Related Manuals for Honeywell enCore FC Series
Summary of Contents for Honeywell enCore FC Series
- Page 1 Flow Computer Device Series enCore FC FC1, MC1 Manual Operating Instructions FC1-OI-EN h 2017-11-16 as of 2017-11-16 From Basic System version 03-22...
- Page 2 The manual cannot be understood as a guarantee of product properties. It also describes properties that are only available as an option. Honeywell is in no case liable to third parties for direct, special or consequential damages. The information in this document is subject to change without notice.
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Page 3: Table Of Contents
Contents General Information The enCore/enSuite Concept Scope of Delivery About these Instructions Target Group Definition The enCore FC Manual at a Glance Text Labelling 2.3.1 Presentation of Safety and Risk Instructions 2.3.2 Paragraph Formats 2.3.3 Character Formats 2.3.4 Character Formats in Flow Charts Limitation of Liability Applicable Standards and Guidelines Security considerations for your network... - Page 4 Contents 5.3.3 Operation and Navigation within the Display 5.3.4 Security Switch 5.3.5 LEDs Interfaces (Rear Side of Device) Available Process Boards 5.5.1 ExMFE5 Process Board 5.5.2 MFE7 Process Board 5.5.3 MSER4 Process Board 5.5.4 ESER4 Process Board 5.5.5 MFA8 Process Board Assembly Instructions Line Connection Power Supply and Grounding...
- Page 5 Contents 6.4.12 HART Measurement Transmitter (EEx i) via MFE7 Board (barrier in source mode) 6.4.13 HART Measurement Transmitter (EEx d) via MFE7 Board (redundant, without barrier) – Burst Mode 6.4.14 HART Measurement Transmitter (EEx i) via MFE7 Board (redundant, barrier in source mode) – Burst Mode 6.4.15 HART Measurement Transmitter (EEx d) via MFE7 Board (Multi-Master, without barrier) –...
- Page 6 Housing dimensions 10.6.1 1/3 housing width 10.6.2 1/2 housing width FAQs 11.1 How to report a security vulnerability to Honeywell? 11.2 Limitations for multidrop and burst mode up to basic system version ≤ 03-24 Page 6 of 120 Operating Instructions...
- Page 7 Contents Index Appendix enCore FC Operating Instructions Page 7 of 120...
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Page 8: General Information
1 General Information 1.1 The enCore/enSuite Concept enCore is the name of an Elster product platform for advanced measure- ment devices. All enCore devices are based on the same hardware components and software concepts. Both the hardware and software of enCore devices have a modular design;... -
Page 9: Scope Of Delivery
accessories (plugs incl. housing) 1.2.1 Honeywell (Elster GmbH) Contact Information You can contact our sales and service department at: Elster GmbH (manufacturer) Steinern Straße 19-21 55252 Mainz-Kastel/Germany Only for devices used in legal metrology. Only for devices that are not used in legal metrology. - Page 10 General Information Phone: +49 6134 605-0 info@elster.com Email: www.elster-instromet.com Website: You can reach our Technical Assistance Center (TAC) at: Phone: +49 231 937110-88 ElsterSupport@Honeywell.com Email: www.elster-instromet.com Website: Page 10 of 120 Operating Instructions enCore FC...
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Page 11: About These Instructions
The present documentation are the Operating Instructions of the overall documentation, and describe the assembly, installation, commissioning and maintenance of the flow computer enCore FC series (called enCore FC below). These instructions make it possible to work with the enCore FC in a safe and efficient manner. - Page 12 About these Instructions informational session on the tasks assigned to him or her, and on possible hazards in case of improper behavior. • specialist personnel A person who has the ability, because of his or her technical training, knowledge and experience, as well as his or her knowledge of the relevant regulations, to carry out the work assigned to him or her at the enCore FC, and to recognize and avoid possible hazards independently.
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Page 13: The Encore Fc Manual At A Glance
For all device types that can be used in legal metrology, there is a volume that specifically describes the legally relevant functions and characteristics. All other volumes of the manual apply to all devices of the enCore FC series, i.e. they are independent of the device type. - Page 14 About these Instructions Delivery form of the individual volumes Die Anleitung zur „Verwendung im gesetzlichen Messwesen“ und die „Betriebsanleitung“ sind Produktbestandteile und werden in gedruckter Form mit dem Gerät ausgeliefert. Bewahren Sie diese Dokumente in unmittelbarer Nähe des enCore FC zur Verwendung für das Fachpersonal der benannten Stellen sowie für das Installations-, Bedienungs-, Wartungs- und Reinigungspersonal jederzeit zugänglich auf.
