- 产品品牌: REAGEN
- 产品货号: RNE90001
- 上市时间: 2014
- 产品规格: 台
- 产品适用: 全波长酶标仪
- 产地来源: 中国深圳
- 试剂盒组成: 全波长酶标仪
- 保质期: 24个月
RNE-90001 Full Spectrum Micropate Reader | |
Introduction | |
1)RNE90001 is a microprocessor –controlled, general purpose photometer system designed to read and calculate the result of assays, including contagion, tumorous mark, hemopathy, dyshormonism, which are read in microtiter plate. 2)Touch panel let your operation easily. 3)Multiple calculations: lAbsorbance mode (ABS) lCut-Off mode lSingle standard mode lPoint to point mode l% Absorbance Multi-Point Mode lLinear regression mode lExponent regression mode lLogarithm regression mode lPower regression mode 4) isualization mark plate,you can set blank, control, sample ,standard in any place,and run mostly 12 different tests in one 96 micr plate. 5) Test time <5s/plate,and mix plate before test 6)Item parameter settings: parameters of 120 detection items can be set, saved and queried for future detection; 7)Detection calibration: detection calibration is enabled, calibration parameters of 120 last items can be saved, calibration parameters can be transferred while do the same item detection;
| |
Parameters of instrument | |
Weight: | 8.1kg |
Overall dimensions: | 430mm(L)×335mm(W)×175mm(H) |
Power: | a.c.110V~220V,50-60Hz |
Fuses: | T2AL250V |
Work Environment: | temperature 10℃-30℃;Humidity ≤70% |
Store Environment: | -20℃-55℃;Humidity ≤93% |
Standard Wavelength: | 405,450,492,630nm,Ten optical fibers can be configured within 400 to 800 at a time; |
Instrument sensitivity: | no less than 0.01L/mg. |
Instrument channel difference: | less than 0.01A. |
Range of operating wavelength: | 400-800nm; |
Detection range: | 0.000-4.000A; |
Resolution ratio: | 0.001A; |
Plate reading velocity: | 5s of single waveform, 10s of dual wavelength; |
Warm up time: | 10 minute |
Interface: | RS-232C serial interface, USB interface |
Display: | 5.7″LCD display(320×240 discernibility,256 gray scale) |
Input: | Touch panel and pen, |
Accuracy | ±0.01(0.000-2.000nm) |
Linear error | ±1.0%(0.000-2.000nm) |
Accurate wavelength | ±3.0nm |