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Summary of Contents for Endress+Hauser GMS800 FIDOR
- Page 1 Products Solutions Services 8029900/AE00/V3-0/2017-02 Operating Instructions GMS800 FIDOR / FIDOR I Hydrocarbon Analyzer (FID) for Continuous Flue Gas Monitoring...
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Page 2: Legal Information
This work is protected by copyright. All rights derived from the copyright shall be reserved for Endress+Hauser SICK GmbH+Co. KG. Reproduction of this document or parts of this document is only permissible within the limits of the legal determination of Copyright Law. -
Page 3: Table Of Contents
3.3.2 Operation: Concept ...............16 3.3.3 GMS800 Operating Unit (Option) ..........17 3.3.4 SOPAS ET (Option) ................17 Interfaces ......................18 GMS800 FIDOR gas flow plan ..............19 Information on operating gases ..............20 3.6.1 Instrument air ................20 3.6.2 Combustion air (separately) ............20 3.6.3 Fuel gas ..................20 3.6.4... - Page 4 Internal catalyst (GMS800 FIDOR I)............. 21 3.8.1 Function of the internal catalyst..........21 3.8.2 GMS800 FIDOR I gas flow plan ........... 22 3.8.3 Options with internal catalyst ............23 3.8.4 Information on the function of the internal catalyst ....23 Transport and storage................
- Page 5 8.1.1.1 Main menu ..............43 8.1.1.2 Adjustment- drift reset ..........43 8.1.1.3 Diagnosis ..............44 8.1.1.4 Parameter..............44 8.1.1.5 Ignition ...............44 Endress+Hauser O P E R A T I N G I N S T R U C T I O N S 8029900/AE00/V3-0/2017-02...
- Page 6 Shutting down ..................65 10.1 Preparations for shutdown................65 10.2 Shutdown procedure ..................65 10.3 Disposal ......................65 Endress+Hauser O P E R A T I N G I N S T R U C T I O N S 8029900/AE00/V3-0/2017-02...
- Page 7 Dimensions (all units of measurement in mm) ......77 13.3.2 Connections (signal, gas and power connections).....79 13.4 Technical data....................80 Endress+Hauser O P E R A T I N G I N S T R U C T I O N S 8029900/AE00/V3-0/2017-02...
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Page 8: About This Document
These Operating Instructions are only valid for the measuring device, see “Product identifi- cation”, page They are not valid for any other gas measuring devices from Endress+Hauser. The standards referred to in these Operating Instructions are to be observed in the respec- tive valid version. -
Page 9: Data Integrity
IP technology, in its products. The focus here is on product availability and features. Endress+Hauser SICK GmbH+Co. KG always assumes that the customer is responsible for the integrity and confidentiality of data and rights involved in connection with using the products. -
Page 10: For Your Safety
(e.g., based on the Endress+Hauser application questionnaire) and the relevant delivery state of the device, see delivered system documentation. – Contact Endress+Hauser Customer Service if you are not sure whether the device cor- responds to the state defined during project planning or to the delivered system docu- mentation. -
Page 11: Warning Information On The Device
GMS800 FIDOR For your safety Warning information on the device WARNING: Observe warning information on the device Warnings can be found on the device. ▸ Read and observe the information in these Operating Instructions for the respective warning. Fig. 1: Warning information on device GMS810/811 FIDOR Fig. -
Page 12: Intended Use
