Controlled Switch Board to any remote switch or any Wizard Board digital output and have the option of switching ON and OFF the air flow to the pneumatic solenoid valve or water valve. Board will switch from 1 VDC to 30 VDC directly through on-board Solid State Relay ( 2Amp), to Wire Terminal Block.
Control board electronics is powered directly from onboard with quick connector and wire terminal block for easy set-up and control.
(VDC output power supply not included)
Board Size: 2-1/2" L x 1-3/4" W x 3/4" H

Application and Connection Setup Overview

Water / Air Valve Info

Pneumatic Valve Info

Click on Image for closeup view

Click on Images for closeup views

Air Operated Water Spray System Information
This unique set of boards controls the ON / OFF signal of a pneumatic solenoid valve and adjustable liquid spray setup

Servo Controlled Switched On / Off Air Valve / Sprayer Control
This unique board controls the switching ON and OFF of the pneumatic solenoid valve from a servo signal.
Connect the Power VDC switch board to your R/C receiver or any Wizard Board Servo output and have the option of switching ON and OFF the pneumatic solenoid valve and liquid sprayer. Board will switch from 1 VDC to 30 VDC directly through on-board Power Transistor, to Wire Terminal Block.
Control board electronics is powered directly from R/C receiver or servo output, with quick connector and wire terminal block for easy set-up and control.

(VDC output power supply not included)
Board Size: 2-1/2" L x 2" W x 3/4" H

Remote Switched On/Off Controlled Air Valve / Sprayer Control
This unique board controlls the switching ON and OFF the pneumatic solenoid valve and liquid sprayer.

Connect the digital Controlled Switch Board to any remote switch or any Wizard Board digital output and have the option of switching ON and OFF the air to the pneumatic solenoid valve and liquid sprayer. Board will switch from 1 VDC to 30 VDC directly through on-board Solid State Relay ( 2Amp), to Wire Terminal Block. Control board electronics is powered directly from onboard with quick connector and wire terminal block for easy set-up and control.
(VDC output power supply not included))
Board Size: 2-1/2" L x 1-3/4" W x 3/4" H

Water Pump / Fluid
Controller Boards

Remote Switched Board
Servo Switched Board

Click on Image for closeup view

Click on Images for closeup views

Controlled Switched On / Off Pump Control Boards
This unique set of boards controls the ON / OFF signal of a fluid pump.

Servo Controlled Switched On / Off Control
Connect the Power VDC switch board to your R/C receiver or any Wizard Board Servo output and have the option of switching ON and OFF the fluid pump
Board will switch from 1 VDC to 30 VDC directly through on-board Power Transistor, to Wire Terminal Block.
Control board electronics is powered directly from R/C receiver or servo output, with quick connector and wire terminal block for easy set-up and control.

(VDC output power supply not included)
Board Size: 2-1/2" L x 2" W x 3/4" H

Remote Switched On / Off Pump Control Board
This unique board controlls the switching ON and OFF of the fluid pump from a remote signal, switch, or relay

Connect the digital Controlled Switch Board to any remote switch or any Wizard Board digital output and have the option of switching ON and OFF the fluid pump. The Board will switch from 1 VDC to 30 VDC directly through on-board Solid State Relay ( 2Amp), to Wire Terminal Block. Control board electronics is powered directly from on board with quick connector and wire terminal block for easy set-up and control.
(VDC output power supply not included))
Board Size: 2-1/2" L x 1-3/4" W x 3/4" H

Water Pump Information
Pump Info.- High Flow Fluid Pump

Click on image for a closeup view

Example application

Board Size:
2-1/2" L x 2" W x 1-1/4" H

Board controls the switching ON and OFF of an Air / Water pump from a remote signal, switch, relay or programmable controller board.

