_R-STS01mightyZAP Servo Tester Shield Manual_ENG_V1.2 19D5

IR-
STS01 Servo Tester Shield Manual V.1.1
1
Outline
1.1 Introduction
IR-STS01, Servo Tester Shield
is Arduino Shield to operate/test mightyZAP more easily on
connect/operate/test mightyZAP linear servo motor with IR
Main features:

Servo Test : User may test mightyZAP linear servo motions

User motion : User may create / control user

Function as a main board : No need to make
various I/O ports.
1.2 Caution
Peruse below matters to protect the damage of products and secure warranty service.
1.
Please do not supply power to IR
serious damage on the product due to the short
2.
Be careful when you assemble the board and connect
3.
Make sure input voltage of your servo motor as well as polarity of power connection. For example, if your servo input
voltage is 7.4V, you need to apply 7.4V electricity and 12V needs to be applied for 12V input servo motor.
4. When servo motor is connected
with IR
5.
Use proper standard connector and pins to protect mis
6. Avoid product from fall-
down, fire, hot stuff, water, dust or oil.
7. Indoor use only.
8.
Keep away from chidren or animals.
1.3 Storage
Avoid from below environment and store properly.
• Hot temperature more than 60 ℃
or extremely low
• Direct light or Fire
• High humidity and dust
• Vibration
• Static electricity
STS01 Servo Tester Shield Manual V.1.1
3
Outline
is Arduino Shield to operate/test mightyZAP more easily on
Arduino
connect/operate/test mightyZAP linear servo motor with IR
-STS01 without PC connection.
Servo Test : User may test mightyZAP linear servo motions
using basic motion program stored in the tester.
User motion : User may create / control user
’s motion using our Servo Arduino Library.
Function as a main board : No need to make
additional
control circuitry for data communication. Just plug &
Peruse below matters to protect the damage of products and secure warranty service.
Please do not supply power to IR
-STS01 when it is placed on the un-
insulated material such as a metal plate.
serious damage on the product due to the short
-circuit.
Be careful when you assemble the board and connect
the wires. Do not put excessive force to the component.
Make sure input voltage of your servo motor as well as polarity of power connection. For example, if your servo input
voltage is 7.4V, you need to apply 7.4V electricity and 12V needs to be applied for 12V input servo motor.
with IR
-
STS01, make sure pin polarity. Otherwise, servo motor can be damaged.
Use proper standard connector and pins to protect mis
-
connection which lead servo motor damage.
down, fire, hot stuff, water, dust or oil.
Keep away from chidren or animals.
Avoid from below environment and store properly.
or extremely low
temperature below minus 20℃.
Arduino
Uno & Leonardo. User may
using basic motion program stored in the tester.
control circuitry for data communication. Just plug &
operate using
insulated material such as a metal plate.
It causes
the wires. Do not put excessive force to the component.
Make sure input voltage of your servo motor as well as polarity of power connection. For example, if your servo input
voltage is 7.4V, you need to apply 7.4V electricity and 12V needs to be applied for 12V input servo motor.
STS01, make sure pin polarity. Otherwise, servo motor can be damaged.
connection which lead servo motor damage.