Read the Operating Instructions Read and observe these Operating Instructions. ● Observe all safety instructions. ● If anything is not clear: Contact Endress+Hauser Customer Service. ● Retention of documents These Operating Instructions and the System Documentation must be: ▸ Available for reference. -
Page 13: Product Description
“FIDOR” stands for “FIDOR / FIDOR I” in these Operating Instructions. Product characteristics GMS800 FIDOR are hydrocarbon analyzers for continuous monitoring of flue gases in industrial combustion plants (emission measuring system). The device operates in extractive mode, i.e. the measured gas is withdrawn from the gas duct using a gas sampling probe and fed to the analysis system via a (heated) line. -
Page 14: Device Versions
Product description GMS800 FIDOR 3.2.2 Device versions FIDOR and FIDOR I have an enclosure that can be fitted in a 19" rack or a suitable outer housing. The GMS800 variants comprise the following enclosure versions: GMS810: 19" enclosure with integrated control panel (BCU). -
Page 15: Feeding Purge Gas To The Enclosure
GMS800 FIDOR Product description 3.2.3 Feeding purge gas to the enclosure ▸ Feed the desired purge gas through the enclosure via the purge gas connections, “Dimensions (GMS840)”, page 77 3.2.4 Hydrogen shutoff: Pneumatic supply fitting GMS840 FIDOR (accessory) If the instrument air pressure drops to < 2 bar, the hydrogen shutoff interrupts the hydrogen feed to the enclosure GMS840 FIDOR. -
Page 16: Operation: Concept
GMS800 FIDOR / – Operating the GMS800 FIDOR via SCU/SOPAS ET – This Manual GMS800 FIDOR I – Operating the GMS800 FIDOR via BCU: See BCU and this Manual, see “Operation via BCU”, page – Addendum to Operating Instruc- I/O module tions “Control Panel GMS800 I/O... -
Page 17: Gms800 Operating Unit (Option)
– See I/O module – See I/O module – Operation and parameter settings of analyzers via SOPAS ET – GMS800 FIDOR special functions: See this Manual (see SOPAS ET – Help menus of SOPAS ET “Operation via SOPAS ET”, page –... -
Page 18: Interfaces
“SELV” circuit compliant with IEC 60950-1. Ethernet A PC can be connected to the Ethernet interface (network connection). The “SOPAS ET” application program supports digital communication with the GMS800 FIDOR. Application options with “SOPAS ET”: ● Measured value and status inquiries ●... -
Page 19: Gms800 Fidor Gas Flow Plan
GMS800 FIDOR Product description GMS800 FIDOR gas flow plan Fig. 10: Gas flow plan (FIDOR without catalyst) Flange plate Endress+Hauser O P E R A T I N G I N S T R U C T I O N S... -
Page 20: Information On Operating Gases
Product description GMS800 FIDOR Information on operating gases This Section contains general information on operating gases. Quality of operating gases, see “Gas supply (all specifications valid for FIDOR device ver- sions GMS810/811/840)”, page 3.6.1 Instrument air The instrument air is used as: Induction air for the ejector ●... -
Page 21: Internal Catalyst (Gms800 Fidor I)
GMS800 FIDOR Product description Internal catalyst (GMS800 FIDOR I) 3.8.1 Function of the internal catalyst An integrated thermal catalyst is used to condition the combustion air and zero gas in the FIDOR I. The catalyst oxidizes the organic compounds, including methane, in the instrument air to carbon dioxide and water. -
Page 22: Gms800 Fidor I Gas Flow Plan
3.8.2 GMS800 FIDOR I gas flow plan Fig. 11: GMS800 FIDOR I gas flow plan (with catalyst for combustion air and zero gas) Endress+Hauser O P E R A T I N G I N S T R U C T I O N S... -
Page 23: Options With Internal Catalyst
GMS800 FIDOR Product description 3.8.3 Options with internal catalyst FIDOR I provides the following options for conditioning the connected instrument air: Conditioning the combustion air ● Conditioning the combustion air and zero gas ● 3.8.4 Information on the function of the internal catalyst The maximum inlet concentration must be less than 100 ppm (CnHm). -