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Page 15: Text Labelling
About these Instructions 2.3 Text Labelling Texts containing different contents are labelled differently. With the help of following characteristics, you can identify which content of the text is pro- vided to you: 2.3.1 Presentation of Safety and Risk Instructions Hazard Warnings Hazard warnings indicate hazardous situations which may result in material damage and bodily harm or even death if disregarded. -
Page 16: Paragraph Formats
About these Instructions Safety Instructions Safety instructions include notes and information which if disregarded may lead to functions not working correctly or not working at all. Safety instructions are described below: Safety instruction (optional) Safety instruction text Tips and recommendations Tips include notes and information that make it easier for the user to operate the enCore FC. -
Page 17: Character Formats
About these Instructions 2.3.3 Character Formats Example Names of the individual SFB and AFB soft- T i m e S e r v i c e ware elements of the enCore FC. chapter 2.3.3 Character References to additional information are Formats (p. -
Page 18: Character Formats In Flow Charts
About these Instructions Example Date & time You can navigate through different displays of enCore FC via hyperlinks. In the example, you change to the Date & time display. Update date and time Actions are also marked in the enCore FC display as hyperlinks. -
Page 19: Limitation Of Liability
About these Instructions 2.4 Limitation of Liability All specifications and instructions in these Operating Instructions were compiled after taking into consideration the applicable standards and regulations, the current state of the art and the knowledge and experience we gained over the years. The manufacturer assumes no liability for loss due to: •... -
Page 20: Applicable Standards And Guidelines
EN 60079-25 Explosive atmospheres – Intrinsically safe systems Further applicable standards and guidelines result from the specific fields of application of the individual device. Only applies to converters of the enCore FC series. Page 20 of 120 Operating Instructions enCore FC... -
Page 21: Security Considerations For Your Network
Such a connection represents a significant security risk and therefore careful consideration must be given to the design. Reporting a security issue to Honeywell As soon as you encounter a possible security gap of a Honeywell product, please report it directly to Honeywell. FAQs 11.1 How to report a security vulnerability to... - Page 22 Security considerations for your network Preventing unauthorized external access using a firewall To reduce the risk to your network, we highly recommend to include a firewall or some other mechanism to limit the network traffic between the (external) central accounting center resp. control station and the (internal) network of the gas measuring plant.
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Page 23: Safety
4 Safety 4.1 General Safety Instructions WARNING! Risk of explosion A risk of explosion exists if the enCore FC device (FC1 or MC1) is improperly assembled and connected! • The enCore FC device must be installed outside of Ex zones 0, 1 and 2. - Page 24 Safety • The regulations in the relevant standards, especially EN 60079-0, EN 60079-11, EN 60079-17 and EN 60079-25, must be obeyed unconditionally. Safety and warning instructions The following safety and warning instructions must be observed unconditionally: • Any individual appointed to perform work on or with the enCore FC device must read and understand these Operating Instructions before beginning work.
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Page 25: Intended Use
Safety For a description of the process boards refer to chapter Available Process Boards (p. 40). 4.2 Intended Use The enCore FC device is designed and constructed exclusively for its intended use as described here. All enCore FC devices are process computer which process information on the externally connected measurement devices and signal sensors. -
Page 26: Unacceptable Use While Impaired
Safety Compliance with all the specifications in these “Operating Instructions” also falls under the device's intended use. Any use of the enCore FC that goes beyond or deviates from its intended use is considered a misuse of the device, and may lead to hazardous situations. - Page 27 Safety risks that arise from the specific working conditions when the enCore FC is being used. The operator must include these items in the form of Operating Instructions for the enCore FC. • The operator must review, over the entire operational life of the enCore FC, whether the Operating Instructions prepared by him or her correspond to the current status of the bodies of regulations, and adapt the instructions if necessary.
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Page 28: Design And Function
5 Design and Function 5.1 Functional Description of enCore FC devices The specific function of an enCore device depends on its device type ( chapter 4.2 Intended Use, p. 25): • enCore FC1 The FC1 is a process computer, which is mainly used as a flow computer for natural gas, thus to measure and calculate the gas flow. -
Page 29: Number Of Streams And Their Flow Directions
Design and Function Device Type Connection Option gas quality • serial interface measurement devices • LAN interface Table 1: Interface options 5.1.1 Number of Streams and their Flow Directions The number of streams and their flow directions are variable since device hardware and software can be extended. -
Page 30: Device Description
Design and Function Table 2: International standards Depending on the field of application, the enCore FC supports other European or international standards as well. 5.2 Device Description The enCore FC is housed in a 19“ housing with 1/3 overall width (max. 4 process boards) or 1/2 overall width (max. -
Page 31: Operation Panel
Design and Function For a detailed description of the process boards and possible limitations for the board equipment refer to chapter 5.5 Available Process Boards (p. 40). 5.3 Operation Panel Fig. 5-1: enCore FC operation panel – example enCore FC1 navigation keys function keys touch screen... -
Page 32: Device Keys
Design and Function 5.3.1 Device Keys Two function keys are arranged below the touch screen. Pressing one of these keys activates the display button positioned directly over it. down left right enter Fig. 5-2: Navigation keys The navigation keys (up, down, left, right, enter) are provided for navigation purposes in device menus and displays. -
Page 33: Operation And Navigation Within The Display
Design and Function 5.3.3 Operation and Navigation within the Display Display test Using the display test, you can check whether the device display of the enCore FC is working correctly. To run the display test, … … switch to the home display if necessary. - Page 34 Design and Function dropdown list Basic display the display of ... and from the 2 ► this SFB or AFB. If necessary, adjust the time (in seconds) without any ► operation before ... • ... the device switches back to the basic display in parameter Go to basic display after <x>...
