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PSP32 Monitoring Fluorometer System

PSP32 Monitoring Fluorometer System

PSP32 Monitoring Fluorometer System

Product catalog summary
Overview: The PSP32 Monitoring Chlorophyll Fluorometer System by ADC BioScientific Ltd. is an advanced plant stress probe designed for automatic and remote monitoring of large plant populations over extended periods. It measures a comprehensive range of fluorescence parameters using innovative design and technology.
Specifications: The system supports both light and dark-adapted tests, including quenching and quenching relaxation protocols. It features a daylight dark adaption module for measuring fast-reacting xanthophyll cycle, chloroplast migration, state transitions, and photoinhibition. The system can deliver a 10,000µmol m-2 s-1 square-topped saturation flash or FM’ correction option.
Capabilities: The system allows automated, remote monitoring in various environments such as fields, greenhouses, or labs, with a solar power option. It can measure large plant populations using up to 32 probes and provides live data access via a WiFi user interface. The system includes a 'daylight dark adaption' probe with an automated shutter for quenching relaxation and uses blue and/or red actinic light for all quenching parameters and protocols.
Parameters Measured: The system measures both light-adapted and dark-adapted parameters, including Y(II), ETR, PAR, T, FMS, F, Fv/FM’, Fv/F0, F0, FM, FV, and F0’. It also measures quenching parameters using standard and relaxation protocols, rapid light curves, and various light sources.
Technical Details: The system uses a saturation pulse blue and red LED with modulated light, actinic light source, and far-red light source. It employs a pulse modulation method with a PIN photodiode and a 700 ~ 750nm bandpass filter. The sampling rate auto-switches from 1 to 10,000 points per second, and the system has a storage capacity of 2Gb over 500,000 data sets.
Output and Interface: Data is output in comma-delineated files compatible with Excel and can be retrieved via various methods including WiFi, mobile phone, SD card, ethernet, USB stick, radio point-to-point, or satellite phone. The user interface features a graphic, B&W, touch screen display with a menu-driven control box that can be locked and pole-mounted.
Power and Operating Conditions: The system operates on external 12V batteries, solar, or mains power options, and functions within a temperature range of -10°C to 50°C.
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Catalog excerpts

PSP32 Monitoring Fluorometer System-1

Monitoring Chlorophyll Fluorometer System The next generation of plant stress probe, for monitoring large populations, automatically and remotely, over long time periods. Automated, remote monitoring in the field, greenhouse or lab. Solar power option. Measure large populations of plants using up to 32 measuring probes. Access live data via WiFi user interface. ‘Daylight dark adaption’ probe with automated shutter, to allow quenching relaxation. Blue and/or red actinic light for use with all quenching parameters and protocols. Chlorophyll content measuring probes. This system uses innovative design to allow measurement of the full range of the latest and most utilised fluorescence parameters (both light and dark-adapted tests), quenching and quenching relaxation protocols. Daylight dark adaption module to measure:  Fast reacting xanthophyll cycle/Exciton quenching (qE) Chloroplast Migration (qM) State Transitions (qT) Photoinhibition (qI) 10,000µmol m-2 s-1 square topped saturation flash or FM’ correction option (Loriaux 2013)

 Open the catalog to page 1
PSP32 Monitoring Fluorometer System-2

Light Adapted Parameters: Monitoring Fluorometer System Technical Specification Y(II): Quantum Yield of PSII (or ΔF/FM’ or Y) Electron Transport Rate FMS (or FM’): Dark Adapted Parameters: During daylight hours: Loriaux 2013 correction of ETR and FM’ may be turned on/off Photosynthetically Active Radiation Value Leaf Temperature Maximal Fluorescence with actinic illumination using a saturation pulse F:  Fluorescence under actinic light (prior to saturation pulse) Quenching Parameters: With red light measuring head only Standard Quenching Protocols: Maximum Photochemical Efficiency of PSII More...

 Open the catalog to page 2
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