Supports industry-standard fieldbus I/O systems, supports DeviceNet, EtherNet/IP, Profibus, CC-Link, provides master-slave devices, and is fully integrated into the Epson Robotics RC+ development environment.
Fieldbus I/O is used in factories around the world to reduce cabling costs, reduce setup time, and improve specification equipment selection. However, there is currently no 1 accepted fieldbus I/O specification. Instead, there are a few different norms. The most commonly used fieldbus I/O specifications include DeviceNet, Profibus, EtherNet/IP, and CC-Link. The Epson RC620+ (discontinued) and RC180 controllers support everything from these 4 fieldbus I/O options. Typically, a fieldbus I/O protocol is used to standardize and devices that comply with this protocol are deployed throughout the plant. As such, Epson does not advocate or promote any one protocol, but rather underpins all four protocols, and we give customers the right to choose and choose the specifications of their fieldbus I/O solution to use in their factories.
Common reasons why factories use fieldbus I/O instead of a common stand-alone I/O solution are as follows:
Signals are accessed from multiple devices, and multiple data from each device is transmitted over a single cable, eliminating the need for A/D conversion or D/A conversion. Since dozens (or hundreds) of devices are connected on a fieldbus, the wiring cost is lower, including the cost of the signal relay circuit board and the area of the device, and the system can be modified or expanded more flexibly, because multiple devices are added to a fieldbus, no additional wiring is required.
Epson robots support all 4 major fieldbus I/O specifications, including: DeviceNet, EtherNet/IP, Profibus, and CC-Link. The RC620+ (discontinued), RC180, and RC90 controllers have slot options for these cards, and our Epson RC+ software is fully integrated to quickly and easily support individual fieldbus I/O specifications.
High performance: Fieldbus I/O processing is performed on the fieldbus I/O card.
Fast communication throughput is one reason for using fieldbus I/O
DeviceNet, Profibus, and EtherNet/IP are all available as master or slave solutions (master solution RC620+ (discontinued) controllers only)
Tight integration with Epson RC+ ensures the fastest throughput
Leader in ease of use: Full support for all 4 major fieldbus I/O specifications
GUI-based settings, configurable I/O mapping, and more
Fully integrated with Epson RC+, SPEL+ Speech simplifies I/O visits
Works with all Epson robot models supported by the RC620+ (discontinued), RC180 and RC90 controllers
|
More on that
|
Features of Epson six-axis VT6L robot
In order to meet the product demand for cost-effective robots in the Chinese market, Epson launched the first six-axis all-in-one VT6L robot.
1. Battery-free, wide voltage, low weight, protection and faster use
Epson 6-axis all-in-one VT6 ...
|
|
Epson LS series manipulator encoder battery replacement
Flip open the cover plate located at the base, cut off the ribbon that holds the battery in place, and connect the new battery connector to the battery plate.
LS series manipulator screw lubricating oil addition steps
1. Set the power supply of the controller to ON. Set the motor to non...
|
|
Epson SCARA robot malfunction problem
1. Poor contact or partial failure of the robot teach pendant (replace the touch panel)
2. The robot teach pendant is not visible (repair or replace the internal motherboard or LCD screen)
3. The robot teach pendant appears bad, vertical wires, vertical belts, ...
|
|
Epson's ultimate innovative industrial robot
Since 1981, Epson industrial robots were born in response to the production needs of Seiko watch devices, whether it is the traditional G series four-axis robots, or LS and RS series SCARA robots, as well as the C series six-axis robots, plus the newly released folding arm N series robots, all inherit the Epson ...
|
|
PC port and memory port
What is a development PC port?
The development PC interface port supports the following USB types.
- USB2.0 High Speed/Full Speed (Speed Auto Selection or Full Speed Format) - USB1.1 Full Speed Interface Standard: Compatible with USB Standard Version 2.0 (USB Version 1.1 Upwards Compatible)
|
|
The name of each part of the Epson robot RC90 control cabinet
Epson robots have the expertise of high-speed, high-precision assembly and material handling, as well as many processing operations, and it is difficult to limit us to a few job types. Every week we enter new industries, perform new operations, and respond to new challenges, and our commitment to our customers is to assist them with ...
|
|
Epson robot noise reduction solution
When wiring, pay attention to the following points to minimize noise
The ground wire of the power supply must be grounded in type D (the ground resistance value is 100 or less). The grounding of the frame of the controller is designed to prevent electric shock, and to reduce the power from ...
|
|
Two transmission modes for the 4-axis robot
At present, the transmission mode of 4-axis robots on the market mainly has two structures: belt and gear, during which the belt mechanism is the majority, but the gear structure also appears in some well-known.