Page 24: Transport And Storage
Storage ▸ When the GMS800 FIDOR has been separated from gas lines: Close off the GMS800 FIDOR gas connections (with sealing plugs, if necessary with adhesive tape) to protect against moisture, dust or dirt penetrating the internal gas path. -
Page 25: Installation
GMS800 FIDOR Installation Installation Information on installation ▸ Setting up gas supply must be carried out by qualified technicians. Prerequisites: – Technical training and knowledge. – Knowledge of the relevant regulations to be able to assess the tasks given and recognize the hazards involved. -
Page 26: Preparing The Measuring Location
Installation GMS800 FIDOR Preparing the measuring location The operator is responsible for preparing the installation location. Observe ambient conditions, see page ● Enclosure dimensions, see “Dimensions (GMS810/GMS811)”, page 75, and “Dimen- ● sions (GMS840)”, page 77 Set up the FIDOR (in a low-vibration environment whenever possible). -
Page 27: Electrical Installation
GMS800 FIDOR Electrical installation Electrical installation Electrical installation safety information WARNING: Endangerment of electrical safety during installation and mainte- nance work when the power supply is not switched off An electrical accident can occur during installation and maintenance work when the power supply to the device and/or lines is not switched off using a power isolating switch/circuit breaker. -
Page 28: Electrical Connections Gms810/Gms811
Electrical installation GMS800 FIDOR Electrical connections GMS810/GMS811 WARNING: Health risk by voltage ▸ The preparation of the FIDOR may only be performed by skilled electricians who, based on their technical training and knowledge as well as knowledge of the relevant regulations, can assess the tasks given and recognize the hazards involved. -
Page 29: Opening The Enclosure
GMS800 FIDOR Electrical installation 6.2.1 Opening the enclosure WARNING: Risk of injury through contact with toxic sample gas Accumulated sample gas can escape when the enclosure is opened. Depending on the quantity and composition of the gas, this can cause serious injuries when the respira- tory system and the skin have direct contact with the gas. -
Page 30: Connecting The Power Connection
4 Close the cable gland on the cable. 5 Connect the external PA connection with the same electrical potential as the internal PE connection. WARNING: Risk of explosion for GMS800 FIDOR ▸ Only use material suitable for PA connections. ▸... -
Page 31: Connecting The Signal Connections (As Required)
GMS800 FIDOR Electrical installation 6.2.2 Connecting the signal connections (as required) I/O module (standard) The standard version has a built-in I/O module. A second external I/O module can be fitted (option). ▸ Position of signal connections, see “Electrical connections GMS840 FIDOR”, page ▸... -
Page 32: Signal Connections
Electrical installation GMS800 FIDOR 6.2.2.1 Signal connections Information on parameter settings: – Addendum to Operating Instructions Control Unit BCU for the GMS800 series, Technical Information Control unit BCU for the GMS800 series, operation with SOPAS ET – Addendum to Operating Instructions I/O module GMS800 Series. - Page 33 GMS800 FIDOR Electrical installation Terminal Pin Function Name Significance Explanation relay contact 5 normally open relay contact 5 Measuring Measured value OK common relay contact 5 normally closed relay contact 6 normally open relay contact 6 Adjustment Adjustment running common...
