Section of Physico-Chemical Measurements OFFER
|
|
- Jayson White
- 6 years ago
- Views:
Transcription
1 Pos. Type Name of product ELECTRODES FOR ph MEASUREMENTS 1. SP-211 Spherical membrane electrode for industrial and laboratory measurements in conjunction with any reference electrode 2. SU-210 Conical membrane electrode for industrial measurements (ultrasound resistant) in conjunction with any reference electrode 3. SP-211-T Spherical membrane electrode for industrial measurements in conjunction with reference electrode at temperature up to C 4. SPC-211 Cylindrical membrane electrode for industrial measurements in conjunction with any reference electrode, adapted for mechanical cleaning SPC-211-P SPC-211-C (ESH-30-00) SAgP-221 SAgP-221-Ż Spherical or cylindrical membrane electrode for industrial measurements in conjunction with Polymetron device Universal electrode coupled with spherical membrane for laboratory and industrial measurements 7. SAgP-220 Universal electrode coupled with conical membrane for ph measurements also of food products (meat, cheese, etc.) 8. SAgP-229 Universal electrode coupled with spherical membrane and protective cap for laboratory and industrial measurements 9. SAgP-221-E (ERH-111) Universal complex electrode in epoxy body for laboratory measurements with unexchangeable electrolyte 10. SAgP-221-Ł Universal electrode coupled with spherical, conical or cylindrical membrane for laboratory measurements of low conductivity water 11. SAgP-229-Ł Universal electrode coupled with spherical membrane and protective cap for laboratory measurements of low conductivity water 12. SAgP-221-S Universal electrode coupled with spherical or cylindrical membrane for laboratory measurements also of non-aqueous solutions 13. SAgPT-220 Universal electrode coupled with spherical, conical or cylindrical membrane and built-in temperature sensor Page 1 of 6
2 MEASURING ELECTRODES FOR CP-821 ph- METERS 14. SP-211-M Glass electrode short 15. SAgPT-221-M-t Electrode coupled with temperature sensor with tubus short 16. SAgP-221-M-t Electrode coupled with tubus short 17. AgCIP-113-M Comparative (reference) electrode short 18. TPt-100-M Temperature sensor (Pt 100) short 19. TPt-100-M-t Temperature sensor (Pt 100) and sample salting short 20. AgCIP-113/ TPt-100-M Reference electrode with temperature sensor - short ION-SELECTIVE ELECTRODES 21. SNa-221 Sodium electrode - half-cell for laboratory and industrial measurements 22. NaAgP-221 Sodium complex electrode for laboratory and industrial measurements 23. NaAgP-229 Sodium complex electrode with protective cap for laboratory and industrial measurements 24. ECl-01 Chloride electrode - half-cell in epoxy body 25. EAg/S-01 Sulfide-silver electrode - half-cell in epoxy body 26. EBr-01 Bromide electrode - half-cell in epoxy body 27. EJ-01 Iodide electrode - half-cell in epoxy body 28. ECN-01 Cyanide electrode - half-cell in epoxy body 29. ECu-01 Copper electrode - half-cell in epoxy body REDOX ELECTRODES 30. PtP-201 Platinum electrode (half-cell) for measurement of redox potential and titration 31. AuP-201 Gold electrode (half-cell) for measurement of redox potential and titration 32. AgP-201 Silver electrode (half-cell) for measurement of redox potential and titration 33. PtAgP-219 PtAgP-219-Ł Platinum-chlorosilver complex electrode for measurement of redox potential and titration Page 2 of 6
3 34. AgAgP PtFl-203 Silver-chlorosilver complex electrode for measurement of redox potential and titration Platinum electrode (half-cell) for water determination in organic and inorganic products by the Karl Fischer method (PN-81/C-04959) REFERENCE ELECTRODES (comparative) 36. AgClP AgClK AgClK-114 Comparative chlorosilver electrode in conjunction with SP-211 measuring electrode Comparative chlorosilver electrode with double salt-bridge, two lateral tubus, in conjunction with ion-selective electrodes during industrial measurements Chlorosilver electrode with double salt-bridge in conjunction with ion-selective electrodes during industrial measurements 39. AgClU-113 Cu/CuSO4 Comparative chlorosilver electrode in conjunction with SU-210 electrode 40. AgClP-113-S 41. AgClP-113-T 42. AgClP-113-Ż Comparative chlorosilver electrode with microsection for low conductivity water and wastewater Comparative chlorosilver electrode in conjunction with SP-211-T measuring electrode at temperature up to C Comparative chlorosilver electrode in conjunction with SP-211 measuring electrode without electrolyte make-up (gel) 43. AgClP-113-AT AgClP-113-Ż-C Comparative chlorosilver electrode for AT-EE oxygen analyzer SENSORS PS-2Z Conductometric immersion sensor 0,5 ±0,1 PS-2Z-0,1 Conductometric immersion sensor 0,1 ±0,02 PS-2Z-1 Conductometric immersion sensor 1 ±0,1 PS-2Z-10 Conductometric immersion sensor 10 ±1 PS-2P Conductometric flow sensor 0,6 ±0,2 PS-2P-0,1 Conductometric flow sensor 0,1 ±0,02 PS-2P-1 Conductometric flow sensor 1 ±0,3 PS-2P-10 Conductometric flow sensor 10 ±1 46. PS-3Z Conductometric immersion sensor 0,3 ±0, PS-3P Conductometric flow sensor 0,3 ±0, PST-2Z Conductometric immersion sensor with built-in temperature sensor, 0,5 ±0,1, 49. PST-2P Conductometric flow sensor with built-in temperature sensor, 0,5 ±0,1, Page 3 of 6
