ABB PFEA 111 User Manual
  1. Manuals
  2. Brands
  3. ABB Manuals
  4. Measuring Instruments
  5. PFEA 111
  6. User manual

ABB PFEA 111 User Manual

Web tension systems with tension electronics
Hide thumbs
Table of Contents

Advertisement

Quick Links

—
A B B M E A S U R E M E N T & A N A LY T I C S
Web Tension Systems
with Tension Electronics PFEA 111/112
User Manual
3BSE029380R0101 en Rev C

Advertisement

Table of Contents
loading

Related Manuals for ABB PFEA 111

Summary of Contents for ABB PFEA 111

  • Page 1 — A B B M E A S U R E M E N T & A N A LY T I C S Web Tension Systems with Tension Electronics PFEA 111/112 User Manual 3BSE029380R0101 en Rev C...
  • Page 2 ABB AB. NOTICE The information in this document is subject to change without notice and should not be construed as a commitment by ABB AB. ABB AB assumes no responsibility for any errors that may appear in this document.

  • Page 3: Table Of Contents

    Tension Electronics PFEA111/112, User Manual Table of Contents TABLE OF CONTENTS Chapter 1 - Introduction About this Manual ....................1-1 Cyber security disclaimer ..................1-1 WEEE: Waste Electrical and Electronic Equipment ..........1-1 How to Use this Manual ..................1-2 1.4.1 Getting Started ..................
  • Page 4 Tension Electronics PFEA111/112, User Manual Table of Contents CONTENTS (continued) 3.4.2 Changing Numerical Values and Parameters .......... 3-2 Menu Overview......................3-3 Step-by-step Commissioning Guide ................ 3-4 Performing Basic Settings..................3-5 Performing a Fast Setup ................... 3-5 3.8.1 Performing Fast Setup using Hanging Weights ........3-6 3.8.2 Performing Fast Setup using Wrap Gain ..........
  • Page 5 Tension Electronics PFEA111/112, User Manual Table of Contents CONTENTS (continued) 3.13.5.5 Output Buffer, Communication Block from PLC to PFEA112 ................ 3-31 3.14 Commissioning of Optional Units ................. 3-32 3.14.1 Insulation Amplifier PXUB 201 ............3-32 Chapter 4 - Operation About this Chapter ....................4-1 Safety Instructions ....................
  • Page 6 Tension Electronics PFEA111/112, User Manual Table of Contents CONTENTS (continued) 6.8.2.1 Profibus Communication Problem ........6-8 6.8.2.2 Synchronization Problem ..........6-8 6.8.3 Changing to Single Side Measurement If One Load Cell Is Faulty..6-9 Changing Load Cells....................6-10 Appendix A - Technical Data for Tension Electronics PFEA111/112 About this Appendix ....................
  • Page 7 Tension Electronics PFEA111/112, User Manual Table of Contents CONTENTS (continued) Appendix C - PFTL 301E - Designing the Load Cell Installation About This Appendix....................C-1 Basic Application Considerations................C-1 Step-by-Step Guide for Designing the Load Cell Installation .........C-2 Installation Requirements ..................C-3 Mounting Alternatives, Calculating Force and Calculating Wrap Gain....C-4 C.5.1 Horizontal Mounting................C-4 C.5.2...
  • Page 8 Tension Electronics PFEA111/112, User Manual Table of Contents CONTENTS (continued) D.15 Dimension Drawing, 3BSE027249, Rev. - ............D-20 D.16 Dimension Drawing, 3BSE004042D0066, Rev. - ..........D-21 D.17 Dimension Drawing, 3BSE004042D0065, Rev. - ..........D-22 D.18 Dimension Drawing, 3BSE010457, Rev. B ............D-23 Appendix E - PFTL 101 - Designing the Load Cell Installation About This Appendix ....................E-1 Basic Application Considerations ................E-1...
  • Page 9 Tension Electronics PFEA111/112, User Manual Table of Contents CONTENTS (continued) F.5.1 Horizontal Mounting................F-4 F.5.2 Inclined Mounting................... F-5 Force Calculation for Measurement with a Single Load Cell ......... F-6 F.6.1 The Most Common and Simple Solution ..........F-6 F.6.2 Force Calculation when the Web is not Centered on the Roll ....F-7 Mounting the Load Cells ..................
  • Page 10 Tension Electronics PFEA111/112, User Manual Table of Contents CONTENTS (continued) G.13 Dimension Drawing, 3BSE008724, Rev. F ............G-17 G.14 Dimension Drawing, 3BSE008905, Rev. G............G-18 G.15 Dimension Drawing, 3BSE008917, Rev. H............G-19 G.16 Dimension Drawing, 3BSE008918, Rev. G............G-20 Appendix H - Actual Data and Settings at Commissioning Document the Commissioning in this Form ............F-1 viii 3BSE029380R0101 Rev C...

  • Page 11: Chapter 1 Introduction

    ABB is not liable for any such damages and/or losses. 1.3 WEEE: Waste Electrical and Electronic Equipment The crossed –...

  • Page 12: How To Use This Manual

    Tension Electronics PFEA111/112, User Manual Chapter 1 Introduction 1.4 How to Use this Manual This user manual comprises two main parts. Information about the Tension Electronics: - System and safety information (Chapter 1) - Installation, commissioning, maintenance, operation and fault tracing (Chapters 2-6) - Technical data (Appendix A) Information about Designing the Load Cell Installation: - Vertical-force sensing load cell PFCL 301E (Appendix B)

  • Page 13: About This System

    Tension Electronics PFEA111/112, User Manual Section 1.5 About this System 1.5 About this System Your system for tension measurement consists of: • Tension Electronics PFEA111 or PFEA112 – PFEA111 is a cost effective compact and user friendly tension electronics providing an accurate and reliable fast analog SUM signal from two load cells for control and/or monitoring.

  • Page 14: Safety Instructions

    Tension Electronics PFEA111/112, User Manual Chapter 1 Introduction 1.6 Safety Instructions Read and follow the safety instructions given in this section before starting any work. However, local statutory regulations, if stricter, are to take precedence. The tension measurement system contains no moving parts. However, the load cells are mounted close to a rotating roll over which a web is running.

  • Page 15: The Measuring Technique Based On Pressductor® Technology

    All of these factors impact on the design, operation, and maintenance of the web processing machinery. ® ABB’s Pressductor transducer technology produces a signal as a result of changes in an electromagnetic field when the load cell is subjected to mechanical force. It is an operating principle that has its origin in a metallurgical phenomenon according to which mechanical forces alter the ability of some steels to convey a magnetic field.
  • Page 16 Tension Electronics PFEA111/112, User Manual Chapter 1 Introduction ® Figure 1-2. The Sensor Based on Pressductor Technology 3BSE029380R0101 Rev C...

  • Page 17: Chapter 2 Installation

    Tension Electronics PFEA111/112, User Manual Section 2.1 About this Chapter Chapter 2 Installation 2.1 About this Chapter The way you install your system has more influence on its functionality, accuracy and reliability than you might think. The more accurate the installation, the better the measurement system. By following the instructions in this chapter, you will fulfill the most important requirements for proper mechanical and electrical installation.

  • Page 18: Installing The Electronic Unit

    External indicating PFEA111/112 instrument (not included in Cable screens should be connected: the ABB delivery) - to an earth bar close to the IP 20-version (unsealed) - to the earth bar fitted inside the enclosure of the IP 65-version (NEMA 4) Mains supply n ×...
  • Page 19 Tension Electronics PFEA111/112, User Manual Section 2.4.1 Selecting and Routing the Cabling • The maximum permitted cable resistance in the excitation circuit is shown in Table 2-1. Before commissioning, check cable resistance in the load cell excitation circuit. Table 2-1. Maximum Permitted Cable Resistance Load cell Max.

  • Page 20: Interference

    Tension Electronics PFEA111/112, User Manual Chapter 2 Installation 2.4.1.2 Interference For immunity to interference, the load cell cables should be separated as far as possible from noisy power supply cables. A minimum distance of 0.3 m (12 inches) is recommended. Where the measuring system cables meet noisy cables, they must cross at right angles.

