thermal conductivity
7866 Thermal Conductivity Analyzer
7866 Thermal Conductivity Analyzer uses the principles of thermal conductivity to provide a highly sensitive and accurate analysis of a binary mixture of gases and can also be calibrated to measure a single component of a multi-component gas mixture.
Please sign in to access more documents
Once signed in, you may be able to access additional documents for your account.
Overview
Measurement of gases is crucial for various applications in industries like chemical and petroleum. Honeywell’s 7866 Thermal Conductivity Analyzer uses time-proven technology for efficient and safe measurement of gases.
What Is It?
Honeywell’s 7866 Thermal Conductivity Analyzer is designed to provide a highly sensitive and accurate analysis of a binary mixture of gases. The thermal conductivity analyzer can also be calibrated to measure a single component of a multi-component gas mixture. The analyzer comes in two versions – a Triple Range Analyzer and Single Range Analyzer. While the Triple Range Analyzer monitors hydrogen purity in hydrogen-cooled generators and carbon dioxide in air and hydrogen for power plant applications, the Single Range Analyzer can be used for gas measurement across variety of applications and industries. The reliable and solid state design of these thermal conductivity analyzers offers high sensitivity, excellent stability and fast response times.
How Does It Work?
The 7866 Thermal Conductivity Analyzer uses the principles of thermal conductivity to determine the concentration of a sample gas. It consists of three basic components - the sensing unit (transmitter), the control unit (receiver) and a power supply. The sensing unit receives a continuous flow of the binary or multi-component gas mixture, measures the concentration of the sample gas and transmits an electrical signal to the control unit. The control unit receives the output signal from the sensing unit at the sampling site via the interconnecting cable. This unit then provides a current output signal to a remote device for monitoring or recording purposes.
What Problems Does It Solve?
The absence of right gas concentration in a process can result in reduced productivity and hazardous conditions like explosions. The 7866 Thermal Conductivity Analyzer addresses these issues and helps users achieve a safe and efficient process, with cost effective and precise gas measurement.
What Is It?
Honeywell’s 7866 Thermal Conductivity Analyzer is designed to provide a highly sensitive and accurate analysis of a binary mixture of gases. The thermal conductivity analyzer can also be calibrated to measure a single component of a multi-component gas mixture. The analyzer comes in two versions – a Triple Range Analyzer and Single Range Analyzer. While the Triple Range Analyzer monitors hydrogen purity in hydrogen-cooled generators and carbon dioxide in air and hydrogen for power plant applications, the Single Range Analyzer can be used for gas measurement across variety of applications and industries. The reliable and solid state design of these thermal conductivity analyzers offers high sensitivity, excellent stability and fast response times.
How Does It Work?
The 7866 Thermal Conductivity Analyzer uses the principles of thermal conductivity to determine the concentration of a sample gas. It consists of three basic components - the sensing unit (transmitter), the control unit (receiver) and a power supply. The sensing unit receives a continuous flow of the binary or multi-component gas mixture, measures the concentration of the sample gas and transmits an electrical signal to the control unit. The control unit receives the output signal from the sensing unit at the sampling site via the interconnecting cable. This unit then provides a current output signal to a remote device for monitoring or recording purposes.
What Problems Does It Solve?
The absence of right gas concentration in a process can result in reduced productivity and hazardous conditions like explosions. The 7866 Thermal Conductivity Analyzer addresses these issues and helps users achieve a safe and efficient process, with cost effective and precise gas measurement.
