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AISE sc ammonia nitrogen analyzer

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NISE-sc-硝氮分析仪

AISE sc ammonia nitrogen analyzer

-Typical application Ammonia nitrogen (AISE) analyzer is suitable for nitrification (aeration tank) industrial wastewater discharge of municipal sewage treatment plants cannot exceed 30%. -Characteristics and advantages ● New generation sensor and membrane head performance is more stable ● Can automatically compensate for the influence of interfering ions ● Built-in matrix calibration ● Sample does not require pretreatment, suitable for all-weather uninterrupted online monitoring ● New protective coating ensures membrane head life Longer ● Can be connected with digital SC controller platform ● Optional cleaning device to reduce maintenance-working principle AISEsc analyzer uses ion selective electrode method. AISEsc sensor is selected by potassium ion
NISE-sc-硝氮分析仪
Product description
Technical indicators
- typical application
 
The ammonia nitrogen (AISE) analyzer is suitable for nitrification (aeration tank) industrial wastewater discharge of municipal sewage treatment plants cannot exceed 30%.
 
 
 
-Features and benefits
 
● New generation sensor and membrane head performance is more stable
 
● Can automatically compensate for the influence of interfering ions
 
● Built-in matrix calibration
 
● The sample does not need pretreatment, suitable for 24/7 online monitoring
 
● The new protective coating ensures a longer service life of the membrane head
 
● Can be connected with digital SC controller platform
 
● Optional cleaning device to reduce maintenance
 
- working principle
 
The AISE sc analyzer uses the ion selective electrode method. The AISE sc sensor consists of a potassium ion selective electrode, a pH electrode (reference electrode) and a temperature electrode to form an integrated electrode. Several parameters in the integrated electrode or sensor cylinder (CARTRICAL technology) can be corrected to reduce interference. The analyzer can perform flexible online correction to further improve the accuracy of the measurement.
 
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Technical index
Measurement methods: Ion selective electrode method
Potential measurement using ion selective electrode and reference electrode of ammonia nitrogen and potassium
Range: 0 to 1000 mg/L [NH4–N]
0 to 1000 mg/L [K+]
Accuracy: 5% of measured value + 0.2 mg / L1
Reproducibility: 5% of measured value + 0.2 mg / L1
Response time (90%): <3 minutes (5 to 50 mg / L)
Measurement interval: Continuous measurement
pH range: pH 5 - pH 9
Calibration method: Sensor membrane head code (including factory calibration information in code form), single-point and two-point matrix calibration
Power consumption: 1W
powered by: Powered by SC controller
Data transmission environment data: Powered by SC controller
storage temperature: Sensor: –20 to 60 ° C (–4 to 140 ° F)
Rashi: 5 to 40 ° C (41 to 104 ° F)
Operating temperature: Air temperature: –20 to 45 ° C (–4 to 1 13 ° F)
Water temperature: +2 to 40 °C (35 to 104 °F)
Maximum flow rate: < 4 m/s
Maximum immersion depth of the sensor Depth: 0.3-3.0 meters
Maximum pressure of the sensor: ： 0.3 ba r
Air compressor maximum pressure: 3.1 bar
size: 320 mm x 84.5 mm (length x Ø)
cable length: Standard length: 10 meters, optional lengths: 5, 10, 15, 20, 30, 50 meters, optional maximum extension length: 100 meters
weight: About 2380 g

 

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