  • Page 21: Mounting The Tension Electronics Pfea111/112

    When choosing a place for installation, check that there will be space to open the enclosure lid fully. Also check that there is enough working space in front of the enclosure. The enclosure is fitted with cable glands (PFEA 111 five and PFEA 112 six cable glands). Note.To fulfill UL-requirements, the cable gland for mains supply cable must be replaced with an UL-listed metal fitting.
  • Page 22 Tension Electronics PFEA111/112, User Manual Chapter 2 Installation Figure 2-5. Cable Glands PFEA 112 Connect the cables to terminals according cable diagrams in Appendix (B, C, D, E, F or G) depending on installed load cell type. NOTE Do not connect solid conductors to terminals. Do not crimp pins to stranded cores.

  • Page 23: Ip 20-Version (Unsealed)

    Tension Electronics PFEA111/112, User Manual Section 2.4.2 Mounting the Tension Electronics PFEA111/112 2.4.2.2 IP 20-version (Unsealed) mm (inches) (EN 50022-35x7,5 or equivalent) Figure 2-6. Installation Dimensions Connect the cables to terminals according cable diagrams in Appendix (B, C, D, E, F or G) depending on installed load cell type.

  • Page 24: Earthing

    Tension Electronics PFEA111/112, User Manual Chapter 2 Installation 2.4.3 Earthing For trouble free operation, the earthing must be carried out carefully. Note the following: • If the free (unscreened) length exceeds 0.1 m (4 in.) the individual pairs of power and signal conductors must be twisted separately •...

  • Page 25: Installing Mns Select Floor Cabinet

    Tension Electronics PFEA111/112, User Manual Section 2.5 Installing MNS Select Floor Cabinet 2.5 Installing MNS Select Floor Cabinet 2.5.1 Mounting Cabinets Together If cabinets are to be mounted to each other use the included screw/bolt kit. The four M8 screws, with washers and nuts, in the angle hinges and six M6 screws at about Z1=500, Z2=1000, Z3=1500 mm height from the floor, see Figure 2-9.

  • Page 26: Space Requirements

    Tension Electronics PFEA111/112, User Manual Chapter 2 Installation Figure 2-10. Position of the Holes for fixing the Cabinet(s) to the Floor Table 2-2. Distances in Figure 2-10 Symbol Distance 69 mm (2.7”) 602 mm (23.7) 700 mm (27.6”) 56 mm (2.2”) 544 mm (21.4”) Dtot 655 mm (25.8”)

  • Page 27: Installing Junction Box Pfxc 141

    Tension Electronics PFEA111/112, User Manual Section 2.6 Installing Junction Box PFXC 141 2.6 Installing Junction Box PFXC 141 ® PFXC 141 are normally used for connection of Pressductor load cells where the distance between load cells and tension electronics is long. The cables fixed to the load cells and the cable to the control unit are to be connected to the junction box.

  • Page 28: Connecting The Load Cells

    Tension Electronics PFEA111/112, User Manual Chapter 2 Installation 2.7 Connecting the Load Cells Information for connecting the load cells is given in the appendix for each load cell type, see table below. Type of load cell Cable diagrams in Appendix PFCL 301E PFTL 301E PFRL 101...

  • Page 29: Connecting Optional Units

    Tension Electronics PFEA111/112, User Manual Section 2.8 Connecting Optional Units 2.8 Connecting Optional Units 2.8.1 Insulation Amplifier PXUB 201 (only for the IP 20-version) Insulation amplifier PXUB 201 is used when galvanic insulation between input and output, or between power supply and input/output, is required. See Section A.5.1 Insulation Amplifier PXUB 201.
  • Page 30 Tension Electronics PFEA111/112, User Manual Chapter 2 Installation 2-14 3BSE029380R0101 Rev C...

  • Page 31: Chapter 3 Commissioning

    Tension Electronics PFEA111/112, User Manual Section 3.1 About this Chapter Chapter 3 Commissioning 3.1 About this Chapter This chapter contains necessary information for commissioning your Web Tension System. It is assumed that the Web Tension System has been installed according to the instructions given Chapter 2 Installation Appendix (B, C, D, E, F or G) depending on installed load cell...

  • Page 32: Using The Panel Buttons

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.4 Using the Panel Buttons 3.4.1 Navigating and Confirming Display Button How to use it Steps back to previous menu. Sometimes you must press this button two or more times to get back to the Power Status desired menu.

  • Page 33: Menu Overview

    Tension Electronics PFEA111/112, User Manual Section 3.5 Menu Overview 3.5 Menu Overview Operator Menus Configuration and Service Menus The fast setup can be made in two ways WebTension FastSetUp > 5 s See 3.8 depending on how the wrap gain is set. Tension A Language, Unit, Web width and desired...

  • Page 34: Step-By-Step Commissioning Guide

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.6 Step-by-step Commissioning Guide Step Measurement See section Check that the main supply voltage is switched off. Check all cabling according to the cable diagrams. Appendix B, C, D, E, F or G Check the supply voltage DIN-rail mounted IP20-unit (unsealed) Nominal 24 V DC, Working range 18 - 36 V DC, X1:1-2...

  • Page 35: Performing Basic Settings

    Tension Electronics PFEA111/112, User Manual Section 3.7 Performing Basic Settings 3.7 Performing Basic Settings When the tension electronics has been powered on for the first time after delivery, you are asked to SetLanguage and then to SetUnit. These two settings must be performed to be able to proceed with the rest of the setup.

  • Page 36: Performing Fast Setup Using Hanging Weights

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.8.1 Performing Fast Setup using Hanging Weights The simplest method to set the wrap gain in this tension system is to use a known weight that loads the center of the roll with a rope that follows the web path exactly. All rolls must be free turning idlers.
  • Page 37 Tension Electronics PFEA111/112, User Manual Section 3.8.1 Performing Fast Setup using Hanging Weights 1. Apply a known weight on the roll (see Figure 3-1). HangWeight [XXXXXX] N 2. Enter the value of the known weight. Confirm with Select Yes and press to set up the voltage output.

  • Page 38: Performing Fast Setup Using Wrap Gain

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.8.2 Performing Fast Setup using Wrap Gain Press for 5 seconds to go to the fast setup menu. WebTension > 5 seconds Press to start the fast setup sequence. FastSetUp The menu SetWebWidth will only be available when the SetWebWidth selected unit is N/m, kN/m, kg/m or pli.

  • Page 39: Checking Load Cell Signal Polarity

    Tension Electronics PFEA111/112, User Manual Section 3.9 Checking Load Cell Signal Polarity Select filter settings (15, 30, 75, 250, 750 or 1500 ms) from FilterSettings [250 ms 1.5 Hz] the list with . Confirm with WebTension Press to finish the fast setup and go to the operator Finished PressOk menu.

  • Page 40: Performing A Complete Setup

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.11 Performing a Complete Setup 3.11.1 Overview The complete setup is built up by a number of main and sub menus. The table below shows the main menus in order of appearance when stepping through the complete setup. The table also gives an overview of the selections and parameter settings you can do below in each main menu.

  • Page 41: Complete Setup Sequence

    Tension Electronics PFEA111/112, User Manual Section 3.12 Complete Setup Sequence 3.12 Complete Setup Sequence This section gives a step-by-step description with detailed information of all available setup menus with related parameters, data and settings. 3.12.1 Presentation Menu WebTension From FastSetUp >...

  • Page 42: Set Web Width

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning • N/m (Newton/meter) • kN/m (kiloNewton/meter) • kg/m (kilogram/meter) • pli (pounds per linear inch) If the selected unit is N/m, kN/m, kg/m or pli, the Web Width needs to be set. Default Web Width is 2m (78,740 inch).

