SONOREX DIGITEC
The new generation
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Full convenience in use and display for all bath types
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Easy to operate - self-explanatory symbols well recognizable parameters,
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Target as well as actual values - brightly lighting LED-display
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4-step-operation as "plug and clean"
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Adjustable temperature range: 20-80 °C, with LED-display for target value and actual value of temperature
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Optical signal in case of excess temperature
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Timer for countdown and continuous operation
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DEGAS: adjustable pulse sound level for removing unwanted air bubbles, visible at LCD-display
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Automatic short-time ultrasound during heating
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Up period to avoid delay in boiling - switch-off possible
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Medical device class I
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Quality management system according to the requirements of EN ISO 13485
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Protection class IP 33 at highest possible level through liquid-tight mains cable and housing front without openings.
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SweepTec for permanent sound field oscillation ensures even and gentle cleaning
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Automatical safety shut-down 12 hours after last keypress
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Marking of filling level for safe dosage
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One-piece welded drain bow
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Transducers with high efficiency
Light & Radiation Systems
Agriculture Technology & Scientific Instruments Distributor
SQ-110 Sun Calibrated PAR Sensor
Product Overview
The SQ-110 is a self-powered quantum sensor that measures photo-synthetically active radiation and is calibrated for use in sunlight. The sensor housing design features a fully potted, domed-shaped head making the sensor fully weatherproof and self-cleaning. Photo-synthetically active radiation (PAR), or photosynthetic photon flux (PPF), is the wavelength range from 400 to 700 nanometers and is strongly correlated with plant growth. Gardeners, greenhouse managers, growth chamber users and salt-water aquarists measure PAR to ensure optimal specimen health.
The SQ-110 can be used in combination with a LINPAR Linear PAR Sensor and LSM1 Light Sensor Meter for complete monitoring of the plant canopy light environment. The SQ-110 is installed above the plant canopy to measure ambient light conditions and one or more LINPAR sensors are installed within or beneath the canopy. This way leaf area index or the fraction of absorbed radiation can be monitored.