Product Name: High Dust Concentration Monitor Item No.: OPM-6303Q Date: August 2024

CUBIC High Dust Concentration Monitor OPM-6303Q Applications ■ Industrial PM Monitoring ■ Facto ry Particulate Emission monitoring ■ Mining Site Dust Monitoring ■ Environment PM Monitoring Alarm System The OPM-6303Q dust monitor adopts the principle of laser scattering to accurately detect and calculate the concentration of suspended particles of different sizes in the air. It with Cubic intelligent dust source identification technology API (auto particle identification) and air pump with a stable flow rate to achieve real-time detection and output of particulate matter PM2.5, PM10, and TSP mass...

Product Installation Please make sure that the sensor module’s air inlet is not blocked during installation and operation. To avoid the dust deposits on the surface of the sensitive sensor device which may impact the measurement accuracy, its recommended to install the device with the following way.

1) Data in this protocol are all hexadecimal data. For example, "46" is [70] in decimal. 2) [xx] is single-byte data (unsigned, 0-255); double-byte data has high byte in front and low byte in the back. 3) Baud rate: 9600b/s; data bit: 8 bits; stop bit: 1 bit; parity bit: none. 4) Modbus RTU communication protocol is used, and the device acts as a slave. - The default factory address of the device is 01. - The default factory mode of the device is intermittent operation (work for one minute, stop for 4 minutes). - The default factory coefficient of the device for all users is 1.0000. - The default...

1) Assuming a single sensor 2) All data are in hexadecimal format. When calculating data, you need to convert DFX to decimal. 3) Explanation of symbols ® IP is the device address @ CRC16 is MODBUSCRC16 two-byte checksum, high byte first and low byte last; ® CS is 0-ADD8 and check, the lowest byte of the previously sent data and +CS result is 0x00; ® DF1 DF2 DF3 DF4 ... DFN indicates uncertain data Description: Real-time gas flow value = (DF1*256+DF2)/100(L/min) Send: IP 06 00 02 00 DF1 CRC16 (IP is the device address before modification) Response: IP 06 00 02 00 DF1 CRC16 (IP is the modified...

Description: Equipment stop time = DF1*256+DF2 (min) 7. Continuously read holding register data Send: IP 03 00 02 00 0D CRC16 Response: IP 03 1A DF1 DF2 DF3 DF4 DF5 DF6 DF7 DF8 DF9 DF10 DF11 DF12 DF13 DF14 DF15 DF16 DF17 DF18 DF19 DF20 DF21 DF22 DF23 DF24 DF25 DF26 CRC16 Description: Device address = DF2 TSP user calibration coefficient = (DF11*256+DF12)/10000 PM2.5 user calibration coefficient = (DF15*256+DF16)/10000 PM10 user calibration coefficient = (DF19*256+DF20)/10000 Device intermittent stop time = DF23*256+DF24 (min) Control device set flow = (DF25*256+DF26)/100 (L/min) 8. Modify the...

User Attention ※ It is forbidden to use the product in the environment with high concentration dust, containing water vapor, oil and corrosive substances, and in the high temperature environment exceeding the working temperature. ※ Do not block the air inlet and outlet, so as not to damage the air pump. ※ When use the product, it is recommended to add a 50-60 mesh protective filter to the sensor's air inlet to prevent flocs, hair, etc. from affecting the sensor's detection. ※ This product is an integral unit. Users should not disassemble it to avoid irreversible damage. ※ In order to not to affect...