BPCL-CL150 Ultra-weak Chemiluminescence Detector Introduction: The BPCL-CL150 ultra-weak chemiluminescence/bioluminescence detector is a portable luminescence detection platform equipped with a high-sensitivity photomultiplier tube (PMT) as the detector and a sample darkroom with a sample inlet. Parameters such as amplification factor, acquisition rate, and sampling time can be set through software. Dimensions: 310mm×200mm×260mm (h). Main applications include: flash and glow chemiluminescence analysis, luminescent bacteria/water quality acute toxicity detection, cytotoxicity, apoptosis, cell detection, ATP and luciferase detection, free radical/reactive oxygen species analysis, bioluminescence and biophotonics research, and luminescence kinetics research. Instrument application: 1. Flash and glow chemiluminescence analysis 2. Luminescent bacteria/acute toxicity testing of water quality 3. Cytotoxicity, apoptosis, and cell detection 4. ATP and luciferase detection 5. Free radical/reactive oxygen species analysis 6. Bioluminescence and biophotonics research 7. Luminescence dynamics research Technical Specifications: Detector: photomultiplier tube, photon pulse measurement Detection limit: It can provide a counting rate of 10,000-20,000 per second for a weak light source of 10^-13W Long-term stability of the instrument: RSD ≤ 1.5%, tested using a standard light source The wavelength range is: 300-650nm Instrument counting analysis range: covering five orders of magnitude Sampling interval: 0.01-10000 ms, adjustable by software High-voltage output: - (0-1500) V, current output: 2 mA. The negative high-voltage output value can be set through software, and it also features a high-voltage feedback function, enabling automatic software regulation with an accuracy of 0.1V. The amplification factor can be adjusted through the negative high-voltage output. Detection range: 0-2,500,000 RLU Detection time: 0.001-1,000,000 seconds, which can be set arbitrarily through software One injection port is provided for subsequent injection and sample addition needs The door of the sample chamber is equipped with an automatic sensor. If the door is not properly closed, the light window shutter cannot be opened The light window shutter in the sample chamber is an automatic shutter, which ensures that the detector can open the sample chamber door without closing it. At the same time, when the light intensity exceeds the range or the light leakage protection is triggered, the light window will automatically close to prevent damage to the photomultiplier tube from strong light Sample tube: outer diameter 7.8mm, height 40mm, round bottom translucent PP material reagent tube Software interface: settings for high-voltage output, temperature control, acquisition rate, parameters, etc. It features automatic background subtraction, automatic transformation of acquisition count rate range, real-time display of data point dynamic curve, and real-time display of acquisition time, count rate, and total count Raw data: Optional formats include EXCEL and TXT, with automatic or manual saving options Analysis platform: It can display data as point charts, line charts, and curve charts, with the ability to zoom in, zoom out, and pan the coordinates. Additionally, it features curve overlay, curve smoothing, curve fitting (exponential, logarithmic, polynomial, etc.), Gaussian function fitting (Gaussian), Lorentz function fitting (Lorentz), Fourier transform, manual peak search, manual integration, etc. It also has the capability to regenerate new raw data and save it.
BPCL-CL150 Ultra-weak Chemiluminescence Detector Introduction: The BPCL-CL150 ultra-weak chemiluminescence/bioluminescence detector is a portable luminescence detection platform equipped with a high-sensitivity photomultiplier tube (PMT) as the detector and a sample darkroom with a sample inlet. Parameters such as amplification factor, acquisition rate, and sampling time can be set through software. Dimensions: 310mm×200mm×260mm (h). Main applications include: flash and glow chemiluminescence analysis, luminescent bacteria/water quality acute toxicity detection, cytotoxicity, apoptosis, cell detection, ATP and luciferase detection, free radical/reactive oxygen species analysis, bioluminescence and biophotonics research, and luminescence kinetics research.
