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1		-PRO System
	1	+99 - SES-PRO System

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1		-= Description =
	1	+The Lynxmotion Servo Erector Set PRO (SES-PRO) modular robotic construction system is intended for users looking to quickly prototype and build complex robots with powerful and precise joints; from a simple base rotate or pan/tilt to a 6DoF robotic manipulator and more.
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3		-The Lynxmotion Servo Erector Set Professional System (SES PRO) comprises a lineup of powerful and precise modular actuators as well as brackets and connectors used to make anything from a simple winch to a complex multi-degree of freedom robot. The first Servo Erector Set (SES V1) system came out in 2009 and used RC servo motors. The second was released in 2019 and was based around Lynxmotion Smart Servo (LSS) motors and was designed mostly for hobby, research and educational use. One of the goals was to make smart servo technology easy to use; everything from mechanical connections and electronics as well as the simplicity of the communication protocol and software. The professional erector set continues this approach by ensuring the smart servos which form the basis of the system are easy to connect mechanically and electrically, and are controlled using a simple, human-readable communication protocol.
	3	+These pages contain information needed to create robotic assemblies including information about the actuators, step by step instructions for kits and software guides. The system is intended to be modular and versatile, but at the same time easy to understand. The actuators
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5		-* Continuation of the Servo Erector Set lineup
6		-* Advanced features with minimal complexity
7		-* Daisy chained CAN BUS communication and power
8		-* USB input & direct control
9		-* SES PRO - Power
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	7	+Use the menu below to get more information about the SES-PRO system, and the various kits available. You can also view SES-PRO sample assemblies and guides below.
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12		-The Lynxmotion PRO actuators are meant to be operated at 30V. This higher voltage means lower current consumption for each actuator. The actuators can be powered by a lab power supply, wall adapter or battery pack (for example an 8 cell Lithium battery pack).  Although each actuator has two XT60 connectors, users can use either one for power input (NOT BOTH) and the second connector is meant to allow power to be daisy chained to other actuators in the communication BUS.
	9	+* SES-PRO - Information
	10	+* SES-PRO - Arms & Related
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14		-{Image showing which pins are + and which are -}
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16		-= SES PRO - Mechanics =
	14	+**SES-PRO - Pan & Tilt**
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18		-The Lynxmotion PRO actuators and parts use primarily metric dimensions. The servos have two main mounting locations: at the front of each the gearbox, as well as the side plate. Each of the three gearboxes has a distinct mounting pattern, while each of the two side plates have mounting for all three gearbox patterns, as well as a larger pattern for mounting the clamp and other mechanics. The strain wave gear used in each actuator can support high axial and radial loads.
	16	+The SES-PRO Pan / Tilt example shows how two professional smart actuators can be connected to one another to create a powerful 2DoF system.
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20		-= SES PRO - Software =
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22		-The PRO actuators use a human readable communication protocol. For basic configuration, the LSS PRO Config software allows users to send action and configuration commands as well as queries. Use it to easily assign a unique ID number to each servo before creating an assembly.
	20	+**SES-PRO - Dummy Joint**
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24		-{Screenshot of LSS Config PRO software interface}
25		-
26		-= SES PRO - Mounting Patterns =
27		-
28		-**Lite **
29		-
30		-{CAD ISO image to the left, Dimensional drawing to the right}
31		-
32		-**Standard**
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34		-{CAD ISO image to the left, Dimensional drawing to the right}
35		-
36		-**Mega**
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38		-{CAD ISO image to the left, Dimensional drawing to the right}
39		-
40		-**Clamp**
41		-
42		-{CAD ISO image to the left, Dimensional drawing to the right}
43		-
44		-**Plate**
45		-
46		-{CAD ISO image to the left, Dimensional drawing to the right}
	22	+The standard sized “dummy joint” is intended to be a universal T-shaped mounting bracket to which actuators, clamps and other mechanics can be attached.