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Page 34: Connection For Heated Sample Gas Line - Gms810/Gms811
To exchange the remote control: Please contact Endress+Hauser Customer Service. ▸ Modbus functions, see “Addendum to Operating Instructions Basic Control Unit (BCU) for the GMS800 Series”. FIDOR can be connected to Endress+Hauser devices via a CAN bus (SCU, BCU, I/O mod- ules), see “Operating concept”, page ▸... -
Page 35: Ethernet Interface
▸ Compare the supplied power voltage with the information on the type plate. – If the voltages do not match: Please contact Endress+Hauser Customer Service. ▸ Connect the power cable to the power plug on the rear side of the housing. -
Page 36: Start-Up
Start-up GMS800 FIDOR Start-up Safety information for commissioning WARNING: Risk of fire when measuring combustible gases Feeding ignitable gases or gas mixtures is not allowed. No special conditions for measuring combustible gases are necessary when the sample gas concentrations do not exceed 25% of the lower explosion limit (LEL). -
Page 37: Preparation
GMS800 FIDOR Start-up Preparation 7.2.1 Check ▸ Check with a leak detector: Are the external hydrogen supply and the hydrogen connection gas-tight? After a longer period of standstill (several weeks), also check: ▸ Instrument air supply and fuel gas supply available and clean? ▸... -
Page 38: Gas Connections (Gms840)
Start-up GMS800 FIDOR Fitting a throughflow limiter for hydrogen ▸ Fit a throughflow limiter in the H gas feed to the device to limit the H volume flow to the device to 200 ml/min (12 l/h). A throughflow limited is not included in the device scope of delivery. -
Page 39: Connecting The Fuel Gas (Hydrogen)
GMS800 FIDOR Start-up 7.2.4.3 Connecting the fuel gas (hydrogen) Recommendation: ● – Fit a pressure monitor on the fuel gas cylinder which monitors the cylinder pressure and emits a signal at a minimum pressure (e.g. 10 bar). – If the FIDOR is integrated in an enclosed system cabinet:... -
Page 40: Connecting The Gas Outlet
Start-up GMS800 FIDOR 7.2.4.6 Connecting the gas outlet ▸ Connect the hose or tube to the gas outlet (screw fitting according to delivery state). 7.2.4.7 Installing kink protection GMS840 device version Description for the GMS810/-811 version, see “Installing kink protection GMS810 / GMS811 device version”, page... - Page 41 GMS800 FIDOR Start-up Fig. 22: Fitting the insulation tubes Insulation tube 20 x 10 mm (Part No. 5325093) Insulation tube 45 x 10 mm (Part No. 5325099) 7 Lay the insulation tubes around the screw fitting: ▸ First lay the smaller insulation tube around the screw fitting.
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Page 42: Start-Up
Start-up GMS800 FIDOR Start-up 1 Turn on the operating gases. 2 Switch on the main power supply. 3 The green “POWER“ LED on the display of the FIDOR signals that supply voltage is pres- ent. If the green LED does not light: –... -
Page 43: Operation Via Bcu
GMS800 FIDOR Operation via BCU Operation via BCU Menus for operation via BCU The operation of the device via BCU is described in the “Addendum to Operating Instruc- tions Basic Control Unit (BCU)”. The following additional menu items stated below only apply for the FIDOR as sensor module. -
Page 44: Diagnosis
Operation via BCU GMS800 FIDOR 8.1.1.3 Diagnosis Measuring Diagnosis .4.1.2.5.13. 1 Maint. op. 1 Shows whether maintenance mode is on/off 2 Shows running device process 2 Process Meas. 3 Shows running subprocess 3 Subprocess Meas. 4 Temp. low 4 Temp. low... -
Page 45: Operation Via Sopas Et
GMS800 FIDOR Operation via SOPAS ET Operation via SOPAS ET Menu tree in SOPAS ET ● Instructions for the PC program “SOPAS ET”, see Online help of SOPAS ET ● Menu examples, see Technical Information “Basic Control Unit (BCU)” (contains... - Page 46 Operation via SOPAS ET GMS800 FIDOR Path Menu contents O A M Explanation FIDOR ○ ○ ○ Maintenance ○ ○ ○ see page 60 Ignition ● ● ● see page 60 Maintenance mode – ● ● see page 60 Test gas –...
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Page 47: Fidor Menus
GMS800 FIDOR Operation via SOPAS ET FIDOR menus NOTE: The menu for FIDOR I is identical. “FIDOR” stands for “FIDOR / FIDOR I” in this description. 9.2.1 Measuring Display Menu: FIDOR / Measuring Screen This menu shows the current measured value. -
Page 48: Logbook
Operation via SOPAS ET GMS800 FIDOR 9.2.2.2 Logbook Fig. 24: Menu: FIDOR/Diagnostic/Logbook Sequential number in Logbook Date of last change of the message [yy-mm-dd] Time of last change of the message [hh:mm:ss] Source of the entry: FIDOR ... -
Page 49: Digital Inputs
GMS800 FIDOR Operation via SOPAS ET Digital inputs This menu shows the internal digital inputs. Fig. 26: Menu: FIDOR/Diagnostic/Hardware/Digital inputs Pressure switch compressed air (ON/OFF) ON: Compressed air available (LED on) Pressure switch fuel gas (ON/OFF) ON: Fuel gas available (LED on) Pressure switch test gas (ON/OFF) ... - Page 50 Operation via SOPAS ET GMS800 FIDOR Pressures This menu shows pressures of device subassemblies. Fig. 29: Menu: FIDOR/Diagnostic/Hardware/Pressures Current pressure detector Current pressure at the detector inlet Current combustion air pressure Current fuel gas pressure Current control air pressure ...