4 50. PST-3Z Conductometric immersion sensor with built-in temperature sensor, 0,3 ±0,05, 51. PST-3P CFT-201 Conductometric flow sensor with built-in temperature sensor, 0,3 ±0,05, 52. PST-4P Conductometric flow sensor with built-in temperature sensor, 0,06 ±0,005, 53. TPt-100 Resistance temperature detector 54. TPt-100-AT Resistance temperature detector for AT-EE oxygen analyzer OTHER PRODUCTS 55. RB ph Color-coded buffer solutions ph 4.00 (red), 7.00 (yellow), (blue) 56. WT-73 Fuse-element of thermal fuse type BT-1 for 73 0 C 57. WT-48 Fuse-element of thermal fuse type BT-1 for 48 0 C 58 EP-500 Ion-exchange column used in industry to control technical processes 58. EP-302 Ion-exchange column used in industry to control technical processes standard version 59. U-EP EP-302 column holder 60. EP-302-2Z 61. EP-302-2S 62. EP-302-2S-O Ion-exchange column used in industry to control technical processes - with 3/8'' valve Ion-exchange column used in industry to control technical processes - with quick couplers Ion-exchange column used in industry to control technical processes - with quick couplers and vent 63. SZD Quick coupler with nozzle for columns type EP S100 G1 Gel-type cation-exchange resin with color exhaustion indicator 65. ŁA-02 Vial breaker for HACH device 66. AI Anion-exchange resin with color exhaustion indicator 67. PPH-10 ph measurement set for water of conductivity <10mS/cm according to the Polish Standard 68. ŁA-02 Water sample collector to determine oxygen content by means of HACH meter Page 4 of 6
5 INDUSTRIAL DEVICES 69. AT-EE Oxygen analyzer for water-steam cycles 70. CO-821 Industrial oxygen analyzer for water and wastewater 71. CP-821 Industrial ph-meter with preamplifier for measurements in wastewater 72. CP-821 Industrial ph-meter with preamplifier for measurements in wastewater, isolated output 73. CP-821c Industrial ph-meter with head for pure water 74. Gze-01 Elastic immersion head for measurements of ph, px, redox 75. Gpsc-02 Self-cleaning flow head for ph 76. Gzsc-02 Self-cleaning immersion head for ph (down to 2m) 77. CR-821 Industrial redox regulator with preamplifier 78. CC-823 Industrial conductometer with head 79. PT channel industrial temperature controller 80. PT channel industrial thermometer 81. PWT-821 Industrial thermohygrometer ELEMENTS OF SAMPLE COLLECTION AND PREPARATION INSTALLATIONS 82. ChPW-10 Standard water and steam cooler <150 0 C 83. ChPW-15 Standard water and steam cooler >150 0 C 84. ChPW-20 Standard water and steam cooler >150 0 C (for greater number of samples) 85. ChWN-6 Standard water cooler <120 0 C 86. ChWN-10-C Undismountable water cooler <150 0 C made of stainless steel 87. ChPWN-10 Standard water and steam cooler <150 0 C made of stainless steel 88. ChPWN-15 Standard water and steam cooler >150 0 C made of stainless steel 89. ChPWN-20 Standard water and steam cooler >150 0 C made of stainless steel (for greater number of samples) 90. ZC-AR AR-04SP pressure valve 91. ZC-AR-m-R Radiator pressure valve 92. ZC-AR-m AR-45/S pressure valve 93. ZR-ZWZ ZWZ 11.1 ko cut-off control valve Page 5 of 6
6 94. ZR-HM HAM-LET control valve 95. BP- 2 Back pressure control valve 96. RC -10 Stainless steel pressure regulator 97. BT-1 Stainless steel thermal fuse 98. SPP-B Low pressure probe for sample collection (condensate, drips, etc.) 99. SPP-C-W 100. SPP-C-R High pressure probe for sample collection (boiler water, saturated steam from the drum) with the approval of the Office of Technical Inspection (excl. design) High pressure probe for sample collection (boiler water, saturated steam from the drum) with the approval of the Office of Technical Inspection (excl. design) 101. OW-10 or OW-12 Stainless steel olive compression fitting for hose f10 or f TR-10/10 (or: 10/12, 12/12) Stainless steel straight tee for tubes f10 or f CR-10/10 or CR-12/12 Stainless steel straight cross for tubes f10 or f TS-Z-10/10 (or: 10/12, 12/12) Welding sleeve to join stainless steel pulse tubes with overlap 105. PTP Sample temperature measurement system 106. RSZP Rotameter with sample flow interruption signalling 107. UPP-10 Water sample preparation system of temperature < C and pressure < 7.8 MPa 108. UPP UPP-20 > 7.8 MPa > 7.8 MPa 110. UPP-N UPP-N UPP-N UPP-N-20 Water sample preparation system of temperature < C and pressure < 7.8 MPa with stainless steel cooler Water sample preparation system of temperature < C and pressure < 7.8 MPa with stainless steel cooler > 7.8 MPa with stainless steel cooler > 7.8 MPa with stainless steel cooler Page 6 of 6
Concise laboratory catalogue
2008 Concise laboratory catalogue Portable and bench-top instruments for ph, EC, ISE, DO and C measurements. Simple and advanced models covering from routine measurements to maximum requirements in investigation.