Connect the Solid State Digital Relay Switch Board to any remote switch, Relay or Wizard Board and have the option of switching ON and OFF a pump. The Board will switch from 9 VDC to 12 VDC directly through on-board Solid State Relay at 10 Amps to pump

Attached Pump is powered directly from on board with quick connector and wire terminal block for easy set-up and control.

Power Control 9-12 VDC @ 10 Amp

(VDC output power supply, pump not included))
Board Size: 2-1/2" L x 2" W x 1-1/4" H

Example application - Air Pump Control

Universal sensor board will power any 3 wire sensor with 5 vdc connection for power, ground and sensor signal connection. Sensor will activate Solid State Relay when triggered

Connection terminal strip for power, relay output.
LED's show board power and relay output status.
On Board Test Switch to activate Solid State Relay


Solid State Relay isolates load from sensor
Solid State Relay = 1 Amp Relay is Normal Open N.O. mode)
On and Off Board Power switch and Status LED

Board requires 9 Vdc regulated supply

Power supply, PIR Sensor, Remote Sensors not included
Wizard, Puppet, Sound Boards not included.

Works with any domestic TV. VCR IR controller, or Palm PDA hand held.

Simply train the decoder to respond to specific keys on your remote or PDA. 7 outputs selectable to be either momentary or toggle action.

May be re-programmed over and over again.

( 9 Volt dc power supply required, not include )

...IR Module Manual

Small controller board for manual operation of a single servo and control for playback and recording of user programmed automated servo control routine up to 4 minutes.

The costume controller includes the following features:

- Single channel servo control.
- Push button connection for manual control of servo
- Push button switch connection for programmed
playback / Record sequence control of servo.
- Up to 4 minutes recording / playback time
- On-board connection for switches.
- Full 180 degree rotation pulse train.
(for servos that can physically rotate 180 deg)
- Servo motion end limit adjustment potentiometers.
- Synchronization pulse for multiple unit operation
- 6Vdc to 9Vdc operation - Wall power or Battery
On board Battery regulator for mobile use.
Can operate as a mobile setup for on stage shows or mobile operations.

( Power supply , hand switch button unit, servo not included )

Hand switch units can be custom designed to fit your unique needs. Call Blue Point Engineering for more information on a custom design unit.

This unique BPE exclusive small custom controller board was designed to operate a standard R/C servo in several user modes. Mode one is running the servo to a programmed minimum and maximum limit by the push of button 1 or 2. The user can activate button 3 to play back a previously recorded user sequence of servo movement (up to 15 minutes recorded time).

Three Buttons on the control board or remote buttons determine what the servo will do ­ (1) move to the minimum position, (2) move to the maximum position or to (3) continuously loop the user recorded sequence. On board potentiometer / program button and EEPROM allow user to record and store servo routine needed (15 minutes )

The servo is connected to the board either by the 3-pin servo connector or by the servo terminal block. The board requires a power source 7.5V dc to 9V dc at 800 mA or greater. Power can be hooked to the board either by a 2.1mm power connector or by the alternate power terminal wire block.

Example Application 1: " Moving Wings "
Servo Position 1 ( Switch-1 ) Fairy Wings Closed
Servo Position 2 ( Switch-2 ) Wings Fully Open
Servo Position 3 ( Switch-3 ) Wings moving back and forth in motion routine programmed by user.

Example Application 2: " Monster Jaw Mandible "
Servo Position 1 ( Switch-1 ) Mandible Closed
Servo Position 2 ( Switch-2 ) Mandible Fully Open
Servo Position 3 ( Switch-3 ) Mandible moving back and forth in an attack or eating effect.

