| VP 5-AXIS and VP 6-AXIS |
Maximum payload: 2.0–2.5 kg
Reach: 430 mm
Cycle time: 0.99 sec. |
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| VS SERIES 6-AXIS |
High speed and outstanding repeatability
High payload capacity
Compact, space-saving design |
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| VM SERIES 6-AXIS |
High speed and outstanding repeatability
High payload capacity
Compact, space-saving design |
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| RC7 |
Our new RC7 high-performance controller processes programs
five times faster than the previous model yet maintains its industry-renowned
user-friendly operation, light weight and compact size. The RC7 weighs less than
50 lbs. and is only 440 mm w. x 425 mm d. x 157.5 mm h., saving valuable
work-cell space and making it easy to integrate.
The RC7 features an expanded range of communications interfaces as standard,
including 100 Base-T Ethernet, USB, RS-232C and Mini Parallel I/O. DeviceNet,
Profibus and Parallel I/O ports are optional. The RC7 can control a total of
eight axes, including optional conveyor tracking and robot vision. The
controller’s large, 3.25 MB memory (expandable to 5.5 MB) can hold up to 10,000
programming steps and 30,000 teach points. The RC7 is fully compliant with the
latest ISO, ANSI and CE safety standards, making it suitable for global
deployment. |
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Teaching Pendant (left)
Mini Pendant (right) |
- User-friendly operation
- Teaching pendant features new, larger 7.5 in. color touchscreen and
larger deadman switch, dust- and mistproof (IP65) design
- Minipendant offers high functionality at low cost
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| Title |
- 3-D simulation allows quick layout of automation work cells
- Enables user to determine obstacle clearances and verify reach and cycle
times
- Programs can be developed on offline PC without operating robot
- Real-time viewing function enables remote monitoring of actual robot
operation
DENSO's Wincaps II offline programming software enables users to program a
robot from a remote personal computer without actually operating the robot. By
viewing the robot's actions in 3-D simulation and creating 3-D solid renderings
of peripherals such as grippers, conveyors, pallets, etc., the user can
determine obstacle clearances and verify reach, as well as develop and
troubleshoot programs. After the robot is in regular operation, its actions can
be monitored remotely by viewing near-realtime 3-D simulation via RS232C,
Ethernet or DeviceNet connections. |
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