More informationph electrodes with screw cap S7. Special application electrodes.
ph electrodes with screw cap. Special application electrodes. Suitable to cover special applications. 52 07 Flat membrane One drop of distilled water is sufficient to take a measurement 52 08 and 52 09
More informationwater proof water proof Tap water, pure water application Precious, trace amount sample 3-in-1 Plastic Electrode D
ELECTRODE LINE UP electrode just got Touer! Enhanced durability of the glass membrane makes it four times stronger than the conventional Tou electrode. Response glass NEW The patented silver ion trap technology
More informationElectro Analytical Methods
CH 2252 Instrumental Methods of Analysis Unit II Electro Analytical Methods Dr. M. Subramanian Associate Professor Department of Chemical Engineering Sri Sivasubramaniya Nadar College of Engineering Kalavakkam
More informationDeionized Water. Latest technology, highest quality, environmentally friendly. Water Technologies
Deionized Water Latest technology, highest quality, environmentally friendly Water Technologies NaCl OH - Cl - OH - OH - Cl - Anion OH - OH - Resin OH - OH OH - - OH - OH - Na + Na + Cation Resin H + H
More informationWATER QUALITY ANALYZERS SENSOR TECHNOLOGY. Customer Registration System. Dimesional Outlines Unit: mm(in) ORP ION. Conductivity.
Dimesional Outlines Unit: mm(in) F-50 Series / DS-50 Series 374(14.7) D-50 Series / ES-51 / OM-51 179(7.0) 80(3.1) 40(1.6) 230(9.1) 339(13.3) 170(6.7) CE marking compliant 68(2.7) 30 (1.2) Customer Registration
More informationCompact ph Measuring Instruments With Pro Engineering
testo 205, 206, 230 Compact ph Measuring Instruments With Pro Engineering With interchangeable measurement electrode ph C The new ph instruments with innovative probe engineering Measurement of the ph
More informationThe ph Value The ph value is a logarithmic measure for the concentration of the H ions in a hydrous solution and indicates, by a numerical value, whet
Content ph value, redox potential, conductivity 15.02 The Electrical Conductivity 15.03 Solute oxygen in liquids 15.03 ph one-bar measuring chains FY 96 PHEK, FY 96 PHER, FY 96 PHEN 15.04 ph insertion
More informationFig. Electrochemical Cell/ Potentiometric Titration
Fig. Electrochemical Cell/ Potentiometric Titration The accurate, precise and effective potentiometric measurements can be made with the help of the following two types of electrodes namely : REFERENCE
More informationph Electrode basics ph Electrodes Model 19 B /1 =1 m 24 B /1 =1 m
s ph electrodes are constructed from a special composition which senses the hydrogen ion concentration. This is typically composed of alkali metal ions. The alkali metal ions of the and the hydrogen ions
More informationF- Cl- Br- I- CN- S2- NO3-
Middle of the 60 s First ISE for fluoride Na+ K+ Ag+ Ca2+ NH + 4 Cu2+ Pb2+ F- Cl- Br- I- CN- S2- NO3- Environment Food industry and agriculture Medecine, pharmaceutical, cosmetics Power plants Fluoride
More informationModule 2. Measurement Systems. Version 2 EE IIT, Kharagpur 1
Module 2 Measurement Systems Version 2 EE IIT, Kharagpur 1 Lesson 8 Measurement of Level, Humidity and ph Version 2 EE IIT, Kharagpur 2 Instructional Objectives At the end of this lesson, the student will
More informationChapter 18 Electrochemistry. Electrochemical Cells
Chapter 18 Electrochemistry Chapter 18 1 Electrochemical Cells Electrochemical Cells are of two basic types: Galvanic Cells a spontaneous chemical reaction generates an electric current Electrolytic Cells
More informationThermo Scientific Electrochemistry Products
Comparing Performance of DO Methods The world leader in serving science in Water and Seawaters Thermo Scientific Electrochemistry Products Dissolved Oxygen Measurement Oxygen is essential for most of the
More informationGuide to ph Analysis.