  • Page 43: Set Object

    Tension Electronics PFEA111/112, User Manual Section 3.12.2 Set Object 3.12.2 Set Object WebTension From PresentationMenu > 5 s FastSetUp SetObject SetObject AreYouSure [ZZ] Presentation- Menu SetObject To NominalLoad Figure 3-4. Set Object Menus NominalLoad Use up and down keys to select type of object [ZZ] from list ZeroSet SetWrapGain...

  • Page 44: Nominal Load

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.12.3 Nominal Load From SetObject WebTension NominalLoad NominalLoad > 5 s [ZZ kN ZZ lbs] ZZ kN ZZ lbs FastSetUp Presentation- To ZeroSet Menu SetObject Figure 3-8. Nominal Load Menus The nominal load is selected from the list below and must be the same as the nominal load on NominalLoad the load cell name plate.

  • Page 45: Zero Set

    Tension Electronics PFEA111/112, User Manual Section 3.12.4 Zero Set 3.12.4 Zero Set Zero set is used to compensate for load cell zero signal and tare weight. WebTension The zero setting range is ±2 x F (load cell nominal load). > 5 s FastSetUp Presentation- From NominalLoad...

  • Page 46: Set Wrap Gain

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.12.5 Set Wrap Gain To be able to present actual web tension on the display, the ratio between web tension and measured force on the load cell must be determined. This ratio is a scaling factor called Wrap Gain. The Wrap Gain depends on the web's wrap angle on the measuring roll and the orientation of the load cells.
  • Page 47 Tension Electronics PFEA111/112, User Manual Section 3.12.5 Set Wrap Gain • By calculation (Menu EnterWrapGain) Wrap Gain is a scaling factor which corresponds to the ratio between Web Tension (T) and the force component (F ) from web tension that is acting in the load cell measuring direction.

  • Page 48: Voltage Output

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.12.6 Voltage Output WebTension From SetWrapGain > 5 s FastSetUp VoltageOutput FilterSettings FilterSettings ZZ ms ZZ Hz [ZZ ms ZZ Hz] Presentation- Menu HighTension HighTension XXXXXX.X N [XXXXXX.X] N SetObject CurrentOutput HighOutput HighOutput NominalLoad XX.XX V...
  • Page 49 Tension Electronics PFEA111/112, User Manual Section 3.12.6 Voltage Output The following parameters can be set: • Filter settings) Table 3-3. • High Tension (N, kN, kg, lbs, N/m, kN/m, kg/m, pli), (factory default = 2000 N) • High Output, (factory default = +10 V) •...

  • Page 50: Current Output

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.12.7 Current Output WebTension From VoltageOutput > 5 s FastSetUp CurrentOutput FilterSettings FilterSettings ZZ ms ZZ Hz [ZZ ms ZZ Hz] Presentation- Menu HighTension HighTension SetObject XXXXXX.X N [XXXXXX.X] N Miscellaneous NominalLoad Menu HighOutput HighOutput...
  • Page 51 Tension Electronics PFEA111/112, User Manual Section 3.12.7 Current Output The following parameters can be set: • Filter settings Table 3-4. • High Tension (N, kN, kg, lbs, N/m, kN/m, kg/m, pli), (factory default = 2000 N) • High Output, (factory default = 20 mA) •...

  • Page 52: Miscellaneous Menu

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.12.8 Miscellaneous Menu WebTension From CurrentOutput > 5 s FastSetUp Miscellaneous Profibus On/Off Profibus On/Off Presentation- [ZZ] Menu Menu SetObject ProfibusAddress ProfibusAddress [ZZ] NominalLoad ServiceMenu MeasuringRange MeasuringRange ZeroSet XXXXX [XXXXX] SetWrapGain LoadDivision LoadDivision XXXXX [XXXXX]...

  • Page 53: Service Menu

    Tension Electronics PFEA111/112, User Manual Section 3.12.9 Service Menu 3.12.9 Service Menu WebTension From MiscellaneousMenu > 5 s FastSetUp ServiceMenu PFEA112 Version X.X Presentation- Menu MaximumLoad A [XXXXXX.X] N SetObject NominalLoad PresentOffset A XX.XX N ZeroSet Reset A AreYouSure ActionDone (shown for 1 s.) SetWrapGain VoltageOutput...

  • Page 54: Maximum Load / Present Offset

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.12.9.1 Maximum Load / Present Offset For each load cell connected to the web tension electronics PFEA111/112, a maximum load memory, with the range ±6.5 x F , will store the highest load that is applied to the load cell. The maximum load consists of: •...

  • Page 55: Profibus Dp Communication With Pfea112

    Tension Electronics PFEA111/112, User Manual Section 3.13 Profibus DP Communication with PFEA112 3.13 Profibus DP Communication with PFEA112 3.13.1 General Data about Profibus DP The purpose of the Profibus DP communication in PFEA112 is to provide a high speed communication link between superior systems and the PFEA112. Profibus DP is a multidrop communication protocol intended to connect PLCs to sensors (DP means “Distributed Peripherals”).

  • Page 56: Profibus Physical Media

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.13.3 Profibus Physical Media The bus line is specified in EN 50170 as line type A. Line type B should be avoided. The physical properties of the media are shown in Table 3-5 Table 3-6.

  • Page 57: Commands Through Profibus

    Tension Electronics PFEA111/112, User Manual Section 3.13.4 Commands through Profibus To bridge longer distances and bypass EMC interference, transmission with optical fiber conductors (glass or plastic) is also specified. Standard bus plug connectors are available for transmission with optical fiber conductors. These connectors convert RS 485 signals to optical fiber conductor signals and vice versa.

  • Page 58: Handling Of Measurement Data Through Profibus

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.13.5 Handling of Measurement Data through Profibus Two web tension measurement values are transferred through Profibus: • Value 1 has the same step response time as "voltage output" • Value 2 has the same step response time as "current output". The scaling of "voltage output"...

  • Page 59: Scaling Of Profibus Measuring Values

    Tension Electronics PFEA111/112, User Manual Section 3.13.5 Handling of Measurement Data through Profibus Table 3-7. Profibus parameters Parameter Description Profibus On/Off The Profibus can be enabled and disabled. Profibus Address If the Profibus is enabled, the Profibus address must be set in the range 000 - 125. Measuring Range If the Profibus is enabled, the Profibus Measuring Range and load division can be set.

  • Page 60: Filtering Of Profibus Measuring Values

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning Load Division Load Division is the resolution that will be used on Profibus. The Load Division value is calculated by PFEA112 and depends on the set measuring range. The measuring range is divided into a limited number of divisions in the range 2001 - 5000. The Load Division value = one division, contains only one significant digit (1, 2 or 5).

  • Page 61: Input Buffer, Communication Block From Pfea112 To Plc

    Tension Electronics PFEA111/112, User Manual Section 3.13.5 Handling of Measurement Data through Profibus 3.13.5.4 Input Buffer, Communication Block from PFEA112 to PLC This section specifies measurement values and Boolean values in the input buffer communication block. Bit No. Data Byte No. Value 1 Value 2 Boolean in...

  • Page 62: Commissioning Of Optional Units

    Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3.14 Commissioning of Optional Units 3.14.1 Insulation Amplifier PXUB 201 The insulation amplifier is connected to the tension electronics voltage output. S1 is normally set for voltage 1:1 ratio. The output is selected to generate a voltage or current output by means of switch S1 and S2. Slower response is selected by means of switch S2, position 3.
  • Page 63 Tension Electronics PFEA111/112, User Manual Section 3.14.1 Insulation Amplifier PXUB 201 PXUB 201 Output: 0 to ± 10 V Signal Input: 0 to ± 10 V +24 V – 1 2 3 1 2 3 Earth PXUB 201 Output: 4 to 20 mA Input: 0 to 10 V Signal –...
  • Page 64 Tension Electronics PFEA111/112, User Manual Chapter 3 Commissioning 3-34 3BSE029380R0101 Rev C...

  • Page 65: Chapter 4 Operation

    Tension Electronics PFEA111/112, User Manual Section 4.1 About this Chapter Chapter 4 Operation 4.1 About this Chapter Your measurement system does not need any attention during normal operation. Measurement runs continuously as long as the system is switched on. However, you need to know how to start and shut down the system, see Section 4.4 Start-up and shut-down.

