Articulated Robots Viper 850
Published on : Tuesday 30-11--0001
Features
- Ethernet capability to control the robot through the familiar programming language (IEC 61131-3) of Machine Automation Controller NJ/NX/NY Series
- Diagnostics display enables faster trouble shooting
- High-resolution, absolute encoders to provide high accuracy, superior slow-speed following, and easy calibration
- High-efficiency, low-inertia Harmonic Drives and a lightweight arm to deliver maximum acceleration
- Reach 855 mm
- Maximum payload 5 kg
- Weight 36 kg
Specifications
Product name |
Viper |
|||
---|---|---|---|---|
|
Size |
850 |
||
Cleanroom/IP |
Standard |
Cleanroom | IP54/65 | |
Model |
1720-38000 |
1720-38020 | 1720-38010 | |
Mounting |
Table/Floor/Inverted |
|||
Number of axes |
6 |
|||
Reach |
855 mm |
|||
Maximum Payload |
5 kg |
|||
Repeatability |
XYZ |
±0.03 mm |
||
Joint Range |
Joint 1 |
±170° |
||
Joint 2 |
-190°, +45° |
|||
Joint 3 |
-29°, +256° |
|||
Joint 4 |
±190° |
|||
Joint 5 |
±120° |
|||
Joint 6 |
±360° |
|||
Inetia Moment |
Joint 4 |
0.295 kgm2 |
||
Joint 5 |
0.295 kgm2 |
|||
Joint 6 |
0.045 kgm2 |
|||
Joint Speeds |
Joint 1 |
250°/s |
||
Joint 2 |
250°/s |
|||
Joint 3 |
250°/s |
|||
Joint 4 |
375°/s |
|||
Joint 5 |
375°/s |
|||
Joint 6 |
600°/s |
|||
Power Requirements |
24VDC: 6A |
|||
Protection |
Base |
IP40 |
IP40 | IP54 |
Robot Joints (J4, J5, J6) |
IP40 |
IP40 | IP65 | |
Clean Class |
--- |
Class10 | --- | |
Environment |
Ambient Temperature |
5 to 40°C |
||
Humidity Range |
5 to 90% (non-condensing) |
|||
Weight |
36 kg |
|||
cULus Compliant |
--- |
|||
Basic |
Controller |
eMotionBlox-60R |
||
On-board I/O (Input/Output) |
12/8 |
|||
Conveyor tracking input |
2 |
|||
RS-232C serial communications |
1 |
|||
Programming environment |
ACE, PackXpert, ePLC |
|||
ACE Sight |
Yes |
|||
ePLC Connect |
Yes |
|||
ePLC I/O |
Yes |
|||
Connectable controller *1 |
eMotionBlox-60R, SmartController EX, NJ/NX/NY Series *2 |
It is used in Automobile And Automation Industry.
OMRON AUTOMATION PRIVATE LIMITED
India
Tel: 022 7128 8400
Email: [email protected]