Specifications
Processing & Performance Metrics
- Accuracy
- ±2% of span (output signal) at reference conditions
- Sample Flow Rate Influence
- <±0.5% of span (0.2 to 4 cfh/100 to 2000 cc/min)
- Maximum Drift
- Zero/Span: ±2% of span per week
Electrical Specifications
- Sample Requirements
- Temp: -10 to +50 deg C (14 to 122 deg F), Flow: 0.2 to 4.2 cfh (100 to 2000 cc/min), Pressure: 37 mm Hg min
- Power Requirements
- Control Unit: 90 to 264 VAC (18 VA max) or 24 VAC/DC (12 VA max)
- Output Signal
- 0 to 20 mA or 4 to 20 mA (max load 800 Ω)
- Ambient Requirements
- RH: 90% max, Temperature: -10 to +50 deg C, Storage Temperature: 70 deg C max
Measurement & Sensor Related (Measurement Capabilities)
- Reproducibility
- ±1% of span (24 hour)
- Repeatability
- ±0.3% of span (short term)
Technical Specifications
- Connection Type
- 1/4 in OD Tubing (Sample/Reference), 1/2 in Conduit (Power)
Environmental Conditions
- Atmospheric Pressure Influence
- ±0.01% of span per inch H₂O (±0.05% per mm Hg)
- Analyzer Type
- Single Range or Triple Range (CO₂ in Air, H₂ in CO₂, H₂ in Air)
- Ambient Temperature Influence
- Sensing Unit: <1% Full Scale Over Range, Control Unit: ±0.01% per deg C
Standards & Certifications
- Approvals
- FM/CSA Class I, II, III Div 1 (Triple Range std, Single Range opt), CE, IP65 Panel Front
Applications & Compatibility
- Applications
- Hydrogen purity in generators, hydrogen in ammonia/nitrogen, hydrogen in hydrocarbons
Processing & Performance Metrics
- Accuracy
- ±2% of span (output signal) at reference conditions
- Sample Flow Rate Influence
- <±0.5% of span (0.2 to 4 cfh/100 to 2000 cc/min)
- Maximum Drift
- Zero/Span: ±2% of span per week
Electrical Specifications
- Sample Requirements
- Temp: -10 to +50 deg C (14 to 122 deg F), Flow: 0.2 to 4.2 cfh (100 to 2000 cc/min), Pressure: 37 mm Hg min
- Power Requirements
- Control Unit: 90 to 264 VAC (18 VA max) or 24 VAC/DC (12 VA max)
- Output Signal
- 0 to 20 mA or 4 to 20 mA (max load 800 Ω)
- Ambient Requirements
- RH: 90% max, Temperature: -10 to +50 deg C, Storage Temperature: 70 deg C max
Measurement & Sensor Related (Measurement Capabilities)
- Reproducibility
- ±1% of span (24 hour)
- Repeatability
- ±0.3% of span (short term)
Technical Specifications
- Connection Type
- 1/4 in OD Tubing (Sample/Reference), 1/2 in Conduit (Power)
Environmental Conditions
- Atmospheric Pressure Influence
- ±0.01% of span per inch H₂O (±0.05% per mm Hg)
- Analyzer Type
- Single Range or Triple Range (CO₂ in Air, H₂ in CO₂, H₂ in Air)
- Ambient Temperature Influence
- Sensing Unit: <1% Full Scale Over Range, Control Unit: ±0.01% per deg C
Standards & Certifications
- Approvals
- FM/CSA Class I, II, III Div 1 (Triple Range std, Single Range opt), CE, IP65 Panel Front
Applications & Compatibility
- Applications
- Hydrogen purity in generators, hydrogen in ammonia/nitrogen, hydrogen in hydrocarbons
- Accuracy : ±2% of span (output signal) at reference conditions
- Sample Requirements : Temp: -10 to +50 deg C (14 to 122 deg F), Flow: 0.2 to 4.2 cfh (100 to 2000 cc/min), Pressure: 37 mm Hg min
- Sample Flow Rate Influence : <±0.5% of span (0.2 to 4 cfh/100 to 2000 cc/min)
- Reproducibility : ±1% of span (24 hour)
- Repeatability : ±0.3% of span (short term)
- Power Requirements : Control Unit: 90 to 264 VAC (18 VA max) or 24 VAC/DC (12 VA max)
- Output Signal : 0 to 20 mA or 4 to 20 mA (max load 800 Ω)
- Maximum Drift : Zero/Span: ±2% of span per week
- Connection Type : 1/4 in OD Tubing (Sample/Reference), 1/2 in Conduit (Power)
- Atmospheric Pressure Influence : ±0.01% of span per inch H₂O (±0.05% per mm Hg)
- Approvals : FM/CSA Class I, II, III Div 1 (Triple Range std, Single Range opt), CE, IP65 Panel Front
- Applications : Hydrogen purity in generators, hydrogen in ammonia/nitrogen, hydrogen in hydrocarbons
- Analyzer Type : Single Range or Triple Range (CO₂ in Air, H₂ in CO₂, H₂ in Air)
- Ambient Temperature Influence : Sensing Unit: <1% Full Scale Over Range, Control Unit: ±0.01% per deg C
- Ambient Requirements : RH: 90% max, Temperature: -10 to +50 deg C, Storage Temperature: 70 deg C max
Application Note
Name
Description
File Size
Date
Size
Use wireless networking to gather remote analytical measurements
application/pdf 458.79 KB
6/3/2021
458.79 KB
Brochure
Name
Description
File Size
Date
Size
Analytical brochure - measurements for pH, ORP, conductivity/resistivity, dissolved oxygen and hydrogen purity.
