The FC-2024AB dual mixing box water quality automatic sampler is designed in accordance with the new environmental protection standards HJ 353-2019 and HJ 355-2019. It can collect instantaneous water samples and mixed water samples to supply the water quality analyzer (CODCr, ammonia nitrogen, total phosphorus, total nitrogen......) Measurement, etc.
Online monitoring of water pollution sources, municipal sewage discharge outlets, industrial wastewater discharge outlets.
Product features：
· Provide instantaneous water samples and mixed water samples for the analyzer;
· Large-capacity AB double boxes, each box over 5000ml, corrosion-resistant;
· Self-developed, modular design, highly integrated, low failure rate, and simple and convenient maintenance and repair.
· The power-off normally closed electric control door lock can achieve door opening and closing record and remote control, which is convenient and reliable.
· The printer outputs the current program and sampling results.
· The 7-inch true-color touch screen makes program Settings as simple and clear as using a mobile phone.
· The glass door facilitates the observation of the internal operation of the instrument.
· The AB double boxes and 24 sample bottles are all placed in a 4±2° constant temperature refrigerated box with an electrically controlled door lock to ensure the safety, consistency and non-deterioration of the water samples.
· It can be interconnected with analyzers from various domestic manufacturers and has strong adaptability.
· An optional smart cloud management platform is available.
Technical indicators
Table 1 Main Technical Indicators
|
Project |
Indicator |
|
Display screen |
7-inch true-color display, resolution 1024*600 |
|
Communication interface |
2-way RS232 digital interfaces 1-way RS485 interface |
|
Analog input |
8-channel 4-20mA input, 12-bit resolution |
|
Switch quantity input |
3-channel digital input |
|
Switch output |
2 active output channels, 24VDC/1A 1 passive output channel |
|
Water storage bottle |
24 1000ml polyethylene bottles |
|
Mixing bucket |
Two AB double mixing boxes of 5000mL （Corrosion resistant polymer materials） |
|
Clock time control error |
△1≦0.05% and △12≦3S |
|
The airtightness of the pipeline system |
≤ -0.085 MPa |
|
Insulation impedance |
>20MΩ |
|
Mean Time Between Failures (MTBF) |
≥1440h/time |
|
Sampling vertical height |
8.5m |
|
Horizontal sampling distance |
80m |
|
Sampling volume error |
±5% |
|
Sampling repeatability accuracy |
±5ml |
|
Equal proportion sampling error |
±5% |
|
Pumping speed |
3700 ml /min |
|
Sample supply flow rate |
1 to 5ml/S can be set |
|
Sample supply quantity error |
±5% |
|
Temperature control error inside the chassis |
±2℃ |
|
Material of peristaltic pump |
The pump body is made of reinforced engineering plastic, and the motor shaft and pump pipe roller bracket are made of 304 stainless steel |
Table 2 Main Software Functions
|
Project |
Explanation |
|
|
Single sampling volume |
It can be set arbitrarily from 10 to 5000mL, with an increment of 1ml |
|
|
Sampling interval |
Set freely from 5 to 9999 minutes, with an increment of 1 minute |
|
|
Sampling mode |
Time ratio, flow ratio, flow tracking, flow start, external control mode |
|
|
Sample retention method |
Synchronous sample retention, over-limit sample retention (analog quantity, switch quantity, and digital quantity can all trigger sample retention |
|
|
Sample supply function |
After the sample mixing is completed, the sample supply pump can continuously provide the online instrument with mixed water samples |
|
|
Automatic pipeline emptying |
After each sampling is completed, the water in the pipeline is automatically drained to prevent cross-contamination during the next sampling |
|
|
Empty the automatic mixing bucket |
After each sample retention is completed, the excess water sample in the mixing bucket is automatically drained to prevent cross-contamination |
|
|
Empty the automatic sample retention bottle |
(Optional) The water sample in the sample bottle is automatically emptied by the water sample in the sample bottle for more than a certain time or receiving a remote sample abandonment instruction. |
|
|
Remote control |
Control instructions can be sent to the sampler through the monitoring platform, data acquisition instrument and industrial control computer to perform corresponding operations |
|
|
Comparative monitoring |
Functions such as comparison monitoring sample retention and parallel monitoring sample retention can be achieved through local Settings or command control |
|
|
Cleaning function |
Automatic pipeline cleaning: It adopts the "blowing - suction - blowing" method to avoid cross-contamination of samples Automatic cleaning of the mixing bucket: Before each sample mixing, the mixing bucket is stirred and rinsed with raw water |
|
|
Anti-control online |
When the sample mixing is completed and water samples are provided to the online instrument, the online sample preparation starts through a switch quantity trigger |
|
|
RS485 reverse control online |
(Optional) When the sample mixing is completed and water samples are provided to the online instrument, a command is sent via the 485 network to trigger the online sample preparation, without affecting the normal communication of the original network |
|
|
Anti-overflow of mixing barrel |
The mixing bucket is equipped with an overflow drainage pipeline to prevent water samples from overflowing and damaging the equipment due to sampling errors |
|
|
Sample bottle overflow prevention |
When the sample retention bottle is full, an alarm should be triggered to prompt that no sample should be retained. Only after the alarm is cleared can the sample retention continue |
|
|
Water sample bottle separation method |
Mechanical self-locking position, accurate and reliable, with overload protection |
|
|
External pump control |
The sampling distance can be extended by controlling the external submersible pump or self-priming pump |
|
|
Pre-start the external pump |
The external submersible pump or self-priming pump can be started in advance by preset time before the sampling pump is started. |
|
|
Constant temperature storage of water sample |
2-8 °C can be set, digital display |
|
|
Power-off protection |
After power failure and restart, the stored parameters and data will not be lost |
|
|
Printing function |
(Optional) The micro printer can print the stored and recorded data |
|
|
Electronic access control |
Prevent non-staff members from manipulating the stored water samples |
|
|
Software password lock |
Prevent non-operating personnel from making mistakes or engaging in malicious operations |
|
|
Voice broadcast |
Optional |
|
|
Fixative addition |
(Optional), up to 4 channels can be optionally equipped |
|
|
Historical record |
Sampling records: 10,000 Sample supply records: 8,000 Sample retention records: 6,000 (Optional) Sample abandonment records: 8,000 |
Power failure records: 8,000 Door opening records: 8,000 Fault records: 8,000 System log: 10,000 |
|
Real-time clock |
The internal integrated high-precision real-time clock has an annual error of 1 minute |
|
|
Manually compare the sampling ports |
It is equipped with a manual sampling port, which can realize the manual comparison function of mixed water samples |
|
|
Export of historical records |
Historical records can be exported to a USB flash drive for storage |
|
|
Intelligent cloud management platform |
(Optional) Intelligent cloud management platform to achieve remote cloud platform control. |
|
Table 3 Service Conditions
|
Service condition |
|
|
Power supply |
AC 220V±10%，50Hz±1% |
|
Rated power |
185W |
|
Working temperature |
－5℃ to +50℃ |
|
Relative humidity |
≤ 90% RH |
|
Protection grade |
IP65 |
|
Overall dimensions |
527mmX666mmX1330mm |
| Weight |
72kg |
