Combustion Gas Analysis

Data Sheet DS/AZ EN Issue Combustion Gas Analysis Endura AZ Oxygen Monitor Advanced design and precision manufacturing robust, long-life probe for process temperatures up to 8 C (47 F) proven cell design from over 5 years experience fast response to process variations stable and accurate oxygen measurement Unique integrated auto-calibration system easy compliance for emission monitoring regulation reduced installation costs; eliminates requirement for expensive external calibration panel reduced maintenance costs lengths up to 4. m (. ft.) and industry-standard flange configurations suitable for a wide range of applications extensive installation options Easy cell release fully site-serviceable probe easy access to internal components Advanced transmitters easy configuration, monitoring and intuitive HMI HART communications cell performance logging and diagnostics Superior technology and quality from the world leader in oxygen measurement

Introduction The Endura AZ is the latest in a long line of high-quality, combustion gas analyzers from ABB. The sensor, based on a zirconium oxide cell, is mounted at the tip of the probe that is inserted in the flue duct. The resulting direct, in situ measurement provides accurate and rapid oxygen reading for combustion control optimization and emissions monitoring. Lengths up to 4. m (. ft.) A wide range of probe insertion lengths from.5 to 4. m (.7 to. ft.) enable installation to the optimum measuring point for accurate oxygen measurement within the duct; even in the largest flue gas ducts and stacks. A comprehensive range of mounting flanges provide simple installation when plant-wide standard flanges are required or when replacing existing probes. The transmitter can be probe- or remote-mounted at distances of up to m (8 ft.), thus providing versatile system options for all applications. The probe-mounted transmitter option provides the lowest cost of installation. However, the remote-mounted transmitter provides flexibility when the operationally ideal probe location does not provide easy access for the user. Advanced Design Designed and manufactured to exacting standards, the Endura AZ ensures long periods of trouble-free operation in even the most arduous of applications. The operating process temperature of up to 8 C (47 F) extends system suitability into previously impossible applications and enables optimum probe location within the process. The modular design, with reduced component count, improves the robustness and reliability of the system and simplifies routine maintenance and servicing. Complete traceability ensures only the highest quality materials are used in the analyzer's construction and rigorous manufacturing, inspection and testing procedures (to international standard ISO 9) result in a monitor of superior quality with prolonged probe life. and Remote-mounted Transmitter and -mounted Transmitter Modular Construction

Easy Cell Release The Endura AZ probe has retained the easy-access cell arrangement of the previous generation ZFG probes. Cell replacement can be performed on-site using basic hand tools; even after long periods of high temperature operation where screw threads have 'seized' and can no longer be released. Kits containing all the parts needed to complete maintenance are available from ABB to ensure a technician can perform services quickly, efficiently and at minimum cost. Unique Integrated Automatic Calibration The all new Endura AZ automatic calibration system eliminates the need for the expensive ancillary equipment required for automatic calibration on traditional flue gas oxygen analyzer systems. ABB s fully integrated, automatic calibration feature controls the test gas sequence and detects test gas availability, eliminating incorrect calibrations due to loss of test gas. Proven Cell Design ABB's metallurgically bonded, multi-layer electrode technology increases the cell's resistance to sulphurous and reducing atmospheres and high temperature operation. This extends the life-cycle of the cell in the most arduous applications such as sulphur recovery processes, crematoria and industrial/clinical waste incineration. Zirconia Cell Flow Rate Control using Flow Restrictors The flow rates of test gas and reference air are important to the accurate operation of Zirconia-based oxygen analyzers and, traditionally, control has been achieved using ancillary flowmeters and flow control valves. The Endura AZ offers a new approach with the inclusion of optional flow restrictors. These are fitted within the probe to control the flow rate of the reference air and test gasses, removing the need for additional flowmeters fitted with flow control valves. This innovative approach enables the gasses to be controlled by pressure only. Bar (5 psi) is applied directly to the probe s gas ports and the correct flow rate is then set by the flow restrictors. Advanced Automatic Calibration Facility Integrated automatic calibration secures the oxygen measurement, providing complete confidence in the analyzer's performance. Long-term operation without technician intervention minimizes operating costs, total cost-of-ownership, optimizes system accuracy and contributes to the CEMS (Continuous Emmissions Monitoring Compliance). A significant proportion of service visits to an analyzer result in 'no fault found'. Endura AZ's high-quality manufacture, advanced diagnostics and fully-integrated, automatic calibration is targeted at reducing this wasted effort and cost.