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Page 51: Telediagnostic
GMS800 FIDOR Operation via SOPAS ET Power This menu shows the internal electric powers. Fig. 32: Menu: FIDOR/Diagnostic/Hardware/Power Heating output of pA amplifier Calculated heating output of detector Calculated heating output of sample gas line Calculated heating output of internal catalyst ... - Page 52 Operation via SOPAS ET GMS800 FIDOR Failure This menu shows failures (for service purposes). Fig. 34: Menu: FIDOR/Diagnostic/Telediagnostic/Failure Consecutive message number. The message which occurred last is shown at the bottom. Date of occurrence of message [yy-mm-dd] Time of occurrence of message [hh:mm:ss] ...
- Page 53 GMS800 FIDOR Operation via SOPAS ET Monitoring This menu shows operating modes (for service purposes). Fig. 36: Menu: FIDOR/Diagnostic/Telediagnostic/Monitoring Display: Current device process, e.g. “MEASURING” Display: Current subprocess, e.g. “WARM UP” Current time: [yy-mm-dd] [hh:mm:ss] Waiting for ...
- Page 54 Operation via SOPAS ET GMS800 FIDOR Start state This menu shows the start state (for service purposes). Fig. 37: Menu: FIDOR/Diagnostic/Telediagnostic/Start state Pressure at detector P1 Pressure at detector input P2 Control air pressure P3 Combustion air pressure P4 ...
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Page 55: Parameter
GMS800 FIDOR Operation via SOPAS ET 9.2.4 Parameter Menu: FIDOR/Parameter 9.2.4.1 Measuring display This menu serves to set the decimal places of the measuring display. Fig. 39: Menu: FIDOR/Parameter/Measuring display Input: Number of decimal places for the measuring display ... -
Page 56: Sample Gas
Operation via SOPAS ET GMS800 FIDOR Input/display: Number of C atoms of the reference gas Input/display: Molecular weight of the reference gas Input/display: Response factor of the reference gas 9.2.4.4 Sample gas This menu serves to configure the sample gas. -
Page 57: Application Area
GMS800 FIDOR Operation via SOPAS ET 9.2.4.7 Application area This menu serves to select a specified application area. When an application area is selected, the entry menus described above (reference gas, sample gas, measuring range) will be adapted accordingly. Fig. 45: Menu: FIDOR/Parameter/Application area Display: Current application area ... -
Page 58: Adjustments And Validation
Operation via SOPAS ET GMS800 FIDOR 9.2.5 Adjustments and validation Menu: FIDOR/Adjustments. Adjustments and validation are controlled via the BCU: See “Addendum to Operating Instructions Basic Control Unit (BCU) GMS800 Series”. 9.2.5.1 Perform adjustment Menu: FIDOR/Adjustments/Adjustment Adjustment means: New adjustment with zero and/or reference gas. -
Page 59: Validation
GMS800 FIDOR Operation via SOPAS ET Columns with current adjustment results Columns with previous adjustment results à Relative drift since last adjustment. á Limit value as default. Message created when exceeded. Set measuring range converted to mgC â Set measuring range (setting in menu “Measuring range”, see “Measuring range”, page... -
Page 60: Maintenance
LED on: Maintenance mode is terminated (duration max. 30 seconds). Exit of the Maintenance mode is blocked. Possible causes: Factory adjustment defective, configuration not released. Contact Endress+Hauser Customer Service. Selection of drop-down menu: Start Maintenance mode: On Terminate Maintenance mode: Off Executes the state selected in “4”. -
Page 61: Test Gas
GMS800 FIDOR Operation via SOPAS ET 9.2.6.3 Test gas This menu serves to configure zero gas and reference gas feeding. Zero or reference gas can be activated. An adjustment is not performed. Fig. 50: Menu: FIDOR /Maintenance/Test gas Measured value ... -
Page 62: Configurations
