Omron Cobra s600 Bedienungsanleitung

Dieses Handbuch passt für folgende Modelle

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ASSEMBLY INSTRUCTIONS

Cobra s600/s800

Due to the loss of mating relationships during the conversions of IGS and STEP formats

from native Solidworks files, this document will go through the assembly of the Cobra

s600 and s800 simplified models.

After downloading the appropriate file, and opening it, note the following part names:

1. BASE ASSY

2. INNER LINK ASSY

3. OUTER LINK ASSY

4. QUILL ASSY

5. CABLE CONNECTOR (2X)

6. FLYOVER CABLE (Note: The FLYOVER CABLE will only stay assembled in

the Solidworks native assembly, and is built in context for this purpose.

- Start by “Fixing” the BASE ASSY.

- Mate the LOWER LINK ASSY to the BASE ASSY by:

1. Concentric relationship of the BASE ASSY ring to the LOWER LINK ASSY ring

2. Distance relationship of 3.59” (91.19mm) of the upper surface of the LOWER

LINK ASSY to the upper surface of the BASE ASSY.

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3. Angular relationship of +/- 105 degrees of the center plane of the LOWER LINK

ASSY to the center plane of the BASE ASSY.

- Mate the OUTER LINK ASSY to the LOWER LINK ASSY.

1. Concentric relationship of the LOWER LINK ASSY “boss” to the UPPER LINK

ASSY “hole.”

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2. Distance relationship of .272” (6.90mm) of the bottom of the OUTER LINK

ASSY to the upper surface of the LOWER LINK ASSY where the mounting

holes are located.

3. Angular relationship of +/- 150 deg. (+/- 157 deg. on the s800) of the center plane

of the OUTER LINK ASSY to the center plane of the LOWER LINK ASSY.

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- Mate the QUILL ASSY to the OUTER LINK ASSY.

1. Concentric relationship of the QUILL ASSY to the OUTER LINK ASSY “front

hole.”

2. Distance relationship of 6.97” – 15.24” (177mm - 387mm) of the bottom of the

QUILL ASSY to the bottom surface of the BASE ASSY, on the s800 the

Distance relationship is 7.40” – 15.67” (188mm – 398mm).

3. There is no set rotation angle due to the QUILL ASSY being able to rotate 360

deg.

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- Mate the CABLE CONNECTORS and the FLYOVER CABLE. Note, this part of

the assembly is only needed to check the layout for the clearance height for the

FLYOVER CABLE.

1. Concentric relationship of the CABLE CONNECTOR to the OUTER LINK and

BASE ASSY.

2. Coincident relationship of the CABLE CONNECTOR to the OUTER LINK and

BASE ASSY.

3. Concentric relationship of the long end of the FLYOVER CABLE to the CABLE

CONNECTOR attached to the BASE ASSY.

4. Coincident relationship of the long end of the FLYOVER CABLE to the inner

step on the CABLE CONNECTOR attached to the BASE ASSY.

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5. Coincident relationship of the center plane of the FLYOVER CABLE to the

center plane of the INNER LINK ASSY, this will allow the FLYOVER CABLE

to rotate, but not “flex” unless the original SW assembly is used.

Omron Adept Technologies, Inc.

Tel: 925-245-3400 Email: [email protected]

omron247.com

Speciﬁcations subject to change without notice.

2016 Omron. ALL RIGHTS RESERVED. Pub Number R58I-E-01