Industrial antomation prduct:

PLC,DCS,Sensor,Inverter,encoder,relay,Servo Drives,Soft,starter,touch,screen

Work hard and best service for you!

Sales & Support
Request A Quote - Email
Select Language
English
Home
Products
About Us
Factory Tour
Quality Control
Contact Us
Request A Quote
Home ProductsMitsubishi

MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1)

MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1)

MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1)
MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1)

Large Image :  MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) Get Best Price

Product Details:

Place of Origin: Japan
Brand Name: Mitsubishi
Certification: ce
Model Number: A1SX80

Payment & Shipping Terms:

Minimum Order Quantity: 1 pc
Price: negotiable
Delivery Time: 1-5 work day
Payment Terms: L/C, T/T,Paypal
Supply Ability: 88
Detailed Product Description
Country/Region Of Manufacture: Japan Country/Region Of Manufacture Japan Type INPUT UNIT MPN: A1SX80
Type: INPUT UNIT Brand: Mitsubishi

MITSUBISHI INPUT UNIT A1SX8013L20(NEW OPEN BOX)

 

MITSUBISHI

INPUT UNIT

MODEL: A1SX80

13L202

BD626A687G53A E

E46669-707V

CLASS 2 ONLY

DC12V 3MA DC24V 7MA

DC5V 0.05A

BD992C411H01

 

MADE IN JAPAN

 

REF : FKM4564V1

 

100% Genuine Product | You will get what you see in pictures.

 

Product Name: DC Source Input Module
Model: A1SX80
Input type: DC source type.
Input points: 16 points.
Input voltage: 12/24DC.
Input current: 3/7mA
Connection method: terminal strip.
The number of points shared by the common end: 32 points.
Functional module diagram language is a PLC programming language similar to digital logic circuits.
Represent the functions of a module in the form of a functional module diagram,
Different functional modules have different functions.
The characteristics of functional module diagram programming language: The characteristic of functional module diagram programming language is that it is based on functional modules,
Analyzing and understanding control schemes is simple and easy: functional modules express functions in graphical form,
Strong intuition, easy to master programming for designers with a foundation in digital logic circuits;
For control systems with large scale and complex control logic relationships,
Due to the clear expression of functional relationships in the functional module diagram, programming and debugging time is greatly reduced.
I/O slot: 8 slots.
Can I install the power component? No.
Boundary dimension: 365 * 130
There are two types of expansion backplanes,
One can be plugged into a power module, while the other does not.
The type of substrate chosen depends on the total DC5V current consumption and the power supply to the Mitsubishi A1SX80 on the CPU main substrate.
If the total demand is lower than the power output, no additional power supply is required,
So you can choose a more economical expansion substrate.
Both ends of the CPU main substrate have expansion interfaces, which can be connected to the A1SX80SI/QSI/H-PCF/wide H-PCF optical cable double-layer remote I/O network through expansion cables
(Remote I/O Station)
The purpose of on-off control is to:,
Based on the current input combination of the switching value and the historical input order,
Enable the PLC to generate corresponding switch output,
To enable the system to operate in a certain order, Mitsubishi A1SX80.
So, sometimes also known as sequential control.
And sequential control can be divided into manual, semi-automatic, or automatic.
The control principles adopted include decentralized, centralized, and hybrid control.
The time required for instruction execution is closely related to the length of the user program, the type of instruction, and the CPU execution speed,
Generally speaking, during a scanning process, the fault diagnosis time is,
The communication time, input sampling, and output refresh take up less time,
The execution time accounts for the majority of Mitsubishi A1SX80.
The response time of PLC refers to the time between the moment when the external output signal of the PLC changes and the time when the external output signal changes that it controls
Septum,
It is called lag time, which is determined by the input circuit time constant,
The time constant of the output circuit, the arrangement of user statements, and the use of instructions,
The PLC's cyclic scanning method and the PLC's refresh method for I/O constitute the Mitsubishi DC source input module.
This phenomenon is called the I/O delay time effect. Input voltage: AC100-240V.
Rated output: DC5V, 3A and DC24V, 0.6A
The power module is connected to an external power supply to provide the DC5V required for the AnS programmable controller,
They are inserted into specialized power component slots on the substrate,
The output DC5V supplies power to the components through the power lead on the substrate.
The input voltage of the component is related to the selected model of the Mitsubishi DC source input module.
A1S61PN/62PN has been replaced by A1S61P/A1S62P, A1S61PEU/A1S62PEU. Reader writer 2 channel connection,
For AnSCPU/QnASPU
PLC is a Mitsubishi DC source input module that operates in a "sequential scanning, continuous cycling" manner.
When the PLC is running, the CPU compiles a program that coexists in the user's memory according to the user's control requirements,
Perform periodic cyclic scanning according to the instruction step number (or address number), and if there are no jump instructions,
Then execute the user program one by one from each instruction until the program ends,
Then return to the command and start the next round of scanning. During each scanning process,
We also need to complete tasks such as sampling the input signal and refreshing the output state.
PLC operates in a "sequential scanning, continuous cycling" manner.
When the PLC is running, the CCPU compiles a program that coexists in the user's memory according to the user's control requirements,
Perform periodic cyclic scanning according to the instruction step number (or address number), and if there are no jump instructions,
Then execute the user program one by one from each instruction until the program ends,
Then return to the command and start the next round of scanning. During each scanning process,
We also need to complete tasks such as sampling the input signal and refreshing the output status of Mitsubishi A1SX80A1SX80.

 

 

Our advantage Products:

【Yaskawa】Servo Drive / Servo Motor

【Mitsubishi】Servo Drive / Servo Motor

【Honeywell】Module DCS / PLC

【Emerson】DeltaV Module / Servo Motor

【ABB】Input Output Module

【AB】Module / Touch Screen

【Rosemount】Pressure and Temperature Transmitter

【Yokogawa】Pressure Transmitter

【GE】IC69 Series PLC/ Fanuc Servo Motor and Drive

(Modicon,SMC,SICK,NORGREN,Siemens etc.)

 

Linture Technology Co,. Ltd

Contact person: Vivian
E-mail: linture0319@163.com
Cellphone: +0086-18026552038

 


Tag:electric servo drive,
ac servo drive,
ac servo pack

 

MITSUBISHI BD992C411H01 Genuine Product Input Unit (FKM4564V1) 0

Contact Details
LINTURE  Technology CO.,LTD 

Contact Person: Miss. Iris

Tel: 86-17728602038

Send your inquiry directly to us