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‌Ammonia Nitrogen Nitrite Aquaculture Water Quality Online Monitoring System‌

‌Ammonia Nitrogen Nitrite Aquaculture Water Quality Online Monitoring System‌

Ονομασία μάρκας: JUGE
Αριθμός μοντέλου: AG9300Q
Μούβ: 1 Μονάδα
Τιμή: USD2000-7000
Πληροφορίες συσκευασίας: Ουδέτερο χαρτοκιβώτιο
Όροι πληρωμής: Online παραγγελία, T/T
Λεπτομέρειες
Τόπος καταγωγής:
Ναντζίνγκ, Κίνα
Πιστοποίηση:
IOS9001, CE
Παράμετρος:
Αμμωνία Άζωτο και Νιτρώδες
Εύρος μέτρησης:
Άζωτο αμμωνίας: 0–10 mg/L, Νιτρώδη: 0–1 mg/L
Σφάλμα ένδειξης:
≤ ±10%
Επαναληψιμότητα:
≤ 5%
Ποσοτικοποίηση κατώτερο όριο:
0,15 mg/L
Τροφοδοτικό:
AC 220±10% V
Διαστάσεις:
670 (Υ) × 450 (Π) × 280 (Β) mm
Δυνατότητα προσφοράς:
100 Μονάδα/Εβδομάδα
Επισημαίνω:

ammonia nitrogen water quality analyzer

,

nitrite online monitoring system

,

aquaculture water quality analyzer

Περιγραφή του προϊόντος

Aquaculture Water Quality Online Monitoring System


>>Overview

Ammonia nitrogen and nitrite are two critical indicators affecting water quality. Fluctuations in their concentrations not only impact shrimp growth but may also threaten their survival.As a key water quality parameter in shrimp ponds, maintaining ammonia nitrogen within safe levels is essential for healthy shrimp growth and stable high yields. existing in water as free ammonia (NH₃) and ammonium ions (NH₄⁺), ammonia nitrogen serves as both a necessary nutrient and a primary contributor to eutrophication.
It acts as a major oxygen-consuming source in aquaculture systems while also posing toxicity to aquatic organisms like fish and shrimp.Nitrite is a significant intermediate product of organic decomposition in aquaculture water. It plays a pivotal role in the dynamic nitrogen cycle of farming systems, though its unstable nature can lead to reduction into toxic substances under anaerobic conditions. This impairs blood oxygen-carrying capacity and may even cause fatalities in fish and shrimp at severe levels.
This online water quality monitoring system enables continuous automated detection of ammonia nitrogen and nitrite levels in aquaculture water. Data can be remotely uploaded to cloud platforms for real-time access, allowing clients to proactively prevent water quality deterioration and mitigate potential disasters.


>>Technical Parameter

Test Method

Ammonia Nitrogen: Salicylate Spectrophotometry

Nitrite: N-(1-Naphthyl)ethylenediamine Spectrophotometry

Measuring Range

Ammonia Nitrogen: 0–10 mg/L

Nitrite: 0–1 mg/L

Indication Error

≤ ±10%

Quantification Lower Limit

≤ 0.15 mg/L

Repeatability ≤5%
Measurement Time

<30min (digestion time adjustable)

Measurement Modes

Adjustable time interval, fixed time point, or triggered measurement

Calibration Modes

Automatic calibration (1~99 days adjustable)

Manual calibration based on actual water samples

Maintenance Cycle

1 month per session; ~30min per maintenance

Human-Machine Interface

Touchscreen display and command input

Self-Diagnosis & Protection

Self-diagnoses operational status; retains data during anomalies/power outages

Automatically clears residual reactants and resumes operation after reset/power recovery

Data Storage

5-year data capacity

Input Interface

Digital input

Output Interfaces

1× RS485

Operating Environment

Indoor use; recommended temperature: 5~28℃, humidity ≤90% (non-condensing)

Power Supply

Voltage: AC 220±10% V

Frequency: 50±0.5 Hz

Power: ≤100W (excluding sampling pump)

Dimensions

670 (H) × 450 (W) × 280 (D) mm