|
| MOQ: | 1PC |
| Price: | negotiable |
| Standard Packaging: | carton |
| Delivery Period: | on request |
| Payment Method: | T/T |
| Supply Capacity: | 1~1000pcs |
Teledyne Trace Moisture Analyzer 8800A
The 8800 series uses field proven aluminum oxide (Al2O3) sensing technology to accurately detect trace moisture on either a continuous or spot checking basis. All Al2O3 sensors share the same basic operating principle: the capacitance measured between the sensor’s aluminum core and gold film deposited on the oxide layer varies with the water content. The 8800 series moisture sensor employs unique Hyper Thin Film (HTF) technology, which offers three major structural improvements in Al2O3 sensor design. These structural changes, noted below, provide the user with increased sensitivity, greater stability and a quicker response time when compared to other conventional aluminum oxide sensors on the market today.
Feartures
Readout available in (5) engineering units; °C, °F, ppm, lbs. H2O/mm scf & g H2O/m3
Scalable signal outputs (0-20 mADC & 4-20 mADC)
Built-in LCD with backlight, 3.5 digits and custom legends for units / mode
Din box enclosure: (cut-out dimensions of 137 mm W x 67 mm H)
(4) front panel membrane tactile push button controls, all settings stored in EEPROM
(2) programmable alarm relays w/programmable variable hysteresis rated 10A @ 240V
Power requirements of 100-240 VAC, 50 or 60 Hz
Operating temperature of electronics: -10 to 50° C
Class I & II, Division 1, Groups A, B, C, D, E, F & G (when used with optional safety barriers)
High capacitance aluminum oxide (Al2O3) sensor using
Hyper Thin Film (HTF)™ Technology
(2) meters of sensor interconnection cable included. See Price-Adders for longer cable
Power cord
Instruction manual (one copy per analyzer ordered)
| A-1: Obsolete, contact factory | |||
| A-2C oxygen sensor |
C6689-A2C | Used for trace O2 measurements in CO2 containing backgrounds (0.1-100% CO2). CO2 must be present. | Use where acid gases are present (CO2, HCl, HCN, etc). CO2 must be present. |
| A-2CXL oxygen sensor |
B74033-A2CXL | Specially qualified A2C sensor to operate in XL model analyzers. Low range limit is 0-1 ppm. | Use where acid gases are present (CO2, HCl, HCN, etc). CO2 must be present. |
| A-2Cl: Obsolete, use A-2C | |||
| A-3: Obsolete, use A-5 | |||
| A-5 oxygen sensor |
C6689-A5 | Intermittent or continuous monitoring of percent O2 in gas mixtures containing 0-100% CO2. 90% response is time is 45 seconds. | Has more tolerance to exposure to air than A-3. No restrictions on CO2 concentration. |
| B-1 oxygen sensor |
C6689-B1 | General purpose percent oxygen analysis where fast response is desired (90% in less than 7 seconds). | Use B-3 or C-3 where longer life is required and response time is relatively unimportant. May be used to spot check flue gas. |
| B-2C oxygen sensor |
C6689-B2C | General purpose trace O2 analysis for use in inert gas and hydrocarbon streams. Low range limit is 0-10 ppm. | May be used in CO2 free gas streams containing highly mobile gases such as H2, He and ethylene. |
| INSTA TRACE oxygen sensor |
B71875 | Special patented construction provides rapid recovery, during initial cell installation, to low PPM levels by reducing the recovery period from several hours to just minutes. Low range limit is 0-10 ppm. | Used for trace O2 analysis in inert gas and hydrocarbon streams. |
| B-2CXL oxygen sensor |
C6689-B2CXL | Specially qualified B-2C sensor to operate in XL model analyzers. Low range limit is 0-1 ppm. | May be used in CO2 free gas streams containing highly mobile gases such as H2, He and ethylene. |
| B-3 oxygen sensor |
C6689-B3 | Percent O2 analysis, best compromise between long life and fast response. | May be used to spot check flue gas. |
| B-4C oxygen sensor |
C14613-B4C | Trace O2 cell specifically designed for the Model 317EXI. | Same performance as the B-2. |
| B-5 oxygen sensor |
C45091-B5 | Special application cell (non-standard) where long life and moderately fast response are required; B-5 has a factor of 3x the life of a B-3. | Requires 3x the amplifier gain of the B-3. Expected life is 36 months in air. |
| B-5F oxygen sensor |
C45091-B5F | Special application cell (non-standard) where long life and moderately fast response, in the presence of CO2, are required. | Uses Type F (acid electrolyte). Requires higher amplifier gain than normal. 90% response time is 13 seconds. Expected life in air is 6 months. |