Advanced Transmitter The Endura AZ transmitter incorporates the most up-to-date design and technology available today. ABB's universal human/machine interface (HMI) with its large, clear, backlit graphical display, 'through-the-glass' control and intuitive menu structure simplifies transmitter configuration and operation. The user-friendly interface enables fast, easy data entry for all parameters and the 'Easy Setup' menu speeds and simplifies system commissioning. Advanced diagnostics, in accordance with NAMUR NE7, classify alarms and warnings as 'Maintenance Required', 'Check Function', 'Failure' and 'Out-of-Specification'. Cell performance is monitored by the transmitter; indicators such as cell impedance, rate-of-response to test gasses and changes in calibration offset/factor are recorded and analyzed. The current cell 'quality' is displayed by the transmitter as a visual indication of the measurement confidence; providing the operator all the information required to keep the monitor operating at peak performance. The Performance Log holds up to time-stamped events. When the log is full, the oldest data is overwritten by new entries. The log contains details of measurements and coefficients for all calibrations and accuracy checks. Relay outputs and a traditional analog output are fitted as standard, with the option of adding a second analog output or digital inputs/outputs (I/O). The Endura AZ transmitter is equipped with HART communication as standard, supported by a full Device Type Manager (DTM) to enable remote access to the analyzer through a user-friendly graphical interface. The DTM provides full access to the transmitter setup, logged data and diagnostics information as well as live data. The IrDA standard infrared communication port can also be used with the DTM to upload and download device configurations. In addition, it enables data logged values and diagnostics to be viewed on a hyperterminal interface or a PC. The device s firmware can also be upgraded using this port. DTM Graphical Interface Connections Cell Thermocouple ACJC Heater Analog Output Galvanically isolated Programmable over 4 to ma Relay Outputs x Relays Normally closed contacts 5 A @ V AC V DC AutoCal Control Solenoid valve outputs Test gas detection input Analog Output Galvanically isolated Programmable over to ma KEY HART Communications Standard Option Digital I/O User-configurable as input or output Input: Volt-free contacts Output: V DC @ ma 4

Transmitter Options There are Endura AZ transmitter options probe with integral transmitter and probe with remote transmitter: with Integral Transmitter Mains Supply Flue* Relays Output Signals Integral Transmitter** with Remote Transmitter Flue* mm or / in. NPT Gland Remote Transmitter** Mains Supply Relays Output Signals *Designed to withstand 5 kpa (5. psi) positive or negative (pressure compensation required above 5 kpa [.7 psi] transmitter can supply fixed pressure compensation) **Transmitter does not contain a reference air supply for the probe. Endura AZ Cable (ABB Supplied) Max. m (8 ft.) Endura AZ Transmitter Options 5

Test Gas and Reference Air Supply Configurations Automatic Calibration (AutoCal) Systems Vent to Dry Area (Unrestricted Flow) Vent to Dry Area (Unrestricted Flow) Reference Air Reference Air Clean Dry Oil-free Instrument Air In Bar (45 psi) max. Test Gas **ABB Flowmeter Clean Dry Oil-free Instrument Air In Bar (45 psi) max. *ABB Flow Meter Bar (5 psi) Test Gas Bar (5 psi) 5 µm / Oil Coalescing Filter Regulator Test Gas (Optional) 5 µm / Oil Coalescing Filter Regulator *ABB FlowMeter Test Gas (Optional) Bar (5 psi) Bar (5 psi) *Flow set to. l/min (4.66 scfh) STP **Flow set to. to.5 l/min (.64 to.6 scfh) STP AutoCal with Air Supply and Restrictors AutoCal with Air Supply and no Restrictors Vent to Dry Area (Unrestricted Flow) Reference Air Pump Reference Air Pump Vent to Dry Area (Unrestricted Flow) Reference Air Supply. to.5 l/min (.64 to.6 scfh) Bar (5 psi) Test Gas Reference Air Supply. to.5 l/min (.64 to.6 scfh) Preset Flow Bar (5 psi) *ABB Flowmeter Test Gas *ABB Flowmeter Test Gas (Optional) Test Gas (Optional) Bar (5 psi) Bar (5 psi) *Flow set to. l/min (4.66 scfh) STP AutoCal with Test Gas(es) and Restrictors AutoCal with Test Gas(es) and no Restrictors 6

