BOY-SZ01 turbidity sensor

BOY-SZ01 turbidity sensor

Product features:

1. Titanium alloy corrosion resistant shell; NPT1/2 upper thread interface, easy to install;

2. With self-cleaning function, program control, effectively prevent debris settlement, bubble attachment;

3. Built-in hyperbolic design, can simultaneously measure turbidity, suspended matter and other parameters;

Cellphone(Whatsapp/Wechat):
Mr. Lin: +86 13960777235 
 technical consultation

▋ Product Description

      The BOY-SZ01 turbidity sensor is based on infrared scattered light technology, that is, the infrared light emitted by the light source will be scattered during the transmission process through the sample under test, and the scattered light intensity is proportional to the turbidity. The BOY-SZ01 turbidity sensor has a scattered light receiver in the 90° direction, and the turbidity value is obtained by analyzing the intensity of this group of scattered light.



▋ Product Parameter


Parameter
Index
Measuring range
0.01~4000NTU
Accuracy
±0.1NTU
Resolution
0.01 NTU
Maximum load
750 Ohm
Output
RS485/4-20mA
IP grade
IP65 (Sensor IP68)
Power dissipation
5W
Temperature compensation
20~60℃
Power supply
8~28VDC

 

▋ Product Size



▋ Working Mechanism

      The BOY-SZ01 On-line turbidity analyzer is an on-line water quality monitor with microprocessor. Widely used in industrial water, domestic water and sewage treatment. The concentration and turbidity of suspended matter in aqueous solution are continuously monitored and controlled.



▋ Installation Method



▋ Application 



▋ FAQ

1. Abnormal sensor reading:

It may be caused by sensor damage, sensor contamination and sensor deviation. You need to replace the faulty sensor or clean the debris attached to the sensor, or re-calibrate the sensor or replace the calibration fluid.

2. Communication failure:

Communication failures are mostly caused by data transmission problems when monitoring equipment communicates with host computers or cloud platforms. Generally, you need to check the connection line to check whether the communication interface and communication parameters are correct, and then reset the system.

3. Power supply failure:

Power supply failure refers to the insufficient or unstable power supply of the device, resulting in the normal operation of the device. To ensure the stability of the power supply, add a power filter to check whether the power supply and the circuit are normal.

4. Improper maintenance:

Before using the equipment, it is necessary to carry out daily equipment inspection, timely cleaning of the equipment, replacement of consumables and wearing parts to ensure the normal operation of the equipment. At the same time, regular maintenance of the equipment should be done to maintain the stability of the equipment performance.