- Page 35 Design and Function You switch back to the calling display, i. e. the display that was previously opened. The basic display can always be reached with a maximum of two steps – either by pressing successively, or by pressing , if this button is displayed directly.
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Page 36: Security Switch
Design and Function You can activate the controls located at the top of the touch screen by using the [Up], [Down], [Left] and [Right] keys, and activate them by pressing [Enter].Use the [Up] and [Down] keys to scroll through the contents of a display. - Page 37 Design and Function Status-LED LED Status Explanation power supply off green, flashing start-up phase after a power failure green, The device works in an error-free manner, i.e. there continuous light are no pending or not accepted alarms or warnings in the error list.
- Page 38 Design and Function The status LED signals the error state as below (in order of priority): LED Status Explanation red, flashing The error list includes at least one pending and not accepted alarm. yellow, flashing The error list includes at least one pending and not accepted warning.
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Page 39: Interfaces (Rear Side Of Device)
Design and Function 5.4 Interfaces (Rear Side of Device) Fig. 5-3: Rear of device (example 1/3 overall width) LAN interface (Ethernet network) serial interfaces 24 V DC power supply optional process boards enCore FC Operating Instructions Page 39 of 120... -
Page 40: Available Process Boards
Design and Function 5.5 Available Process Boards The configuration of the I/O board assignment is variable. In principle, any I/O board can be inserted into any slot. If there are any kind of technical limitations – depending on the board type, they are listed in the following chapters (descriptions individual boards): 6.3 Installation and Conversion of Process Boards (p. - Page 41 Design and Function WARNING! Risk of explosion A risk of explosion exists if the enCore FC (FC1 or MC1) is improperly assembled and connected! • The enCore FC must be installed outside of Ex zones 0, 1 and 2. • Assemblies which are authorized as associated category ib electrical equipment with intrinsically safe electrical circuits in accordance with EN 60079-11 can be installed in the enCore...
- Page 42 Design and Function Comply with the safety- and risk instructions of the ExMFE5 input boards! 4.1 General Safety Instructions (p. 23) 6.1 Line Connection (p. 45) The process board ExMFE5 is an “associated electrical equipment” according to EN50020, which provides five intrinsically safe input circuits of the category [Ex ib Gb] II C: •...
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Page 43: Mfe7 Process Board
Design and Function 5.5.2 MFE7 Process Board The process board MFE7 provides seven input circuits: • A resistance input in 4-wire technology (RI+/RU+/RU-/RI-). • Two analog current inputs (A1+/A1-, A2+/A2-) in operational modes 0…20 mA or 4...20 mA, alter- natively usable as a HART interface. •... -
Page 44: Eser4 Process Board
Design and Function 5.5.4 ESER4 Process Board The process board ESER4 provides for three serial interfaces, each for one protocol channel (CH1, CH2, CH3). Every protocol channel alternatively supports RS485, RS422 or RS232. Moreover, one LAN interface (Ethernet network) is available. -
Page 45: Assembly Instructions
6 Assembly Instructions The enCore FC is provided for assembly within a 19" cabinet, and is available in either a 1/3 overall width or 1/2 overall width model. Compliance with the device's installation depth of 170 mm (with plugs approx. 220 mm) is necessary so the connection terminals located on the rear of the device remain accessible. - Page 46 Assembly Instructions ATTENTION! Risk of short circuit The enCore FC device can be damaged if lines are connected while the device is connected to the power supply. Always make sure the enCore FC is free of voltage before making any changes to device wiring or before connecting sensor, supply, signal or data lines.
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Page 47: Power Supply And Grounding
Assembly Instructions 6.2 Power Supply and Grounding Hazardous Area Safe Area enCore device +24V DC Fuse 1A slow CPU board Fig. 6-1: Power supply The enCore FC must be operated with a rated voltage of 24 V DC (max. permissible range: 20.4 V to 28.8 V). The 24 V power supply is connected via the (+) and (–) terminals at the rear of the device, and must be protected externally using a 1A time-delay fuse. -
Page 48: Installation And Conversion Of Process Boards
Assembly Instructions The grounding system is connected to the power supply socket PE for potential equalization. 6.3 Installation and Conversion of Process Boards The process board configuration of the device is in correspondence with the order at the time of delivery. Owing to the modular hardware concept it is now possible to insert additional process boards in free board slots even later or to change the compilation of the process boards. -
Page 49: Insert A Process Board In A Free Board Slot
Assembly Instructions ATTENTION! The integrated circuits of the process boards may be damaged due to electrostatic discharges. According to EN 61340-5-1, an ESD-protected workplace (ESD pad and ESD wrist strap) must be used while working on a device when changing the I/O board configuration. ATTENTION! Incorrect replacement parts and accessories are a safety risk! - Page 50 Assembly Instructions If necessary, install or update to the next enSuite on the work computer ► ( enSuite installation guide Read out the enCore FC device's parameterization with enSuite. ► Disconnect the power supply. ► Remove all the external cable connections from the device. ►...
- Page 51 Assembly Instructions Pull the board frame carefully and straight out of the housing. ► Fig. 6-3: Remove the board frame Fig. 6-4: Removed board frame Check the position for the additional board (number of board slot). ► enCore FC Operating Instructions Page 51 of 120...