Test Gas and Reference Air Supply Configurations Non-automatic Calibration (Non-AutoCal) Systems Vent to Dry Area (Unrestricted Flow) Reference Air Vent to Dry Area (Unrestricted Flow) Clean Dry Oil-free Instrument Air Bar (45 psi) in max. 5 µm / Oil Coalescing Filter Regulator Bar (5 psi) Bar (5 psi) *Shut-off Valve Test Gas -Way Valve Test Gas (Optional) Clean Dry Oil-free Instrument Air Bar (45 psi) in max. Bar (5 psi) ***ABB Flowmeter *Shut-off Valve **ABB Flow Meter Test Gas Bar (5 psi) -Way Valve 5 µm / Oil Coalescing Filter Regulator Test Gas (Optional) *Shut-off valve for test gas runs > m ( ft.) *Shut-off valve for test gas runs > m ( ft.) **Flow set to. l/min (4.66 scfh) STP ***Flow preset to. to.5 l/min (.64 to.6 scfh) STP Non-AutoCal with Air Supply and Restrictors Non-AutoCal with Air Supply and no Restrictors Reference Air Pump Vent to Dry Area (Unrestricted Flow) Reference Air Pump Vent to Dry Area (Unrestricted Flow) Reference Air Supply. to.5 l/min (.64 to.6 scfh) *Shut-off Valve Reference Air Supply. to.5 l/min (.64 to.6 scfh) *Shut-off Valve Bar (5 psi) Test Gas Bar (5 psi) Test Gas **ABB Flowmeter -Way Valve -Way Valve Test Gas (Optional) Test Gas (Optional) Bar (5 psi) Bar (5 psi) *Shut-off valve for test gas runs > m ( ft.) *Shut-off valve for test gas runs > m ( ft.) **Flow set to. l/min (4.66 scfh) STP Non-AutoCal with Test Gas(es) and Restrictors Non-AutoCal with Test Gas(es) and no Restrictors 7

Overall Dimensions and Integral Transmitter Dimensions in mm (in.) 47 (6.) Dimensions from Flange to Cell in m (ft.) 4 (.4) Ø 5 (5.).5,.,.5,.,.5,.,.5 or 4. (.7,., 5., 6.6, 8., 9.9,.5,.) 68 (6.6) 9 (5.) For Flange Dimensions Refer to page. Ø 6 (.4) Overall Dimensions and Integral Transmitter Length m (ft.) Unpacked kg (lb) Packed kg (lb).5 (.7).5 (7.5) 7.7 (9.). (.) 4.8 (.5).4 (47.).5 (5.) 7. (7.5) 5.4 (55.5). (6.6) 9. (4.5) 8.5 (6.6).5 (8.).5 (47.5) 4.7 (75.4). (9.9).8 (5.4) 7.8 (8.5).5 (.5) 6. (57.4) 4.59 (9.7) 4. (.) 8. (6.) 45. (99.9) Weights and Integral Transmitter 8

Remote Dimensions in mm (in.) 84 (5.) Dimensions from Flange to Cell in m (ft.).5,.,.5,.,.5,.,.5 or 4. (.7,., 5., 6.6, 8., 9.9,.5,.) (8.) Ø 6 (.4) Ø 5 (5.) For Flange Dimensions Refer to Page Overall Dimensions Remote Length m (ft.) Only Unpacked kg (lb) Packed Only Packed kg (lb) and Remote Transmitter Unpacked kg (lb) and Remote Transmitter Packed kg (lb).5 (.7) 9 (9.9) 4. (.4).5 (5.4) 6.7 (6.9). (.). (4.9) 7.9 (9.6).6 (.).5 (45.).5 (5.).5 (9.8).7 (47.7) 6. (5.) 4. (5.). (6.6) 5.8 (4.8) 5.4 (55.9) 8. (4.) 7.9 (6.4).5 (8.) 8 (9.7).7 (67.7).5 (4.). (7.). (9.9). (44.7) 4.4 (75.8).8 (5.) 6.9 (8.).5 (.5).5 (49.6) 8. (84.) 5. (55.) 4.6 (89.5) 4. (.) 4.8 (54.6) 4.8 (9.) 7. (6.) 44. (97.7) Weights Remote Remote Transmitter Dimensions in mm (in.) 5 (5.9) 98 (.9) R. (.) 79 (7.) (8) Standard Gland 5 (9.8) Armored Gland 7 (.8) Overall Dimensions Remote Transmitter (Standard Gland Shown) 9

