Manual for 24 way 16A Self Holding Relay Module

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Manual for 24 way 16A Self Holding Relay Module缩略图
Manual for 24 way 16A Self Holding Relay Module插图

Product Description

M24162 is a multifunctional 24 circuit intelligent relay module with 16A self holding relay and LCD touch display. It has DI input function and sensor access function, two 485 ports, and port 2 can choose multiple communication connections (RS485/RS232/LORAMESH/4GCAT1/NET) for external communication. It supports standard Modbus Rtu/Modbus Tcp communication protocol.

Product purchase:https://www.modbus.cn/product/31033.html

Selection Suggestions

is widely applicable to various scenarios where the switch power is not high enough, such as homes, office buildings, hotels, banks, hospitals, schools, airports, museums, laboratories, factories, etc. It can also be used as a common spare part for professionals such as building integrators and smart home solution engineers to solve unexpected problems on site.

Product Parameters

  • Product Name:24 Channel Relay Module
  • Product Model:M24162
  • Inductive Load:5A
  • Resistive Load:10A
  • Shell Material:Sheet Metal Spray Metal Shell
  • 2.4-inch Screen: Resolution: 240 *320
  • Relay: 16A Self Holding Non Heating
  • Product Size:228* 85 * 57mm
  • Product Weight:1.15kg
  • Input voltage:DC12V
  • Communication protocol:Modbus RTU
  • Baud rateDefault 9600 8N1 (modifiable)
  • Input circuit:24 channel DI (optocoupler isolation)
  • Installation method:Installation of DN35 guide rail
  • Port 1:485
  • Port 2:Standard 485, optional RS232/LORA MESH/4GCAT1/NET
  • Sensor:Support optional carbon monoxide/temperature and humidity/in body counting/lighting

Product Features

  • 1. Adopting Hongfa's high-quality 16A self-sustaining non heating relay
  • 2. All 24 DI inputs adopt optocoupler isolation input circuit
  • 3. The appearance of the side should be consistent with the standard air opening shape, and the guide rail should be installed.
  • 4. Equipped with a color touch LCD screen, easy and simple on-site operation and configuration
  • 5. Port 1 comes standard with 485, while Port 2 offers optional communication with RS232/LORA MESH/4G CAT1/NET.
  • 6. Both IO support dual register reading, support 01/02/05 coil reading and writing function codes, and also support 03/06/10 function code reading and writing. 7. Supports multiple communication baud rates and can be directly modified through the touch screen.
  • 7. Supports multiple communication baud rates and can be directly modified through the touch screen.
  • 8. Comes with 4 sensors (carbon monoxide, temperature and humidity, human counting, lighting) linked together, and the output of the linked relay can be configured through the touch screen.
  • 9, Sheet metal spray painted metal shell, and 5.08 large terminal independent terminal post.
  • 10. The touch screen supports multiple languages in Chinese and English, with standard Modbus protocol.

Screen operation

① Local color screen intelligent processing:The device's built-in 2.4-inch screen can display the input and output status of 24 circuits in real time, and the linkage of input and output can be set through the screen.
② External sensors:Supports the integration of external human counting sensors, temperature and humidity sensors, lighting sensors, and carbon monoxide sensors. Through a color screen automation system, real-time collection and intelligent response of sensor data are achieved.
③ Multi language switching:The system language supports switching between Chinese and English,

④ Baud rate modification:Directly modify the baud rate of two 485 ports through the local color screen, making the operation more convenient.

⑤ Device Address Modification:Modifying device address through local color screen makes the operation more convenient.
* 24 independent high-power 16A relay, supporting 24 digital signal input detection, real-time data display and parameter configuration through local color touch screen, without relying on the cloud, directly setting values, delay actions, linkage strategies through the screen, suitable for intelligent room management, production line equipment control, building automation and other application scenarios.

Manual for 24 way 16A Self Holding Relay Module插图1

① INPUT/Input Status:Click to enter the "24 Input Status Display Page"

② OUTPUT/Output Status:Click to enter the "24 Output Status Display Page"

③ Sensor/Sensor:Click to enter the "Sensor Status/Numerical Display Page"

④ Settings/System Settings:Click to enter the system settings.

Setting Guide

1. INPUT/Input Status

Manual for 24 way 16A Self Holding Relay Module插图2

① This page displays the status of 24 DIs. When a DI is connected, the corresponding icon's outer circle is displayed in yellow; When DI is disconnected, the outer circle of the corresponding icon is displayed in black.