- Page 52 Assembly Instructions Set up the board number on the board Note that the number of the board slot as well as the board number on the board must be set; this is essential for further functioning of the internal I/O bus communication. Insert the relevant jumpers in the suitable pin connector in order to ►...
- Page 53 Assembly Instructions Make sure that the orientation of the board (top/bottom) is correct: ► On the opposite side the pin connector for the I/O bus connection (with safety clamp) must face downwards to the bottom of the device tray ( Fig. 6-6, Position B). The pin connector must face upwards for defining the board number (...
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Page 54: Connection Diagrams
Assembly Instructions Position the labelling plate of the board on the rear side of the device ► and screw the board firmly on to the labelling plate. Insert the plug for the internal I/O bus on the other side of the board. ►... -
Page 55: General Recommendations For Signal And Data Cable
Assembly Instructions Minimum requirements If a special setting is required for connecting a specific board or a specific board channel with a measuring device, you get only the minimum required settings below the respective connection diagram. For details on parameterization refer to the online help. 6.4.1 General Recommendations for Signal and Data Cable Signal Connection... - Page 56 Assembly Instructions • The maximum cable length is 30 m for RS232, and 500 m for RS422 and RS485. RS485 According to RS485, resistors are required for resting potential generation at any places in case of data communication connections, for every 470 Ω between R/TA and +U and also between R/TB and SGND.
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Page 57: Pt100 (Eex I) Via Exmfe5 Board
Assembly Instructions 6.4.2 Pt100 (EEx i) via ExMFE5 Board Hazardous Area Safe Area enCore device ExMFE5 board U− I− Pt100, EEx i Fig. 6-7: Pt100 (EEx i) via ExMFE5 Characteristics ExMFE5: • intrinsically safe, galvanically isolated input safe circuits of the category [Ex ib Gb] II C for 4-wire-PT100 temperature sensor;... -
Page 58: Pt100 (Eex D) Via Mfe7 Board
Assembly Instructions 6.4.3 Pt100 (EEx d) via MFE7 Board Hazardous Area Safe Area enCore device MFE7 board RU− RI− Pt100, EEx d Fig. 6-8: Pt100 (EEx d) via MFE7 Characteristics MFE7: • a galvanically isolated input safe circuit for 4-wire-PT100 temperature sensor •... -
Page 59: Analog Measurement Transmitter (Eex I) Via Exmfe5 Board
Assembly Instructions 6.4.4 Analog Measurement Transmitter (EEx i) via ExMFE5 Board Hazardous Area Safe Area enCore device ExMFE5 board P− Analog pressure transmitter 4...20 mA, EEx i Fig. 6-9: analog pressure transmitter (EEx i) via ExMFE5 – example Characteristics ExMFE5: •... -
Page 60: Analog Measurement Transmitter (Eex D) Via Mfe7 Board (Without Barrier)
Assembly Instructions Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: ExMFE5 Set the following value: • channel P1+ P1−: type Current input 6.4.5 Analog Measurement Transmitter (EEx d) via MFE7 Board (without barrier) Hazardous Area Safe Area enCore device MFE7 board... -
Page 61: Analog Measurement Transmitter (Eex I) Via Mfe7 Board (Barrier In Sink Mode)
Assembly Instructions • max. cable length: 500 m Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: • channel A1+ A1− or A2+ A2−: type Current input • parameter Power supply: value On (source mode) 6.4.6 Analog Measurement Transmitter (EEx i) via MFE7 Board (barrier in sink mode) -
Page 62: Analog Measurement Transmitter (Eex I) Via Mfe7 Board (Barrier In Source Mode)
Assembly Instructions • max. measurement error: ±0.05 % of the measurement (in the measuring range 4 ... 20 mA and between −10 to +55 °C ambient temperature) • max. cable length: 500 m Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: •... -
Page 63: Hart Measurement Transmitter (Eex I) Via Exmfe5 Board
Assembly Instructions − load: approx. 50 Ω • max. measurement error: ±0.05 % of the measurement (in the measuring range 4 ... 20 mA and between −10 to +55 °C ambient temperature) • max. cable length: 500 m Hints on parameterization Branch <device>... - Page 64 Assembly Instructions Characteristics ExMFE5: • an intrinsically safe, galvanically isolated input safe circuits of the category [Ex ib Gb] II C for transmitter with HART interface • an active signal and protocol converter integrated in input as “associated electrical equipment” according to EN50020 −...
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Page 65: Hart Measurement Transmitter (Eex D) Via Mfe7 Board (Without Barrier, Internal Power Supply)
Assembly Instructions 6.4.9 HART Measurement Transmitter (EEx d) via MFE7 Board (without barrier, internal Power Supply) Hazardous Area Safe Area enCore device MFE7 board A1+ or A2+ − A1− or A2− HART pressure transmitter, EEx d HART temperature transmitter, EEx d (source mode) HART communicator... - Page 66 Assembly Instructions • max. cable length: 250 m Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: • channel A1+ A1− or A2+ A2−: type HART channel • parameter Power supply: value On (source mode) With this, the operating mode of the channel is set correctly for connecting the HART transmitters.