Flanges All Lengths Note. The pressure ratings for these flanges do not apply. Dimensions in mm (in). Flange Type A B C (Ø) D (PCD) 4-Hole Flanges ANSI in 5 5.4 (6.) (.47) 9 (.75).6 (4.75) ANSI.5 in 5 77.8 (7.) (.47) 9 (.75) 9.7 (5.5) ANSI in 5 9.5 (7.5) (.47) 9 (.75) 5.4 (6.) A DIN 65 PN6 85 (7.8) (.47) 8 (.7) 45 (5.7) JIS 65 5K 55 (6.) (.47) 5 (.59) (5.) JIS 8 5K 8 (7.8) (.47) 9 (.75) 45 (5.7) C D B 4-Hole Flange Types and Dimensions Flange Type A B C (Ø) D (PCD) 6-Hole Flanges ABB Standard (.5 m [.7 ft.] probes only) (.97) 6 (.4) 7. (.9) 8 (.5) ABB Standard 65 (6.5) (.47).5 (.5) 4 (5.5) A C D B 6-Hole Flange Types and Dimensions Flange Type A B C (Ø) D (PCD) 8-Hole Flanges ANSI 4 in 5 8.6 (9.) (.47) 9 (.75) 9.5 (7.5) DIN 8 PN6 (7.87) (.47) 8 (.7) 6 (6.) DIN PN6 (8.66) (.47) 8 (.7) 8 (7.8) JIS 5K (7.87) (.47) 9 (.75) 65 (6.5) A C D B 8-Hole Flange Types and Dimensions

Electrical Connections Remote Transmitter to Transmitter Terminal No. Terminal Color Label Tag ID Connection Type Cable Color Code Brown H Heater Brown Blue H Heater Blue Light Yellow (SCN) SCN Screen Screens 4 White T/C Thermocouple ( ve) White 5 Green TC+ Thermocouple (+ve) Green 6 Grey ACJC PT Cold Junction Compensation Grey 7 Violet ACJC PT Cold Junction Compensation Violet 8 Black CELL Oxygen Input ( ve) Black 9 Red CELL + Oxygen Input (+ve) Red White/Yellow PS Pressure Switch Gas White/Yellow White/Black P COM Pressure Switch Common White/Black White/Orange PS Pressure Switch Gas White/Orange White/Blue SV Solenoid Valve Gas White/Blue 4 White/Red SV COM Solenoid Valve Common White/Red 5 White/Green SV Solenoid Valve Gas White/Green Transmitter to Connections Connections at Remote Transmitter Connections at Head P H P COM H P SV 5 SV 4 SV COM 9 CELL + 8 CELL 7 ACJC 6 ACJC 5 TC + 4 TC PS (White / Yellow) PS COM (White / Black) PS (White / Orange) SV (White / Green) SV COM (White / Red) SV (White / Blue) ACJC (Violet) ACJC (Grey) Cell + (Red) Cell (Black) T/C + (Green) T/C (White ) SCN (Screen) H (Brown) H (Blue) SCN Electrical Connections Remote Transmitter and

Integral Transmitter Power Supply and Output Connections L N 9 8 7 6 5 4 NC C NC C + A B C Mains Power Relay Relay Current Output (4 to ma) HART *Option Board Connections External Earth Connection *Option Board Connections A B C Analog output + Digital I/O DIO DIO COM Integral Transmitter Power Supply and Output Connections Remote Transmitter Power Supply and Output Connections Mains Relay Relay L/L N/L N/C C N/C C Fuse F (AC). A Type F to 4 V 5/6 Hz Current Output (4 to ma) HART *Option Board Brown Connections Blue Green/Yellow A B C + *Option Board Connections A B C Analog output + Digital I/O DIO DIO COM Remote Transmitter Power Supply and Output Connections