Operation via SOPAS ET GMS800 FIDOR 9.2.6.4 Configurations This menu serves to save and load the configuration. Fig. 51: Menu: FIDOR/Maintenance/Configurations Start: Save current configuration internally. The previous “last backup” automatically becomes the “next to last backup”. Text: Restart is performed. -
Page 63: Factory Settings
Options Fig. 54: Menu: FIDOR/Factory setting/Options Display: Power voltage set on FIDOR. If the shown voltage is not identical with the available power voltage: Please contact Endress+Hauser Customer Service. Shows how the heating is set (fixed). Drop-down menu for using the 2nd heating circuit. -
Page 64: Temperature Controller (Sample Gas Line)
Operation via SOPAS ET GMS800 FIDOR 9.2.7.3 Temperature controller (sample gas line) This part of the menu shows factory settings. The nominal temperature of the temperature controller can be set. Fig. 55: Menu: FIDOR/Factory settings/Temperature controller (sample gas line) Checkmark: Control of “Sample gas line” is active. -
Page 65: Shutting Down
GMS800 FIDOR Shutting down Shutting down 10.1 Preparations for shutdown ▸ Purge the sample gas path with a dry, neutral gas (e.g. instrument air). 10.2 Shutdown procedure 1 Close off the test gas supply. 2 Close off the fuel gas supply. -
Page 66: Maintenance
Flush all parts carrying gas with purge gas for two hours. >>> Removing fluid/solid residues: Carry out decontamination appropriate for the requirements arising from this contamination. Contact Endress+Hauser Customer Service when necessary. If the enclosure also has contact with toxic gases during the application, decon- taminate the enclosure as well before carrying out maintenance/repairs. -
Page 67: Consumable And Wearing Parts
(e.g. pull the power line out of the power socket or switch off the external power fuse). ▸ Contact Endress+Hauser Service to have the device repaired. Use a soft cloth to clean the enclosure. Moisten the cloth with water and a mild detergent when necessary. -
Page 68: Installing Kink Protection Gms810 / Gms811 Device Version
Maintenance GMS800 FIDOR 11.4.1.3 Installing kink protection GMS810 / GMS811 device version Fig. 56: Kink protection fitted on GMS810 / GMS811 device version 1 Screw kink protection (2) tight with two screws. 2 Screw insulating cover (3) tight with two screws. -
Page 69: Troubleshooting
WARNING: Risk of explosion ▸ Only technicians with special FIDOR training are allowed to perform maintenance tasks on the FIDOR. ▸ Only use original Endress+Hauser spare parts. 12.2 Replacement of fuses CAUTION: Hazards through electric voltages ▸ Only let the work described in the following be carried out by skilled electricians who are familiar with potential risks and are able to avoid them. -
Page 70: Blinking Measuring Display And Yellow Led
A relevant error message is displayed on the operator panel and entered in the logbook. ● ▸ If you cannot clear the error: Contact Endress+Hauser Customer Service. If it was possible to clear the error without switching the FIDOR off, the device switches automatically to Measuring mode. -
Page 71: Error Messages
GMS800 FIDOR Troubleshooting 12.6 Error messages Logbook text Logbook text Description Possible clearance Display SOPAS ET F Software F Software Measured values linearization data are Correct / record measured values linearization data erroneous again F Watchdog F Watchdog Error occurred during Watchdog run-time moni-... - Page 72 Troubleshooting GMS800 FIDOR F measured value F measured Measured value overflow Check measuring range, adjustment, gas supply and value or measured value underflow gas paths or measured value is erroneous, outside the evaluation range or recorded raw measured value is too negative...