  • Page 66: Start-Up And Shut-Down

    4.4.1 Start-up The tension electronics is started and shut down using an external ON/OFF switch (not supplied by ABB). During normal service no action from the operator is required. Check that the main tension control machinery is ready for normal run.

  • Page 67: Measuring Values On The Display

    Tension Electronics PFEA111/112, User Manual Section 4.6 Measuring values on the display 4.6 Measuring values on the display Depending on the selected unit, the measuring values will be presented differently, see Table 4-1 Table 4-2. Load cell [kN] [kg] [lbs] nominal load 0.1 [kN] XX XXX.X...

  • Page 68: Operator Menus

    Tension Electronics PFEA111/112, User Manual Chapter 4 Operation Examples of measuring values displayed: Example 1: Selected unit [N], Load cell nominal load 100 kN, Measured value 987654 N. Value presented on display: 987600 N. Example 2: Selected unit [kN], Load cell nominal load 100 kN, Measured value 987654 N. Value presented on display: 987.6 kN.

  • Page 69: Web Tension

    Tension Electronics PFEA111/112, User Manual Section 4.7.1 Web Tension 4.7.1 Web Tension 4.7.1.1 Standard Roll (two load cells) The following menus are available when a standard roll (two load cells) is connected to the tension electronics: • WebTension Shows the total web tension measured by load cell A and load cell B •...
  • Page 70 Tension Electronics PFEA111/112, User Manual Chapter 4 Operation 3BSE029380R0101 Rev C...

  • Page 71: Chapter 5 Maintenance

    Tension Electronics PFEA111/112, User Manual Section 5.1 About this Chapter Chapter 5 Maintenance 5.1 About this Chapter Under normal operating conditions, your system does not require any maintenance. However, we recommend you to perform regular checks. The following preventive measures may be taken depending on the type of environment in which your system operates.
  • Page 72 Tension Electronics PFEA111/112, User Manual Chapter 5 Maintenance 3BSE029380R0101 Rev C...

  • Page 73: Chapter 6 Fault-Tracing

    Tension Electronics PFEA111/112, User Manual Section 6.1 About this Chapter Chapter 6 Fault-tracing 6.1 About this Chapter During the working life of your measurement system, events may occur that disturb it and your process. These disturbances may appear in many different ways and the reason for the fault can be difficult to find.

  • Page 74: Interchangeability

    Tension Electronics PFEA111/112, User Manual Chapter 6 Fault-tracing 6.3 Interchangeability Unit Measures Tension Electronics The tension electronics PFEA111/112 is interchangeable with a tension electronics of the same type. A new setup is required. Load cells The load cells are directly interchangeable with other load cells of the same type.

  • Page 75: Fault-Tracing Procedure

    Tension Electronics PFEA111/112, User Manual Section 6.5 Fault-tracing Procedure 6.5 Fault-tracing Procedure Faults in the... Fault symptoms Mechanical installation Faults in the mechanical installation usually manifest themselves as an unstable zero point or incorrect sensitivity. If a fault is associated with a process parameter, such as the temperature, or can be linked with a particular operation, the fault is likely to emanate from the mechanical part of the installation.

  • Page 76: Error And Warning Messages In Pfea111/112

    Tension Electronics PFEA111/112, User Manual Chapter 6 Fault-tracing 6.6 Error and Warning Messages in PFEA111/112 An ERROR is something that causes the electronics to function incorrectly. A WARNING is something that might affect the accuracy of the measurement. When a warning or an error occurs, a warning or an error message is displayed on the Operator Panel and the “Status”...

  • Page 77: Fault Symptoms And Measures

    Tension Electronics PFEA111/112, User Manual Section 6.7 Fault Symptoms and Measures 6.7 Fault Symptoms and Measures General remark: If the free (unscreened) cable length exceeds 0.1 m (4 in.) the individual pairs of power and signal conductors must be twisted. Free length exceeding 0.1 m can cause unstable zero point or incorrect absolute measurement value.
  • Page 78 Tension Electronics PFEA111/112, User Manual Chapter 6 Fault-tracing Table 6-1. Fault Symptoms and Measures Fault symptom Measures No signal when load is applied 1. Check that cables to the electronics are correctly connected. 2. Check that the load cells are connected with correct polarity.

  • Page 79: Warnings And Errors Detected By The Tension Electronics

    Tension Electronics PFEA111/112, User Manual Section 6.8 Warnings and Errors Detected by the Tension Electronics 6.8 Warnings and Errors Detected by the Tension Electronics 6.8.1 Errors 6.8.1.1 Flash Memory Error • Replace PFEA111/112. 6.8.1.2 EEPROM Memory Error • Replace PFEA111/112. 6.8.1.3 Supply Error IP 20-version (unsealed): When the PFEA111/112 is connected to the 24 VDC power supply the voltage between...

  • Page 80: Load Cell Excitation Error

    Tension Electronics PFEA111/112, User Manual Chapter 6 Fault-tracing 6.8.1.4 Load Cell Excitation Error • Check that cables are correctly connected to the electronics. • If single side measurement is used and only load cell A or load cell B is connected to the electronics, check that a shorting wire is connected between terminals X1:7 and X1:8 or X1:3 and X1:4.

  • Page 81: Changing To Single Side Measurement If One Load Cell Is Faulty

    Tension Electronics PFEA111/112, User Manual Section 6.8.3 Changing to Single Side Measurement If One Load Cell Is Faulty 6.8.3 Changing to Single Side Measurement If One Load Cell Is Faulty If one load cell is faulty it is possible to change from Standard Roll to Single Side Measurement. For load cell connections, please refer to cable diagrams in Appendix B, C, D, E, F or G for the load cell type used in the installation.

  • Page 82: Changing Load Cells

    Tension Electronics PFEA111/112, User Manual Chapter 6 Fault-tracing 6.9 Changing Load Cells Before starting work, read the safety instructions stated in Chapter 1 Introduction. For load cells equipped with an extension cable and connector: Disconnect the connection cable from the load cell and protect the connection cable from dirt and damage.

  • Page 83: Appendix A Technical Data For Tension Electronics Pfea111/112

    Tension Electronics PFEA111/112, User Manual Section A.1 About this Appendix Appendix A Technical Data for Tension Electronics PFEA111/112 A.1 About this Appendix This appendix comprises technical data for tension electronics PFEA111/112. Data for the load cells are given in: • Appendix B PFCL 301E - Designing the Load Cell Installation •...

  • Page 84: Definitions Used In The Web Tension Systems

    Tension Electronics PFEA111/112, User Manual Appendix A Technical Data for Tension Electronics PFEA111/112 A.2 Definitions used in the Web Tension Systems Table A-1. Definitions Nominal load, F , is the load for which the load cell is Linearity deviation dimensioned and calibrated, i.e. the sum of the stationary load and the maximum measured load in the measuring direction.

  • Page 85: Coordinate System

    Tension Electronics PFEA111/112, User Manual Section A.2.1 Coordinate System Table A-1. Definitions Example: T = Web tension. Wrap angle Tare = Force of tare (weight of roll and bearing arrangement mounted on the load cells) = Measured force (force component of the web tension in the measuring direction of the load cell).

