Profibus Dp протокол модуль интегральная плата для привода


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Цена:89,00 $ - 97,00 $*

Количество:



Описание и отзывы


Трекер стоимости

Месяц Минимальная цена Макс. стоимость
Aug-20-2025 113.10 $* 115.13 $*
Jul-20-2025 92.41 $* 94.72 $*
Jun-20-2025 111.78 $* 113.69 $*
May-20-2025 110.39 $* 112.76 $*
Apr-20-2025 88.22 $* 90.39 $*
Mar-20-2025 109.35 $* 111.25 $*
Feb-20-2025 108.8 $* 110.64 $*
Jan-20-2025 107.40 $* 109.75 $*

Характеристики



Product Description




Modbus-DP built-in module realizes the connection from Modbus RTU device to PROFIBUS DP network .It realizes the conversion function from MODBUS Protocol to PROFIBUS DP Protocol. Only by simply operating Modbus configuration tool, the users can realize connection from Modbus RTU device to PROFIBUS DP network.

M0306 module works with DIP16 2.54mm standard interface, 3.3 V power supply, Modbus communication indicating light to quick diagnosis the device status. It uses simple convenience

Combining with the features of high reliability and high flexibility, M0306 module is an ideal choice for user to develop OEM devices with PROFIBUS DP protocol.







1)Short development period:
The user doesn’t need to understand PROFIBUS developing technology, doesn’t need to purchase PROFIBUS development system, also doesn’t need to compile GSD file, PROFIBUS product with intellectual property will be developed in short time;
2)Same size:
Microcyber M-series embedded modules have the same size, 65mm(length)*42mm(width).
3)Same interface:
Microcyber M-series embedded modules adopt 2.54 spacing 16 pin connector, with compatible function.
4)Easy to upgrade:\t
Replacement of Microcyber M-series different embedded modules can achieve different protocols of the device.
5)Flexible configuration:
Users can use Microcyber configuration tool to configure it, which is easy andconvenient to operate
6)Simple application:
MCU of user’s product read (write) input/output data into communication module by serial port. The communication module automatically transfers them into the communication between PROFIBUS-DP data and PROFIBUS master station;
7)Wide application:
Widely used onto all kinds of products, such as transducer, motor startup protection device, smart high-low-voltage electrical appliance, power measurement device, various transmitters, smart field measurement equipment, and instrumentation, etc.
8)Provide based on OEM:
The user has independent intellectual property rights, brand and trademark registration right.




Specifications


Basic Parameter
Power
VCC(MCU power):5.0V 120mA / 3.3V 100mA
DP bus baud rate
Baud rate self- adaption:9.6K~12Mbps
Protocol before transition
Modbus GB/Z 19582.1-2004
Protocol after transition
Profibus DP GB/T 20540.1~.6-2006
DP max input data
Max Input Bytes ≤ 244 Bytes
DP max output data
Max Output Bytes ≤ 244 Bytes
DP max total input and output data
Input Bytes + Output Bytes ≤ 360 Bytes
max user data
Max User Data Bytes ≤ 200 Bytes
Max IO configuration data
Max IO Configuration Data Bytes ≤ 20 Bytes
Temperature range
-40℃ ~ +85℃
Humidity range
5 ~ 95%RH
Start time
≤ 5s
Weight
14 g
Dimension (L×W×H)
65×42×14 mm
Electromagnetic compatibility
GB/T 18268.1
Noise interference
EN 61131-2:2003
Support Modbus Function Code
01H
read coil state
02H
read input state
03H
Read holding register
04H
Read input register
05H
Set single coil
06H
Preset single register
0FH
Force various coils
10H
Preset various regsters


Installation


Module External Interface
Pin Definition and Instruction of User Interface 1(J4)
The user interface provides the module with one signal isolated DC power supply, serial interface between the two boards, as well as indicator lights and other functions. The specific description is shown in table Table 2.1.




