MITSUBISHI
Home >> Download >> MITSUBISHI >> Manual Download >> MITSUBISHI Q2ACPU-S1 Manual Q2ACPU-S1 User's Manual

MITSUBISHI Q2ACPU-S1 Manual Q2ACPU-S1 User's Manual

Brand: MITSUBISHI
Product model: Q2ACPU-S1
Name: PLC
Sort: User's Manual
File language: English
File size: 12.11MB
Input: 2 channels.
4Mpps.
Counter input signal: EIA standard RS-422-A (differential linear drive).
External input: DC24V.
Uniform output: Transistor (drain type).
DC12/24V.
0.5A/ point.
2A/ common end.
40 pin connector.
Support high resolution devices. Pulse input and high speed counter module product group satisfying high speed and high precision control application Q2ACPU-S1 Manual Q2ACPU-S1 User's Manual Q2ACPU-S1
High speed counter module for counting high-speed pulse train.
Can be used in combination with the external encoder for positioning and other control.
The maximum count rate can be switched, and the low frequency pulse is counted from the high speed pulse to the rising edge / falling edge.
Each 1 channel is equipped with 2 points of external uniform output Q2ACPU-S1 Manual Q2ACPU-S1 User's Manual.
Can be selected according to the use of "consistent output function", "continuous comparison function", to achieve high-speed control of external equipment. (QD64D2)
Provides a variety of functions, such as the same output test function (using a continuous comparison function), the default function, the latch counter function,
In order to meet the needs of various applications Q2ACPU-S1 Manual Q2ACPU-S1 User's Manual. (QD64D2)
The maximum count rate of the input pulse can be up to 8Mpps (differential input, 2 phase, 4 double frequency).
Can be in the semiconductor, liquid crystal manufacturing and other high position accuracy requirements of the equipment,
Perform accurate position tracking using high resolution encoders. (QD65PD2)"10BASE2.
Ethernet interface module capable of selecting the most suitable system and object device.
Support 100BASE-TX, can speed up the transmission speed. (QJ71E71-100)
Data communication can be performed between programmable controller CPU using special instructions.
Can use the HTTP protocol, through the Web browser on the PC access to the soft element of the programmable controller.
PC (Web) on the use of the communication program library and sample screen can be obtained by download services.
Can connect a number of programming tools to improve the efficiency of debugging.
Make use of e-mail function, through the mail server to send e-mail (ASCII format) and attachments (binary, ASCII and CSV format).
The KeepAlive function can be used to perform the existence of the object equipment inspection, and keep the connection in the open state.
This can be used to ensure connectivity and to quickly find errors.
Optimal network matching for application purposes and applications,
Seamless communication between different hierarchical systems.
Enhancing the ability of information communication through network.
This is also a major task in the field of automation.
Network environment provided by Q series
Is truly open & seamless.
Including based on universal ethernet,
Achieve easy management of the environment "IE Control CC-Link" controller network,
As well as in its management to achieve a high-speed, high-capacity transmission of the "IE Field CC-Linnk" field network Q2ACPU-S1 Manual Q2ACPU-S1 User's Manual.
Also including Japan''s first, to achieve the world standard,
And get the SEMI certification of the field network "CC-Link",
And inherited the design concept of the provincial distributioon network CC-Link/LT" Q2ACPU-S1 Manual Q2ACPU-S1 User's Manual.
And support sensor networks "AnyWire",
To enrich the lineup flexibility to integrate the various layers of automation network. "
Related products
MITSUBISHI
CPU unit
A2SCPU-S1
MITSUBISHI CPU unit A2SCPU-S1
Program memory capacity 14K. Input and output
MITSUBISHI
CPU unit
Q2ACPU-S1
MITSUBISHI CPU unit Q2ACPU-S1
Input and output points: 1024 points. Input /
MITSUBISHI
Motion controller
Q170MSCPU-S1
MITSUBISHI Motion controller Q170MSCPU-S1
Control axis: up to 16 axes. Interpolation fu