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Page 67: Hart Measurement Transmitter (Eex D) Via Mfe7 Board (Without Barrier, External Power Supply)
Assembly Instructions 6.4.10 HART Measurement Transmitter (EEx d) via MFE7 Board (without barrier, external Power Supply) Hazardous Area Safe Area enCore device MFE7 board A1+ or A2+ − A1− or A2− HART pressure transmitter, EEx d HART temperature transmitter, EEx d (sink mode) HART communicator... - Page 68 Assembly Instructions Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: • channel A1+ A1− or A2+ A2−: type HART channel • parameter Power supply: value Off (sink mode) With this, the operating mode of the channel is set correctly for connecting the HART transmitter.
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Page 69: Hart Measurement Transmitter (Eex I) Via Mfe7 Board (Barrier In Sink Mode)
Assembly Instructions 6.4.11 HART Measurement Transmitter (EEx i) via MFE7 Board (barrier in sink mode) Hazardous Area Safe Area enCore device MFE7 board A1+ or A2+ − A1− or A2− HART pressure transmitter, EEx i Isolated current repeater barrier (HART compatible, sink mode) HART temperature transmitter, EEx i... - Page 70 Assembly Instructions • max. cable length: 250 m Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: • channel A1+ A1− or A2+ A2−: type HART channel • parameter Power supply: value On (source mode) With this, the operating mode of the channel is set correctly for connectingthe HART transmitters.
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Page 71: Hart Measurement Transmitter (Eex I) Via Mfe7 Board (Barrier In Source Mode)
Assembly Instructions 6.4.12 HART Measurement Transmitter (EEx i) via MFE7 Board (barrier in source mode) Hazardous Area Safe Area enCore device 0V 24V MFE7 board A1+ or A2+ − A1− or A2− HART pressure transmitter, EEx i Isolated current repeater barrier (HART compatible, source mode) HART temperature... - Page 72 Assembly Instructions Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: • channel A1+ A1− or A2+ A2−: type HART channel • parameter Power supply: value Off (sink mode) With this, the operating mode of the channel is set correctly for connectingthe HART transmitters.
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Page 73: Hart Measurement Transmitter (Eex D) Via Mfe7 Board (Redundant, Without Barrier) - Burst Mode
Assembly Instructions 6.4.13 HART Measurement Transmitter (EEx d) via MFE7 Board (redundant, without barrier) – Burst Mode Hazardous Area Safe Area enCore device 1 MFE7 board A1+ or A2+ − A1− or A2− (source mode) enCore device 2 HART transmitter, EEx d (burst) MFE7 board... - Page 74 Assembly Instructions − device in sink mode: load: approx. 50 Ω • This operating mode can only be used with one transmitter in burst mode • max. cable length: 250 m (total) Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: •...
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Page 75: Hart Measurement Transmitter (Eex I) Via Mfe7 Board (Redundant, Barrier In Source Mode) - Burst Mode
Assembly Instructions 6.4.14 HART Measurement Transmitter (EEx i) via MFE7 Board (redundant, barrier in source mode) – Burst Mode Hazardous Area Safe Area enCore device 1 MFE7 board A1+ or A2+ − A1− or A2− 0V 24V (sink mode) enCore device 2 HART transmitter, EEx i (burst) - Page 76 Assembly Instructions • this operating mode can only be used with just one transmitter in burst mode • max. cable length: 250 m (total) Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set following values: •...
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Page 77: Hart Measurement Transmitter (Eex D) Via Mfe7 Board (Multi-Master, Without Barrier) - Multidrop Mode (From Basic System 03-25)
Assembly Instructions 6.4.15 HART Measurement Transmitter (EEx d) via MFE7 Board (Multi-Master, without barrier) – Multidrop Mode (from Basic System 03-25) Hazardous Area Safe Area enCore device 1 MFE7 board A1+ or A2+ − A1− or A2− (source mode; primary master) enCore device 2 HART pressure transmitter, EEx d... - Page 78 Assembly Instructions rated voltage: approx. 21 V max. load: 300 Ω − device in sink mode: load: approx. 50 Ω • max. cable length: 250 m (total) A HART communicator cannot be used in this operating mode! Note that for technical reasons it is not possible to use HART communicator in a HART loop for diagnostic purposes in this operating mode.
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Page 79: Hart Measurement Transmitter (Eex I) Via Mfe7 Board (Multi-Master, Barrier In Source Mode) - Multidrop Mode (From Basic System 03-25)
Assembly Instructions 6.4.16 HART Measurement Transmitter (EEx i) via MFE7 Board (Multi-Master, barrier in source mode) – Multidrop Mode (from Basic System 03-25) Hazardous Area Safe Area enCore device 1 MFE7 board A1+ or A2+ − A1− or A2− 0V 24V (sink mode;... - Page 80 Assembly Instructions A HART communicator cannot be used in this operating mode! Note that for technical reasons it is not possible to use HART communicator in a HART loop for diagnostic purposes in this operating mode. Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFE7 Set the following values: •...
