Beijing Kyle technology supply line particle detector

The early-1980s, due to the traditional method of opacity (turbidity meter) and electrostatic method for many technical and operational problems of the flue gas dust concentration monitoring technology, the United Kingdom has developed a new type of dust concentration measurement technology - flashes of light technology. Flashes of light by the advent of technology, it is subject to a number of environmental monitoring equipment manufacturers of all ages. 2003 Kyle Beijing Science and Technology Development Co., Ltd. introduced the technology, combined with the needs of various users and all kinds of working conditions, independently developed a KSP-I-1000 Continuous Particulate Monitor, became China's first technology using light flashes Production of dust concentration monitoring equipment manufacturers. KSP-I-1000 particle analyzer, the light flashes technology is the most accurate, most stable operation of the dust concentration monitoring technology. Easy operation, high accuracy measurements, design unique structure. Exposed probe equipped with clean, low-pressure gas supply capacity as a purge system. Optics surface of the gas pipeline blown through the probe to prevent particulate matter deposited thereon. In addition the instrument itself better sensitivity than other similar products, high degree of tolerance lenses and other products, thereby reducing the number of routine maintenance, extended maintenance cycles. Manual save time, reduce the workload. KSP-I-1000 particle analyzer, with its unique advantages, widely used in various conditions, such as electric power, chemical, cement, textile, waste incineration, urban district heating boilers and other occasions, is worthy of your trust and choice products. The measuring principle dust analyzer sensor system positioned on both sides of the flue from the transmitting probe and receiving probe. High-power light-emitting diodes mounted in the sonde, diode emits a fixed wavelength, fixed frequency optical pulse passing through the flue gas reaches the receiving probe. Blinking flue gas dust emission through the light path between the probe and the receiving probe, will cause the light (i.e., increase and decrease in light intensity), the light flashes amplitude (i.e. light intensity variation width) and through proportional to the dust concentration in the optical path, so you can get the measure dust concentration in flue gas by measuring the amplitude of light flashes. Measuring principle Analog indicators are:? Analysis: optical scintillation device models:? KSP-I-1000D measuring range (mg / Nm3):? 0 ~ 10000mg / Nm3 zero drift:?? ≤ ± 2% FS full-size drift: ≤ ± 2% FS Accuracy: emission concentrations greater than 100mg / m3 is less than or equal to 200mg / m3: relative error ≤ ± 20% Response time: <1s ambient temperature limits (min / max) (℃): -??? 20 ℃ ~ 50 ℃ temperature dust:? 0 ~ 1100 ℃ (high temperature can be customized) Instrument air requirements:? clean, dry output signal types:? 4-20mA / 0-10V (analogue and serial output) Features:? using dynamic detection principle to improve the accuracy of the test data;? internal structure has good flexibility, the concentration of particulate matter measured by 4-20mA or 0-10V analog output feedback to the data recording device or a smart process control equipment;? Has Unique protective gas system to ensure a clean surface of the probe;? temperature, flue gas temperature detected up to 1100 ℃;? for electric power, metallurgy, cement, incineration and other high-temperature heat industry;? - only dynamic dust, will not be Results dust accumulated on the lens to the user's emissions will not increase because of the measurement burden on the user;? external installation, easy to damage and difficult to corrosion, low maintenance costs;? with anti-lightning, electromagnetic interference.