Each of the two structures has its own characteristics, which are briefly summarized below:
Primary Belt Construction:
...
|
|
The role of each axis in a six-axis robot - Epson
In the production of industrial robots, they generally need to be equipped with peripheral equipment in addition to their own performance characteristics, such as a rotary table for rolling workpieces, a moving table for moving workpieces, etc. The movement and orientation of these peripherals need to be coordinated with industrial robots and require corresponding precision. General robot ...
|
|
Epson Robotics RC90 Controller Brain
The Epson Robot RC90 Manipulator is a powerful, inexpensive manipulator for the Epson LS Series SCARA robots. Like our other controllers, the Epson RC90 Controller offers an easy-to-use experience at a much lower price. RC90 Steerable ...
|
|
The secret to the success of Epson robots
With the evolution of the transformation and promotion of China's manufacturing industry, huge opportunities have erupted in the industrial robot market. In the electronics manufacturing and lithium battery industries, lightweight SCARA robots have been put into use in large quantities, enabling many robot manufacturers to achieve better success. In 2017, Epson completed ...
|
|
What are the main points to pay attention to when installing Epson robots and the environment?
warn
By unplugging the power supply, the power supply of the Epson robot system is enclosed. Be sure to connect the AC power cable to the power plug and never directly to the factory power supply.
Be sure to close the robot with ...
|
|
The relationship between industrial robots, PLCs and automation – Epson
What is the relationship between industrial robots, PLC and automation, and to understand the relationship between the three, the conditions need to be clear about what these three are?
1. Industrial robots
Industrial robot is a kind of multi-joint manipulator or multi-self...
|
|
The Epson robot catheter is inserted into the O-type injection molding machine
In the water pipe production equipment - the water pipe is automatically pierced into an O-type injection machine, in the past, this operation was done manually, which is very dangerous, and it is very simple to get the worker's hand stuck in the machine, and the factory needs an automated solution to deal with this problem, so that the factory work is more and more safe.
...
|
|
Features of two transmission modes of 4-axis robot - Epson robot
At present, the transmission form of 4-axis robots on the market mainly has two structures: belt and gear, of which the belt organization is the majority, but the gear structure also appears in some well-known.
Each of the two structures has its own characteristics, which are briefly summarized below:
...
|
|
Key skills for Epson industrial robots
(1) Open and modular control architecture: the distributed CPU computer structure is selected, which is divided into robot manipulator (RC), motion manipulator (MC), optoelectronic isolation I/O control board, sensor processing board and programming teaching box. Robot Manipulator (RC) & Programming Teaching ...
|
|
Epson robot power on steps
(1) Check the connection of the EMERGENCY Adapter.
(2) Connect the TP bypass plug to the TP port.
(3) Connect the AC power cable to the robot.
(4) Connect the AC power cable to the power outlet.
(5) About 30 seconds after the controller starts normally...
|
|
Epson robot details introduced
Network port communication
1. When the port is used as a server, the IP address set must be the same as the IP address of the practice network port of the corresponding controller.
2. What is the terminator of the port setting, and it is necessary to have the same terminator for the accepted data, otherwise the program will be stuck in the inpu...
|
|
Setting of the Epson robot's action area
Set the action area in the following 3 ways: 1. Setting based on pulse size (full joint) 2. Mechanical stop-based settings (1st – 3rd joints) 3. Rectangle scale setting in the X,Y coordinate system (joint 1 - joint 2)
...
|
|
The difference between the Epson robot stepper key and the EXE key
EXE. key description
Press the Epson robot's engine switch and button at the same time to perform the following operations. Execute the instructions in the form of TEACH Execute the program in the form of TEST
The step key is only available in the TEACH form.
Step...
|
|
Contact
working hours
