This is a motion controller ideal for developing original, custom robots.
This is a motion controller ideal for developing original, custom robots, which was developed based on the robot controller RC8.
● Since offline software and the teaching pendant are
the same as those of DENSO robots, users can use
their familiar operation system and program
description language, reducing the number of
man-hours needed for startup.
● Using safety circuits that are incorporated into the
MC8 reduces the number of man-hours needed to
design emergency stop and other functions.
● Equipped with auto gain tuning and other adjustment
functions, this product helps smooth commissioning.
● Equipped with the ORiN function, this product can
use the RC8 provider, facilitating coordination with
factory automation devices. Furthermore, all
applications can be controlled with a robot
language, reducing the number of man-hours
needed for programming and maintenance.
● By operation using the same GUIs as the RC8,
work efficiency is improved.
World's smallest* high-performance 8-axis controller
This small and lightweight product has a high degree of design flexibility and is space-saving.
※As of December 2016, according to Denso Wave, in the case of robot controllers for 6-axis robots (3 kw class)
● Support for open networks [ORiN]
● Many certifications obtained
・ ISO 10218-1:2011/CE (standard, UL)
・ UL (UL)
・ PLe /SIL3 (standard, UL)
・ PLd/SIL2 (safety motion)
・ KCs (standard, safety motion)
● Support for global network standards
・ CC-Link
・ PROFIBUS
・ DeviceNet
・ Ethernet/IP
・ PROFINET
・ EtherCAT
Item | Unit | Specifications | |||||||||
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Power supply | Power supply capacity | KVA | 3 | ||||||||
Allowable input voltage range | - | Three-phase AC200V −15% - AC240V +10% | |||||||||
Power supply frequency | Hz | 50 / 60 | |||||||||
Power cable | m | 5 | |||||||||
Number of axes controlled | - | 8 max. | |||||||||
Control method | - | PTP, CP3-dimensional linier, 3-dimensional arc(*1) | |||||||||
Drive method | - | All axes all digital AC servo | |||||||||
Language in use | - | DENSO Robotics language (PacScript) | |||||||||
Memory capacity | - | User area Variable area: 1.75MB(32,766 points equivalent), File area: 400MB(5,000 stepsx256 files) |
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Teaching method | - | 1)Remote teaching 2)Numerical entry(MDI) |
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External signal (I/O, etc.) |
Universal / dedicated I/O | Mini I/O | - | Input: User open 8 points + System fix 14 points(Safety I/O-less specification,System fix 13 points)(*2) Output: User open 8 points + System fix 16 points(Safety I/O-less specification,System fix 12 points) |
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Hand I/O | - | Input: User open8points / Output: User open8points | |||||||||
Parallel I/O board (option) |
- | Bus: PCI Input: User open 40 points / Output: User open 48 points |
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DeviceNet slave board (option) |
- | Bus: PCI Express Input: 256 points / Output: 256 points |
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CC-Link remote device board (option) |
- | Bus: PCI Express Input: 128 points / Output: 128 points Remote register Input: 256 points / Output: 256 points |
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PROFIBUS slave board(option) |
- | Bus: PCI Express Input: 256 points / Output: 256 points |
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EtherNet/IP Adapter board(option) |
- | Bus: PCI Express Input: 4032 points / Output: 4032 points |
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PROFINET IO Device board(option) |
- | Bus: PCI Express Input: 8192 points / Output: 8192 points |
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EtherNetCAT slave board(option) |
- | Bus: PCI Express Input: 2048 points / Output: 2048 points |
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External communication | - | RS-232C: 1 line, Ethernet: 1 line(GbE: Gigabit Ethernet), USB: 2 lines、VGA: 1 line(option) |
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Expansion slot | - | ・PCI 1 slot ・PCI Express 1 slot | |||||||||
Self diagnosis function | - | Overrun ・ servo error ・ memory error ・ input error、 short circuit detection (user wiring part) など | |||||||||
Environmental condition (in motion) |
- | Temperature 0 to 40 degree C, Humidity 90% RH or less(dew condensation not allowed) | |||||||||
safety category | - | Standard type Category 4, PL = e (ISO 13849-1:2006) (*2) | |||||||||
Degree of protection | - | IP20 | |||||||||
Weight | kg | Standard Approx. 12 (*3) |
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