自动火焰光度计 美国 型号:JKY/MKM/AFP100
自动火焰光度计 美国 型号:JKY/MKM/AFP100
库号：M244270
描述
JKY/MKM/AFP100是一种基于微处理器的版本除了时间火焰光度计线。
溶液中碱和碱土金属时，吸气到火焰，蒸气含有原子
金属将形成。其中的一些气体金属原子可能会提高到一个更高的水平，足以
允许排放量辐射的金属。火焰光度计等排放辐射检测样品中和
量化他们浓度ppm或mg当量理想。空气在某一压力为喷雾器。该suctio
制作提请解决样本的喷雾器，从那里成为雾蒙蒙和
通行证进入混合室。在混合室的空气和薄雾样品均匀混合的燃料
在定的压力和被烧毁的刻录机。辐射所产生的火焰从穿过镜头
系统和光学滤波器只允许其中的辐射性的因素进行调查
样品通过光检测器。输出探测器处理显示浓度
部分单位理想。
征 自动火焰光度计 美国 型号:JKY/MKM/AFP100
微机与打印机接口
现代外观和功能
四元测量单一愿望样本
校准曲线可编程使用zui多20标准的各种兴趣的用户
通过可选的数据处理曲线拟合技术租赁广场，二次
多校准曲线节能设施
应用: 型号:JKY/MKM/AFP100
用来检测植物材料，食品和饮料中的钠，钾，钙及锂 血清电解质 体液（血液，尿液等） 碱及碱土金属 营养液栽培的抗生素
水（自然，春天，废物，河流等）
土壤，水泥，石头等。
领域的农业，食品，采矿，冶金，药，病理，污染监测，地质，
研究实验室，产业和其他。
规格
灵敏度
元钠K黎擦
在百万分之0.5 0.5 0.5 15
范围
元钠K黎擦
在百万分之1-100 1-100 1-100 15-100
在毫当量* 0-200 0-100 0-10 0-5
线性 型号:JKY/MKM/AFP100
元钠K黎擦
在％ -----------------------优于2 %------ ------------------------------
Reproductibility
元钠K黎擦
在％ ------------- 1 ％为连续20简历样本--------------- -----
Flame系统
液化石油气及干燥无油空气
探测器
光电二极管
数据报告
读出： 2行24字符点阵式背光液晶显示模块硬拷贝：
并行森罗尼克打印机
电源要求90 - 260V ， 47 - 63Hz ，zui大65弗吉尼亚州
物理尺寸
尺寸毫米
重量公斤
430 x 230 x 235 （ + 1001
）
约。 10
配件供应
与文书滤波器钠，钾，空气压缩机缓冲罐，煤气点火5cc烧杯
额外费用滤波器钙与李（可选）
*提供适当的稀释二血清/尿样品
（ 1 ）
烟囱火焰厅
DESCRIPTION
Automatic Multi-channel flame photometer supplied complete Supplied complete with Na and K filters, air compressor with buffer tank, gas ignitor and 5cc beakers.
The MKM-CY100 is a microprocessor based version addition to its time flame photometer line.
Solution containing alkali and alkaline earth metals when aspirated into a flame, vapours containing the atom
of the metals will be formed. Some of these gaseous metal atoms may be raised to a higher level sufficient to
permit emission radiation of the metals. Flame photometer detects such emission radiations in a sample and
quantifies them a concentration in ppm or meq as desired. Air at a given pressure into a nebulizer. The suctio
produced by it draws the solution of the sample in to the nebulizer, from where it emerges as fine mist and
passes into the mixing chamber. In the mixing chamber air and mist of sample are mixed evenly with the fuel
at a given pressure and are burnt in the burner. Radiations from the resulting flame passes through the lens
system and an optical filter which permit only the radiation characteristic of the element under investigation in
the sample through a photo detector. The output of the detector is processed to display concentration of the
element in the units desired.
FEATURES
Microprocessor based with Printer Interface.
Modern look and features
Four-element measurement in single aspiration of the sample
Calibration curve programmability using maximum of 20 standards in the range of interest of the user
Data processing through optional curve fitting techniques- lease square, quadratic
Multiple calibration curves saving facility
APPLICATIONS
To determine Na, K, Ca & Li in
Plant materials, food and beverages
Electrolytes in serum
Body fluids （blood, urine etc.）
Alkali & alkaline earth metals
Nutrient solutions for c*tion of antibiotics
Water （natural, spring, waste, river etc）
Soils, cement, rocks etc..
In the areas of
Agriculture, Food, Mining, Metallurgy, Pharmaceuticals, Pathology, Pollution Monitoring, Geology,
Research Laboratories, Industries and Others.
SPECIFICATIONS
Sensitivity
Element Na K Li Ca
in ppm 0.5 0.5 0.5 15
Range
Element Na K Li Ca
in ppm 1-100 1-100 1-100 15-100
in mEq* 0-200 0-100 0-10 0-5
Linearity
Element Na K Li Ca
in % ----------------Better than 2%-----------
Reproductibility
Element Na K Li Ca
in % -----1 % CV for 20 consecutive samples---
Flame System
LPG & dry oil-free AIR
Detector
Photo Diode
Data Presentation
Readout : 2 line 24 character Dot Matrix backlight LCD module Hard copy :
Parallel Centronic Printer
Power requirement 90-260V, 47-63Hz, Max 65 VA
Physical Dimensions
Size in mm
Weight in kg
430 x 230 x 235 （+ 1001
）
Approx. 10
Accessories supplied
With instrument Filter for Na, K, Air Compressor with buffer tank, Gas Ignition and 5cc Beakers
At Extra Cost Filters for Ca & Li （optional）
* with appropriate dilution of 100/200 for Serum/Urine Samples
（1）
Chimney of flame chamber
用途:科研
分类:囯际直购
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