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Monday, October 15, 2018 This document was prepared by the staff of Valeport Limited, the Company, and is the property of the Company, which also owns the copyright therein. All rights conferred by the law of the copyright and by virtue of international copyright conventions are reserved to the Company.
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Please note: Any changes or modifications to the product or accessories supplied, that are not authorised by Valeport Ltd, could void the CE compliance of the product and negate your authority to operate it. This product has demonstrated CE compliance under conditions that include the use of shielded cables.
AUV integration or used as part of a multi-sensor array and data logger. Offered as standard in a 6000m depth rated, Titanium housing the Hyperion Fluorometer has a wide range (9-30V DC) isolated power supply, data output up to 32Hz and RS232 communications.
3.1. Fluorometers 3.1.1. Safety Statement A Hyperion Fluorometer is classified as Risk Group 1 under standard 62471. As the type is classified as Risk Group 1 solely due to radiation in the visible band a hazard label is not required. However, ·...
(dependent on fluorophore properties, optical filters, LED power, sample volume and optical path length). Hyperion Fluorometers have a calibrated linear response for 2 gain settings (e.g. the ranges 0-40 µg/l (G5) and 0-800 µg/l (G1) for chlorophyll a). At higher concentrations, unlike analogue devices which generally flat-line at full-scale deflection (e.g.
A photometric test report was commissioned by Valeport in accordance with BS EN 62471. For this the LED was set to 25 times the operational power and the sensor was classified as exempt. However, it is best practice to avoid extended exposure to the LED and it is recommended not to look directly into the sensor windows.
During the synchronised observation period ambient light is measured while the Hyperion LED is off and the fluorescence signal of the fluorophore when the LED is on in order to cancel out the ambient light effects.
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0901814c - Hyperion Fluorometer For dye tracing applications, we recommend using the Hyperion at the default range, that is, high gain\sensitivity to reduce the quantity of dye required and, therefore, the visibility / load on the environment and or disposal costs.
4.3. Functional Check To perform a functional test connect the Hyperion to both pow er and PC using the supplied Y cable. Run DataLog x2, available from the Valeport Website as a free download - www .valeport.co.uk/...
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0901814c - Hyperion Fluorometer Check that data is being received (field 4) see Data Output Format Now check the following: The LEDs are on and light is being emitted from the fibres. The magnitude of the data received increases when the supplied fluorescent target is held at 45° to...
0901814c - Hyperion Fluorometer 6. Electrical Voltage: 9 - 30V DC isolated Power: 40mA @ 12V DC 6.1. Connector Pin-Out Function RS232 GND Tx 232 out from SVS (485A) Rx 232 in to IPS (485B) +V(8-20V) /Enable 485 Note: to enable RS485 comms, link pins 1 and 5.
Baud Rate 2400 - 115200 Protocol 8 data bits, 1 stop bit, No parity, No flow control 7.1. Data Output Formats The Hyperion outputs a single NMEA style data telegram Example: $PVHYP,01,01,1234.45, 1.2345, 01, C02,*7F Where: Field Number Description...
Other operational modes and filter settings are available - please contact Valeport with your specific requirements. 7.2.1. Mode C - Continuous Mode C is the default setting for Hyperion.