Guide to ph Analysis. XX Why Contents ph Matters Table of Contents Why ph Matters pg 4 What You Need pg 6 How to Measure pg 14 Slope and offset pg 18 Checklist pg 20 Best Practices pg 21 2 Guide to ph
More informationThermo Scientific Orion Fluoride Ion Selective Electrodes The standard in fluoride ion analysis EPA compliant
Thermo Scientific Orion Fluoride Ion Selective Electrodes The standard in fluoride ion analysis EPA compliant Approved ASTM Method for Fluoride in Drinking Water and Wastewater Analyze free fluoride ions
More informationph / Temperature Meter for Cheese with Application Specific Probe
C/ F ph / Temperature Meter for Cheese with Application Specific Probe ph Application Importance ph is an essential measurement throughout the entire cheesemaking process. From the initial measurements
More information2. Conductometry. Introduction This is a method of analysis based on measuring electrolytic conductance
2. Conductometry Introduction This is a method of analysis based on measuring electrolytic conductance Conductance: is the ability of the medium to carry the electric current. Electric current passes through
More informationConductivity sensor for hygienic applications
Conductivity sensor for hygienic applications Type 8221 can be combined with Perfect for demanding applications in the hygienic industry (CIP and SIP compatible) Variants available for usage over a wide
More informationManual ph Probe & Oxidation Reduction Potential Probe Models 6528A and 6528B
Manual ph Probe & Oxidation Reduction Potential Probe Models 6528A and 6528B Revision History File name / Revision Date Authors Previous version BX 2004 RS/ JH Unidata Manual - 6528 ph and ORP Sensors
More informationISEmax CAS40D. Technical Information
Technical Information ISEmax CAS40D Online measurement of nutrient parameters Ion-selective electrodes for the continuous measurement of ammonium, nitrate and other ions Application The ion-selective sensor
More informationBENCH TOP INSTRUMENTS DELTA OHM
CRN TECNOPART, S.A. Sant Roc 30 08340 VILASSAR DE MAR (Barcelona) Tel 902 404 748-937 591 484 Fax 937 591 547 e-mail:crn@crntp.com http:// www.crntecnopart.com DO-060.92E BENCH TOP INSTRUMENTS DELTA OHM
More informationph/o.r.p. probe Type 8619 multicell transmitter/controller General data Measuring range Bürkert ph probe Bürkert O.R.P. probe Medium temperature
ph/o.r.p. probe For many different types of installations and applications Large selection of probe for a wide range of holder Useable for pipe DN15 to DN200 Type 8203 can be combined with... Type 8200
More informationChem 321 Lecture 16 - Potentiometry 10/22/13
Student Learning Objectives Chem 321 Lecture 16 - Potentiometry 10/22/13 In lab you will use an ion-selective electrode to determine the amount of fluoride in an unknown solution. In this approach, as
More informationIon Selective Electrodes for the Laboratory. Presented by Chris Cushman OTCO Water Laboratory Analyst Workshop Thursday, May 14, 2015
Ion Selective Electrodes for the Laboratory Presented by Chris Cushman OTCO Water Laboratory Analyst Workshop Thursday, May 14, 2015 Outline Review ISE measurement technology How to properly calibrate
More informationtesto 205, 206, 230 Compact ph Measuring Instruments With Pro Engineering With interchangeable measurement electrode Draft Version
testo 205, 206, 230 Compact ph Measuring Instruments With Pro Engineering With interchangeable measurement electrode Draft Version ph C The new ph measuring instruments with innovative probe engineering
More informationDifferential ph Probe Type 18
Differential ph Probe Type 18 Contents 1 Introduction 1.1 Glass testing 2 Measuring principle 2.1 Model applications 3 Technical data 4 Handling information for the glasslined ph probe 5 Storage and installation
More information11.1. Galvanic Cells. The Galvanic Cell
Galvanic Cells 11.1 You know that redox reactions involve the transfer of electrons from one reactant to another. You may also recall that an electric current is a flow of electrons in a circuit. These
More informationCh. 14. ELECTRODES AND POTENTIOMETRY
Ch. 14. ELECTRODES AND POTENTIOMETRY 14.1 Analytical chemists design electrodes (voltage sensitive to conc. change) galvanic cells ion-selective electrodes ion-sensing field effect transistors potentiometry
More informationPractical 1P3 Electrode Potentials
Practical 1P3 Electrode Potentials What you should learn from this practical Science This experiment will familiarise you with the thermodynamics of solutions and show how easily thermodynamic quantities
More informationChem 1120 Pretest 3 Sprin 2015
Name: Class: Date: Chem 1120 Pretest 3 Sprin 2015 Multiple Choice Identify the choice that best completes the statement or answers the question. Chapter 19 Values The following equilibrium constants will
More informationIGCSE Double Award Extended Coordinated Science
IGCSE Double Award Extended Coordinated Science Chemistry 5 - Electricity and Chemistry Electrolysis You need to know that electrolysis is: - The breakdown of ionic substances into their constituent elements
More informationOne-hand ph/temperature measuring instrument
One-hand ph/temperature measuring instrument testo 205 ph tip embedded in breakage-proof plastic ph Combined penetration tip with temperature probe Maintenance-free gel electrolyte C Measurement tip exchangeable
More informationElectrochemistry. The study of the interchange of chemical and electrical energy.
Electrochemistry The study of the interchange of chemical and electrical energy. Oxidation-reduction (redox) reaction: involves a transfer of electrons from the reducing agent to the oxidizing agent. oxidation:
More informationELEMENTS OF ELEC TROCHEMIS TRY. A. A number of analytical techniques are based upon oxidation-reduction reactions.
