IMAGING-PAM M-Series Sistema de Fluorescencia de la Clorofila WALZ

IMAGING-PAM M-Series

WALZ

Nuevo

Sistema de Fluorescencia de la Clorofila WALZ

Tipo de Instrumento Fluorómetros de Clorofila
El instrumento mide: Fluorescencia de Clorofila

La familia IMAGING-PAM comprende las versiones MAXI, MINI y MICROSCOPIA. Las diferentes versiones emplean la misma unidad de control múltiple IMAG-CG. Además, se puede usar la misma cámara para diferentes versiones. Esta modularidad permite una conmutación fácil y más rentable entre varias aplicaciones y aumentos proporcionados por la serie M de IMAGING-PAM.

Las versiones MAXI y MINI se pueden combinar con el Sistema de intercambio de gases GFS-3000 y, por lo tanto, integra información espacial detallada sobre la fotosíntesis con el análisis exacto de la fijación de carbono fotosintético.

Más recientemente, se ha agregado un método avanzado para crear imágenes de plantas tridimensionales a la versión MAXI. Esta nueva configuración abre el camino para proyectar datos de análisis de fluorescencia en la imagen tridimensional de la planta para que la fotosíntesis pueda analizarse en el contexto de la arquitectura de toda la planta.

Walz provee una familia sistemas de imágenes de fluorescencia de clorofila, de la serie IMAGING-PAM M-Series que abarca una amplia gama de aplicaciones y mide muestras a gran escala con áreas superiores al formato 'multiwell plate format', así como muestras de tamaño microscópico a nivel de células individuales o incluso cloroplastos.

       

Los instrumentos de la serie M se han utilizado con éxito notable en diversos campos de la ciencia como fenotipos de plantas, ecofisiología de hojas, la investigación de coral, fitopatología y ecofisiología marina.

       

Todos los miembros de la familia IMAGEN-PAM M-Series: MAXI, MINI y la versión MICROSCOPIA pueden compartir muchos componentes como cámaras y la Unidad de Control Multi IMAG-CG. Eso hace que sea fácil y más rentable para alternar entre diferentes aplicaciones y ampliaciones de la IMAGEN-PAM M-Series.

Nuevo: Conexión de alta velocidad con la cámara GigE Vision.

La combinación de las versiones MINI y MAXI con los Sistemas Gas-Exchange GFS-3000 amplía las opciones de análisis.

Control Unit IMAG-CG

Diseño: Aluminum housing featuring large size built-in Li-ion battery, sockets for cable connections with CCD Camera IMAG-K6 or IMAG-K7, connectors for the MAXI, MINI MICROSCOPY Measuring Heads, an external light source (EXT) and Battery Charger 2120-N

Microcontrolador: RISC processor

User interface: Pentium PC with ImagingWinGigE Software; connection via GigE ethernet; keyboard operation; monitor screen display

Alimemntación: Internal rechargeable Li-ion battery 14.4 V/6 Ah

Consumo de Corriente: 9 W (500 mA) drawn from internal Li-ion battery

Recharging time: Approx. 4 hours (IMAGING-PAM turned off) via Battery Charger 2120-N

Temperatura de operación: -5 to +45 °C

Dimensions: 25 cm x 10.5 cm x 11 cm (L x W x H)

Peso: 2.1 kg (incl. battery)

Unidad de Iluminación LED-Array

IMAG-MAX/L

Diseño: LED-Array mounted on printed-circuit board in aluminum housing with central opening for CCD Cameras IMAG-K6 or IMAG-K7 with miniature ventilator and cable connections to Control Unit IMAGCG and External 300 W Power Supply

Fuente de Luz para excitación fluorescente e iluminación actínica: 44 royal-blue 3 W Luxeon LEDs (450 nm) equipped with individual collimating optics; standard excitation intensity 0.5 μmol quanta m-2 s-1 PAR, modulation frequency 1-8 Hz; max. actinic intensity 1200 μmol m-2 s-1 PAR; max. saturation pulse intensity 2700 μmol quanta m-2 s-1 PAR

Fuentes de Luz para asesoramiento de Luz PAR Absorbida:16 red LEDs (660 nm); 16 NIR LEDs (780 nm)

Working distance: Standard 18.5 cm for 9 cm x 12 cm image area; at 22.5 cm distance 11 cm x 15 cm image area (mounted independently of IMAG-MAX/GS on separate stand)

Propiedades de Luz en campo: Vertical incidence on sample; LED distribution optimized for uniformity; at standard working distance maximal deviation from mean intensity +/- 7 %

Dimensiones: 18.5 cm x 18.5 cm x 4.5 cm (L x W x H)

Peso: 1.3 kg (incl. cable 1 m long)

LED-Array Illumination Unit

IMAG-MAX/LR

Diseño: LED-Array mounted on printed-circuit board in aluminum housing with central opening for CCD Cameras IMAG-K6 and IMAG-K7, filter plate IMAG-MAX/FR and miniature ventilator and cable connections to Control Unit IMAG-CG and External 300 W Power Supply

Light source for fluorescence excitation and actinic illumination: 44 red 3 W Luxeon LEDs (650 nm) equipped with individual collimating optics; standard excitation intensity 0.5 μmol quanta m-2 s-1 PAR, modulation frequency 1-8 Hz; max. actinic intensity 1200 μmol quanta m-2 s-1 PAR; max. saturation pulse intensity 2700 μmol quanta m-2 s-1 PAR

