The maintenance methods of infrared oil testers involve many aspects, mainly including daily cleaning, regular calibration, software updates, storage environment control and professional repairs. These measures together ensure the accuracy and stability of the instrument and extend its service life. The following are specific maintenance methods:
1.Daily cleaning and maintenance
- Surface cleaning: Use a soft dry cloth to wipe the instrument casing regularly to remove dust and stains. Avoid using chemical detergents or water to clean directly to prevent damage to the casing and internal circuits.
- Optical parts maintenance: Optical parts are the core part of infrared oil tester, which need to be checked regularly and kept clean. Use special cleaning agent to gently wipe the optical window and lens, and avoid using hard objects or rough cloth to avoid scratching.
- Ventilation hole maintenance: Keep the vents of the instrument unobstructed and regularly clean the surrounding dust and debris to ensure good heat dissipation.
2.Regular calibration and inspection
- Zero point calibration: To ensure the accuracy of the measurement results, perform zero point calibration regularly, especially before each use or after a long period of non-use.
- Precision calibration: Use standard oils to perform precision calibration regularly, compare the input standard concentration value with the instrument measurement value, and adjust any deviation in time.
- Light source and detector inspection: Regularly check whether the light source is emitting light normally and whether the detector is sensitive, and replace or repair it if necessary.
3.Software and Data Management
- Software Update: Pay attention to and install the latest software version to fix potential defects and improve the stability and accuracy of the instrument.
- Data backup: Back up measurement data regularly to ensure data integrity and recoverability. In case of data loss or damage, backup data can be restored in time.
4.Storage and use precautions
- Storage environment: The instrument should be stored in a dry, ventilated, dust-free environment, away from direct sunlight and high temperature, and prevent strong vibration and impact.
- Power supply requirements: Use a stable power supply voltage to avoid fluctuations that may damage the instrument. Pay attention to the power polarity and voltage level when connecting.
- Operation specification: Strictly follow the instructions to avoid instrument damage or inaccurate measurement due to misoperation.
5.Regular repair and maintenance
- Professionals will formulate maintenance plans based on the frequency of instrument use and working environment, and perform professional repair and maintenance operations to ensure quality and safety.
In general, correct maintenance and upkeep can not only ensure the normal operation of the infrared oil detector, but also significantly extend its service life, thereby providing continuous and reliable technical support for areas such as environmental monitoring and oil quality control.
The ERUN-ST-OD380 infrared spectrophotometer produced by Erun Environmental Protection is an instrument used to analyze the oil content in liquid samples. The infrared oil water quality meter is based on infrared spectroscopy technology. It uses infrared light of different wavelengths to interact with the oil molecules in the sample. The infrared spectrophotometer determines the oil content by measuring the intensity of light absorbed or scattered by the sample. It is widely used to determine the content of oil, petroleum, animal and plant oils in water. If you need detailed information and quotes on infrared oil meters, you can directly consult online customer service or contact phone.