Page 1 of 8 Chem 201 Winter 2006 I. Introduction ELEMENTS OF ELEC TROCHEMIS TRY A. A number of analytical techniques are based upon oxidationreduction reactions. B. Examples of these techniques would include:
More informationScope and application: For water, wastewater and seawater. Distillation is required for wastewater and seawater.
Nitrogen, Ammonia DOC316.53.01078 USEPA 1 Nessler Method 2 Method 8038 0.02 to 2.50 mg/l NH 3 N Reagent Solution Scope and application: For water, wastewater and seawater. Distillation is required for
More informationElectrochemical Cells Intro
Electrochemical Cells Intro Outcomes: Outline the historical development of voltaic (galvanic) cells. Explain the operation of a voltaic cell at the visual, particulate and symbolic levels. Vocabulary:
More informationElectrochemical Cells
CH302 LaBrake and Vanden Bout Electrochemical Cells Experimental Observations of Electrochemical Cells 1. Consider the voltaic cell that contains standard Co 2+ /Co and Au 3+ /Au electrodes. The following
More informationCCS140 and CCS141. Technical Information. Sensors for free chlorine Amperometric, membrane-covered sensors for installation in the CCA250 assembly
Technical Information CCS140 and CCS141 Sensors for free chlorine Amperometric, membrane-covered sensors for installation in the CCA250 assembly Application Oxidising agents such as chlorine or anorganic
More informationWATER ANALYSIS The ph Value. The Redox Potential. ALMEMO ph and Redox Measurement. The Electrical Conductivity
www.ahlborn.com WATER ANALYSIS The ph Value The ph value is a logarithmic measure for the concentration of the H ions in a hydrous solution and indicates, by a numerical value, whether the solution has
More informationElectrochemistry. Part One: Introduction to Electrolysis and the Electrolysis of Molten Salts
Part One: Introduction to Electrolysis and the Electrolysis of Molten Salts What do I need to know about electrochemistry? Electrochemistry Learning Outcomes: Candidates should be able to: a) Describe
More informationChapter Four. Chapter Four. Chemical Reactions in Aqueous Solutions. Electrostatic Forces. Conduction Illustrated
1 Electrostatic Forces 2 Chemical Reactions in Aqueous Solutions Unlike charges (+ and ) attract one another. Like charges (+ and +, or and ) repel one another. Conduction Illustrated 3 Arrhenius s Theory
More informationMETHODS FOR DETERMINATIONS OF ELECTROLYTES AND BLOOD GASES
METHODS FOR DETERMINATIONS OF ELECTROLYTES AND BLOOD GASES ELECTROCHEMISTRY Basic principle Electrodes are used to selectively measure particular ions Instruments utilizing electrodes measure the potential
More informationThree-Way Mixing Valve. with or without presetting, for heating and cooling systems
with or without presetting, for heating and cooling systems escription HEIMEIER three-way, with or without presetting, for mixing volume flows in heating and cooling systems, made of gunmetal, with protection
More informationIntroduction to Blackbody Sources
Introduction to s This section contains dedicated blackbody sources for low uncertainty calibration of infrared thermometers. A range of portable primary blackbody sources combine high emissivity with
More informationElectrochemistry SYBSc 2017
Electrochemistry SYBSc 2017 Definition It is a branch in chemistry which deals with the qualitative and quantitative studies of chemical changes brought about by the passage of electricity. It is also
More informationNa+ K+ Ag+ Ca2+ NH + 4. F- Cl- Br- I- CN- S2- NO3-
1 1 HISTORY 2 Middle of the 60 s First ISE for fluoride Na+ K+ Ag+ Ca2+ NH + 4 Cu2+ Pb2+ F- Cl- Br- I- CN- S2- NO3- Until the 60 s the only ISE is in fact the ph electrode with a glass sensitive to protons.