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Page 81: Gas Meter (Turbine): Encoder Index, 2 Lf/Hf Sensors (Eex I)
Assembly Instructions 6.4.17 Gas Meter (Turbine): Encoder Index, 2 LF/HF Sensors (EEx i) via ExMFE5 Boards Hazardous Area Safe Area enCore device ExMFE5 board Z1− 12 345 67,8 Z2− Z3− Turbine: encoder and 2 LF/HF sensors Fig. 6-22: Interface for turbine meter encoder index, 2 LF/HF sensors (EEx i) via ExMFE5 Characteristics ExMFE5: •... -
Page 82: Gas Meter (Turbine): Encoder Index, 2 Lf/Hf Sensors (Eex I) Via Mfe7 Board
Assembly Instructions • max. cable length depending on the operating mode: − message, LF or encoder: 500 m − HF (up to 2 kHz): 250 m − HF (up to 5 kHz): 100 m 6.4.18 Gas Meter (Turbine): Encoder Index, 2 LF/HF Sensors (EEx i) via MFE7 Board Hazardous Area Safe Area... - Page 83 Assembly Instructions • max. load: 24 V DC 6 mA • switching point: − > 15 V DC: − < 6.5 V DC: • max. input frequency depending on the operating mode: − 8 Hz, min. pulse length 50 ms −...
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Page 84: Gas Meter (Turbine) Smri Bi-Directional: 2 Hf Sensors, Flow Direction Detection (Eex I) Via Mfe7 Board
Assembly Instructions 6.4.19 Gas Meter (Turbine) SMRI Bi-directional: 2 HF Sensors, Flow Direction Detection (EEx i) via MFE7 Board Hazardous Area Safe Area enCore device 24V 0V MFE7 board Turbine SMRI bi: (1): Isolated 2 HF and 2 MF pulse amplifier sensors (active output) (2): Flow dir... -
Page 85: Gas Meter (Turbine) Smri Bi-Directional: Flow Direction Detection Internal (Eex I) Via Mfe7 Board
Assembly Instructions • max. load: 24 V DC 6 mA • switching point: − > 15 V DC: − < 6.5 V DC: • max. input frequency in operating mode: − 5 kHz • max. cable length depending on the operating mode: −... - Page 86 Assembly Instructions Characteristics MFE7: • two galvanically isolated input safe circuits for HF- or LF pulse sensor • passive isolated pulse amplifier integrated in the inputs • a galvanically isolated input safe circuit for the direction signal; a passive isolated pulse amplifier integrated in the inputs •...
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Page 87: Q.sonic Ultrasound Gas Meter: Serial Rs485 (Eex D) Via Mfe7 Board
Assembly Instructions 6.4.21 Q.Sonic Ultrasound Gas Meter: Serial RS485 (EEx d) via MFE7 Board Hazardous Area Safe Area enCore device MFE7 board RS232C UFM Q.Sonic service (EEx d) RS485 to RS232 converter e.g. ADAM 4520 Fig. 6-26: Interface for ultra sound gas meter (Q.Sonic): serial RS485 (EEx d) via MFE7 Consider the recommendations made with regards to cable length and connection resistors in ... -
Page 88: Q.sonic6 Ultrasound Gas Meter: Serial Rs485 (Eex D) Via Mfe7 Board
Assembly Instructions 6.4.22 Q.Sonic6 Ultrasound Gas Meter: Serial RS485 (EEx d) via MFE7 Board Hazardous Area Safe Area enCore device MFE7 board UFM Q.Sonic6 (EEx d) Fig. 6-27: Interface for ultra sound gas meter (Q.Sonic6): serial RS485 (EEx d) via MFE7 Consider the recommendations made with regards to cable length and connection resistors in ... -
Page 89: Flowsic600 Ultrasound Gas Meter: Serial Rs485 (Eex D)
Assembly Instructions 6.4.23 FLOWSIC600 Ultrasound Gas Meter: Serial RS485 (EEx d) via MFE7 Board Hazardous Area Safe Area enCore device MFE7 board 0V 24V Data + Data - FLOWSIC600 (EEx d) RS232C service RS485 to RS232 converter e.g. ADAM 4520 Fig. -
Page 90: Serial Interface Through Com Port (Cpu Or Mser4-Board)
Assembly Instructions 6.4.24 Serial Interface through COM Port (CPU or MSER4-Board) Hazardous Area Safe Area enCore device COM port RJ45 (CPU or MSER4 board) Fig. 6-29: Serial interface through COM port (via CPU or MSER4) Cable length and the connection resistors Consider the recommendations made with regards to cable length and connection resistors in ... - Page 91 Assembly Instructions The following table indicates signal assignment depending on the Driver mode: RJ45 Pair no./color RS485 RS422 RS232 Pin no. 3/white-orange data A data A 3/orange data B data B 2/white-green data A’ 1/blue VAUX VAUX VAUX 1/white-blue SGND SGND SGND 2/green...