Light sources for assessment of absorbed PAR:16 red LEDs (660 nm); 16 NIR LEDs (780 nm)

Working distance: Standard 18.5 cm for 9 cm x 12 cm image area; at 22.5 cm distance 11 cm x 15 cm image area (mounted independently of IMAG-MAX/GS on separate stand)

Light field properties: Vertical incidence on sample; LED distribution optimized for uniformity; at standard working distance maximal deviation from mean intensity +/- 7 %

Dimensions: 18.5 cm x 18.5 cm x 4.5 cm (L x W x H)

Weight: 1.3 kg (incl. cable 1 m long)

K7-MAX/Z

Design: Cosmicar-Pentax zoom objective lens (F1.0/f=8-48 mm) and close-up lens, spacer ring, appropriate detector filter set and an adapter-frame for mounting CCD-camera IMAG-K7 or IMAG-K5 at increased working distance

Dimensions: 57 x 95 mm

Weight: 430 g (without adapter-frame)

Filter Screw Size: φ55 mm, P=0.75 mm

Mount: C-Mount

Focal Length: 8 to 48 mm

Max.Aperture Ratio: 1: 1.0 (f=8 to 28) to 1.2 (f=48)

Iris Range: F/1.0 to F/22

Temperature Range: -20°C to +50°C

K7-MAX/S

Design: Cosmicar-Pentax objective lens (F1.2/f=12 mm), spacer ring and appropriate detector filter set

Dimensiones: 30 x 35.5 mm

Peso: 67 g

Filter Screw Size: M27 x 0.5

Montaje: C-Mount

Longitud Focal: 12 mm

Rango Iris: F/1.2 to F/22

Rango de Temperatura: -20°C to +50°C

K6-MAX

Diseño: Cosmicar-Pentax objective lens (F1.4/f=12.5 mm), spacer ring and appropriate detector filter set

Dimensiones: 42 x 50 mm

Peso: 135 g

Filter Screw Size: M40.5 x 0.5

Montaje: C-Mount

Focal Length: 12.5 mm

Iris Range: F/1.4 to C

Rango de Temperatura: -20°C to +50°C


MAXI Version

  

Multi Control Unit

•  IMAG-CG Multi Control Unit to connect Measuring Head and GigE–Vision® CCD camera as M-Series IMAGING-PAM MAXI, MINI and MICROSCOPY version including ImagingWin GigE Software.

Measuring Head

•  IMAG-L470M Microscope LED Lamp Module 470 nm (blue) for fluorescence excitation of chlorophyll fluorescence

•  IMAG-L625M Microscope LED Lamp Module 625 nm (red-orange) for fluorescence excitation of chlorophyll fluorescence of most algae groups including cyanobacteria

•  IMAG-RGB Red-Green-Blue Microscopy LED Lamp Module allowing computer-assisted deconvolution of major algae groups. Fluorescence excitation and actinic illumination using red (620 nm), green (520 nm), blue (460 nm) or white light (mixed 620, 520 and 460 nm).

CCD Camera

•  IMAG-K6 increased sensitivity (2/3' chip, primary resolution 1392 x 1040 pixels)

Microscope

•  IMAG-AXIOSCOPE Axio Scope. A1 from Zeiss adapted for IMAGING-PAM applications. Detector filter RG665, dichroic mirror 420-640 nm, video adapter 60N-C 2/3' 0,5x and standard lens Zeiss Fluar 20x.

Computer

•  IMAG-PC a brand-name notebook PC

Optional

•  IMAG-AX-REF Reflector Module with Filter Set consisting of a beam splitter filter (420-640 nm) and a detector filter (665 nm), mounted in a Zeiss reflector module frame for convenient measurements using more than one LED Lamp Module.

 

MICROSCOPY Version

Multi Control Unit

•  IMAG-CG Multi Control Unit to connect Measuring Head and GigE–Vision® CCD camera as M-Series IMAGING-PAM MAXI, MINI and MICROSCOPY version including ImagingWin GigE Software.

Measuring Head

•  IMAG-L470M Microscope LED Lamp Module 470 nm (blue) for fluorescence excitation of chlorophyll fluorescence

•  IMAG-L625M Microscope LED Lamp Module 625 nm (red-orange) for fluorescence excitation of chlorophyll fluorescence of most algae groups including cyanobacteria

•  IMAG-RGB Red-Green-Blue Microscopy LED Lamp Module allowing computer-assisted deconvolution of major algae groups. Fluorescence excitation and actinic illumination using red (620 nm), green (520 nm), blue (460 nm) or white light (mixed 620, 520 and 460 nm).

CCD Camera

•  IMAG-K6 increased sensitivity (2/3' chip, primary resolution 1392 x 1040 pixels)

Microscope

•  IMAG-AXIOSCOPE Axio Scope. A1 from Zeiss adapted for IMAGING-PAM applications. Detector filter RG665, dichroic mirror 420-640 nm, video adapter 60N-C 2/3' 0,5x and standard lens Zeiss Fluar 20x.

Computer

•  IMAG-PC a brand-name notebook PC

Optional

•  IMAG-AX-REF Reflector Module with Filter Set consisting of a beam splitter filter (420-640 nm) and a detector filter (665 nm), mounted in a Zeiss reflector module frame for convenient measurements using more than one LED Lamp Module.

 

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