Industrial Pressure Sensor Gauge Transducer Controller

• Measuring Medium: Gas
• Measuring Temperature: -20~50ºC
• Measurement Form: Gauge Pressure, Absolute Pressur
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: SAC-PCM-302
• Measurement Range: -0.1MPa ~ 0MPa ~ 6MPa
• Measurement Accuracy: 0.5%F.S
• Measurement Stability: ±0.2%Fs/Year
• Overload Pressure: 150%Fs
• Operating Temperature: -20~50ºC
• Compensation Temperature: -20~50ºC
• Working Humidity: 95%Rh
• Storage Temperature: -40~85ºC
• Trademark: Aice Tech
• Origin: China
• HS Code: 9026202000

Product Description

Welcome to Jiangsu Aice Instrument Technology Co., Ltd., your premier destination for top-of-the-line Industrial Pressure Sensor Gauge Transducer Controllers. Explore the epitome of precision and reliability with us today.

Product Description

1. INTRODUCTION

Crafted to meet the highest standards, our product adheres to the MODBUS communication protocol, leveraging the sub-centralized RTU mode and the highly efficient RS485 half-duplex working mode within the MODBUS framework.

Serial Port Configuration: Ensuring seamless communication with settings of no parity, 8 data bits, and 1 stop bit.
Example Configuration: 9600, N, 8, 1 Explanation: Operates at 9600bps with no parity, 8 bits of data, and a single stop bit, ensuring robust performance.
Versatile Baud Rate Support: Our transmitter is engineered to handle a broad array of serial baud rates including 1200, 2400, 4800, 9600, 19200, 38400, 57600, and up to 115200.
Advanced Error Checking: Employing the CRC checksum polynomial: 0xA001 for enhanced data integrity.
Data Processing Excellence: Communication is executed utilizing double-byte shaped data. For floating-point numbers, the decimal point is read to accurately determine data magnitude.

Product Parameters

(1) Read Command Format (03 Function Code) - Example
A. Send Read Command Format

Address	Function Code	Data start(H)	Data start(L)	Data number(H)	Data number(L)	CRC16 (L)	CRC16(H)
0X01	0X03	0X00	0X00	0X00	0X01	0X84	0X0A

B. Receive Data Format: Example

Address	Function Code	Data length	Data(H)	Data(L)	CRC16 (L)	CRC16(H)
0X01	0X03	0X02	0X00	0X01	0X79	0X84

(2) Example of Writing Command Format (06 Function Code)
A. Send Read Command Format

Address	Function Code	Data start(H)	Data start(L)	Data number(H)	Data number(L)	CRC16 (L)	CRC16(H)
0X01	0X06	0X00	0X00	0X00	0X02	0X08	0X0B

1. B. Receive Data Format: Example

Address	Function Code	Data start(H)	Data start(L)	Data(H)	Data(L)	CRC16 (L)	CRC16(H)
0X01	0X06	0X00	0X00	0X00	0X02	0X08	0X0B

1. Exception Response Returns

Address	Function Code	Exception code	CRC16(L)	CRC16(H)
0X01	0X80+Function Code	0X01(Illegal functions)
		0X02(Illegal data address)
		0X03(Illegal data)

4. Supported Commands, Their Meanings, and Data Interpretations

Function Code	Data start address	Data number	Data bytes	Data range	Command Meaning
0x03 Function code to read data
0x03	0x0000	1	2	1-255	Read slave address
0x03	0x0001	1	2	1200	Baud rate reading

0x03	0x0003	1	2	#### ###.# ##.## #.###	The decimal points represent respectively 0-3 decimal places
0x03	0x0002	1	2	0- Mpa 1- Kpa 2- Pa 3- Bar 4- Mbar 5- kg/cm2 6- psi 7- mh2o 8- mmh2o	Pressure units
0x03	0x0004	1	2	-32768~32767	Measured output Value
0x03	0x0005	1	2	-32768~32767	Transmitter range zero point
0x03	0x0006	1	2	-32768~32767	Transmitter range full point
0x03	0x000C	1	2	-32768~32767	Zero offset value, factory default is 0
0x06 Function code reading data
0x06	0x0000		2	1-255
0x06	0x0001		2	1200 2400 4800 9600 19200 38400 57600 115200	Modify baud rate
0x06	0x000C		2	-32768~32767	Zero offset value Pressure output value = calibration measurement value + zero offset value
0x06	0x000F		2	0-Save to user area 1-Save to factory area
0x06	0x0010		2	1-Return factory parameters

Installation Instructions

When modifying the baud rate, the transmitter will reply with the baud rate sent by the host to modify the data. Upon reply, the transmitter's baud rate will immediately update to the new target value.
Upon modifying the address, the transmitter will confirm by replying with its current address. Following this confirmation, the address will automatically update to the new specified value.
When the factory command is saved and replied, the original value will be returned, indicating that the transmitter has successfully received the command from the host.
Please note that restoring factory data may result in differences from user-saved parameters. This affects the address, baud rate, and calibration data. Re-scan the transmitter after restoring factory settings to ensure accurate parameters.
The user is permitted to modify only three specific data points: address, baud rate, and zero offset.
For calibration or changes to calibration data, contact our company to obtain the transmitter's calibration software. Self-modification of calibration data via user commands will trigger an exception code. Always use our provided calibration software for any changes.
Reading data identified as a floating point number (e.g., 6.000) but transmitted as integer data (e.g., 6000) requires recalculating the decimal point. For example, a decimal point of 3 would mean 6000/10^3, resulting in 6.000.

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FAQ

1. Q: Can I buy any of your product accessories?

A: Yes, you can. We offer most accessories for purchase. However, there are some exceptions due to patented designs or intellectual property concerns.
For more details, please get in touch with our sales team.

2. Q: Can I become your exclusive distributor?

A: Yes, you can. However, this is contingent on your annual purchase volume and our long-term relationship.
We seek business partners who can establish a mutual, long-term relationship of trust.