Cope-LLG Catalogue 2018

1233 12. Environmental-, soil-, water-, food analysis Sample analysis/COD GENERAL CATALOGUE EDITION 20 E & OE. COD sample digestion units PA-CSB Unit configuration for simultaneous digestion of maximum 6 or 12 COD samples in acc. with ISO, DIN etc. A digestion unit consists of the following components: - TRS 300 microprocessor-controlled time and temperature control unit with COD program - CSB/E Precision heating block for RG 2 reaction vessels - E/B Insert and yoke type frame for RG 2 reaction vessels - KW/N Cooling trough with holder and stands for E/B - RG 2 Reaction vessels - LK 1 COD air coolers - LS Air cooler stands for LK COD air coolers 1 behr Type PK Cat. No. PA-CSB 6 PA-CSB 12 1 1 9.920 540 9.920 541 1 9.920 541 COD workstations, PB-CSB/M For COD determination. Complete workstations for simultaneous determination of maximum 6 or 12 samples in acc. with ISO, DIN etc. Manual metering and titration. A workstation consists of the following components: - TRS 300 Microprocessor-controlled time and temperature control unit with COD program - CSB/E Precision heating block for RG 2 reaction vessels - E/B Insert and yoke type frame for RG 2 reaction vessels - KW/N Cooling trough with holder and stands for E/B - SM 12/N Series magnetic stirrer for E 12/B insert/yoke type frame (only for PB-CSB 12/M) - RG 2 Reaction vessels - MRST 2 Magnetic stirrer rod set , 12 rods - SIST 100 Boiling stones , contents 100 g - LK1 COD Air coolers - LS Air cooler stand for LK COD air coolers - PTFE 29 PTFE Collars for LK 1, set of 12 collars - TS COD Transport stands for E/B insert/yoke type frame - HTI 1 Manual titration station 2 behr Type PK Cat. No. PB-CSB 6/M PB-CSB 12/M 1 1 9.920 542 9.920 543 2 9.920 543 behr COD Heating Blocks COD acc. to ISO Precision heating blocks with 6, 12 or 24 sample positions. Flat surface heater for even temperature distribution to each sample position. Stainless steel and powder coated steel casing. Extensive insulation provides for inoffensive temperatures of the casing surfaces. End-to-end grooves in the precision aluminum plate at the bottom of the bores simplify sample handling and provide for exemplary safety of the analyst: - During sample insertion the grooves cause pressure compensation. Thus even the most accurately fitting reaction vessels slip easily into the bores, which is required to effortlessly handle the behr insert and yoke type frames for RG 2 reaction vessels. - When inserting the samples into the hot heating block adherent moisture on the vessel surface evaporates in sudden bursts. The grooves drain off the vapor which otherwise might cause the vessels to jump up and down which might eventually lead to the destruction of the vessels. - In case of one or more vessels overflowing the liquid COD samples discharge through the grooves minimizing the danger of damages inside the block caused by acids. 3 Type Description Power consumption Temp. range PK Cat. No. W max. °C CSB 6 / E CSB 12 / E CSB 24 / E for 6 RG reaction vessels for 12 RG reaction vessels for 24 RG reaction vessels 800 1500 2000 299 299 299 1 1 1 9.920 721 6.510 709 6.054 780 3