KC Mini micro profiler
100.175 - This mini micro profiler (model 1) can be lowered by hand. X-Z Mini micro profiler 100.176 - Mini micro profiler model 2 100.179 - The KC- Niskin water sampler 250 ml can be mounted on the rack. Detail 100.180 - Transport box 100.181 /82 Battery box	A novel portable instrument has been designed for in-situ microsensor measurements. The micro profiler, which can be equipped with microsensors for measurements of oxygen, pH, sulphide (S -- or H2S) and temperature, is ideal for a wide range of applications including: • Oxygen respiration • Benthic primary production • Quantification of sulphide oxidation and sulphate reduction by measurement with a sulphide (gas or ion) microsensor for use in bio-films and sediments. Profiling measurements can be carried out with a spatial resolution of 50 micron in numerous locations including: • At the sediment-water interface (from tidal flats to 100 m water depth). • In bio-films, for studying the transformation of organic matter. • Under ice, for studying respiration and primary production of ice-algae. Weight, in air 10 kg Weight, in water 8 kg Total height 1.0 m Distance between feet 0.75 m Click to see ordering numbers
100.177 - Cable for motor system, 50 m.
The mini microprofilers are developed in cooperation with - Dr. Søren Rysgaard, Senior Scientist, National Enviromental Research Institute, Denmark Jens K. Gundersen, Institute of Biological Scienses, University of Aarhus Denmark.
Sensors   . Pressure compensated sensor house (100.154) made of acrylic (PMMA) with a screw-in tightening ring in the top made of (POM) and 3 pcs. o-rings. The bottom is protected by an AISI 316 stainless steel  ring. Tested for 800 atmospheres pressure.         Pressure compensated sensor house Click on photo for illustration and working principles.   Pressure stable connectors Gold plated, 3 or 4-pin connectors made of AISI 316 stainless steel with 3/8" UNF thread and 3 pcs. of wire, length 25 cm. Tested for a pressure of 800 atmospheres.   100.192 - 3 pin 100.193 - 4 pin     Do not use alcohol for cleaning acrylic parts Pressure stable "Dummy" 100.194 - Connector made of AISI 316 stainless steel  with 3/8" UNF thread. Tested  for 800 atmospheres pressure.
	Camera housing Housing: AISI 316 stainless steel. Internal diameter: 72 mm Length: 120 mm. Front glass: 10 mm Acrylic (PMMA) Max. depth: 200 m Connector for transmission: 1 pc Subconn Finish: Electro polish Ordering no.: 100.196
	Lamp for 12 V 12 volt DC 35 watt lamp 38° Housing:AISI 316 stainless steel. Finish: Electro polish Ordering no.: 100.195
	Camera housing Housing: AISI 316 stainless steel. Internal diameter: 50 mm Length: 120 mm. Front glass: 10 mm Acrylic (PMMA) Max. depth: 200 m Connector for transmission: 1 pc Subconn Finish: Electro polish Ordering no.: 100.199
	Datalogger box Housing: AISI 316 stainless steel. Internal diameter: 125 mm Length: 340 mm. Front glass: 10 mm Acrylic (PMMA) Max. depth: 200 m Connector for transmission: 2 pc Subconn connectors (10 pins) (1 x BH10F-SS and 1 x BH10M-SS). Finish: Electro polish Ordering no. 100.198
Click to see ordering numbers
Do not use alcohol for cleaning acrylic parts
Reference list for Mini Micro Profiler: Dr. Jens Gundersen, UNISENSE, Science Park, Aarhus, Denmark jkg@unisense.com Dr. Lars Riis Damgaard, UNISENSE, Science Park, Aarhus, Denmark lrd@unisense.com Dr. Søren Ryesgaard, National Environmental Research Institute, Silkeborg, Denmark SR@dmu.dk NASA, Ames Research Center, California, USA Dr. Ole Pedersen, Freshwater Biological Laboratory, University of Copenhagen Hillerød, Denmark opedersen@zi.ku.dk Dr. Lesley Warren, School of Geography and Geology McMaster University, Hamilton, ON L8S 4K1 CANADA warrenl@mcmaster.ca Reference list for Microprofiler for the sediment-water interface Dr. Jens K. Gundersen, UNISENSE, Science Park Aarhus, Denmark jkg@unisense.com Dr. Gary Fones, Environmental Science Dept. I.E.N.S. Lancaster University, Lancaster, Lancashire, UK g.fones@lancaster.ac.uk Dr. Ronni Glud Marine Biological Laboratory, University of Copenhagen, Helsingør, Denmark mblrg@centrum.dk Dr. Christophe Rabouille, Laboratoire des Sciences du Climat et de 1'Environnement, Unité Mixte de Recherche CNRS-CEA Domaine de CNRS - Bat 12 - Avenue de la Terrasse, F-91198, Gif-sur-Yvette, France Christophe.Rabouille@lsce.cnrs-gif.fr Prof. Bo Barker Jørgensen, Max-Planck Institute, Bremen, Germany bjoergen@mpi-bremen.de Dr. Anders Tengberg Analytical and Marin Kemi Göteborg University, Sverige anders@amc.chalmers.se Dr. Kevin Steven Black, Gatty Marine Laboratory, St. Andrews, Scotland ksb2@st-andrews.ac.uk Dr. Sibylle Grandel, GEOMAR, Dep. of Marine Environmental Geology, Kiel, Germany sgrandel@geomar.de Dr. Graham Shimmield, Scottish Association for Marine Sciences Dunstaffnage Marine Laboratory, Oban, Argyll, Scotland www.ccms.ac.uk Prof. Dr. Michael Schlüter Alfred-Wegener-Institut Bremerhaven Am Handelshafen mschlueter@awi-bremerhaven.de Dr.Eric Breuer Centre for Coastal and Marine Sciences Dunstaffnage Marine Laboratory Oban, Argyll, Scotland