- Page 73 GMS800 FIDOR Troubleshooting M Measured value M Measured pA amplifier overflow Check measuring range, adjustment, gas supply and value or pA amplifier offset too low gas paths or pA amplifier has to be replaced M SD-card M SD-card SD-card not available Check correct installation of SD-card.
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Page 74: Technical Documentation
Technical documentation GMS800 FIDOR Technical documentation 13.1 Approvals 13.1.1 Compliance The technical version of this device complies with the following EU directives and EN standards: ● EC Directive: LVD (Low Voltage Directive) ● EU Directive: EMC (Electromagnetic Compatibility) Applied EN standards: EN 61010-1, Safety requirements for electrical equipment for measurement, control ●... -
Page 75: Dimensions (Gms810/Gms811)
GMS800 FIDOR Technical documentation 13.2 Dimensions (GMS810/GMS811) Dimensions in mm Endress+Hauser O P E R A T I N G I N S T R U C T I O N S 8029900/AE00/V3-0/2017-02... -
Page 76: Gas Inlet/Gas Outlet On The Side (Optional)
Technical documentation GMS800 FIDOR 13.2.1 Gas inlet/gas outlet on the side (optional) Fig. 60: Gas inlet/gas outlet on the side 268 (10.5) 218 (8.5) Dimensions in mm Gas outlet G1/4“ Sample gas inlet G1/8“ 13.2.2 GMS800 Operating Unit (external, optional) Fig. -
Page 77: Dimensions (Gms840)
GMS800 FIDOR Technical documentation 13.3 Dimensions (GMS840) 13.3.1 Dimensions (all units of measurement in mm) The enclosure is only suitable for attachment on a wall. The fastening clips can be twisted 90°. Endress+Hauser O P E R A T I N G I N S T R U C T I O N S... - Page 78 Technical documentation GMS800 FIDOR NOTE: Observe clearance For lines: Leave a clearance of approx. 200 mm under the cover. ● For the cover placement area when opening downwards: Leave a downward ● clearance of approx. 600 mm from the bottom edge of the enclosure and approx.
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Page 79: Connections (Signal, Gas And Power Connections)
GMS800 FIDOR Technical documentation 13.3.2 Connections (signal, gas and power connections) Fig. 64: Location of connections (signal, gas and power connections) - enclosure underside à á ß â 2 3 4 5 6 Instrument air inlet Combustion air inlet ... -
Page 80: Technical Data
Technical documentation GMS800 FIDOR 13.4 Technical data Measuring range set, see delivered system documentation. Measured values FIDOR GMS840 Device version GMS810/811 Measuring principle Flame ionization detector Measuring component Total hydrocarbon (C mg org. C/m mg/m ppm, ppm C1, ppm C3,... - Page 81 IP 40, for indoor use IP54 Allowable contamina- Degree of contamination 2 tion: Table 5: Technical data, ambient conditions [1] If the pressure is different: Consult Endress+Hauser Customer Service and perform a pressure adaption, if required. Energy supply Device version GMS810/811 FIDOR GMS840 Power voltage 115 ...
- Page 82 Technical documentation GMS800 FIDOR Gas supply (all specifications valid for FIDOR device versions GMS810/811/840) Connec- Quality Flow rate Inlet pressure tion Particle size max. 1 µm, 400 ± 20 kPa 1000 l/h Instrument air Oil content max. 0.1 mg/m (4 ±...
- Page 83 GMS800 FIDOR Technical documentation Endress+Hauser O P E R A T I N G I N S T R U C T I O N S 8029900/AE00/V3-0/2017-02...
- Page 84 8029900/AE00/V3-0/2017-02 www.addresses.endress.com...
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