More informationUnit 2 Electrochemical methods of Analysis
Unit 2 Electrochemical methods of Analysis Recall from Freshman Chemistry: Oxidation: Loss of electrons or increase in the oxidation number Fe 2 e - Fe 3 Reduction: Gain of electrons or decreases in the
More informationPerfect Electrochemical Analysis Professional Meters Basic Meters Portable Meters Sensors
Perfect Electrochemical Analysis Professional Meters Basic Meters Portable Meters Sensors Highly intelligent technology for electrochemical analyses We don t have to explain the basics of electrochemical
More informationGeneral Medicine 2016/17
ÚSTAV LÉKAŘSKÉ BIOCHEMIE A LABORATORNÍ DIAGNOSTIKY 1. LF UK Buffers, buffer capacity. Oxidoreduction, electrode processes Practical lesson on medical biochemistry General Medicine Martin Vejražka, Tomáš
More informationAnion and Cation analysis with Professional IC - automatic dilution and sample preparation with SPM
IC Application Work AW CH6-1048-012011 Anion and Cation analysis with Professional IC - automatic dilution and sample preparation with SPM Branch: Chemical industry; Water, wastewater, environmental protection,
More informationFitting PS P - B - R2
INTERNAL STRUCTURE PS86 (G 3/8) 2 3 FEATURES Solidstate pressure switch with no mechanical moving parts Isolated output via a photo-coupler Switching pressure adjustable and hysteresis band adjustable
More informationStarter Starter Electrodes
Starter Starter Electrodes High Performance Water Analysis Instruments Ingeniously Practical Starter Electrodes Selector Guide Standard Aqueous samples, general purpose (e.g. ph buffers) Waste water River/lake
More informationPRO-CLEAN STRATIFIED TANK
PO-CLEAN STATIFIED TANK PODUCT DESCIPTION Pro-Clean stratified tank with spherical exchanger connection High-quality, multifunctional stratified tank made of steel (S J) for hot-water operation and domestic
More informationCHEMICALS & REAGENTS
BUFFER SOLUTION, ph 1.68 B-41 3.8 14.45 21.60 64.90 BUFFER SOLUTION, ph 2.00 ± 0.02 B-42 3.8 BUFFER SOLUTION, ph 4.00 ± 0.02 Color coded red BUFFER SOLUTION, COLORLESS, ph 4.00 (ph 4.00 ± 0.02 - Colorless
More informationQAM-I-111 Operation and Calibration of the Conductivity Meter
1.0 Applicability and Purpose i. This procedure applies to the operation and calibration of the YSI Model 3200 conductivity meter. This procedure is performed prior to any analysis using this meter. By
More informationSingle Method On-line Analyzers. ADI 2016 Titrolyzer ADI 2018 Ion-Analyzer ADI 2019 Process Colorimeter
Single Method On-line Analyzers ADI 2016 Titrolyzer ADI 2018 Ion-Analyzer ADI 2019 Process Colorimeter Automatic and dependable on-line ion analysis 02 The single method process analyzers from Metrohm
More informationGeneral Specifications
General Specifications Model PR10 ph Retractable fitting On-line measurements always present extra challenges compared to at-line measurements. For example when maintenance needs to be done. pplications
More informationSingle Method On-line Analyzers
Single Method On-line Analyzers ADI 2016 Titrolyzer ADI 2018 Ion-Analyzer ADI 2019 Process Colorimeter ADI 2016 / 2018 / 2019 Automatic and dependable On-line Ion Analysis The single method Process Analyzers
More informationElectrochemistry Worksheets
Electrochemistry Worksheets Donald Calbreath, Ph.D. Say Thanks to the Authors Click http://www.ck12.org/saythanks (No sign in required) To access a customizable version of this book, as well as other interactive
More informationInstrument Sample cell orientation Sample cell DR 6000 DR 3800 DR 2800 DR 2700 DR 1900 DR 5000 DR The fill line is to the right.
Nitrite DOC316.53.01074 USEPA Diazotization Method 1 Method 8507 0.002 to 0.300 mg/l NO 2 N (LR, spectrophotometers) 0.005 to 0.350 mg/l NO 2 N (LR, colorimeters) Scope and application: For water, wastewater
More informationReducing Agent = a substance which "gives" electrons to another substance causing that substance to be reduced; a reducing agent is itself oxidized.
Oxidation = a loss of electrons; an element which loses electrons is said to be oxidized. Reduction = a gain of electrons; an element which gains electrons is said to be reduced. Oxidizing Agent = a substance
More informationph/redox Measurement CPM 280
Technical Information TI 346C/07/en/07.03 51511752 ph/redox Measurement CPM 280 Battery-driven pocket meter for ph and redox measurement Application CPM 280 is a compact pocket meter for measuring ph value
More informationPhosphorus, Total. USEPA 1 PhosVer 3 with Acid Persulfate Digestion Method Method to 3.50 mg/l PO. Test preparation
Phosphorus, Total DOC316.53.01121 USEPA 1 PhosVer 3 with Acid Persulfate Digestion Method Method 8190 0.06 to 3.50 mg/l PO 3 4 (0.02 to 1.10 mg/l P) Test N Tube Vials Scope and application: For water,
More informationThe design and operational theory of ph electrodes is a very complex subject, explored only briefly here. What is important to understand is that thes
ph measurement A very important measurement in many liquid chemical processes (industrial, pharmaceutical, manufacturing, food production, etc.) is that of ph: the measurement of hydrogen ion concentration
More informationMAKING MODERN LIVING POSSIBLE. Thermostatic expansion valve Type TUB/TUBE and TUC/TUCE REFRIGERATION AND AIR CONDITIONING.
MAKING MODERN LIVING POSSIBLE Thermostatic expansion valve Type B/BE and C/CE REFRIGERATION AND AIR CONDITIONING Technical leaflet Thermostatic expansion valve, type B/BE and C/CE Contents Page Introduction........................................................................................
More informationChapter 3 Electrochemical methods of Analysis-Potentiometry
Chapter 3 Electrochemical methods of Analysis-Potentiometry Electroanalytical chemistry Contents Introduction Galvanic and electrolytic cells Salt bridge Electrode potential and cell potential Indicator
More informationChromazurol S Method Method to 0.50 mg/l Al TNTplus 848
Aluminum DOC316.53.01004 Chromazurol S Method Method 10215 0.02 to 0.50 mg/l Al TNTplus 848 Scope and application: For drinking water, surface water, swimming pool water, wastewater and process analysis.