| B-7 oxygen sensor |
C45091-B7 | Special application cell (non-standard) where fast response is required; the B-7 has a factor of 3x the life of a B-1 cell. | Requires 3x the amplifier gain of the B-1. Expected life in air is 24 months. |
| B-7F oxygen sensor |
C45091-B7F | Special application cell (non-standard) where moderate life and fast response, in the presence of CO2, are required. | Requires higher amplifier gain than normal. 90% response time is 7 seconds. Expected life in air is 3 months. |
| C-1 oxygen sensor |
C6689-C1 | Rarely used. Schematic for reference only. | |
| C-2 oxygen sensor |
C6689-C2 | Rarely used. Schematic for reference only. | |
| C-3 oxygen sensor |
C6689-C3 | Percent O2 measurements where maximum cell life is desired (high O2 applications). | 90% response time is 30 seconds. Expected life in air is 18 months. |
| C-5 oxygen sensor |
C45091-C5 | Special application cell (non-standard) where long life is required; the C-5 has a factor of 3x the life of a C-3 cell. | Requires 3x the amplifier gain of the C-3. Expected life in air is 54 months. |
| C-5F oxygen sensor |
C45091-C5F | Special application cell (non-standard) where long life, in the presence of CO2, is required. | Requires higher amplifier gain than normal. 90% response time is 30 seconds. Expected life in air is 9 months. |
| C-6 oxygen sensor |
C54090-C6 | Motion insensitive percent O2 measurements for use in hand held portable monitors. | Best cell for OEM safety applications. |
| E-1 oxygen sensor |
C14991-E1 | Special cell with performance characteristic of the C-3 with 5x the life. | Cell is 2 to 3 times the length of standard MFCs; requires special mounting. Designed for medical oxygen concentrators. |
| E-2 oxygen sensor |
C57283-E2 | Long life cell for use is the Model 3290 (for use in unattended air liquefaction nitrogen skids). | Has a 3 to 4 years expected life in air. Minimum range 0-1000 ppm. |
| F-1R | C40371-F1R | 0-1000 ppm CO in Air | Used in Max 5 and 9950 Portable Combustion Analyzers |
|
|
| MOQ: | 1PC |
| Price: | negotiable |
| Standard Packaging: | carton |
| Delivery Period: | on request |
| Payment Method: | T/T |
| Supply Capacity: | 1~1000pcs |
Teledyne Trace Moisture Analyzer 8800A
The 8800 series uses field proven aluminum oxide (Al2O3) sensing technology to accurately detect trace moisture on either a continuous or spot checking basis. All Al2O3 sensors share the same basic operating principle: the capacitance measured between the sensor’s aluminum core and gold film deposited on the oxide layer varies with the water content. The 8800 series moisture sensor employs unique Hyper Thin Film (HTF) technology, which offers three major structural improvements in Al2O3 sensor design. These structural changes, noted below, provide the user with increased sensitivity, greater stability and a quicker response time when compared to other conventional aluminum oxide sensors on the market today.
Feartures
Readout available in (5) engineering units; °C, °F, ppm, lbs. H2O/mm scf & g H2O/m3
Scalable signal outputs (0-20 mADC & 4-20 mADC)
Built-in LCD with backlight, 3.5 digits and custom legends for units / mode
Din box enclosure: (cut-out dimensions of 137 mm W x 67 mm H)
(4) front panel membrane tactile push button controls, all settings stored in EEPROM
(2) programmable alarm relays w/programmable variable hysteresis rated 10A @ 240V
Power requirements of 100-240 VAC, 50 or 60 Hz
Operating temperature of electronics: -10 to 50° C
Class I & II, Division 1, Groups A, B, C, D, E, F & G (when used with optional safety barriers)
High capacitance aluminum oxide (Al2O3) sensor using
Hyper Thin Film (HTF)™ Technology
(2) meters of sensor interconnection cable included. See Price-Adders for longer cable
Power cord
Instruction manual (one copy per analyzer ordered)
| A-1: Obsolete, contact factory | |||
| A-2C oxygen sensor |
C6689-A2C | Used for trace O2 measurements in CO2 containing backgrounds (0.1-100% CO2). CO2 must be present. | Use where acid gases are present (CO2, HCl, HCN, etc). CO2 must be present. |
| A-2CXL oxygen sensor |