  • Page 86: Technical Data

    Tension Electronics PFEA111/112, User Manual Appendix A Technical Data for Tension Electronics PFEA111/112 A.3 Technical Data Table A-2. Data for Supply Voltage Data Comments Supply voltage IP 20-unit (unsealed) 24 V DC 18 - 36 V DC IP 65-unit (NEMA 4) 24 V DC 18 - 36 V DC 85 - 264 V AC...
  • Page 87 Tension Electronics PFEA111/112, User Manual Section A.3 Technical Data Table A-5. Data for Signal Outputs Data Comments Voltage output 0 - 10 V Range -5 to +11 V Max. load 5 mA Ripple <10 mV Wrap gain = 1 Step response time 15 ms Band width 35 Hz...
  • Page 88 Tension Electronics PFEA111/112, User Manual Appendix A Technical Data for Tension Electronics PFEA111/112 Table A-8. Environmental Data Data Comments Temperature dependence Zero point drift < 50 ppm/K (28 ppm/°F) Sensitivity drift < 75 ppm/K (42 ppm/°F) Operating temperature +5 to +55 °C (32 - 131 °F) Outside the IP 20-version (unsealed) and IP 65-version (NEMA 4)

  • Page 89: Factory Default Settings

    Tension Electronics PFEA111/112, User Manual Section A.4 Factory Default Settings A.4 Factory Default Settings Table A-10. Factory Default Settings PFEA111 PFEA112 Display language English English Display unit Set Decimals Load cells per roll Object type Standard roll Standard roll Load cell nominal load 1.0 kN 225 lbs 1.0 kN 225 lbs Wrap gain...

  • Page 90: Optional Units

    Tension Electronics PFEA111/112, User Manual Appendix A Technical Data for Tension Electronics PFEA111/112 A.5 Optional Units A.5.1 Insulation Amplifier PXUB 201 Output Input – – +24 V +24 V Figure A-2. Insulation Amplifier PXUB 201 Table A-11. Data for Insulation Amplifier PXUB 201 Type Data Power supply...

  • Page 91: Power Supply Unit Sd83X

    Tension Electronics PFEA111/112, User Manual Section A.5.2 Power Supply Unit SD83x A.5.2 Power Supply Unit SD83x Table A-12. Mains Supply Voltage Data Remarks Mains supply voltage 115 V AC (90 - 132 V), 100 V -10% to 120 V + 10% Auto-select 230 V AC (180 - 264 V), 200 V -10% to 240 V + 10%...

  • Page 92: Drawings

    Tension Electronics PFEA111/112, User Manual Appendix A Technical Data for Tension Electronics PFEA111/112 A.6 Drawings A.6.1 Dimension Drawing 3BSE017052D64, Rev. D A-10 3BSE029380R0101 Rev C...

  • Page 93: Dimension Drawing 3Bse029997D0064, Rev. A

    Tension Electronics PFEA111/112, User Manual Section A.6.2 Dimension Drawing 3BSE029997D0064, Rev. A A.6.2 Dimension Drawing 3BSE029997D0064, Rev. A 3BSE029380R0101 Rev C A-11...

  • Page 94: Profibus Dp - Gsd File For Pfea112

    Tension Electronics PFEA112 ; AUTHOR: M.Sollander ; REVISION DATE: January 27, 2003 ;================================================================== #Profibus_DP GSD_Revision ;====================== PRODUCT SPECIFICATION ===================== Vendor_Name = "ABB Automation Techn. Products" Model_Name = "Tension Electronics PFEA112" Ident_Number = 0x0716 Revision = "2.0" Hardware_Release = "1.0" Software_Release = "1.0"...
  • Page 95 Tension Electronics PFEA111/112, User Manual Section A.7 Profibus DP - GSD File for PFEA112 ;====================== PROTOCOL CONFIGURATION ==================== Set_Slave_Add_supp Auto_Baud_supp Min_Slave_Intervall Freeze_Mode_supp Sync_Mode_supp Fail_Safe ;====================== SUPPORTED BAUDRATES ======================= 9.6_supp 19.2_supp 45.45_supp 93.75_supp 187.5_supp 500_supp 1.5M_supp 3M_supp 6M_supp 12M_supp MaxTsdr_9.6 = 60 MaxTsdr_19.2 = 60 MaxTsdr_45.45...
  • Page 96 Tension Electronics PFEA111/112, User Manual Appendix A Technical Data for Tension Electronics PFEA111/112 ;====================== DIAGNOSTIC DEFINITIONS ==================== Max_Diag_Data_Len ;====================== PARAMETER DEFINITIONS ===================== User_Prm_Data_Len User_Prm_Data = 0, 0, 0 ;====================== MODULE DEFINITIONS ======================== Modular_Station Module = "PFEA112" 0x51,0x11,0x21 EndModule ;================================================================== A-14 3BSE029380R0101 Rev C...

  • Page 97: Appendix B Pfcl 301E - Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Section B.1 About This Appendix Appendix B PFCL 301E - Designing the Load Cell Installation B.1 About This Appendix This appendix describes the procedure for designing the load cell installation. The following sections are included: •...

  • Page 98: Step-By-Step Guide For Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Appendix B PFCL 301E - Designing the Load Cell Installation B.3 Step-by-Step Guide for Designing the Load Cell Installation The procedure below defines the main considerations involved in designing a load cell installation. Check load cell data so that environmental demands are met. Calculate forces;...

  • Page 99: Installation Requirements

    Stable foundation the load cell. If the measuring roll is driven, Correct torque for delivered screws intended always consult ABB to ensure for the adapter plates is 24 Nm (18 ft.-lb). a solution with minimised risk Follow the manufacturer´s recommendation of disturbances.

  • Page 100: Mounting Alternatives, Calculating Force And Calculating Wrap Gain

    Rtot required capacity of each load cell. = T × (sin + sin ) Do not oversize an ABB load cell for overload purposes = Tare as the load cell has sufficient overload capacity. = T × (sin  + sin ) + Tare Rtot ...

  • Page 101: Inclined Mounting

    Tension Electronics PFEA111/112, User Manual Section B.5.2 Inclined Mounting B.5.2 Inclined Mounting PFCL 301E Sometimes it is necessary to mount the load cell on an  incline due to mechanical design constraints of the  machine or the need to have a proper force component applied to the load cell.

  • Page 102: Force Calculation For Measurement With A Single Load Cell

    Tension Electronics PFEA111/112, User Manual Appendix B PFCL 301E - Designing the Load Cell Installation B.6 Force Calculation for Measurement with a Single Load Cell In some cases, it is sufficient to measure the tension with only a single load cell mounted at one end of the roll.

  • Page 103: Force Calculation When The Web Is Not Centered On The Roll

    Tension Electronics PFEA111/112, User Manual Section B.6.2 Force Calculation when the Web is not Centered on the Roll B.6.2 Force Calculation when the Web is not Centered on the Roll Use the calculations below for horizontal and inclined mounting when the web is not centered on the roll.

  • Page 104: Mounting The Load Cells

    Tension Electronics PFEA111/112, User Manual Appendix B PFCL 301E - Designing the Load Cell Installation B.7 Mounting the Load Cells The instructions below apply to a typical mounting arrangement. Variations may be allowed, provided that they comply with the requirements in Appendix B.4.

  • Page 105: Technical Data

    Tension Electronics PFEA111/112, User Manual Section B.8 Technical Data B.8 Technical Data PFCL 301E Unit Nominal load Nominal load in measuring direction, F (45) (112) (225) Permitted transverse load within the accuracy, F 0.05 0.125 0.25 Vnom For h = 135 mm (5.3 inch) (11) (28) (56)
  • Page 106 Tension Electronics PFEA111/112, User Manual Appendix B PFCL 301E - Designing the Load Cell Installation Table B-1. Environmental data for load cell PFCL 301E PFCL 301E Unit  +20 - +60 Compensated temperature range  (68 - 140) < ± 150 Zero point drift (83) ppm/K...

  • Page 107: Cable Diagram 3Bse028140D0065, Page 2/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Section B.9 Cable Diagram 3BSE028140D0065, page 2/5, Rev. C B.9 Cable Diagram 3BSE028140D0065, page 2/5, Rev. C 3BSE029380R0101 Rev C B-11...

  • Page 108: Mounting Instruction, Cable Connector, 3Bse019064, Rev. A

    Tension Electronics PFEA111/112, User Manual Appendix B PFCL 301E - Designing the Load Cell Installation B.10 Mounting Instruction, Cable Connector, 3BSE019064, Rev. A B-12 3BSE029380R0101 Rev C...

