Pepperl+Fuchs HiC2081 Manual

Pepperl+Fuchs HiC2081 Manual

Temperature converter
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PROCESS AUTOMATION
MANUAL
Temperature Converter
HiC2081, HiD2081, HiD2082
ISO9001

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Summary of Contents for Pepperl+Fuchs HiC2081

  • Page 1 PROCESS AUTOMATION MANUAL Temperature Converter HiC2081, HiD2081, HiD2082 ISO9001...
  • Page 2 Temperature Converter HiC2081, HiD2081, HiD2082 With regard to the supply of products, the current issue of the following document is applicable: The General Terms of Delivery for Products and Services of the Electrical Industry, published by the Central Association of the Electrical Industry (Zentralverband Elektrotechnik und Elektroindustrie (ZVEI) e.V.) in its most recent version as well as the supplementary clause: "Expanded reservation...
  • Page 3: Table Of Contents

    Temperature Converter HiC2081, HiD2081, HiD2082 Table of contents Introduction ..........5 General .
  • Page 4 Temperature Converter HiC2081, HiD2081, HiD2082 Table of contents Maintenance and repair ........48 Dismounting, storage and disposal .
  • Page 5: Introduction

    Temperature Converter HiC2081, HiD2081, HiD2082 Introduction Introduction General This manual describes the installation, initial operation and handling of the device. It renders information on the safe operation of the device, fault elimination, maintenance and disposal. The corresponding data sheets, declarations of conformity and/or EC-Type Examination Certificates are part of this instruction manual.
  • Page 6: Symbols Used In This Document

    Temperature Converter HiC2081, HiD2081, HiD2082 Introduction 1. 2 Symbols used in this document In order to highlight safety-related and informative notes, we have defined the following categories. Every note is marked by a symbol. Danger! This symbol indicates a warning about a possible danger.
  • Page 7: Intended Use

    This devices mount on HiC or HiD Termination Boards. For more information (on certificates, data sheets and the instruction manual), please refer to our website at www.pepperl-fuchs.com (entry in product search: HiC2081, HiD2081 or HiD2082). EN - 7...
  • Page 8: Safety

    If faults can not be remedied, shut down the device. Secure the device against accidental operation. Return the device to Pepperl+Fuchs for repair. Own interventions and modifications are potentially hazardous, and any guarantee and manufacturer's liability shall become void.
  • Page 9: Delivery, Transport And Storage

    Temperature Converter HiC2081, HiD2081, HiD2082 Delivery, transport and storage Delivery, transport and storage 4. 1 Scope of delivery The scope of delivery comprises: • The device • The instruction manual (this document) 4. 2 Acceptance Please check the packaging and contents for any damage. Please check the delivery in order to ensure that all parts are available and the delivery conforms to your order.
  • Page 10: Installation And Mounting

    For additional information on the termination boards, please refer to system description on our website at www.pepperl-fuchs.com (entry in product search: HiC2081, HiD2081 or HiD2082). If you want to use a customized Termination Board, please contact your Pepperl+Fuchs assistant. 10 - EN...
  • Page 11 Temperature Converter HiC2081, HiD2081, HiD2082 Installation and mounting Dimensions HiC device 128 mm (5.04") 12,5 mm (0.5") Dimesnions HiD device 128 mm (5.04") 18 mm (0.71") EN - 11...
  • Page 12: Connecting The Device

    Temperature Converter HiC2081, HiD2081, HiD2082 Installation and mounting Mounting the device on the Termination Board: • Push the Quick Lok bar (1) into the upper position. • Center the pins (2) above the contact elements of the Termination Board. Note the connection direction of the device.
  • Page 13  Ni 100 according to DIN 43760  Cu10, Cu50, Cu100 according to GOSTP50353-92 • Internal cold junction compensation  HiC2081: resistance thermometer for cold junction compensation H-CJC-Pt100  HiD2081, HiD2082: esistance thermometer for cold junction compensation H-CJC-SC-8, H-CJC-SP-8 • Thermocouples ...
  • Page 14 Temperature Converter HiC2081, HiD2081, HiD2082 Installation and mounting Non-intrinsically safe current circuit can be connected to the black Termination Board terminals, which have the following function: • Terminals 11, 14 (channel I) and 12, 15 (channel II only HiD2082): as current source, current sink or voltage source •...
  • Page 15 If a current output operated as a source, the load resistance has to be between 0  and 550 . For more information on connections (on terminal assignment and current supply, for example), please refer to our website at www.pepperl-fuchs.com (entry in product search: HiC2081, HiD2081 or HiD2082).
  • Page 16: Operating And Display Elements

    Temperature Converter HiC2081, HiD2081, HiD2082 Installation and mounting Operating and display elements The following operating and display elements are located on the front side of the device: • Red LED CH1 FAULT (channel I) to display  a lead fault on input 1 (terminals 1, 2, 4, 5, flashing red) ...
  • Page 17: Marking