More informationIon Selective Electrodes
Ion Selective Electrodes A n a l y t i c a l S e n s o r s & I n s t r u m e n t s I O N S E L E C T I V E E L E C T R O D Ion Selective Electrodes (ISE) are membrane electrodes that respond selectively
More informationThermostatic expansion valves TUA/TUAE
MAKING MODERN LIVING POSSIBLE Technical brochure Thermostatic expansion valves A/AE www.danfoss.com Thermostatic expansion valves, type A/AE Contents Page Introduction... Features... Standard range...
More informationph electrodes: what users should know
Electrochemistry Application Knowledge Base ph electrodes: what users should know - parts of a ph electrode - different types of junction - filling level - contamination - ph glass membrane - ph probe
More informationTemperature Scales. Temperature, and Temperature Dependent on Physical Properties. Temperature. Temperature Scale
Temperature Scales The Celsius, Fahrenheit, and Kelvin Temperature Scales: Temperature, and Temperature Dependent on Physical Properties Physics Enhancement Programme Dr. M.H. CHAN, HKBU 9 T F T 5 T T
More informationChromotropic Acid Method Method to 30.0 mg/l NO 3 N (HR) Test N Tube Vials
Nitrate, HR DOC316.53.01068 Chromotropic Acid Method Method 10020 0.2 to 30.0 mg/l NO 3 N (HR) Test N Tube Vials Scope and application: For water and wastewater. Test preparation Instrument-specific information
More informationCadmium Reduction Method Method to 10.0 mg/l NO 3 N (MR, spectrophotometers) 0.2 to 5.0 mg/l NO 3 N (MR, colorimeters)
Nitrate, MR DOC316.53.01069 Cadmium Reduction Method Method 8171 0.1 to 10.0 mg/l NO 3 N (MR, spectrophotometers) 0.2 to 5.0 mg/l NO 3 N (MR, colorimeters) Scope and application: For water, wastewater
More informationChapter 7 Electrochemistry
Chapter 7 Electrochemistry Outside class reading Levine: pp. 417 14.4 Galvanic cells: pp. 423 14.5 types of reversible electrodes 7.6.1 Basic concepts of electrochemical apparatus (1) Electrochemical apparatus
More informationRedox Reactions. Reduction Oxidation
Redox Reactions. Reduction Oxidation GCSE Oxidation: Gain of oxygen Loss of electrons Reduction: Loss of oxygen Gain of electrons Increase in oxidation number Decrease in oxidation number 4 Experiments:
More informationChapter 13 POTENTIOMETRIC ELECTRODES AND POTENTIOMETRY
Chapter 13 POTENTIOMETRIC ELECTRODES AND POTENTIOMETRY POTENTIOMETRIC ELECTRODES AND POTENTIOMETRY Ch.13 In this chapter Understand the concept of the various types of electrodes that can be used for measuring
More informationISO-TECH SYSTEM, VARANASI Analysis by ph and ion selective electrodes
ISO-TECH SYSTE, VARANASI-221010 Related link : ph Combination Electrodes Analysis by ph and ion selective electrodes A comparative view of analysis by ph and Ion Selective Electrodes. Types of ISE electrodes.
More informationUniversity of Technology Corrosion Engineering Lecturer: Basheer Ahmed Chemical Engineering Dept. 4 th Class
Example 1 Determine the corrosion rate of carbon steel in salt solution from the following laboratory data. Consider the corrosion rate by a)mpy, b)mdd. C) Calculate the current density in μa/cm 2 Δ W
More information(c) In marble, we assign calcium ion an oxidation number of +2, and oxygen a value of 2. We can determine the value of carbon in CaCO 3 as follows:
Example Exercise 17.1 Calculating Oxidation Numbers for Carbon Calculate the oxidation number for carbon in each of the following compounds: (a) diamond, C (b) dry ice, CO 2 (c) marble, CaCO 3 (d) baking
More informationHow Electrode Design Correlates with Optimum Performance in ph Measurement
How Electrode Design Correlates with Optimum Performance in ph Measurement White Paper Key Words ph electrode, ROSS, ROSS Ultra, Triode, ph measurement, titration, iodide/triiode pairing, double-junction,
More informationPart :Fill the following blanks (20 points)
Part :Fill the following blanks (20 points) 1. Among the impurity elements in carbon steel, ( ) are useful elements, ( ) are harmful elements. 2. The plastic properties of metal materials are ( ) and 3.
More informationInstrumental Chemical Analysis. Dr. Abdul Muttaleb Jaber Professor Faculty of Pharmacy Philadelphia University Fall 2012/2013
0510212 Instrumental Chemical Analysis Dr. Abdul Muttaleb Jaber Professor Faculty of Pharmacy Philadelphia University Fall 2012/2013 Chapter 1 Electroanalytical Methods Electroanalytical Chemistry Electroanalytical
More informationCOLE-PARMER INDUSTRIAL AMMONIUM ION ELECTRODE INSTRUCTION MANUAL
GENERAL INSTRUCTIONS Introduction COLE-PARMER INDUSTRIAL AMMONIUM ION ELECTRODE INSTRUCTION MANUAL The Cole-Parmer Industrial Ammonium Ion Electrode is used to quickly, simply, accurately, and economically
More informationKEM SET. for FOOD. Salinity. Brix Density Concentration. Acid Value POV. Water Content
Salinity for FOOD Brix Density Concentration Acid Value POV Water Content Vitamin C Acid Value / POV Salinity Vitamin C for FOOD A Automatic Potentiometric Titrator B Automatic Potentiometric Titrator
More information1. Given below is a sketch of a Voltaic Cell. Name the two electrodes:
Chem 150 Answer Key Problem Electrochemistry and Thermochemistry 1. Given below is a sketch of a Voltaic Cell. Name the two electrodes: The copper electrode is the anode. The silver electrode is the cathode.