System Specification Measurement Performance Range.... % O Test gas response time Initial dead time seconds T9 < seconds System accuracy < ±.75 % of reading or.5 % O, whichever is the greater, based on a nominal range of. to 5 % O or to % O Drift < ± % maximum % O range value per month (without calibration) < ±. % typical Environmental Data Ambient operating temperature Transmitter... 55 C ( 4... F)... 7 C ( 4... 58 F) Power Supply AC power supply 85... 65 V AC, 5/6 Hz Electronics < W heater < W EMC Emissions and immunity Conforms to EN66-:6 Safety General safety Conforms to EN6-: Approvals and safety certification CE mark Storage temperature 4... 85 C ( 4... 85 F) Operating humidity Up to 95 % RH, non-condensing Sunlight Store and operate out of direct sunlight Ingress protection (excludes remote/integral transmitter) Electronics enclosures remote and integral IP66 (NEMA 4X) IP66 (NEMA 4)

Specification Physical insertion lengths.5 m (.7 ft.).5 m (8. ft.). m (. ft.). m (9.9 ft.).5 m (5. ft.).5 m (.5 ft.). m (6.6 ft.) 4. m (. ft.) Process connection All probe lengths: ANSI B6.5 5 lb,.5,, 4 in DIN5 Part 65, 8, mm JIS B8 5K NPT (flange pressure ratings do not apply).5 m (.7 ft.) probes ABB 5 mm (9.7 in) standard flange. m (. ft.) and longer ABB mm (9.4 in) standard flange body material 6L stainless steel Mounting angle Horizontal to vertically down Note. Horizontally-mounted probes greater than. m (6.6 ft.) in length may need to be supported. Process Conditions Standard process temperature All probe lengths*... 8 C ( 4... 47 F) Process pressure Designed to withstand 5 kpa (5. psi) positive or negative (pressure compensation required above 5 kpa (.7 psi) transmitter can apply fixed pressure compensation * For > m (6.6 ft.) probes, special conditions may apply Operating requirements Reference air Regulated supply Pumped supply Test gas User-selectable,.... % O balance N and/or air (air is recommended as one of the test gases) s with restrictors s without restrictors s with restrictors s without restrictors s with / without restrictors Calibration Manual, semi-automatic or automatic (controlled by Endura AZ transmitter) bar (5 psi), flowmeters not required bar (5 psi) flowmeters required with flow set to.....5 l/min (.64 to.6 scfh) Preset flow.....5 l/min (.64 to.6 scfh) bar (5 psi) flowmeters not required as restrictors preset flow to. l/min (4.66 scfh) bar (5 psi) flowmeters required, set to. l/min (4.66 scfh) flow Automatic calibration AutoCal hardware Optional built-in solenoid valves for control of test gas flow Built-in pressure switches to detect presence of test gases Heater Operational Requirements AZ Nominally 9, 7 W at 5 V AC power is limited to 7 W max. by AZ transmitter over an 85... 65 V AC range AZ / ZFG Replacement Nominally 5, W at 55 V AC for use only with a ZDT analyzer or ZMT transmitter 4

Transmitter Specification Transmitter enclosures Remote Wall-, pipe- or stand-mounted 4 gland entries Optional / in NPT, M Integral Head-mounted gland entries Optional / in NPT, M Automatic calibration AutoCal hardware Isolated solenoid valve control as standard, 4 V @ W per valve* Dedicated isolated digital inputs to monitor pressure switch contacts as standard voltage-free, normally closed with gas present Display and switches Display type Graphical 8 x 64 pixel LCD Display backlight Green LED Operator switches 4 capacitive switches (operated through the front glass) Relay outputs Number standard Type Normally closed 5 A @ V AC or V DC (non-inductive) Functions User-configurable can be activated by one or more of the following signals: Process alarm,,, 4 Calibration in progress Calibration failed Out of test gas, Test gas valve control Test gas valve control Failure diagnostic Out-of-specification diagnostic Maintenance required diagnostic Function check diagnostic *For driving internal automatic calibration (AutoCal) probes or can be used to drive external calibration units on remote transmitters only. Analog outputs Standard isolated current output Programmable to retransmit oxygen (linear or logarithmic) or temperature Programmable over 4... ma Over-range capability to indicate system failure programmable from 4... ma Optional isolated current output Programmable to retransmit oxygen (linear or logarithmic) or temperature Programmable over... ma Over-range capability to indicate system failure programmable from to ma Digital inputs/outputs Number (optional) Type User-configurable as either input or output Input Volt-free contact Output Transistor switch capable of sinking ma Low output, < V DC Switch voltage V DC maximum Isolation Not isolated from each other or from other circuitry Input functions User-configurable for: Automatic calibration start Automatic calibration stop Automatic calibration start/stop Functions User-configurable can be activated by one or more of the following signals: Process alarm,,, 4 Calibration in progress Calibration failed Out of test gas Out of test gas Test gas valve control Test gas valve control Failure diagnostic Out-of-specification diagnostic Maintenance required diagnostic Function check diagnostic 5