    Installation and mounting Marking It is possible to mark the device, the signals and the device function of each individual device. For this purpose, please use the labels offered by Pepperl+Fuchs. Marking the device: • Open the transparent housing cover.
  • Page 18: Operation

    Temperature Converter HiC2081, HiD2081, HiD2082 Operation Operation Configuration on the device The DIP switches on the side of the device are used to set the output type for output 1 and output 2. The two outputs can be configured differently. The output type can be selected as •...
  • Page 19: Configuration Using A Pc Operating Program

    Temperature Converter HiC2081, HiD2081, HiD2082 Operation Configuration using a PC operating program 6.2.1 Installing the software components In order to be able to configure the device by means of a PC operating program, the following software components are required: 1. Microsoft .NET Framework 1.1 or later...
  • Page 20 Temperature Converter HiC2081, HiD2081, HiD2082 Operation The cross-device properties of the software are described in the "PACTware Process Automation Configuration Tool" manual. For the free manual written in several languages, please access our website at www.pepperl-fuchs.com under Software > PACTware.
  • Page 21 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.2.3 Adjustment of the communication DTM In a PACTware project the temperature converter can be addressed by communication DTM P2P RS232 FDT only. Please refer to the "PACTware Process Automation Configuration Tool" manual to read how to create and edit a project.
  • Page 22 Temperature Converter HiC2081, HiD2081, HiD2082 Operation In order to add a device to a project, please chose communication DTM P2P RS232 FDT of the project. Add the device to the device catalog. For more details on these working steps, please refer to the "PACTware...
  • Page 23 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.2.4 Measured value The Measured value window displays the current values measured for the inputs and the current output values. Call the Measured value window. • Call the Measured value window in Device > Measured value.
  • Page 24 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.2.5 Simulation Simulation operation is activated or deactivated in the Simulation window. Call the Simulation window. • Call the Simulation window in Device > Simulation. Warning! The simulation operation may disturb or damage the device and the plant.
  • Page 25 Temperature Converter HiC2081, HiD2081, HiD2082 Operation Activating and deactivating simulation: • Activate simulation with  Active. • Change the output current and/or output voltage data for test purposes. • Press the Enter button to permit the numerical input to become effective.
  • Page 26 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.2.6 Diagnostics The Diagnostics window displays the device status as well as the status of input 1 and 2 (only HiD2082). Call the Diagnostics window. • Call the Diagnostics window in Device > Diagnostics.
  • Page 27 • Memory Error: Error in the memory of the device. If this error has been caused by a wrong data transmission, it can be remedied by accessing Device > Additional functions > Service (see section 6.2.7). Otherwise please contact Pepperl+Fuchs. • Internal Error: Please contact Pepperl+Fuchs.
  • Page 28 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.2.7 Service The device can be reset to the factory settings in the Service window. In section 10 lists all preset parameters. Call the Service window. • Call the Service window by accessing the Device > Additional functions > Service.
  • Page 29: Defining The Device Data

    Temperature Converter HiC2081, HiD2081, HiD2082 Operation Defining the device data Define all device parameters in the Parameter window. Warning! Faults or damage may occur due to modifications of the device functions. In case of non-observation, the safety and function of the device as well as other devices or plants are not ensured.
  • Page 30 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.3.1 Information The device information is rendered in the Information dialog window. Call the information dialog window. • Call the Parameter window in Device > Parameter. • In the directory tree select the Information dialog window.
  • Page 31 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.3.2 Description Use the Description dialog window to enter free descriptions of the inputs. Call the Description dialog window. • Call the Parameter window in Device > Parameter. • In the directory tree select the Description dialog window.
  • Page 32 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.3.3 Input Use the Input dialog window to enter the input parameter. Call the Input dialog window. • Call the Parameter window in Device > Parameter. • In the directory tree select the Input dialog window.
  • Page 33 Temperature Converter HiC2081, HiD2081, HiD2082 Operation Enter parameters. • Use the Input dialog window to select Input 1 or Input 2 (only HiD2082) dialog window. • Set the parameters for the selected input. The following parameters can be set: • Sensor (see section 5. 2): ...
  • Page 34 Temperature Converter HiC2081, HiD2081, HiD2082 Operation • Lead Resistance: In case of 2-wire connection of an RTD, the lead resistor of the feed to the sensor can be entered. • 2-Wire Calibration: In case of 2-wire connection of an RTD, the lead resistor can be synchronised here.
  • Page 35 Temperature Converter HiC2081, HiD2081, HiD2082 Operation Input Extra (only HiD2082) The Input Extra dialog window is used to activate or deactivate the redundancy. Activating and deactivating redundancy, entering the maximum deviation. • Use the Input dialog window to select the Input Extra dialog window.
  • Page 36 Temperature Converter HiC2081, HiD2081, HiD2082 Operation The device will react as follows: • If the Maximum Deviation between the measured values on input 1 (terminals 1, 2, 4, 5) and input 2 (terminals 3, 6, 7, 8, only HiD2082) is exceeded, ...
  • Page 37 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.3.4 Output Use the Output dialog window to enter the output parameter. Call the output dialog window. • Call the Parameter window in Device > Parameter. • In the directory tree select the Output dialog window.
  • Page 38 Temperature Converter HiC2081, HiD2081, HiD2082 Operation Enter parameters. • Use the Output dialog window to Analog Output 1 or Analog Output 2 (only HiD2082) dialog window. • Set the parameters for the selected output. The following parameters can be set: •...
  • Page 39 Temperature Converter HiC2081, HiD2081, HiD2082 Operation • Start Value of the measuring range The minimum value possible is displayed corresponding to the selected sensor. The start value can also be accepted by means of the Online Adjustment Start Value button.
  • Page 40: Behaviour Of The Current Output