  • Page 109: Dimension Drawing, 3Bse015955D0094, Rev. D

    Tension Electronics PFEA111/112, User Manual Section B.11 Dimension Drawing, 3BSE015955D0094, Rev. D B.11 Dimension Drawing, 3BSE015955D0094, Rev. D 3BSE029380R0101 Rev C B-13...

  • Page 110: Assembly Drawing, 3Bse015955D0096, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix B PFCL 301E - Designing the Load Cell Installation B.12 Assembly Drawing, 3BSE015955D0096, Rev. C B-14 3BSE029380R0101 Rev C...

  • Page 111: Appendix C Pftl 301E - Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Section C.1 About This Appendix Appendix C PFTL 301E - Designing the Load Cell Installation C.1 About This Appendix This appendix describes the procedure for designing the load cell installation. The following sections are included: •...

  • Page 112: Step-By-Step Guide For Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Appendix C PFTL 301E - Designing the Load Cell Installation C.3 Step-by-Step Guide for Designing the Load Cell Installation The procedure below defines the main considerations involved in designing a load cell installation. Check load cell data so that environmental demands are met. Calculate forces;...

  • Page 113: Installation Requirements

    Stable foundation the load cell. If the measuring roll is driven, Correct torque for delivered screws intended always consult ABB to ensure for the adapter plates is 24 Nm (18 ft.-lb). a solution with minimised risk Follow the manufacturer´s recommendation of disturbances.

  • Page 114: Mounting Alternatives, Calculating Force And Calculating Wrap Gain

    Rtot required capacity of each load cell. = T × (cos   cos ) Do not oversize an ABB load cell for overload purposes as the load cell has sufficient overload capacity. = 0 (Tare force is not measured) = T ×...

  • Page 115: Inclined Mounting

    Tension Electronics PFEA111/112, User Manual Section C.5.2 Inclined Mounting C.5.2 Inclined Mounting PFTL 301E Sometimes it is necessary to mount the load cell on an incline due to mechanical design constraints of the machine or the need to have a proper force component ...

  • Page 116: Force Calculation For Measurement With A Single Load Cell

    Tension Electronics PFEA111/112, User Manual Appendix C PFTL 301E - Designing the Load Cell Installation C.6 Force Calculation for Measurement with a Single Load Cell In some cases, it is sufficient to measure the tension with only a single load cell mounted at one end of the roll.

  • Page 117: Force Calculation When The Web Is Not Centered On The Roll

    Tension Electronics PFEA111/112, User Manual Section C.6.2 Force Calculation when the Web is not Centered on the Roll C.6.2 Force Calculation when the Web is not Centered on the Roll Use the calculations below for horizontal and inclined mounting when the web is not centered on the roll.

  • Page 118: Mounting The Load Cells

    Tension Electronics PFEA111/112, User Manual Appendix C PFTL 301E - Designing the Load Cell Installation C.7 Mounting the Load Cells The instructions below apply to a typical mounting arrangement. Variations may be allowed, provided that they comply with the requirements in Section C.4, Installation Requirements.

  • Page 119: Technical Data

    Tension Electronics PFEA111/112, User Manual Section C.8 Technical Data C.8 Technical Data PFTL 301E Unit Nominal load Nominal load in measuring direction, F (22) (45) (112) (225) For h = 135 mm (5.3 inch) Permitted transverse load within the accuracy, F Vnom (67) (135)
  • Page 120 Tension Electronics PFEA111/112, User Manual Appendix C PFTL 301E - Designing the Load Cell Installation Table C-1. Environmental data for load cell PFTL 301E PFTL 301E Unit  +20 - +60 Compensated temperature range  (68 - 140) < ± 150 Zero point drift (83) ppm/K...

  • Page 121: Cable Diagram 3Bse028140D0065, Page 1/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Section C.9 Cable Diagram 3BSE028140D0065, Page 1/5, Rev. C C.9 Cable Diagram 3BSE028140D0065, Page 1/5, Rev. C 3BSE029380R0101 Rev C C-11...

  • Page 122: Mounting Instruction, Cable Connector, 3Bse019064, Rev. A

    Tension Electronics PFEA111/112, User Manual Appendix C PFTL 301E - Designing the Load Cell Installation C.10 Mounting Instruction, Cable Connector, 3BSE019064, Rev. A C-12 3BSE029380R0101 Rev C...

  • Page 123: Dimension Drawing, 3Bse019040D0094, Rev. C

    Tension Electronics PFEA111/112, User Manual Section C.11 Dimension Drawing, 3BSE019040D0094, Rev. C C.11 Dimension Drawing, 3BSE019040D0094, Rev. C 3BSE029380R0101 Rev C C-13...

  • Page 124: Assembly Drawing, 3Bse019040D0096, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix C PFTL 301E - Designing the Load Cell Installation C.12 Assembly Drawing, 3BSE019040D0096, Rev. C C-14 3BSE029380R0101 Rev C...

  • Page 125: Appendix D Pfrl 101 - Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Section D.1 About This Appendix Appendix D PFRL 101 - Designing the Load Cell Installation D.1 About This Appendix This appendix describes the procedure for designing the load cell installation. The following sections are included: •...

  • Page 126: Step-By-Step Guide For Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.3 Step-by-Step Guide for Designing the Load Cell Installation The procedure below defines the main considerations involved in designing a load cell installation. Check load cell data so that environmental demands are met. Calculate forces;...

  • Page 127: Installation Requirements

    0.1 mm (0.004 in.) Grade G-2.5 ISO 1940-1 Self aligning bearings If the measuring roll is driven, always consult ABB to ensure The mounting screws a solution with minimized risk shall be tightened of disturbances according to the manufacturer´s...

  • Page 128: Load Cell Orientation Depending On Measurement Direction

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.5 Load Cell Orientation Depending on Measurement Direction The radial load cell will only measure forces along the axis as shown in the figure to the left. Positive Therefore the orientation of the measurement direction is important to the amount of signal measurement...

  • Page 129: Mounting Alternatives, Calculating Force And Calculating Wrap Gain

    Rtot required capacity of each load cell. = T × (cos   cos ) Do not oversize an ABB load cell for overload purposes as the load cell has sufficient overload capacity. = 0 (Tare force is not measured) = T ×...

  • Page 130: Inclined Mounting

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.6.2 Inclined Mounting Sometimes it is necessary to mount the load cell on an  incline due to mechanical design constraints of the machine or due to the need to have a proper force ...

  • Page 131: Force Calculation For Measurement With A Single Load Cell

    Tension Electronics PFEA111/112, User Manual Section D.7 Force Calculation for Measurement with a Single Load Cell D.7 Force Calculation for Measurement with a Single Load Cell In some cases, it is sufficient to measure the tension with only a single load cell mounted at one end of the roll.

  • Page 132: Force Calculation When The Web Is Not Centered On The Roll

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.7.2 Force Calculation when the Web is not Centered on the Roll Use the calculations below for horizontal and inclined mounting when the web is not centered on the roll.

  • Page 133: Mounting The Load Cells

    Tension Electronics PFEA111/112, User Manual Section D.8 Mounting the Load Cells D.8 Mounting the Load Cells Mount the bearings in the load cells. NOTE Use tools and materials that not will damage the bearing or the load cell. NOTE One of the bearings is locked in position with retaining rings while the other bearing is only pressed into the correct position to allow axial expansion.
  • Page 134 Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation Inner lid Example of load cell mounting Mount distance spacers and shaft sealings, if necessary. Put the inner load cell lids in position, and also four mounting screws in their holes. Press the load cells onto the shaft (press on the inner rings of the bearings only).

  • Page 135: Mounting With Brackets

    Tension Electronics PFEA111/112, User Manual Section D.8.1 Mounting with Brackets D.8.1 Mounting with Brackets The optional bracket is intended to facilitate mounting on horizontal surfaces. Mounting To achieve the best hole measuring direction, turn the load cell to a suitable position before drilling the bracket.