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Page 92: Analog Output Over Mfa8 Board (0/4
Assembly Instructions 6.4.25 Analog Output over MFA8 Board (0/4 ... 20 mA) Host enCore device Analog input MFA8 board board 0/4...20mA max. 300Ω 0/4...20mA max. 300Ω 0/4...20mA max. 300Ω 0/4...20mA max. 300Ω I− Fig. 6-30: Analog output via MFA8 Characteristics MFA8: •... -
Page 93: Message Output Over Mfa8 Board
Assembly Instructions Hints on parameterization Branch <device> – Basic System – I/O boards – Board <x>: MFA8 Set the following values: • for the relevant channel I1+ I−, I 2+ I−, I3+ I− or I4+ I−: type Current output − parameter Current range: current output range: 0 to 20 mA or 4 to 20 mA 6.4.26 Message Output over MFA8 Board... - Page 94 Assembly Instructions Characteristics MFA8: • four galvanically isolated passive output safe circuits for displaying messages: channel D1 interpreted as opener (nc, “normally closed”) − channel D2, D3 and D4 interpreted as closer (no, “normally − open”) • max. load per channel: 28.8 V DC 120 mA •...
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Page 95: Pulse Output Over Mfa8 Board
Assembly Instructions 6.4.27 Pulse Output over MFA8 Board Host enCore device max. 28,8V Fuse 0,2A Message input MFA8 board board D2+ or D3+ or D4+ max. 120 mA max. 25 Hz D2- or D3- or D4- Fig. 6-32: Pulse output via MFA8 Characteristics MFA8: •... -
Page 96: Device Configuration And Commissioning
7 Device Configuration and Commissioning All newly delivered devices are factory-configured so as to support all available interfaces. Setting enCore device parameters, i.e. configuring device functions and adapting the device to the actual measuring point, is done on site using the enSuite software. -
Page 97: Device Configuration
Device Configuration and Commissioning 7.1 Device Configuration This section gives brief instructions on how to create a complete confi- guration for enCore devices and how to transfer the configuration into the device on-site via USB. For details refer to volume ”Configuration of Device Software”... -
Page 98: Commissioning The Measurement System
Device Configuration and Commissioning In very rare cases, it may happen that the device shows a prohibitive sign in the home display after parameterization and restart, e.g.: Fig. 7-1: Emergency mode The prohibitive sign indicates that the device has started in emergency mode due to a system error that has been detected during re-start. -
Page 99: Checking Device Settings
Device Configuration and Commissioning 7.2.1 Checking Device Settings The legally relevant parameters can be checked in special device displays ( volume “Use in Legal Metrology” of the enCore FC manual). The enSuite software will allow you to carry out a complete check of the current device parametrization when the software has an online connection to the device. -
Page 100: Sealing (If Necessary)
Device Configuration and Commissioning This function is available in normal mode during online parametrization only. Requirement is that the calibration switch is open. Depending on the action you want to execute, you need the user right Erase fiscal audit trail/fiscal archives and/or the rights for the individual counters on parameter level. -
Page 101: Maintenance
8 Maintenance The enCore FC is practically maintenance-free. Only the battery, which is required for purposes of data retention when the power supply is switched off, must be replaced at certain intervals. This section contains instructions for replacing the battery and cleaning the device, as well as contact data for customer service and the service hotline. -
Page 102: Changing Batteries
Maintenance The enCore FC automatically signals as soon as battery state of charge has dropped to 20 % of that of a new battery. A dead battery may sometimes lead to a loss of the measurement data that was calculated and saved. For safety reasons, the battery should be replaced only by the manufacturer's service department or by an appropriately trained specialist working for the plant operator. - Page 103 Maintenance Remove the 4 mounting screws (A) from the left side wall. ► Fig. 8-1 Remove the left side plate. ► Fig. 8-2 Fig. 8-3 Fig. 8-4 Carefully loosen the battery cover tabs (B) using a small screwdriver. ► Remove the battery cover tabs. ►...