Manual for 24 way 16A Self Holding Relay Module插图3

② Click on the corresponding icon, enter the password, and enter the DI linkage settings page. After sliding and selecting the left circle of the linked relay, this logic will automatically take effect. If the left circle is not selected, this automatic logic will not be executed.

2. OUTPUT/Output Status

Manual for 24 way 16A Self Holding Relay Module插图4

① This page displays the status of 24 relays D0. When the relay is turned on, the outer circle of the corresponding icon displays yellow. When the relay is turned off, the outer circle of the corresponding icon displays black.

Manual for 24 way 16A Self Holding Relay Module插图5
Manual for 24 way 16A Self Holding Relay Module插图6
Manual for 24 way 16A Self Holding Relay Module插图7
Manual for 24 way 16A Self Holding Relay Module插图8
Manual for 24 way 16A Self Holding Relay Module插图9
Manual for 24 way 16A Self Holding Relay Module插图10
Manual for 24 way 16A Self Holding Relay Module插图11
Manual for 24 way 16A Self Holding Relay Module插图12
Manual for 24 way 16A Self Holding Relay Module插图13

Communication Protocol

Register Address
Memory Mask
Function Code
FUNCTION
Register Name
NAME
Read/Write
R/W
Register Address
Decimal
Register Add
(DEC)
register address
hexadecimal
Register Add
(HEX)
Value
Value
Value meaning
Value meaning
Remark
Remarks
03
Read Holding Registers
(4x)

____________

06
Write single register
Address
address
Read/Write00000x000000 01Address Range 01-FE
Address range 01-FE
Port2- Baud RateRead/Write00010x000100 0600-115200 Baud
01-76800 Baud
02-57600 Baud
03-38400 Baud
04-19200 Baud
05-14400 Baud
06-9600 Baud
07-4800 Baud
08-2400 Baud
09-1200 Baud
INTER(no change)Read/Write00020x0002no changeno changeno change
Port1 Baud RateRead/Write00030x000300 0600-115200 Baud
01-76800 Baud
02-57600 Baud
03-38400 Baud
04——19200  Baud
05——14400  Baud
06——9600 Baud
07——4800 Baud
08——2400 Baud
09——1200 Baud
03
Read Holding Registers
 (4x)

____________

06
Write single register
OUTPUT1R/W00160x001000 0100: close
01: OPen
OUTPUT2R/W00170x001100 0100: close
01: OPen
OUTPUT3R/W00180x001200 0100: close
01: OPen
OUTPUT4R/W00190x001300 0100: close
01: OPen
OUTPUT5R/W00200x001400 0100: close
01: OPen
OUTPUT6R/W00210x001500 0100: close
01: OPen
OUTPUT7R/W00220x001600 0100: close
01: OPen
OUTPUT8R/W00230x001700 0100: close
01: OPen
OUTPUT9R/W00240x001800 0100: close
01: OPen
OUTPUT10R/W00250x001900 0100: close
01: OPen
OUTPUT11R/W00260x001A00 0100: close
01: OPen
OUTPUT12R/W00270x001B00 0100: close
01: OPen
OUTPUT13R/W00280x001C00 0100: close
01: OPen
OUTPUT14R/W00290x001D00 0100: close
01: OPen
OUTPUT15R/W00300x001E00 0100: close
01: OPen
OUTPUT16R/W00310x001F00 0100: close
01: OPen
OUTPUT17R/W00320x002000 0100: close
01: OPen
OUTPUT18R/W00330x002100 0100: close
01: OPen
OUTPUT19R/W00340x002200 0100: close
01: OPen
OUTPUT20R/W00350x002300 0100: close
01: OPen
OUTPUT21R/W00360x002400 0100: close
01: OPen
OUTPUT22R/W00370x002500 0100: close
01: OPen
OUTPUT23R/W00380x002600 0100: close
01: OPen
OUTPUT24R/W00390x002700 0100: close
01: OPen
03
Read Holding Registers
 (4x)
Input1R00410x002900 0000: close
01: OPen
Input2R00420x002A00 0000: close
01: OPen
Input3R00430x002B00 0000: close
01: OPen
Input4R00440x002C00 0000: close
01: OPen
Input5R00450x002D00 0000: close
01: OPen
Input6R00460x002E00 0000: close
01: OPen
Input7R00470x002F00 0000: close
01: OPen
Input8R00480x003000 0000: close
01: OPen
Input9R00490x003100 0000: close
01: OPen
Input10R00500x003200 0000: close
01: OPen
Input11R00510x003300 0000: close
01: OPen
Input12R00520x003400 0000: close
01: OPen
Input13R00530x003500 0000: close
01: OPen
Input14R00540x003600 0000: close
01: OPen
Input15R00550x003700 0000: close
01: OPen
Input16R00560x003800 0000: close
01: OPen
Input17R00570x003900 0000: close
01: OPen
Input18R00580x003A00 0000: close
01: OPen
Input19R00590x003B00 0000: close
01: OPen
Input20R00600x003C00 0000: close
01: OPen
Input21R00610x003D00 0000: close
01: OPen
Input22R00620x003E00 0000: close
01: OPen
Input23R00630x003F00 0000: close
01: OPen
Input24R00640x004000 0000: close
01: OPen
03
Read Holding Registers
 (4x)
TEMPR01000x006400 00temperatureThe device address is fixed at 01
range:-20~60℃
HUMIR01010x006500 00HumidityThe device address is fixed at 01
range:0~95%
COR01020x006600 00CO concentrationThe device address is fixed at 02
range:0-1000PPM
LUX-HIR01030x006700 00LUX-HI: High bit register
LUX Lo: Low Bit Register

