Hamilton/Buhl SNIPS SNIP18 User manual

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Never-Ending Learning Innovation
Instruction Manual
Model #: SNIP18
The Ideal Kit for:
• Electronics Sensor Knowledge
• Electrical Hardware Knowledge
•
• Logic Gate Operation
•Scratchand ArduinoProgramming for PC (only)
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Table of Contents
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Module and Sensor List . . . . . . . . . . . . . . . . . . . . . . . 3
Non-Programmable Mode . . . . . . . . . . . . . . . . . . . . . . 7
Programmable Mode . . . . . . . . . . . . . . . . . . . . . . . . . 7
Software Installation . . . . . . . . . . . . . . . . . . . . . . . . . 8
Programming and Downloading to Module . . . . . . . . . . . . . . 9
NOTE:
• Please read these instructions carefully and retain for future reference.
• You will need a PC (Windows-based) to install all software.
• Always power on the servos before beginning.

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1. INTRODUCTION
STEAM SNIPS™ ite
number of ways, creating all sorts of electronic inventions, and best of all, they are
designed to appeal to both boys and girls.
Non-Programmable Mode is ideal for younger learners.
It has a variety of Logic Control Modules to enhance
and inspire their creativity. It provides an easy platform
and inspires interest, encouraging hands-on learning.
All modules are interchangeable, providing users with
varied and versatile experiences.
Programmable Mode is the ideal way to allow students
to reach another level and explore more advanced
techniques through coding with customized Scratch
Software.
UNIQUE CHARACTERISTICS
Designed for Safety:TheUSB cable and rubberized edges on the modules have all
been designed to better protect users.
Compatibility:
Age Groups: Suitable forelementary (5+ years) through higher education students.
ComprehensiveOffering: Greaternumber of modules than most other competitors.
Durability: STEAM SNIPS™are designed to be durable and versatile fortherigors of
theclassroom and heavy-duty daily use.
2.MODULE AND SENSORLIST
a. INPUT MODULES (Color-Coded Pink)
Input modules are sensors and detectors that sense, detect and collect
environmental data – sound, light, temperature, motion, tilt, touch, IR distance,
and magnetic switches, buttons and dimmers.
b. LOGIC AND POWER CONTROL MODULES (Color-Coded Blue)
•Logic Control Modules receive and analyze data from the Input Modules and
deliver a digitized signal tothe Output Modules (i.e., Branch, AND, OR, NOT
and IF).
• Each Control Module has a pre-programmed task that is used to enhance the
overall performance of the Input/Output Module.
• The Controller (Programming Module) controls output based on logic and can
be combined with other programmable modules to adjust input and output
parameters and interfaces with the Master Control Board through coding.
• battery and/
or USB power through a computer.
c. OUTPUT MODULES (Color-Coded Yellow)
Output Modules produce motion, audio and visual effectsthat include LED lights,
LED light strip, buzzer, vibrator, voice recorder, servo and fans.

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2.1 INPUT MODULE DESCRIPTION (Color-Coded Pink)
Use the Micro-USB cable toconnect Output Modules tothe Logic Control Module.
Button Module:
Push once toturn ON, and again toturn OFF.
SlideSwitch Module:
Slide toturn ON or OFF.
Slide Dimmer Module:
Slide the Potentiometer knob tovary the output.
Rotate Dimmer Module:
Rotate the Potentiometer dial to vary the output.
Temperature Sensor Module:
Plug the temperature probe jack into the temperature sensor module.
Place the probe tip on the object’s surface to measure the temperature.
For water/liquid, immerse the probe tip into the liquid.
LightSensor Module:
The Light Module measures dark or light density (0% or 100%).
Sensitivity Light Module:
The Sensitivity Light Module measures a range of dark to light (0%~100%).
Motion Sensor Module:
The Motion Sensor detects any nearby motion of objects, human or animal.
Sound Sensor Module:
The Sound Sensor detects surrounding sound intensity levels.
TiltSensor Module:
The Tilt Switch attaches to an object to detect the tilt angle.
Touch Sensor Module:
The Touch Sensor activates a signal.
IR Obstacle Sensor:
The IRObstacle Sensor detects when an object is within approximately 1 inch.
Magnetic Sensor Module:

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2.2 LOGIC AND POWER CONTROL MODULES (Color-Coded Blue)
Logic Control Modules have 3 USB Connectors: 1for input, 1for power and 1 for output.
IF Module:
Performs the function of IF logic. Detects input signals and judges if it meets
the pre-set condition, then triggers communication with the Output Module.
AND Module:
Performs the function of AND logic. Detects two
separate input signals and judges if it meets the
pre-set conditions, then triggers communication
with the Output Module.
OR Module:
Performs the function of OR logic. Detects one or
the other input signal, then triggers communication
with the Output Module.
NOT Module:
Performs the NOT logic. Detects the input signal,
then triggers communication in reverse.
JOINT (Programmable) Module:
The Programmable Joint Module is a Master Control Board that can be
programmed using the customized Scratchsoftware.
Note:Includes 3 Micro USB ports: one for Input, one for Output and the
center port for a power supply. Also includes aconnector for connecting a PC
for program downloading.
Link Module (Logic-DC-Jack):
Controls the Output Module, based on the following options, without any
additional programming:
• OFF – Acts as a power module only
• NOT – Acts as a power module plus a NOT logic module
• AND – Acts as a power module plus an AND logic module
Input Output
A B A and B
0 0 0
0 1 0
1 0 0
1 1 1
Input Output
A B A or B
0 0 0
0 1 1
1 0 1
1 1 1
Input Output
A NOT A
0 1
1 0

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Branch Module:
ules
and communicates with the Output Module.
Function 1: 2Inputs => 1Output
Function 2: 2Outputs => 1Input
Power Module:
Power Module is used toconnect the Logic Control Modules to a power
supply.
2.3 OUTPUT MODULES (Color-Coded Yellow)
LED Module:
LED lights go on when the signal is received.
Note: Use the Micro-USB cable toconnect tothe Logic Control Module.
Strip-LED Module:
This module, with variable output, controls a length of Strip LED lights.
Note: Use the Micro-USB cable as input and the 3-pin plug as output.
Buzzer Module:
For sound, the Buzzer Module produces a buzzer sound when signal is
received.
Note: Use the Micro-USB cable as input and buzzer as sound output.
Servo Module:
The Servo Module controls the Servo Motor for movement and direction
of an object.
Note: Use the Micro-USB cable as input and the 3-pin plug as output.
Vibrator Module:
The Vibrator Module produces a vibration when signal is received.
Note: Use the Micro-USB cable toconnect tothe Logic Control Module.
Fan Module:
The Fan Module sends asignal toturn fan on or off.
Plug the black PCfan (with the 3-pin wire) tothe Fan Module.
Note: Use the Micro-USB cable toconnect tothe Logic Control Module.
Yellow Fan and Motor:
The Yellow Fan and Motor connect tothe Logic Control Module with a
Micro USB cable.sends asignal toturn fan on or off.
Recording Module:
Record and playback up to 10 seconds of audio. Use the built-in
microphone to record and mini-speaker to playback (connected by 3-pin
plug). Use the REC and PLAY buttons to record and playback audio.
Note: Use the Micro-USB cable as input and the 3-pin plug as output.
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Input
Module
Branch
Module
Branch
Module
Power
Module
Output
Module
Logic Gate
Module
9V Dry Cell
& Cable
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3.NON-PROGRAMMABLE MODE
Ideal Hands-On Experimentation with Logic Modules
Utilize a comprehensive list of Logic Modules to design a variety of creations with Input
Output ModuleInput Module
9V Dry Cell
& Cable
Logic Gate
Module
Power Module
and Output Modules.
Following are some examples:
SingleI/O Logic Control:
•Connect the 9V Battery to a
Power Module using the power
adapter plug or the USB cable
connected toaPC.
MultipleI/O Logic Control:
•Use the Branch Module to merge dual
Inputs or split dual Outputs.
•Connect the 9V Battery toaPower
Module using the power adapter
plug or the USB cable connected
to a PC.
4. PROGRAMMABLE MODE
Students can being learning coding and create more complex systems using the
Programmable Mode.
Basic SingleI/O Programming Control –
Ideal Starter for SCRATCH Programming
Basic Dual I/O Programming Control –
Ideal Starter for SCRATCH Programming
Input
Module
Branch
Module
Branch
Module
Power
Module
Output
Module
Programing
Module
9V Dry Cry Cell
Output ModuleInput Module
9V Dry Cell
& Cable
Programing
Module
Power
Module

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4.1 SOFTWARE INSTALLATION
Follow these instructions to download and install the customized HamiltonBuhl’s
Labplus ScratchSoftware.
Go to: http://hamiltonbuhl.com/snips-software
(for Operating Systems: Windows7/8/10.)
to begin installation.
From the pull-down menu,
select your language to install and
click “OK”.
Select the destination location and click “Next”.
Select where your Shortcut should appear
and click “Next”.
Select additional tasks, then click “Next”.

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Installation in progress:
When installation is complete,
click “Finish”.
Note: For best performance,
it is recommend you reboot
your computer.
4.2 PROGRAMMING AND DOWNLOADING TO MODULE
Setting Up Software
• To launch the customized Scratch interface, double-click on the
sfolder).
•Click on the Globe icon and select your
language from the pull-down menu.
Click “Install”

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•Select “Next”
•Select “I accept...” and click “Next”
•Select “Finish”
•Click on the Help button
and select
“Install 210x USB Driver”.