As shown in picture, user interface 1 uses 16-pin connector, specific pins are defined as follows:


Pin
I/O
Description
Pin
I/O
Description
1
I
VCC(5.0V / 3.3V DC)
2
O
VCC grounding
3
I
CPU Reset, Low Valid
4
I/O
Reserved
5
O
CPU serial data transmission
6
I/O
Reserved
7
I/O
Reserved
8
I
CPU serial data acceptance
9
O
Connect No.4 pin of PROFIBUS DP D type socket
10
O
DP communication state indication
11
I/O
Connect No.3 pin of PROFIBUS DP D
type socket
12
I/O
Connect No.8 pin of PROFIBUS DP D
type socket
13
I/O
Reserved
14
I/O
Reserved
15
I
5V isolation power supply
16
O
0V(isolation power supply grounding, isolated with GND)


Dial Switch(S1)




No.
Name
Description
1
1
If ON,address+1,if not,addres+0.
2
2
If ON,address +2,if not,address +0.
3
4
If ON,address +4,if not,address +0.
4
8
If ON,address +8,if not,address +0.
5
16
If ON,address +16,if not,address +0.
6
32
If ON,address +32,if not,address +0.
7
64
If ON,address +64,if not,address +0.
8
M
M0306 working mode setting,ON is configuration mode, and OFF is normal working mode.


Module Installation
M0306 has three Φ3 location hole and it can be fixed to user board with three hexagonal prisms (height 11mm) to fix.






Working Principle


M0306 supports one to one embedded connection with the RTU Modbus user board. The main function is to connect the user board to the PROFIBUS network, making it become PROFIBUS DP slave device. M0306 system connection diagram is shown in picture




M0306 module can complete the protocol conversion between PROFIBUS and Modbus, to achieve mapping and transparent transmission between user board Modbus input and output data and PROFIBUS master control system input and output data. The working principle of M0306 is shown in picture.




Working Mode
M0306 supports two modes of operation: configuration mode and normal operation mode, which can be switched in real-time according to the dial switch.

When M0306 works in configuration mode, M0306 is used as the Modbus slave station, while the Modbus general configuration tool is used as the Modbus master station. Through the Modbus general configuration tool, besides the configuration of basic information such as manufacturer ID, device ID and device address sources, themain function is the configuration of read-write user board Modbus input and output data’s Modbus command queue parameter information, such as which MODBUS function code are used by parameters to read and write, what the register address is and so on.

After the configuration, the information will be downloaded to the M0306. Under normal operating mode, M0306 is master station in Modbus side, the user board is Modbus slave station. In accordance with configured parameters and mechanisms, M0306 circularly sends Modbus command queue to the user board to read and write user board Modbus input and output data.

M0306 is DP slave station at the PROFIBUS terminal, conducting real-time PROFIBUS input and output data exchange with PROFIBUS master control system.


Modbus Data and PROFIBUS Data Mapping
The main function of M0306 module is to realize the mapping and transparent transmission between user board Modbus input and output data and PROFIBUS master control system input and output data. The specific data mapping relation is shown in picture.




During the usage of module, user can realize the I/O data exchange between module and user board through the specific configuration of the Modbus command. the I/O data store address correspondence in PROFIBUS master system is related with "I/O configuration identifier", and also the specific type of PROFIBUS master station system. Specific module configuration and application methods will be introduced in the fourth chapter. The following is example of SIEMENS S7-300 series PLC master system to introduce the I/O data address mapping between user board and the PROFIBUS master system.


Application




COMPANY PROFILE








FAQ




Q: Can I get a free electronic manual?
A: Yes, if you want it, please contact us.

Q: How are modules configured and used?
A: Before starting the normal operation mode, user needs to configure M0306 by configuration mode. The method is as follows:
1) Set module dial switch S1.8 bit to ON, making the module power on;
2) Through the TTL to the serial port device, connect the module to computer serial port;
3) Install and open the Modbus general configuration tool, add the device by adding the serial port;
4) After scanning the device, the basic parameters of the device information will be read to the general configuration tool. Next, the user can refer to the specific needs of the configuration parameters to modify module;
5)Save the configuration. User can save a configuration file via configuration parameters saving function after configuration parameters, download the saved configuration file before batch configuration of various modules, with other working parameter modules for batch download.

Q: Can you provided OEM service?
A: Yes, we can, such as communication board, we can also provided fieldbus development toolkit.


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