    Temperature Converter HiC2081, HiD2081, HiD2082 Operation Behaviour of the current output The linear behaviour outside of the measuring range described in the following chapter occurs only, if the current values correspond to the temperature values which are between the minimum and the maximum value of the sensor selected.
  • Page 41 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.4.2 Setting 4 mA ... 20 mA (NE 43) 20.5 20.0 ≈ 103 -1.25 % Meas. Start value End value range At this setting, the start value of the measurement range is converted to 4 mA and the end value to 20 mA.
  • Page 42 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.4.4 Setting 0 mA ... 20 mA 20.5 20.0 102.5 % Meas. Start value End value range At this setting, the start value of the measurement range is converted to 0 mA and the end value to 20 mA.
  • Page 43: Behaviour Of The Voltage Output

    Temperature Converter HiC2081, HiD2081, HiD2082 Operation Behaviour of the voltage output The linear behaviour outside of the measuring range described in the following chapter occurs only, if the voltage values correspond to the temperature values which are between the minimum and the maximum value of the sensor selected.
  • Page 44 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.5.2 Setting 1 V ... 5 V (NE 43) 5.125 0.95 ≈ 103 -1.25 % Meas. Start value End value range At this setting, the start value of the measurement range is converted to 1 V and the end value to 5 V.
  • Page 45 Temperature Converter HiC2081, HiD2081, HiD2082 Operation 6.5.4 Setting 0 V ... 5 V 5.125 102.5 % Meas. Start value End value range At this setting, the start value of the measurement range is converted to 0 V and the end value to 5 V.
  • Page 46: Trouble Shooting

    Temperature Converter HiC2081, HiD2081, HiD2082 Trouble shooting Trouble shooting Fault current The following table shows the values of the current output during a fault, depending on the settings. For information on the behaviour of the current output if Redundancy Active has been selected, refer to page 36.
  • Page 47: Fault Voltage

    Temperature Converter HiC2081, HiD2081, HiD2082 Trouble shooting Fault voltage The following table shows the values of the voltage output during a fault, depending on the settings. For information on the behaviour of the voltage output if Redundancy Active has been selected, refer to page 36.
  • Page 48: Maintenance And Repair

    The device is maintenance-free. If the device is defective, • dismount the device (see section 9.1), and • return it to Pepperl+Fuchs for repair or • replace the device. Own interventions and modifications are potentially hazardous, and any guarantee and manufacturer's liability shall become void.
  • Page 49: Storage

    Temperature Converter HiC2081, HiD2081, HiD2082 Dismounting, storage and disposal Storage Pack the device for storage to protect it against impact and soiling. The original packaging offers perfect protection for the device. Store the device in a dry environment protecting it against humidity and aggressive media.
  • Page 50: Factory Settings

    Temperature Converter HiC2081, HiD2081, HiD2082 Factory settings Factory settings The device is supplied with preset factory parameters. The following table lists all parameters. Parameter Factory settings Own settings Supply Frequency 50 Hz Input 2 (only HiD2082) 2 (only HiD2082) Sensor...
  • Page 51 Temperature Converter HiC2081, HiD2081, HiD2082 Notes EN - 51...
  • Page 52 PROCESS AUTOMATION – PROTECTING YOUR PROCESS Worldwide Headquarters Pepperl+Fuchs GmbH 68307 Mannheim · Germany Tel. +49 621 776-0 E-Mail: info@de.pepperl-fuchs.com For the Pepperl+Fuchs representative closest to you check www.pepperl-fuchs.com/contact www.pepperl-fuchs.com 193263 DOCT-0963B Subject to modifications Copyright PEPPERL+FUCHS · Printed in Germany 09/2014...

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Hid2081Hid2082

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