Instrument Introduction:

The portable water quality heavy metal detector is based on the standard method recognized by authoritative institutions - anodic dissolution method. This method is widely used in environmental emergency monitoring, tap water testing, electroplating and surface treatment industry wastewater testing, food, pharmaceutical, hospital wastewater monitoring, etc. due to its extremely low cost and high sensitivity. It is currently replacing traditional atomic absorption methods in Europe and America. Authoritative agencies such as the US EPA have listed it as a standard testing method, such as EPA7063 and 7472.

The portable heavy metal detector can be used for on-site emergency detection (such as emergency monitoring of water pollution accidents), as well as for heavy metal detection and analysis in laboratories.

Performance characteristics:

1. Fast measurement time: detection time is less than 5 minutes, with the fastest detection time being less than 30 seconds;
2. Wide detection range: Typical detection includes heavy metal ions such as copper, cadmium, lead, zinc, mercury, arsenic, chromium, nickel, manganese, thallium, etc. Combined with a PC, it can expand the measurement of metal types;
3. High precision: The detection accuracy can reach 1pppb, and the detection limit is less than 0.5ppb;
4. Unique advantages of electrodes: adopting special processes, stable and better electrode performance, and convenient maintenance and replacement;
5. Intelligent operation: Intelligent operation programs guide customers to easily complete operations;
6. Low usage cost: low consumable prices and minimal usage;
7. Safe use: Non toxic supporting reagents can ensure the safety of personnel use.

Advantages of emergency detection:

1. Lightweight and easy to carry;
2. Equipped with specialized field emergency reagent kits that can be directly selected, saving time;
3. The instrument is designed with IP67 dustproof and waterproof rating to adapt to harsh environments;
4. The LCD screen adopts semi reflective and semi transparent technology, which can display clearly even in outdoor sunlight;
5. The instrument is equipped with a large capacity lithium battery to ensure that users can perform more than 100 continuous measurements, and can continuously detect for more than 10 hours. It also has a remaining battery indicator function and can be charged using a power adapter or car cigarette lighter for on-board charging;
6. The instrument can store 2000 sets of historical measurement data;
7. The instrument supports wireless printing function and can print historical measurement results on site. (Optional Bluetooth printer)

Online operation function:

1. Equipped with a USB interface, the instrument can be connected to a computer, and with the corresponding PC software, it can achieve the following functions:
A、 Configure the instrument with 15 built-in programmable analysis menus, allowing users to easily configure measurement parameters and methods;
B、 It can achieve all instrument operations such as hardware detection, electrode maintenance, measurement operation, historical data upload, polarographic analysis, and algorithm application analysis.

Software advantages:

1. Chinese and English interface, friendly and intelligent design, convenient operation;
2. It can be tested online with a computer, and the optimized patent algorithm integration can further improve the measurement accuracy to sub ppb level;
3. Users can use online software to develop more heavy metal detection methods and electrolyte reagents to adapt to a wider range of heavy metal detection and different situations and water conditions.

Instrument configuration

1. Supporting reagents
2. Electrode cleaner
3. Specialized analysis cup
4. Pipette and pipette
5. Power adapter (charger) and cigarette lighter adapter
6. Data management software
7. Portable suitcase
8. Portable Bluetooth printer and its accessories

Technical Specifications:

Application fields:

1. Portable application for on-site emergency detection (such as emergency monitoring of water pollution accidents);
2. Heavy metal detection and analysis in the laboratory;
3. Monitoring of surface water, groundwater, seawater, industrial wastewater, drinking water, or other environmental water bodies;
4. It is also widely used to detect heavy metal content in solid substances such as soil, food, and solid waste (through extraction).