Light intensity calculation formula: Lux=(illuminance data Hl * 65536+illuminance data Lo)/100
Then: Lux=(0 * 65536+6960)/100=69.6 (lux)
The device address is fixed at 03

range:0~250000lux
LUX-Lo01040x006800 00
Human existenceR01050x006900 0000: nobady
01: somebody
The device address is fixed at 04
Human Presence
Human Body CountR01060x006A00 00Number of detected human bodiesThe device address is fixed at 04
Number of detected human bodies


01
Read Coils (0x)
——————
05
Write Single Coil
OUTPUT1R/W00000x000000 0000: close
01: OPen
OUTPUT2R/W00010x000100 0000: close
01: OPen
OUTPUT3R/W00020x000200 0000: close
01: OPen
OUTPUT4R/W00030x000300 0000: close
01: OPen
OUTPUT5R/W00040x000400 0000: close
01: OPen
OUTPUT6R/W00050x000500 0000: close
01: OPen
OUTPUT7R/W00060x000600 0000: close
01: OPen
OUTPUT8R/W00070x000700 0000: close
01: OPen
OUTPUT9R/W00080x000800 0000: close
01: OPen
OUTPUT10R/W00090x000900 0000: close
01: OPen
OUTPUT11R/W00100x000A00 0000: close
01: OPen
OUTPUT12R/W00110x000B00 0000: close
01: OPen
OUTPUT13R/W00120x000C00 0000: close
01: OPen
OUTPUT14R/W00130x000D00 0000: close
01: OPen
OUTPUT15R/W00140x000E00 0000: close
01: OPen
OUTPUT16R/W00150x000F00 0000: close
01: OPen
OUTPUT17R/W00160x001000 0000: close
01: OPen
OUTPUT18R/W00170x001100 0000: close
01: OPen
OUTPUT19R/W00180x001200 0000: close
01: OPen
OUTPUT20R/W00190x001300 0000: close
01: OPen
OUTPUT21R/W00200x001400 0000: close
01: OPen
OUTPUT22R/W00210x001500 0000: close
01: OPen
OUTPUT23R/W00220x001600 0000: close
01: OPen
OUTPUT24R/W00230x001700 0000: close
01: OPen
02
Read Discrete Inputs (1x)
Input1R00000x000000 0000: close
01: OPen
Input2R00010x000100 0000: close
01: OPen
Input3R00020x000200 0000: close
01: OPen
Input4R00030x000300 0000: close
01: OPen
Input5R00040x000400 0000: close
01: OPen
Input6R00050x000500 0000: close
01: OPen
Input7R00060x000600 0000: close
01: OPen
Input8R00070x000700 0000: close
01: OPen
Input9R00080x000800 0000: close
01: OPen
Input10R00090x000900 0000: close
01: OPen
Input11R00100x000A00 0000: close
01: OPen
Input12R00110x000B00 0000: close
01: OPen
Input13R00120x000C00 0000: close
01: OPen
Input14R00130x000D00 0000: close
01: OPen
Input15R00140x000E00 0000: close
01: OPen
Input16R00150x000F00 0000: close
01: OPen
Input17R00160x001000 0000: close
01: OPen
Input18R00170x001100 0000: close
01: OPen
Input19R00180x001200 0000: close
01: OPen
Input20R00190x001300 0000: close
01: OPen
Input21R00200x001400 0000: close
01: OPen
Input22R00210x001500 0000: close
01: OPen
Input23R00220x001600 0000: close
01: OPen
Input24R00230x001700 0000: close
01: OPen

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