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Analyte: Escherichia coli
For more parameters, please contact the company's sales department. Please also refer to the incomplete parameter list.
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Analysis range |
1MPN/100ml ~230MPN/ 100ml (range is expandable) |
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detection limit |
1MPN/100ml |
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sampling rate |
Conventional 24-hour automatic sampling (adjustable) |
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measuring period |
Maximum measurement period 24 hours |
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Cultivation temperature |
36℃ or 44℃ |
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Cleaning method |
voluntarily |
Analysis cleaning; fault cleaning; abnormal power failure cleaning; emergency shutdown cleaning |
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hand movement |
Clean by hand |
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report to the police |
Low level alarm; self-test alarm; fault alarm; out of specification alarm (one relay) |
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communication |
An RS232 or RS485 interface standard MODBUS protocol |
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memory |
About 20,000 groups (power off automatic save); support USB drive export EXCEL; |
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put a seal on |
Micro industrial thermal printer (optional) |
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Maintenance cycle |
About 30 days, 60 minutes |
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cell display |
7 inch LCD, 800*480 resolution, TFT true color touch screen |
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service environment |
5-35℃, humidity <90% (no condensation) |
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Water sample temperature |
5—35℃ |
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Water harvesting unit |
Used for water sample circulation and retention; automatic backwash precision filtration system (optional) |
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size |
90cm×65cm×43cm |
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weight |
55KG |
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source |
AC 220V ± 10%, 50Hz ± 1% |
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power |
150W |
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Emission monitoring station building:
The instrument's built-in memory can store at least 100000 sets of data;
The use of enzyme substrate method, combined with ultra sensitive, long-lived, and low maintenance photometric cells, can achieve extremely high analytical accuracy. Advanced microelectronics technology ensures the reliability of the results. Based on classic analysis algorithms, standardized algorithms are used for data derivation. Simplified pipeline and operation, only need to connect the reagent, sample, waste liquid pipeline and power line during installation, and set the parameters to start. The data has built-in memory, which can be saved for a long time and supports USB export. Low maintenance, fully automatic operation, short preparation time, no need for special electrician training; Low liquid consumption, low operation and maintenance costs, reducing secondary pollution.
The use of enzyme substrate method, combined with ultra sensitive, long-lived, and low maintenance photometric cells, can achieve extremely high analytical accuracy. Advanced microelectronics technology ensures the reliability of the results. Based on classic analysis algorithms, standardized algorithms are used for data derivation. Simplified pipeline and operation, only need to connect the reagent, sample, waste liquid pipeline and power line during installation, and set the parameters to start. The data has built-in memory, which can be saved for a long time and supports USB export. Low maintenance, fully automatic operation, short preparation time, no need for special electrician training; Low liquid consumption, low operation and maintenance costs, reducing secondary pollution.