Transmitter Specification Hart communications Version 5.7 as standard Integration Device Type Manager (DTM) and Electronic Device Description (EDD) Provide online/offline device configuration, online monitoring of measurement values and diagnostic states DTM FDT v.. compliant Works with FDT framework packages (for example, ABB Asset Vision Basic) EDD Compliant with suitable framework tools (for example, SDC 65 and Simatic PDM tools) Infrared service port Accessibility Through front face Type IrDA standard Baud rate Up to 5K baud Functions Firmware update Remote HMI Diagnostic log download Datalog output HART via IrDA Languages English Calibration Manual calibration point (offset) point (factor) point (offset + factor) Automatic calibration point (offset) point (offset + factor) Calibration control Front panel controls Digital inputs HART commands User-defined schedule Calibration scheduler User-defined schedule enables automatic calibration frequency to be set from day to months Part Numbers for Endura AZ and AZ/ ZFG Replacement Heaters, Thermocouple / Electrode Assemblies & ABB Flowmeters Length Part Number Length Part Number.5 m (.7 ft.). m (. ft.).5 m (5. ft.). m (6.6 ft.).5 m (8. ft.). m (9.9 ft.).5 m (.5 ft.) 4. m (. ft.) AZ 7 AZ 7 AZ 7 AZ 7 AZ 74 AZ 75 AZ 76 AZ 77.5 m (.7 ft.). m (. ft.).5 m (5. ft.). m (6.6 ft.).5 m (8. ft.). m (9.9 ft.).5 m (.5 ft.) 4. m (. ft.) AZ 7 AZ 7 AZ 7 AZ 74 AZ 75 AZ 76 AZ 77 AZ 78 Endura AZ Standard Heater Assembly Thermocouple / Electrode Assembly Length Part Number Flowmeter Type Part Number.5 m (.7 ft.). m (. ft.).5 m (5. ft.). m (6.6 ft.) AZ 7 AZ 7 AZ 7 AZ 7 Endura AZ / ZFG Replacement Heater Assembly for /4 NPT Flowmeter (Reference Air):. to.85 l/min (. to.8 scfh) STP /4 BSP Flowmeter (Reference Air):. to.85 l/min (. to.8 scfh) STP /4 NPT Flowmeter (Test Gas):.6 to 4.4 l/min (.7 to 9. scfh) STP /4 BSP Flowmeter (Test Gas):.6 to 4.4 l/min (.7 to 9. scfh) STP ABB NPT/BSP Flowmeters AZ 786 AZ 787 AZ 788 AZ 789 6

Cal Gas Tube to Sensor Red Green/Yellow Green White Green/Yellow Sleeved Wire Sleeved Wire *Ref. Air Line from Conduit Remote Connections AZ ZFG Replacement *Ref. Air Line 9 Not Used 8 Not Used Cell Cable 7 Cell + Red 6 Cell Blue Screen 5 T/C + White TC Cable 4 T/C Blue SCR/E Screen/Earth H Brown H Blue **Heater Cable **Controlled Heater Voltage 55 V AC Max. Cal Gas Tube to Sensor Red Green/Yellow Green White Green/Yellow Sleeved Wire Sleeved Wire *Ref. Air Line from Conduit Remote Connections AZ ZFG Replacement *Ref. Air Line 9 Not Used 8 Not Used Cell Cable 7 Cell + Red 6 Cell Blue Screen 5 T/C + White TC Cable 4 T/C Blue SCR/E Screen/Earth H Brown H Blue **Heater Cable **Controlled Heater Voltage 55 V AC Max. Combustion Gas Analysis Accessories and Spares Part No. Description Part No. Description IM/AZM EN Maintenance Manual AZ 7 /4 NPT 5 µm Oil Coalescing Filter-Regulator AZ 7 /4 BSP 5 µm Oil Coalescing Filter-Regulator Note. Download from: www.abb.com/analytical-instruments Tool Kit (included with probe as standard) AZ 7 Cell Assembly (includes Commissioning label and C-ring) AZ 798 NPT (AZ) AZ 799 BSP (AZ) AZ 797 NPT (ZFG) AZ 796 AZ 77 BSP (ZFG) ABB Reference Air Pump /4 BSP 4 V Length dependant see page 6 for part numbers AZ Standard Heater Assembly AZ/ZFG Replacement Heater Assembly AZ 77 /4 BSP V AZ 77 /4 NPT 4 V AZ 77 Application dependant see page 6 for part numbers /4 NPT V ABB Flowmeter Length dependant see page 6 for part numbers AZ 78 Thermocouple / Electrode Assembly End Cap (includes wiring labels) Conduit Conduit 9 8 7 6 5 4 9 8 7 6 5 4 AZ Version AZ/ZFG Replacement Version AZ 785 USB to IrDA Adapter Kit AZ 79 Diffuser Flame Arrestor Assembly (includes C-ring) AZ 77 Restrictor Upgrade Kit AZ 7 AutoCal Upgrade Assembly 7