B74033-A2CXL | Specially qualified A2C sensor to operate in XL model analyzers. Low range limit is 0-1 ppm. | Use where acid gases are present (CO2, HCl, HCN, etc). CO2 must be present. |
| A-2Cl: Obsolete, use A-2C | |||
| A-3: Obsolete, use A-5 | |||
| A-5 oxygen sensor |
C6689-A5 | Intermittent or continuous monitoring of percent O2 in gas mixtures containing 0-100% CO2. 90% response is time is 45 seconds. | Has more tolerance to exposure to air than A-3. No restrictions on CO2 concentration. |
| B-1 oxygen sensor |
C6689-B1 | General purpose percent oxygen analysis where fast response is desired (90% in less than 7 seconds). | Use B-3 or C-3 where longer life is required and response time is relatively unimportant. May be used to spot check flue gas. |
| B-2C oxygen sensor |
C6689-B2C | General purpose trace O2 analysis for use in inert gas and hydrocarbon streams. Low range limit is 0-10 ppm. | May be used in CO2 free gas streams containing highly mobile gases such as H2, He and ethylene. |
| INSTA TRACE oxygen sensor |
B71875 | Special patented construction provides rapid recovery, during initial cell installation, to low PPM levels by reducing the recovery period from several hours to just minutes. Low range limit is 0-10 ppm. | Used for trace O2 analysis in inert gas and hydrocarbon streams. |
| B-2CXL oxygen sensor |
C6689-B2CXL | Specially qualified B-2C sensor to operate in XL model analyzers. Low range limit is 0-1 ppm. | May be used in CO2 free gas streams containing highly mobile gases such as H2, He and ethylene. |
| B-3 oxygen sensor |
C6689-B3 | Percent O2 analysis, best compromise between long life and fast response. | May be used to spot check flue gas. |
| B-4C oxygen sensor |
C14613-B4C | Trace O2 cell specifically designed for the Model 317EXI. | Same performance as the B-2. |
| B-5 oxygen sensor |
C45091-B5 | Special application cell (non-standard) where long life and moderately fast response are required; B-5 has a factor of 3x the life of a B-3. | Requires 3x the amplifier gain of the B-3. Expected life is 36 months in air. |
| B-5F oxygen sensor |
C45091-B5F | Special application cell (non-standard) where long life and moderately fast response, in the presence of CO2, are required. | Uses Type F (acid electrolyte). Requires higher amplifier gain than normal. 90% response time is 13 seconds. Expected life in air is 6 months. |
| B-7 oxygen sensor |
C45091-B7 | Special application cell (non-standard) where fast response is required; the B-7 has a factor of 3x the life of a B-1 cell. | Requires 3x the amplifier gain of the B-1. Expected life in air is 24 months. |
| B-7F oxygen sensor |
C45091-B7F | Special application cell (non-standard) where moderate life and fast response, in the presence of CO2, are required. | Requires higher amplifier gain than normal. 90% response time is 7 seconds. Expected life in air is 3 months. |
| C-1 oxygen sensor |
C6689-C1 | Rarely used. Schematic for reference only. | |
| C-2 oxygen sensor |
C6689-C2 | Rarely used. Schematic for reference only. | |
| C-3 oxygen sensor |
C6689-C3 | Percent O2 measurements where maximum cell life is desired (high O2 applications). | 90% response time is 30 seconds. Expected life in air is 18 months. |
| C-5 oxygen sensor |
C45091-C5 | Special application cell (non-standard) where long life is required; the C-5 has a factor of 3x the life of a C-3 cell. | Requires 3x the amplifier gain of the C-3. Expected life in air is 54 months. |
| C-5F oxygen sensor |
C45091-C5F | Special application cell (non-standard) where long life, in the presence of CO2, is required. | Requires higher amplifier gain than normal. 90% response time is 30 seconds. Expected life in air is 9 months. |
| C-6 oxygen sensor |
C54090-C6 | Motion insensitive percent O2 measurements for use in hand held portable monitors. | Best cell for OEM safety applications. |
| E-1 oxygen sensor |
C14991-E1 | Special cell with performance characteristic of the C-3 with 5x the life. | Cell is 2 to 3 times the length of standard MFCs; requires special mounting. Designed for medical oxygen concentrators. |
| E-2 oxygen sensor |
C57283-E2 | Long life cell for use is the Model 3290 (for use in unattended air liquefaction nitrogen skids). | Has a 3 to 4 years expected life in air. Minimum range 0-1000 ppm. |
| F-1R | C40371-F1R | 0-1000 ppm CO in Air | Used in Max 5 and 9950 Portable Combustion Analyzers |