  • Page 136: Mounting Screws For The Load Cells

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.8.2 Mounting Screws for the Load Cells The load cell shall be mounted with screws according to Table D-1. NOTE The screws shall be tightened according to the manufacturer´s recommendations. Screws with strength class 8.8 are sufficient for normal applications without large transverse forces or overloads.

  • Page 137: Technical Data

    Tension Electronics PFEA111/112, User Manual Section D.9 Technical Data D.9 Technical Data Table D-2. Technical Data for Different Types of Load Cell PFRL 101 PFRL 101 Type Data Unit Nominal load Nominal load, F 0.5 (112) 1 (225) 0.5 (112) 1 (225) 2 (450) 5 (1125)
  • Page 138 Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation Table D-2. Technical Data for Different Types of Load Cell PFRL 101 PFRL 101 Type Data Unit Material SS 2387 stainless steel, DIN X4CrNiMo 16 5. Corrosion resistance properties similar to AISI 304.

  • Page 139: Cable Diagram, 3Bse028140D0065, Page 3/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Section D.10 Cable Diagram, 3BSE028140D0065, Page 3/5, Rev. C D.10 Cable Diagram, 3BSE028140D0065, Page 3/5, Rev. C 3BSE029380R0101 Rev C D-15...

  • Page 140: Cable Diagram, 3Bse028140D0065, Page 4/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.11 Cable Diagram, 3BSE028140D0065, Page 4/5, Rev. C D-16 3BSE029380R0101 Rev C...

  • Page 141: Dimension Drawing 3Bse004042D0003, Page 1/2, Rev. O

    Tension Electronics PFEA111/112, User Manual Section D.12 Dimension Drawing 3BSE004042D0003, page 1/2, Rev. O D.12 Dimension Drawing 3BSE004042D0003, page 1/2, Rev. O 3BSE029380R0101 Rev C D-17...

  • Page 142: Dimension Drawing, 3Bse004042D0003, Page 2/2, Rev. O

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.13 Dimension Drawing, 3BSE004042D0003, page 2/2, Rev. O D-18 3BSE029380R0101 Rev C...

  • Page 143: Dimension Drawing, 3Bse026314, Rev

    Tension Electronics PFEA111/112, User Manual Section D.14 Dimension Drawing, 3BSE026314, Rev. - D.14 Dimension Drawing, 3BSE026314, Rev. - 3BSE029380R0101 Rev C D-19...

  • Page 144: Dimension Drawing, 3Bse027249, Rev

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.15 Dimension Drawing, 3BSE027249, Rev. - D-20 3BSE029380R0101 Rev C...

  • Page 145: Dimension Drawing, 3Bse004042D0066, Rev

    Tension Electronics PFEA111/112, User Manual Section D.16 Dimension Drawing, 3BSE004042D0066, Rev. - D.16 Dimension Drawing, 3BSE004042D0066, Rev. - 3BSE029380R0101 Rev C D-21...

  • Page 146: Dimension Drawing, 3Bse004042D0065, Rev

    Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D.17 Dimension Drawing, 3BSE004042D0065, Rev. - D-22 3BSE029380R0101 Rev C...

  • Page 147: Dimension Drawing, 3Bse010457, Rev. B

    PAMP Håkan F Wintzell 2014-02-07 Bracket for PFRL101 FMGF Appr. PAMP Vinkelkonsol för PFRL101 FMGF Resp.dept Document number Lang. Rev. Sheet ABB AB 3BSE010457 Product family : 661230 Bansp. mätare PRT100 Project or order number : 3BSE029380R0101 Rev C D-23...
  • Page 148 Tension Electronics PFEA111/112, User Manual Appendix D PFRL 101 - Designing the Load Cell Installation D-24 3BSE029380R0101 Rev C...

  • Page 149: Appendix E Pftl 101 - Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Section E.1 About This Appendix Appendix E PFTL 101 - Designing the Load Cell Installation E.1 About This Appendix This appendix describes the procedure for designing the load cell installation. The following sections are included: •...

  • Page 150: Step-By-Step Guide For Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.3 Step-by-Step Guide for Designing the Load Cell Installation The procedure below defines the main considerations involved in designing a load cell installation. Check load cell data so that environmental demands are met. Calculate forces;...

  • Page 151: Installation Requirements

    Stable foundation For correct tightening torques, see table E-1. If the measuring roll is driven, always consult ABB to ensure a solution with minimized risk Alignment of the load cells of disturbances. mm (inches) Adapter plate thickness 90°...

  • Page 152: Mounting Alternatives, Calculating Force And Calculating Wrap Gain

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.5 Mounting Alternatives, Calculating Force and Calculating Wrap Gain E.5.1 Horizontal Mounting In most cases, horizontal mounting is the most obvious +  +  and simplest solution.

  • Page 153: Inclined Mounting

    Tension Electronics PFEA111/112, User Manual Section E.5.2 Inclined Mounting E.5.2 Inclined Mounting Sometimes it is necessary to mount the load cell on an incline due to mechanical design constraints of the   machine or the need to have a sufficient force component ...

  • Page 154: Force Calculation For Measurement With A Single Load Cell

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.6 Force Calculation for Measurement with a Single Load Cell In some cases, it is sufficient to measure the tension with only a single load cell mounted at one end of the roll.

  • Page 155: Force Calculation When The Web Is Not Centered On The Roll

    Tension Electronics PFEA111/112, User Manual Section E.6.2 Force Calculation when the Web is not Centered on the Roll E.6.2 Force Calculation when the Web is not Centered on the Roll Use the calculations below for horizontal and inclined mounting when the web is not centered on the roll.

  • Page 156: Mounting The Load Cells

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.7 Mounting the Load Cells The instructions below apply to a typical mounting arrangement. Variations are allowed, provided that the requirements of Section E.4, Installation Requirements are complied with.

  • Page 157: Routing The Load Cell Cable

    Tension Electronics PFEA111/112, User Manual Section E.7.1 Routing the Load Cell Cable  a NOTE Do not drill in this area, as internal wiring may be damaged.  a  a  a Tubular Load cell PFTL 101  a dowel pin 8.4 A/AE/AER...

  • Page 158: Technical Data

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.8 Technical Data Table E-2. Technical Data for Different Types of Load Cell PFTL 101 PFTL 101 Type Data Unit Nominal load A/AE/AER Nominal load in measuring direction, F (112) (225) (450)
  • Page 159 Tension Electronics PFEA111/112, User Manual Section E.8 Technical Data Table E-2. Technical Data for Different Types of Load Cell PFTL 101 PFTL 101 Type Data Unit Weight A/AE/AER (20) (20) (22) (lbs) B/BE/BER (44) (46) (46) (51) Material A/AE/B/BE Stainless steel: SS 2383 DIN 17440 X12CrMoS17 Werkstoffnr 1.4104...

  • Page 160: Cable Diagram 3Bse028140D0065, Page 3/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.9 Cable Diagram 3BSE028140D0065, Page 3/5, Rev. C E-12 3BSE029380R0101 Rev C...

  • Page 161: Cable Diagram 3Bse028140D0065, Page 4/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Section E.10 Cable Diagram 3BSE028140D0065, Page 4/5, Rev. C E.10 Cable Diagram 3BSE028140D0065, Page 4/5, Rev. C 3BSE029380R0101 Rev C E-13...

  • Page 162: Cable Diagram 3Bse028140D0065, Page 5/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.11 Cable Diagram 3BSE028140D0065, Page 5/5, Rev. C E-14 3BSE029380R0101 Rev C...

  • Page 163: Dimension Drawing, 3Bse004171, Rev. B

    Tension Electronics PFEA111/112, User Manual Section E.12 Dimension Drawing, 3BSE004171, Rev. B E.12 Dimension Drawing, 3BSE004171, Rev. B 3BSE029380R0101 Rev C E-15...

  • Page 164: Dimension Drawing, 3Bse004995, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.13 Dimension Drawing, 3BSE004995, Rev. C E-16 3BSE029380R0101 Rev C...