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Page 104: Cleaning
Maintenance A capacitor ensures that device data will be retained for 15 minutes. Insert the new battery. ► Make sure the polarity is correct when inserting the battery ( Fig. to 8-4)! An incorrect polarity will make itself known through a loss of data, only after a power failure of greater than 15 minutes. -
Page 105: Technical Assistance Center (Tac)
You can contact our Technical Assistence Center at: Tel.: +49 231 937110-88 ElsterSupport@Honeywell.com E-Mail: 8.4 Replacement Parts and Accessories ATTENTION! Incorrect replacement parts and accessories are a safety... -
Page 106: Warranty Conditions
Maintenance You must contact the responsible customer service department for spare parts and accessories ( chapter 8.3 Technical Assistance Center (TAC), p. 105). 8.5 Warranty Conditions You will find our current warranty conditions in the General Terms and Conditions, e.g. on our website: www.elster-instromet.com/en/general-terms-of-business Page 106 of 120 Operating Instructions... -
Page 107: Decommissioning/Disposal
9 Decommissioning/Disposal 9.1 Storage ATTENTION! Material damage from formation of condensation! Storing the device can lead to the formation of condensation resulting from variations in temperature. This may result in the device malfunctioning at a later time. • If stored or transported in cold weather or if subject to extreme variations in temperature, the device must be slowly brought to room temperature before it is commissioned. -
Page 108: Disposal
Decommissioning/Disposal • Storage temperature must be between −25°C and +60°C. • Mechanical vibrations must be avoided during storage. 9.2 Disposal Elster, being the manufacturer, will take care of proper disposal of the enCore FC once the operational life of the device expires. Send the enCore FC to the following address: Elster GmbH Steinern Straße 19–21... -
Page 109: Technical Data
10 Technical Data 10.1 General Information dimensions/ • plug-in unit in 19” technology, 3 height units housing (3U), 1/3 or 1/2 housing width • depth without plug approx. 170 mm, with plugs approx. 220 mm • process interfacing at the rear, operation panel at the front ambient conditions •... -
Page 110: Input Channels
Technical Data • 4 navigation and 2 function keys • 2 multicolor LEDs for power and status indication • sealable security switch Table 7: General technical data 10.2 Input channels ExMFE5 input • 3 NAMUR inputs [Ex ib Gb] IIC for LF pulses board (max. -
Page 111: Outputs
Technical Data MFE7 input board • 3 inputs (24 V DC) for LF pulses (max. 8 Hz, min. pulse length 50 ms) or HF pulses (max. 5 kHz) or messages. One of these inputs can be used alternatively for connecting an encoder index or as frequency input. -
Page 112: Interfaces For Digital Communication
Technical Data 10.4 Interfaces for Digital Communication • LAN interface (Ethernet 10/100-Mb) • 2 serial interfaces, supported standards: RS485/RS422/RS232 MSER4 • 4 serial interfaces, galvanically isolated amongst each other, and interfaces and system supported standards: RS485/RS422/RS232 ESER4 • 3 serial interfaces, galvanically isolated amongst each other, and interfaces and system supported standards: RS485/RS422/RS232 •... -
Page 113: Data Protocols And Its Tcp Default Port (Ethernet)
Technical Data 10.5.1 Data protocols and its TCP default port (Ethernet) Protocol Default Description port HyperText Transfer Protocol allows e.g. to HTTP access the enCore device via the remote operation panel. Manufacturing Messaging Specification (acc. to ISO standard 9506) allows communication between enSuite and enCore devices. -
Page 114: Housing Dimensions
Technical Data 10.6 Housing dimensions 10.6.1 1/3 housing width Fig. 10-1: Dimensions for plug-in module 19'', 3 U, 28 HP (all values in millimeters) Page 114 of 120 Operating Instructions enCore FC... -
Page 115: 1/2 Housing Width
Technical Data 10.6.2 1/2 housing width Fig. 10-2: Dimensions for plug-in module 19'', 3 U, 42 HP (all values in millimeters) enCore FC Operating Instructions Page 115 of 120... -
Page 116: Faqs
Honeywell products and services. To report a potential security vulnerability against any Honeywell product, please follow the instructions on our website https://honeywell.com/pages/vulnerabilityreporting.aspx Submit the requested information to Honeywell by using one of the following methods: Send an email to security@honeywell.com. - Page 117 FAQs Basic System version Basic System version up to 03-24 from 03-25 • • Number of masters 1 master up to 2 masters (according to HART specification) Parameter Master address Number of trans- depending on independent of mitters per HART communication mode: communication mode: loop...
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Page 118: Index
12 Index Accessories 105 enCore 8 AFB 8 enSuite 8 Application Function Block , ESER4 board 44 Assembly instructions 45 ExMFE5 input board 40 Authorized metrology expert 12 flow computer 28 Base conditions 25 Basic display 33 Battery cover 103 Battery Replacement 101 Gas specialist 12 Calibration 32... - Page 119 Index Manual Scope of Delivery 9 structure 13 Security switch 36 MFA8 output board 44 SFB 8 MFE7 input board 43 Specialist 12 Minimum distance 46 Standards 20 MSER4 board 43 Storage 107 System Function Block , Navigation via keys 35 Target group definition 11 via touch-screen 34 Technical Assistance Center 105...
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Page 120: Appendix
13 Appendix • EU Declaration of Conformity enCore FC1 • EU Declaration of Conformity enCore MC1 • ExMFE5 board: EC Type Examination Certificate (ATEX) Page 120 of 120 Operating Instructions enCore FC... - Page 128 English translation of the German original certificate – EXAM BBG Prüf- und Zertifizier GmbH EC Type Examination Certificate - Council Directive 94/9/EC - Protective devices and systems intended for use in potentially explosive atmospheres BVS 05 ATEX E 019 Device: Process Board Type EXMFE5 Manufacturer: FLOW COMP Systemtechnik GmbH...
- Page 129 English translation of the German original certificate – EXAM BBG Prüf- und Zertifizier GmbH (13) Appendix to (14) EC Type Examination Certificate BVS 05 ATEX E 019 (15) 15.1 Object and Type Process Board Type EXMFE5 15.2 Description The process board that will be installed outside potentially explosive atmospheres serves as power supply and for processing the signals of up to five sensors being installed in potentially explosive atmospheres.
- Page 130 English translation of the German original certificate – EXAM BBG Prüf- und Zertifizier GmbH (16) Test report BVS PP 05.2005 EC, as of 31 January 2005 (17) Special conditions for safe use None Page 3 of 3 of BVS 05 ATEX E 019 This certificate may only be circulated without alteration.