Ordering information Endura AZ /Transmitter Transmitter Options None Standard Standard + nd analog output Standard + digital inputs/outputs Transmitter Entry Type None (no transmitter required) Metric (M) Imperial (NPT) Transmitter System Type None (no transmitter required) Integral Remote Type None (no probe required) Standard Entry Type None (no probe required) Metric (M) Imperial (NPT) System Type None (no probe required) Integral Remote Automatic Calibration None (no probe required) No automatic calibration (with flow restrictors) No automatic calibration (without flow restrictors) Automatic calibration (with flow restrictors) Automatic calibration (without flow restrictors) Insertion Length None (no probe required).5 m (.7 ft.). m (. ft.).5 m (5. ft.). m (6.6 ft.) Flange Type None (no probe required) ABB standard flange DIN 65 mm flange DIN 8 mm flange DIN mm flange ANSI in flange Thermocouple Type None (no probe required) Type K Cell Options None (no probe required) Standard cell Cable None 5 m (6 ft.) m ( ft.) 5 m (8 ft.) Language English 4 4 5 Tx AZ/ X X X X X X X X X X X X X STD.5 m (8. ft.). m (9.9 ft.).5 m (.5 ft.) 4. m (. ft.) ANSI.5 in flange ANSI in flange ANSI 4 in flange JIS 65 mm flange JIS 8 mm flange JIS mm flange 5 m (64 ft.) 75 m (46 ft.) m (8 ft.) 5 6 7 8 6 7 8 9 A B 4 4 5 6 E 8

Ordering information ZFG Replacement AZ/ X X X X X STD Transmitter Options None Transmitter Entry Type None (no transmitter required) Transmitter System Type None (no transmitter required) Type ZFG replacement Entry Type Metric (M) Imperial (NPT) System Type Remote Automatic Calibration No automatic calibration (without flow restrictors) Insertion Length.5 m (.7 ft.). m (. ft.).5 m (5. ft.). m (6.6 ft.) Flange Type None (no probe required) ABB standard flange DIN 65 mm flange DIN 8 mm flange DIN mm flange 4 ANSI in flange 5 Thermocouple Type ANSI.5 in flange ANSI in flange ANSI 4 in flange JIS 65 mm flange JIS 8 mm flange JIS mm flange Type K Cell Options Standard cell Cable 6 m ( ft.) ZFG conduit m ( ft.) ZFG conduit Language English 4 6 7 8 9 A B 7 8 E 9

Endura AZ Oxygen Monitor Profibus is a registered trademark of Profibus International HART is a registered trademark of the HART Communication Foundation Simatic PDM is a registered trademark of Siemens PLC ABB has Sales & Customer Support expertise in over countries worldwide www.abb.com The Company s policy is one of continuous product improvement and the right is reserved to modify the information contained herein without notice. Printed in UK (.9) ABB 9 DS/AZ EN Issue ABB Limited Oldends Lane, Stonehouse Gloucestershire GL TA UK Tel: +44 ()45 8666 Fax: +44 ()45 8967 ABB Inc. 5 E. County Line Road Warminster PA 8974 USA Tel: + 5 674 6 Fax: + 5 674 78