application/pdf 1.55 MB
6/3/2021
1.55 MB
Manuals and Guides
Name
Description
File Size
Date
Size
Thermal Conductivity 7866 Digital Gas Analyzer Triple Range, 51-52-16-79
application/pdf 76.24 KB
6/8/2021
76.24 KB
7866 Digital Gas Analyzer Thermal Conductivity-Single Range, 51-52-16-78-Issue 19
application/pdf 179.83 KB
6/8/2021
179.83 KB
7866 Digital Gas Analyzer Triple Range, 51-52-16-79-Issue 18
application/pdf 76.61 KB
6/8/2021
76.61 KB
Thermal Conductivity 7866 Digital Gas Analyzer Single Range, 51-52-16-78
application/pdf 179.27 KB
6/8/2021
179.27 KB
Data Sheet
Name
Description
File Size
Date
Size
Features, Descriptions, Specifications and Dimensions for 7866 Digital Thermal Conductivity Analyzer for Binary Gas Mixtures
application/pdf 334 KB
6/8/2021
334 KB
Features, Descriptions, Specifications and Dimensions for 7866 Digital Thermal Conductivity Analyzer for Binary Gas Mixtures
application/pdf 422.24 KB
6/8/2021
422.24 KB
Name
Description
File Size
Date
Size
Analytical brochure - measurements for pH, ORP, conductivity/resistivity, dissolved oxygen and hydrogen purity.
application/pdf 1.55 MB
6/3/2021
1.55 MB
Use wireless networking to gather remote analytical measurements
application/pdf 458.79 KB
6/3/2021
458.79 KB
Thermal Conductivity 7866 Digital Gas Analyzer Triple Range, 51-52-16-79
application/pdf 76.24 KB
6/8/2021
76.24 KB
Features, Descriptions, Specifications and Dimensions for 7866 Digital Thermal Conductivity Analyzer for Binary Gas Mixtures
application/pdf 334 KB
6/8/2021
334 KB
7866 Digital Gas Analyzer Thermal Conductivity-Single Range, 51-52-16-78-Issue 19
application/pdf 179.83 KB
6/8/2021
179.83 KB
7866 Digital Gas Analyzer Triple Range, 51-52-16-79-Issue 18
application/pdf 76.61 KB
6/8/2021
76.61 KB
Features, Descriptions, Specifications and Dimensions for 7866 Digital Thermal Conductivity Analyzer for Binary Gas Mixtures
application/pdf 422.24 KB
6/8/2021
422.24 KB
Thermal Conductivity 7866 Digital Gas Analyzer Single Range, 51-52-16-78
application/pdf 179.27 KB
6/8/2021
179.27 KB
Name
Description
File Size
Date
Size
Use wireless networking to gather remote analytical measurements
458.79 KB
6/3/2021
Analytical brochure - measurements for pH, ORP, conductivity/resistivity, dissolved oxygen and hydrogen purity.
1.55 MB
6/3/2021
Thermal Conductivity 7866 Digital Gas Analyzer Triple Range, 51-52-16-79
76.24 KB
6/8/2021
7866 Digital Gas Analyzer Thermal Conductivity-Single Range, 51-52-16-78-Issue 19
179.83 KB
6/8/2021
7866 Digital Gas Analyzer Triple Range, 51-52-16-79-Issue 18
76.61 KB
6/8/2021
Thermal Conductivity 7866 Digital Gas Analyzer Single Range, 51-52-16-78
179.27 KB
6/8/2021
Features, Descriptions, Specifications and Dimensions for 7866 Digital Thermal Conductivity Analyzer for Binary Gas Mixtures
334 KB
6/8/2021
Features, Descriptions, Specifications and Dimensions for 7866 Digital Thermal Conductivity Analyzer for Binary Gas Mixtures
422.24 KB
6/8/2021
Name
Description
File Size
Date
Size
Category@category|Type@type
Filters
Product Number
Please sign in to view part numbers available for purchase based on your account Sign In
Part Number
Description
Leaf Category
Thumbnail
Add to list
056173
PCB HTR/RELAY BD
056173
PCB HTR/RELAY BD
07866D02
DIGITAL THRML COND. GAS ANALYZER
07866D02
DIGITAL THRML COND. GAS ANALYZER
07866DC2
REPL. DIGITAL CONTROL UNIT ONLY
07866DC2
REPL. DIGITAL CONTROL UNIT ONLY
07866DHC2
REPL DIGITAL CNTRL UNIT HYDROGEN
07866DHC2
REPL DIGITAL CNTRL UNIT HYDROGEN
07866DHH2
DIGITAL THERMAL COND. ANALYZER
07866DHH2
DIGITAL THERMAL COND. ANALYZER
07866HHSS
REPLACEMENT SENSOR ASSY.
07866HHSS
REPLACEMENT SENSOR ASSY.
07866SS2
REPL. SENSOR ASSEMBLY 2 PORT
07866SS2
REPL. SENSOR ASSEMBLY 2 PORT
07866SS4
REPL. SENSOR ASSEMBLY 4 PORT
07866SS4
REPL. SENSOR ASSEMBLY 4 PORT
144914
PC BOARD
144914
PC BOARD
31072925
GAUGE HYDROGEN
31072925
GAUGE HYDROGEN