Board can operate by battery power or standard wall power supply adapter

(7-12 Volt dc power supply, battery, switches, Servo and wing mechanical mechanism not included )

Unique board will control 6-Strobe LED's, 6-Fading LEDs, and 8-Switched On and Off LED's by remote activation.
Board has input connection for remote switching activation by relays, switches or controller board.
Each Switch Bank will control one effects section
LED Wire terminal blocks for quick connection
Board requires 9 Vdc @2 Amp Power supply



( Power supply, LED's not included )

Unique board will control 6-Beacon LED's, 10-Chasing LEDs by remote activation.
Board has input connection for remote switching activation by relays, switches
or controller board.
Each Switch Bank will control one effects section.
LED Wire terminal blocks for quick connection
Board requires 9 Vdc @2 Amp Power supply



( Power supply, LED's not included )

Unique board will control 24 LEDs by remote activation.
Board has input connection for remote switching activation by relays, switches or controller board.
Each Switch Bank will control 8 LED's, three switched banks available
LED Wire terminal blocks for quick connection
LED's require voltage drop resistance when connected to board.
Resistors not on control board.
Board requires 9 Vdc @2 Amp Power supply



( Power supply, LED's not included )

Unique board will control 3 High Intensity Luxeon LEDs by remote activation.
Board has input connection for remote switching activation by relays, switches or controller board.
Each Switch Bank will control one effects channel
LED Wire terminal blocks for quick connection
Board requires 9 Vdc @2 Amp Power supply
Board Power output per channel 3-5 Vdc


( Power supply, LED's not included )

Unique board will control 2-Channels Switched On and Off Power Driver's by remote switching activation. The two channels can be connected to any standard Lighting Wire strands.
Board has input connection for remote activation by relays, switches or controller board.
Each Switch Bank will control one effects section
LED Wire terminal blocks for quick connection
Board requires 9 Vdc @2 Amp Power supply



( Power supply, LED's not included )

Unique board will control 2-Channels Switched On and Off Power Driver's by remote switching activation. The two channels can be connected to any Fiberoptic Light source and fiberoptic cables.
Each Switch Bank will control one fiber section
Board has input connection for remote activation by relays, switches or controller board.
LED Wire terminal blocks for quick connection
Fiberoptic cable holders
Board requires 9 Vdc @2 Amp Power supply



( Power supply, LED's not included )

Unique board will control 3-Channels Switched On and Off Power by remote switching activation. The three channels can be connected to any Light source such as LED's, LUXEON LED's, Fiberoptics, DC Light Bulbs.
Each Switch Bank will control one effects section, each effects section can operate 2 outputs (6 total outputs available)
Board has input connection for remote activation by relays, switches or controller board.
LED Power Output determined by Input Power controlling board
LED Wire terminal blocks for quick connection
Board requires 9 Vdc @2 Amp Power supply



( Power supply, LED's not included )

This unique board will control eight Bi-Color LEDs and effects.

There are 3 modes of operation that can be selected. In Mode 1, the LEDs are strobed on and off. In Mode 2, the LEDs are faded on and off. In Mode 3, the LEDs are either full on or off. The color of the LEDs is selected by dry contact closure of the Remote Green LED Trigger or the Remote Red LED Trigger terminals. There is also an on-board pushbutton that can be used to select the LED color. In Modes 1 and 2, when both triggers are activated simultaneously, the colors jump back and forth (Red / Green). In Modes 1 and 2, the rates of strobing or fading can be adjusted by using the Mode 1 or Mode 2 speed potentiometers. The rates at which the colors jump back and forth in Modes 1 and 2 is determined by the on-board potentiometers

Board operates from 7-12 Vdc - Not Included

This unique board will allow the control of eight channels of remote DC lights (LED or incandescent) in 16 different lighting effects. Each channel is capable of driving up to 200 mA of lighting. An on-board LED for each channel indicates that the channel is active. A 16-Position Mode Selection switch allows the user to select which sequence will be active. The selected sequence will begin immediately upon power-up and will continue until the power is removed from the board. There are 2 potentiometers on the board that allow the user to control the rate of the selected sequence.
The board has an on-board On/Off switch and a terminal block that allows the connection of a remote On/Off switch. Power can be supplied to the board via the 2.1mm power connector or the adjacent terminal block. Power should be provided that is sufficient to drive the board and all of the eight light channels (~2A max). There are 2 SS relays on the board that activate as soon as power is supplied to the board also for driving sound effect boards, or controller boards.

