Activity Guide
12
Tech-Design by Lab-Volt
Hand Dryer
Controls & Sensors
Hand Dryer
Open the
ROBO Pro
software. Follow the directions below to complete the activity.
In this activity, you will construct your fischertechnik model, Hand Dryer, and run a
ROBO Pro
control
program to start your model. Refer to the illustration on the following pages as you construct this model.
Start building with the black base unit and add the blocks to it as shown in the illustration. The
1.
number in front of the “x” is the quantity of that item used in this step. The red horseshoe shaped
pieces are for holding the wires in place. The controls and sensors used in the fischertechnik
system have wires with small plugs on the ends to connect to the interface.
In Step 2, assemble the motor and fan blade together with the yellow guard as shown in the
2.
illustration.
In Step 3, assemble the lens tip lamp and the phototransistor to the base unit as shown in the
3.
illustration.
In Step 4, slide the interface onto the four corner mounting blocks and connect the wiring to the
4.
lamp, phototransistor, and motor.
(You may have to reverse the order of the red and green
connectors on the motor itself to have it blow forward.)
Next to each red and green wire are the
approximate lengths in metric and standard units. Pay attention to the color location of each red and
green connector on the device and on the interface.
The red dot on the phototransistor must go
to the red wire or you could damage the device.
Make sure you’ve made all the plug connections on the interface (including power). Place the wires
5.
in the red clips as described before running them in the most direct route to the interface. Feel free
to route the wires in a direction that is more convenient if your wire gets shorter because of repairs.
Just make sure they are making the same connection needed.
Summary of Contents for Tech-Design eSeries
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Page 3: ...Tech Design Controls Sensors Activity Guide eSeries Edition 1 37647 S0 ...
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Page 8: ...Table of Contents Controls Sensors Activity Guide viii Tech Design by Lab Volt ...
Page 17: ...Activity Guide Tech Design by Lab Volt 9 Controls Sensors Motor Control ...
Page 18: ...Activity Guide 10 Tech Design by Lab Volt Motor Control Controls Sensors ...
Page 21: ...Activity Guide Tech Design by Lab Volt 13 Controls Sensors Hand Dryer ...
Page 22: ...Activity Guide 14 Tech Design by Lab Volt Hand Dryer Controls Sensors ...
Page 25: ...Activity Guide Tech Design by Lab Volt 17 Controls Sensors Sequential Light ...
Page 26: ...Activity Guide 18 Tech Design by Lab Volt Sequential Light Controls Sensors ...
Page 29: ...Activity Guide Tech Design by Lab Volt 21 Controls Sensors Traffic Light ...
Page 30: ...Activity Guide 22 Tech Design by Lab Volt Traffic Light Controls Sensors ...
Page 31: ...Activity Guide Tech Design by Lab Volt 23 Controls Sensors Traffic Light ...
Page 34: ...Activity Guide 26 Tech Design by Lab Volt Sliding Door Controls Sensors ...
Page 35: ...Activity Guide Tech Design by Lab Volt 27 Controls Sensors Sliding Door ...
Page 36: ...Activity Guide 28 Tech Design by Lab Volt Sliding Door Controls Sensors ...
Page 39: ...Activity Guide Tech Design by Lab Volt 31 Controls Sensors Temperature Control ...
Page 40: ...Activity Guide 32 Tech Design by Lab Volt Temperature Control Controls Sensors ...
Page 45: ...Activity Guide Tech Design by Lab Volt 37 Controls Sensors Welding Robot ...
Page 46: ...Activity Guide 38 Tech Design by Lab Volt Welding Robot Controls Sensors ...
Page 47: ...Activity Guide Tech Design by Lab Volt 39 Controls Sensors Welding Robot ...
Page 52: ...Appendix A Safety Activity Guide 44 Tech Design by Lab Volt ...