SPAS Sulfur Pollutants Auto System Ship Pollutant Discharge Monitor-Product Center-Yantai Stark Instrument Co., Ltd.-

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Name:	SPAS Sulfur Pollutants Auto System Ship Pollutant Discharge Monitor

Measurement range	Minimum: 0-0.025 parts per million Maximum: 0-10ppm(user optional, support double range)
Unit of measure	ppm
Zero noise	25ppt(RMS）
Span noise	0.5% (RMS) of readings above 5ppb
Minimum detection limit	＜50ppt
Zero drift	< 0.2 PPB / 24 hours
Span drift	＜满量程的0.5%/24小时
Delay time	< 20 s
Rise/fall time	95% in 100s
linear	1% of full scale
precision	0.5% of the reading
Sampling flow rate	650cc/min±10%
The power supply requirements	100-120V,220-240V,50/60Hz
Mode output range	10V,5V,1V,0.1V(optional)
Operating temperature range	5-40℃
Humidity range	0-90% RH, no condensation
size	435×510×660mm（L×W×H）
weight	85KG

High-performance accessories

Large screen touch color image display screen, durable, easy to operate, display image; Adaptive signal filtering to optimize response time.

Intelligent

The instrument has high operation reliability and stability, but also has intelligent fault diagnosis and self-elimination function, display recent calibration, alarm, error and power failure information.

Data transmission

With RS 232/485, USB, GPRS, ADSL, Ethernet and other data transmission modes, it can realize remote transmission, monitoring and inspection of operation parameters, status and data.

Data storage

Built-in 1-minute to 365-day multiple average data storage; With temperature compensation and pressure compensation function.

SPAS(Sulfur Pollutants Auto System) ship pollutant discharge monitor is a high-performance online monitoring equipment, based on years of experience in atmospheric environment monitoring and combined with sensor technology at home and abroad. Choose electrochemical, optical and other high-precision sensors, mainly monitor the sulfur content in the air, temperature, humidity, wind speed, wind direction and other factors.

Based on wireless communication technology, the instrument collects environmental big data into the "cloud platform", combines the application of informationized big data to realize the functions of pollution source tracking, early warning and forecast, and provides timely and effective decision support for the monitoring and supervision of ship air pollution emissions.

Ship exhaust emission monitoring

Emergency smoke pollution accident

Spot check of enterprise flue gas emission

Petroleum, chemical, power plant and other industrial process control

Environmental monitoring of air and pollution source emissions

Determination of gas content for various laboratory combustion tests