Special Effect Operation:
Mode 1 ­ Marquee A: All channels start off. Channels 1 through 8 will then light up in sequence until all 8 channels are lit. Then all channels go off and then repeats.
Mode 2 ­ Marquee B: All channels start off. Channels 8 through 1 will then light up in sequence until all 8 channels are lit. Then all channels go off and then repeats (reverse of Mode 1).
Mode 3 ­ Marquee C: All channels start on. Then channels 1 through 8 will go off in sequence until all channels are off and then repeat.
Mode 4 ­ Marquee D: All channels start on. Then channels 8 through 1 will go off in sequence until all channels are off and then repeat (reverse of Mode 3).
Mode 5 ­ Cylon Effect: A single channel rasters back and forth.
Mode 6 ­ Reverse Cylon Effect: All channels are on with one channel being off that rasters back and forth (reverse of Mode 5).
Mode 7 ­ Knight Rider: All channels start off. Channels come on starting at channel 1 going to channel 8. When all channels are on, the channels begin turning off starting at channel 8 going down to channel 1.
Mode 8 ­ Strobe All: All channels strobe on and off in unison.
Mode 9 ­ Fade All: All channels will fade on and off in unison.
Mode 10 ­ Random Flash: Channels will flash randomly.
Mode 11 ­ Random Fade: Channels will randomly fade on and off.
Mode 12 ­ Heart Beat: All Channels will flash like a heartbeat. Rate Pot 1 will control the time between the 2 short flashes and Rate Pot 2 will control the overall rate of the heartbeat.
Mode 13 ­ Railroad Crossing Signal: Channels 1 ­ 4 and channels 5 ­ 8 will flash alternately.
Mode 14 ­ R2D2: Channels 1 ­ 4 will flash in unison at a rate controlled by Rate Pot 1. Channels 5 ­ 8 will flash in unison at a rate controlled by Rate Pot 2.
Mode 15 ­ Fireworks: Channels 1 through 7 will fade up and down in sequence. Then channel 8 will flash twice. Rate Pot 1 controls the rate of channel 1 ­ 7 and Rate Pot 2 controls the rate of the 2 flashes on channel 8.
Mode 16 ­ All On: All Channels on continuously.

( Power supply, LED's not included )

This unique board will allow use of a RC joystick or any wizard board servo output to control eight channels of remote DC lights (LED or incandescent) in 2 different sequences. Each channel is capable of driving up to 200 mA of lighting. An on-board LED for each channel indicates that the channel is active. Two on-board SS relays ­ one for each sequence - will also activate depending on which sequence is selected. A Mode Selection Switch will allow the user to toggle between Momentary On or Toggle On/Off modes. For example, with the Mode switched to Mode 1 (Momentary On), when the RC joystick is tilted to the left, Sequence 1 will start and Relay 1 will activate. Sequence 1 and Relay 1 will continue to be active as long as the joystick stays in the left position. When the joystick is in the center position, neither sequence will be selected. In Mode 2 (Toggle On/Off), when the joystick is tilted to the left and then returned to the center position, Sequence 1 will start and Relay 1 will activate. The sequence will continue and the relay will stay activated as long as the joystick remains in the center position. To stop this sequence, the user must tilt the joystick to the left a second time, toggling the sequence off. The same applies for Sequence 2. There are 2 potentiometers on board, one for each sequence that allows the user to control the rate of each sequence. The board has an on-board On/Off switch. Power to the board is supplied by the 5V line of the RC Servo connection and should have sufficient current to drive the board and all of the eight light channels (~2A max).

Sequence 1 ­ Cylon Effect:
When the Joystick is tilted to the left, Relay 1 actuates and a single channel rasters back and forth. Rate 1 Potentiometers will control the rate of the rastering.

