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Qingdao Shuide Technology Co., Ltd

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    info@watertools.cn

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    13808986092

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    9th Floor, Haidu Business Center, No. 345-2 Zhongcheng Road, Chengyang District, Qingdao City

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Multi Limnos/Micros automatic water sample collector

NegotiableUpdate on 01/22
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Overview

The design purpose of the Multi Limnos/Micros automatic water sample collector is to automatically collect 10 water samples from a depth of 30 meters. This system is equipped with 10 Duran glass bottles, each with a capacity of 1L. These glass bottles are screwed onto a Limnos head and secured to the base. The design purpose of the $r $nMulti Micros automatic water sample collector is to automatically take 10 water samples from a depth of 100 meters. This system is equipped with 10 Duran glass bottles, each with a capacity of 0.5L.

Product Details

GermanyHYDRO-BIOScompanyMulti-Limnos/MicrosAutomatic water sample collector

Automatic Water Sampler Multi-Limnos/Micros

Closing deviceMulti LimnosInstallation Diagram

Multi Limnos/Micros automatic water sample collectorThe design purpose is to achieve a deep understanding of30Automatic adoption of rice in water10A water sample. This system is equipped with10aDuranGlass bottles, each with a capacity of1LThese glass bottles are twisted togetherLimnosAbove the head and fixed on the base.

Multi-MicrosThe design purpose of an automatic water sample collector is to collect water samples from large depths100Automatic adoption of rice in water10A water sample. This system is equipped with10aDuranGlass bottles, each with a capacity of0.5L.

When the system sinks to the expected water depth, all glass bottles are in a closed state. According to the pre-set time interval, they will open one after another. When the bottle is filled with water, they will be automatically closed by the integrated spherical valve.

The bottom anchoring system provides the possibility of selecting water depth, and if necessary, each operation can be performed at different depths. This system can be operated by only one person. A handball sized buoy is used as a water surface marker.

The design of electronic units with new technological levels and good power consumption can operate at temperatures of-40to+85Working normally in the environment.

The traditional suspension device for operating this system from the ship is optional.

Technical Specifications:

-belt10The volume is1L/0.5LofDuranglass bottle
-Including float6A float and anchor point (excluding bottom weight)
-Depth of operation:30rice/100m
-power supply3Lithium ion batteryDL 123A(Can work continuously)1Years and above)
-Diameter:600mm
-Float height:830mm/900mm
-
Air quality:25kg

Multi-LimnosOrdering information for automatic water sample collector:
436 985DeluxeMulti-LimnosAutomatic water sample collector
By onePCOn boardHYDRO-BIOSSoftware programming control,

Allow operators to pre-set individual sampling time intervals for each collection bottle in real-time, from1Minutes to8760hour

This sampler can be upgraded by using sensors with different parameters and memory4MMade of high-tech plastics(PVDF/PTFE

Special models of samplers made are also optional, such as when the sample requires metal tracing analysis.

Multi-MicrosOrdering information for automatic water sample collector:
436 986DeluxeMulti-MicrosAutomatic water sample collector
By onePCOn boardHYDRO-BIOSSoftware programming control,

Allow operators to pre-set individual sampling time intervals for each collection bottle in real-time, from1Minutes to8760hour

This sampler can be upgraded by using sensors with different parameters and memory4M.

436 145backupDuranglass bottle1L10a/Packaging, used forMulti-Limnos

436 165backupDuranglass bottle0.5L3a/Packaging, used forMulti-Micros

444 160Backup lithium battery,3section/set

Representative literature:

1.M. Raateoja, J. Seppälä, H. Kuosa,2004.Bio-optical modelling of primary production in the SW Finnish coastal zone, Baltic Sea: fast repetition rate fluorometry in Case 2 waters. Marine Ecology Progress Series.267:9-26.

2.P. Ghaffari, J. Azizpour, M. Noranian, V. Chegini, V. Tavakoli, and M. Shah-Hosseini',2011.Estimating suspended sediment concentrations using a broadband ADCP in Mahshahr tidal channel. Ocean Science Discussions.8:1601-1630.