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E-mail
info@watertools.cn
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Phone
13808986092
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Address
9th Floor, Haidu Business Center, No. 345-2 Zhongcheng Road, Chengyang District, Qingdao City
Qingdao Shuide Technology Co., Ltd
info@watertools.cn
13808986092
9th Floor, Haidu Business Center, No. 345-2 Zhongcheng Road, Chengyang District, Qingdao City


Multi channel water sample collector MWSIt is an improved lightweight multi-channel water sample collector for the HYDRO-BIOS MWS 6, with 6 sampling cylinders with capacities of 1L, 3.5L, or 5L. It has the characteristics of small diameter and light weight, and can even be easily operated on small boats. Slimline is equipped with a motor-driven automatic release device, which integrates a pressure sensor to measure the depth preset by the user. The measurement range of the sensor can be selected according to the user's work requirements. Slimline has a working depth of 6000 meters and a standard configuration of 3000 meters. Slimline consumes very little power during operation and can operate normally in environments with temperatures ranging from -40 ℃ to+85 ℃. The entire system can be controlled by the control buttons on the deck control unit for online real-time sampling; Offline self capacitance sampling can also be performed at pre-set sampling depth intervals.


Top view structure diagram of motor unit Slimline multi-channel water sample collector
Optional accessories:
-CT component: * Integrated into the driver unit of the multi-channel water sample collector, consisting of a conductivity sensor and a temperature sensor.
-Sensors for various parameters, such as temperature, salinity, turbidity, chlorophyll, etc
Technical Specifications:
size |
Diameter 55cm, height 83cm, 1L model Diameter 66cm, height 98cm, 5L model |
empty weight |
About 40kg, with 6 1L samplers Approximately 55kg, equipped with 6 5L samplers |
Large operating water depth |
Standard configuration: 3000 meters; Optional configuration: 6000 meters |
array |
stainless steel material |
Motor unit |
Made of titanium, battery powered (3 × DL123A/3V) |
Deck control unit |
Metal compartment; Equipped with a button to control the sampler switch; Display the sampling cylinder serial number, pressure, and battery status on a LCD screen with a LED background light; The interface with the PC is RS232; Powered by 85-260V AC or battery |
pressure sensor |
0.0-3000dBar ± 0.1% f.s (standard); |
Multi channel water sample collector Slimline ordering information:
436 975 multi-channel water sample collector Slimline
Motor drive unit with microprocessor and external battery pack;
Integrated pressure sensor; 16 MB data storage;
Programmable deep dependency sampling interval controlled by PC;
Equipped with deck control unit;
Equipped with 6 unobstructed flow sample collectors with a capacity of 1L;
436 976 multi-channel water sample collector Slimline
Motor drive unit with microprocessor and external battery pack;
Integrated pressure sensor; 16 MB data storage;
Programmable deep dependency sampling interval controlled by PC;
Equipped with deck control unit;
Equipped with 6 plastic water sample collectors with a capacity of 3.5L;
436 977 Multi channel Water Sample Collector Slimline
Motor drive unit with microprocessor and external battery pack;
Integrated pressure sensor; 16 MB data storage;
Programmable deep dependency sampling interval controlled by PC;
Equipped with deck control unit;
Equipped with 6 plastic water sample collectors with a capacity of 5L;
450 500 CT component
Conductivity sensor: 0-65mS/cm ± 0.01mS/cm
Temperature sensor: -2~32 ℃± 0.005 ℃
Monitoring frequency: 1Hz
Multi channel water sample collector MWSPhoto collection:
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Multi channel water sample collector Slimline, 6X3.5L |
Multi channel water sample collector Slimline, 6X3.5L |
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Used for multi-channel water sample collector Slimline, 6X1L |
Multi channel water sample collector Slimline, 6X1L |
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Slimline, a multi-channel water sample collector in the process of collecting water |
Multi channel water sample collector Slimline before water collection |
Representative literature:
1.Gradinger, Jiirgen Lenz,1989.Picocyanobacteria in the high Arctic. Marine Ecology. Progress series.52:99-101.
2.R. R. Gradinger, M. E. M. Baumann,1991.Distribution of phytoplankton communities in relation to the large-scale hydrographical regime in the Fram Strait. Marine Biology.111(2),311-321.