Sequence 2 ­ Strobe:
When the Joystick is tilted to the right, Relay 2 actuates and all channels strobe on and off in unison. Rate 2 Potentiometer will control the rate of the channel strobing.


( Radio Control System, R/C Receiver, Power supply, LED's not included )

This programmable board setup allows user to control a Solid State dimmer used with AC Lighting. 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 lighting, full on, power up and hold and more.

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

Dimmer Control can handle 15 Amp
(Power supply, AC power cord, Lighting not included)

This module is designed to assist in the quick connection of a servo controller to servos that need power from there own power supply.

Module allows each servo to be controlled independently from the standard control signal (PWM) with power coming from a separate supply to operate servos with higher power needs or when the controller can not pass the needed power to the servos directly.

Module has a quick connect power jack, with On and Off switch and LED power status.

Wire 3-pin header blocks, make hook-up to servos and connection to servo controller easy to do.

Board is labeled with input and output channels for quick identification and set-up.

Module is rated for 5 Amps loads at 5-12 Vdc.

Power supply not included.
Servos and servo controller not included.

This module is designed to switch a single R/C controller to two different set of servos or can be setup to switch two different servo controllers to a single set of servos. Board also has a single input switch to two switched outputs

Module allows each servo to be controlled independently from the standard control signal (PWM) but can be switched to control a different servo set or controller set.

Wire 3-pin header blocks, make hook-up to servos and connection to servo controller easy to do.

Board is labeled with input and output channels for quick identification and set-up.

Servos and servo controller not included.

This unique board makes connecting a DC motor setup easy and quick.
Simply connect two remote relay outputs to the motor logic board inputs, power to the board, and a dc motor and you have a full functional CW / CCW operating motor board with limit position switch inputs, emergency stop switch protection

Board has connection for limit switches, emergency stop switch, remote relays.
On board LED's indicated motor direction, and power status
Quick power jack connector for motor power hook-up
Terminal blocks for wire from remote relays, motor connection
Connect this board to a Wizard - 9 controller and you get a programmable
motor controller with CW/ CCW motor control.

( Power supply, motor, and switches not included )

This board was designed to keep track of the number of "hits" that occur to a target sensor and once this number equals the user-programmed target total, the board will activate 2 solid state relays, a 2A relay and a 10A relay, for a user-programmed amount of time (times are independent). After both relays have timed out, the board can reset automatically and start registering hits again from the beginning or wait until the user manually starts the counting process.

User input, status and count information are displayed on a 4 X 20 character backlit LCD display. All information entered by the user is store in non-volatile memory. Provisions are included to attach a remote Reset/Abort switch and an Operating LED (that is lit as long as the board is registering hits).

The board requires 7.5 ­ 24 VDC at 500 mA for operation which is provided via a 2.1 mm barrel connector or via connection to a 2-terminal connector.

( Power supply, remote switches, target, hit sensor, animatronics not included )

This board uses 1- bit ( TTL - level signal ) of digital output to control another device through an on board relay.

The relay can handle loads up to 1 Amp and has normally open (N.O.) relay output contacts connected to a 2 position wire terminal block for quick set-up.
Board is powered with 12VDC and require 1- TTL signal
1- TTL signal wire terminal block for quick set-up

Optional 10 Amp Relay board available

(Power supply not included)
(TTL output device not included)

(TTL = Transistor Transistor Logic)

This board uses 4- bit ( TTL - level signal ) of digital output to control another devices through four on board relays.

The relays can handle loads up to 1 Amp and has normally open (N.O.) relay output contacts connected to an 8 position wire terminal block for quick set-up.
Board is powered with 12VDC and require 4- TTL signal
4- TTL signal wire terminal blocks for quick set-up

Optional 10 Amp Relay board available

(Power supply not included)
(TTL output device not included)

(TTL = Transistor Transistor Logic)