More informationKEM SET. for Beverage. Gas volume Internal gas pressure Air content Oxygen concentration Inside pressure Density Brix
Acidity Alkalinity for Beverage Gas volume Internal gas pressure Air content Oxygen concentration Inside pressure Density Brix Vitamin C Ca & Mg Acidity Vitamin C for Ca & Mg Ca Mg Alkalinity A Automatic
More informationFreezing point depression (Item No.: P )
Freezing point depression (Item No.: P3021101) Curricular Relevance Area of Expertise: Chemistry Education Level: University Topic: General Chemistry Subtopic: Solutions and Mixtures Experiment: Freezing
More informationCCGT/HRSG WATER CHEMISTRY COURSE OUTLINE
1.0 WATER CHEMISTRY CONCEPTS 1.1 The Atom, Atomic Structure, and Chemical Periodicity 1.1.1 Introduction 1.1.2 The Atom and Atomic Structure 1.1.2.1 Atomic Structure 1.1.2.2 The Electron Structure of Atoms
More informationEXPERIMENTS. Testing products of combustion: Reducing Copper(III) Oxide to Copper. Page 4
APPARATUS Page 2 APPARATUS Page 3 Reducing Copper(III) Oxide to Copper EXPERIMENTS Page 4 Testing products of combustion: EXPERIMENTS Showing that oxygen and water is needed for rusting iron Page 5 Showing
More informationPROVINCIAL EXAMINATION MINISTRY OF EDUCATION CHEMISTRY 12 GENERAL INSTRUCTIONS
INSERT STUDENT I.D. NUMBER (PEN) STICKER IN THIS SPACE APRIL 1996 PROVINCIAL EXAMINATION MINISTRY OF EDUCATION CHEMISTRY 12 GENERAL INSTRUCTIONS 1. Insert the stickers with your Student I.D. Number (PEN)
More informationElectrolysis and Faraday's laws of Electrolysis
Electrolysis and Faraday's laws of Electrolysis Electrolysis is defined as the passage of an electric current through an electrolyte with subsequent migration of positively and negatively charged ions
More informationBuffers, Electrochemistry. Jan Pláteník & Tomáš Navrátil 2010/2011
Buffers, Electrochemistry Practical Lesson on Medical Chemistry and Biochemistry General Medicine Jan Pláteník & Tomáš Navrátil 2010/2011 1 BUFFERS AND BUFFER CAPACITY 1.1 Principle of buffering: A buffer
More informationCadmium Reduction Method (Using Powder Pillows or AccuVac Ampuls)
Method 8171 NITRATE, Mid Range (0 to 5.0 mg/l NO 3- -N) For water, wastewater and seawater* Cadmium Reduction Method (Using Powder Pillows or AccuVac Ampuls) Using Powder Pillows 1. Enter the stored program
More informationAcid-Base Equilibria and Solubility Equilibria
Acid-Base Equilibria and Solubility Equilibria Acid-Base Equilibria and Solubility Equilibria Homogeneous versus Heterogeneous Solution Equilibria (17.1) Buffer Solutions (17.2) A Closer Look at Acid-Base
More informationExercise 4-4. Titration of a Buffer Solution EXERCISE OBJECTIVE DISCUSSION OUTLINE DISCUSSION. Buffer solutions
Exercise 4-4 Titration of a Buffer Solution EXERCISE OBJECTIVE Titrate a buffer solution, plot a graph using the titration data, and analyze the titration curve. DISCUSSION OUTLINE The Discussion of this
More informationName Date Period Ionic Bonding Puzzle Activity
Name Date Period Ionic Bonding Puzzle Activity Introduction When metals and non-metals chemically react, the atoms will tend to form ions or charged atoms. Ions form because electrons are either gained
More informationHe II Heat transfer through a Corrugated Tube - Test Report
He II Heat transfer through a Corrugated Tube - Test Report Authors: Ch. Darve, Y. Huang, T. Nicol, T. Peterson Keywords: LHC inner triplet, heat exchanger, He II heat transfer, Kapitza resistance. Abstract
More informationElectrochemical cells. Section 21.1
Electrochemical cells Section 21.1 Electrochemical processes Chemical process either release energy or absorb energy This does not have to be solely heat or light - sometimes it can be in the form of electricity
More informationAnalysis of Metals, Halides, and Inorganic Ions Using Hydrophilic Interaction Chromatography
Application Note Inorganic Ions, Water Testing, Minerals, Metals, Basic Chemicals Analysis of Metals, Halides, and Inorganic Ions Using Hydrophilic Interaction Chromatography Authors Anne Mack, Adam Bivens
More information