Hyperion Fluorometer Sensor
Range – The Essential Tool

for Your Natural Tracing Operations

Fluorometers are essential instruments for professionals working in the fields of tracing, analysis, and monitoring of fluorescent tracers in natural environments. Designed for ease of use, they feature an intuitive interface and user-oriented functions. These high-precision measuring instruments detect and quantify fluorescence from fluorescent tracers. Equipped with sensitive sensors and advanced technology, they ensure reliable and accurate measurements.

Fluorometers and Data Loggers : Essential Tools for Tracing and Hydrological Detection

Using fluorometers and data loggers offers many advantages for tracing work. They enable precise analysis of fluorescent tracers, making it easier to detect and track fluid movements. Data loggers are indispensable tools for monitoring and collecting data over long-term tracing studies. They record and analyze tracing data over time, providing valuable insights into movement and flow patterns.

The collected data provide essential information for hydrogeological studies, monitoring of water distribution networks, leak detection, and many other applications. The Hyperion Fluorometer sensor range delivers high-performance measurements of Fluorescein (Uranine) or Rhodamine in a compact, robust housing—ideal for use as a standalone sensor, integrated into ROVs and AUVs, or within multi-sensor networks and data loggers.
Supplied as standard in a titanium housing rated to 6000 m depth, the Hyperion fluorometer features a wide-range isolated power supply (9–28 V DC), data output up to 16 Hz, and RS232, RS485, and Modbus communication interfaces.

Hyperion Fluorescein

Hyperion Fluorescein

The Hyperion Fluorometer sensor range provides high-performance measurements of Fluorescein (Uranine) or Rhodamine in a compact, robust housing—ideal as a standalone sensor, integrated into ROVs and AUVs, or within multi-sensor networks and data loggers. Supplied as standard in a titanium housing, the Hyperion fluorometer features a wide-range isolated power supply (9–28 V DC), data output up to 16 Hz, and RS232, RS485, and Modbus communication interfaces.
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Hyperion Rhodamine

Hyperion Rhodamine

The Hyperion Fluorometer sensor range provides high-performance measurements of Fluorescein (Uranine) or Rhodamine in a compact, robust housing—ideal as a standalone sensor, integrated into ROVs and AUVs, or within multi-sensor networks and data loggers. Supplied as standard in a titanium housing, the Hyperion fluorometer features a wide-range isolated power supply (9–28 V DC), data output up to 16 Hz, and RS232, RS485, and Modbus communication interfaces.
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Hyperion Turbidity

Capteur optique de turbidité

Hyperion Turbidity

The new Valeport Hyperion-T essentially combines two sensors in one. The first is a “classic” turbidity sensor, a nephelometer using a 90° beam angle for low turbidity levels (0–1000 NTU). The second, for higher turbidity levels (1000–6000 NTU), uses an Optical Backscatter Sensor (OBS) with a beam angle of approximately 120°. Intelligent sampling and the use of a 24-bit ADC eliminate the need for gain switching at higher turbidity levels. The optical head is very compact—only 20 mm in diameter—and with full ocean depth rating, it is well-suited for OEM integration.
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Hyperion SULFORHODAMINE B

Hyperion SULFORHODAMINE B

The Valeport Hyperion Sulforhodamine B fluorometer provides highly accurate measurement of Sulforhodamine B levels. The compact and robust “Hyperion” range is ideal for use as a standalone sensor, connected to autonomous data loggers such as EnviroLog / EnviroLog 4G, as well as other market data loggers and telemetry systems. Supplied as standard in a titanium housing, the Hyperion fluorometer features a wide-range isolated power supply (9–28 V DC), data output up to 16 Hz, and RS232 and RS485 interfaces with ASCII and Modbus RTU communication protocols.
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Hyperion Phycocyanin

Hyperion Phycocyanin

The Valeport Hyperion fluorometer range provides high-accuracy measurements of Phycocyanin (freshwater blue-green algae). The compact and robust “Hyperion” design is ideal as a standalone sensor, connected to autonomous data loggers such as EnviroLog / EnviroLog 4G or other telemetry systems. Hyperion 2 offers the best dynamic range on the market with no gain adjustment required. The detection range for Phycocyanin fluorometers is 0–9000 ppm. Reinforced versions include acetal protection rings, anti-snag connector protection, and Kevlar-reinforced cables for geotechnical applications.
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Hyperion Chlorophyll A

Hyperion Chlorophyll A

The Valeport Hyperion Chlorophyll A fluorometer measures Chlorophyll A levels with high precision. The compact and robust “Hyperion” design is ideal for standalone use or connection to autonomous data loggers such as EnviroLog / EnviroLog 4G and other telemetry systems.
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