  • Page 165: Dimension Drawing, 3Bse023301D0064, Rev. B

    Tension Electronics PFEA111/112, User Manual Section E.14 Dimension Drawing, 3BSE023301D0064, Rev. B E.14 Dimension Drawing, 3BSE023301D0064, Rev. B 3BSE029380R0101 Rev C E-17...

  • Page 166: Dimension Drawing, 3Bse004196, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.15 Dimension Drawing, 3BSE004196, Rev. C E-18 3BSE029380R0101 Rev C...

  • Page 167: Dimension Drawing, 3Bse004999, Rev. C

    Tension Electronics PFEA111/112, User Manual Section E.16 Dimension Drawing, 3BSE004999, Rev. C E.16 Dimension Drawing, 3BSE004999, Rev. C 3BSE029380R0101 Rev C E-19...

  • Page 168: Dimension Drawing, 3Bse023223D0064, Rev. B

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.17 Dimension Drawing, 3BSE023223D0064, Rev. B E-20 3BSE029380R0101 Rev C...

  • Page 169: Dimension Drawing, 3Bse012173, Rev. F

    Tension Electronics PFEA111/112, User Manual Section E.18 Dimension Drawing, 3BSE012173, Rev. F E.18 Dimension Drawing, 3BSE012173, Rev. F 3BSE029380R0101 Rev C E-21...

  • Page 170: Dimension Drawing, 3Bse012172, Rev. F

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.19 Dimension Drawing, 3BSE012172, Rev. F E-22 3BSE029380R0101 Rev C...

  • Page 171: Dimension Drawing, 3Bse012171, Rev. F

    Tension Electronics PFEA111/112, User Manual Section E.20 Dimension Drawing, 3BSE012171, Rev. F E.20 Dimension Drawing, 3BSE012171, Rev. F 3BSE029380R0101 Rev C E-23...

  • Page 172: Dimension Drawing, 3Bse012170, Rev. F

    Tension Electronics PFEA111/112, User Manual Appendix E PFTL 101 - Designing the Load Cell Installation E.21 Dimension Drawing, 3BSE012170, Rev. F E-24 3BSE029380R0101 Rev C...

  • Page 173: Appendix F Pfcl 201 - Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Section F.1 About This Appendix Appendix F PFCL 201 - Designing the Load Cell Installation F.1 About This Appendix This appendix describes the procedure for designing the load cell installation. The following sections are included: •...

  • Page 174: Step-By-Step Guide For Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F.3 Step-by-Step Guide for Designing the Load Cell Installation The procedure below defines the main considerations involved in designing a load cell installation. Check load cell data so that environmental demands are met. Calculate forces;...

  • Page 175: Installation Requirements

    0.05 mm (0.002 in.) Stable foundation For correct tightening torques, Table F-1 Table F-2. If the measuring roll is driven, always consult ABB to ensure a solution with minimized risk of disturbances. 90° Alignment of the load cells mm (inches) In level 1.0 mm (0.04 in.)

  • Page 176: Mounting Alternatives, Calculating Force And Calculating Wrap Gain

    Rtot required capacity of each load cell. = T × (sin + sin ) Do not oversize an ABB load cell for overload purposes = Tare as the load cell has sufficient overload capacity. = T × (sin  + sin ) + Tare Rtot ...

  • Page 177: Inclined Mounting

    Tension Electronics PFEA111/112, User Manual Section F.5.2 Inclined Mounting F.5.2 Inclined Mounting PFCL 201 Sometimes it is necessary to mount the load cell on an  incline due to mechanical design constraints of the  machine or the need to have a proper force component applied to the load cell.

  • Page 178: Force Calculation For Measurement With A Single Load Cell

    Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F.6 Force Calculation for Measurement with a Single Load Cell In some cases, it is sufficient to measure the tension with only a single load cell mounted at one end of the roll.

  • Page 179: Force Calculation When The Web Is Not Centered On The Roll

    Tension Electronics PFEA111/112, User Manual Section F.6.2 Force Calculation when the Web is not Centered on the Roll F.6.2 Force Calculation when the Web is not Centered on the Roll Use the calculations below for horizontal and inclined mounting when the web is not centered on the roll.

  • Page 180: Mounting The Load Cells

    Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F.7 Mounting the Load Cells F.7.1 Preparations Prepare the installation in good time by checking that the necessary documents and material are available, as follows: •...
  • Page 181 Tension Electronics PFEA111/112, User Manual Section F.7.2 Mounting Table F-1. MoS lubricated, galvanized Screws According to ISO 898/1 Strength class Dimension Tightening torque (12.9) 170 (286) Nm Table F-2. Waxed Screws of Stainless Steel According to ISO 3506 Strength class Dimension Tightening torque A2-80...

  • Page 182: Cabling For Load Cell Pfcl 201Ce

    Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F.7.3 Cabling for Load Cell PFCL 201CE Cable with protective hose shall be mounted so that the movement of the intermediate part of the load cell is not prevented. Figure F-4 shows how the cable and protective hose shall be mounted for load cell PFCL 201CE.

  • Page 183: Technical Data Load Cell Pfcl 201

    Tension Electronics PFEA111/112, User Manual Section F.8 Technical Data Load Cell PFCL 201 F.8 Technical Data Load Cell PFCL 201 Table F-3. Technical Data Type PFCL 201 Unit Nominal loads Nominal load in measuring direction, F (1120) (2250) (4500) (11200) Permitted transverse force within the accuracy, F (for h = 300 mm)
  • Page 184 Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation Table F-3. Technical Data Type PFCL 201 Unit Accuracy Accuracy class ± 0.5 Linearity deviation < ± 0.3 Repeatability error < ± 0.05 Hysteresis < 0.2 ...

  • Page 185: Cable Diagram, 3Bse028140D0065, Page 3/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Section F.9 Cable Diagram, 3BSE028140D0065, Page 3/5, Rev. C F.9 Cable Diagram, 3BSE028140D0065, Page 3/5, Rev. C 3BSE029380R0101 Rev C F-13...

  • Page 186: Cable Diagram, 3Bse028140D0065, Page 4/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F.10 Cable Diagram, 3BSE028140D0065, Page 4/5, Rev. C F-14 3BSE029380R0101 Rev C...

  • Page 187: Dimension Drawing, 3Bse006699D0003, Rev. F

    Tension Electronics PFEA111/112, User Manual Section F.11 Dimension Drawing, 3BSE006699D0003, Rev. F F.11 Dimension Drawing, 3BSE006699D0003, Rev. F 3BSE029380R0101 Rev C F-15...

  • Page 188: Dimension Drawing, 3Bse029522D0001, Rev. B

    Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F.12 Dimension Drawing, 3BSE029522D0001, Rev. B F-16 3BSE029380R0101 Rev C...

  • Page 189: Dimension Drawing, 3Bse006699D0006, Rev

    Tension Electronics PFEA111/112, User Manual Section F.13 Dimension Drawing, 3BSE006699D0006, Rev. - F.13 Dimension Drawing, 3BSE006699D0006, Rev. - 3BSE029380R0101 Rev C F-17...

  • Page 190: Dimension Drawing, 3Bse006699D0005, Rev. J

    Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F.14 Dimension Drawing, 3BSE006699D0005, Rev. J F-18 3BSE029380R0101 Rev C...

  • Page 191: Dimension Drawing, 3Bse006699D0004, Rev. H

    Tension Electronics PFEA111/112, User Manual Section F.15 Dimension Drawing, 3BSE006699D0004, Rev. H F.15 Dimension Drawing, 3BSE006699D0004, Rev. H 3BSE029380R0101 Rev C F-19...
  • Page 192 Tension Electronics PFEA111/112, User Manual Appendix F PFCL 201 - Designing the Load Cell Installation F-20 3BSE029380R0101 Rev C...

  • Page 193: Appendix G Pftl 201 - Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Section G.1 About This Appendix Appendix G PFTL 201 - Designing the Load Cell Installation G.1 About This Appendix This appendix describes the procedure for designing the load cell installation. The following sections are included: •...

  • Page 194: Step-By-Step Guide For Designing The Load Cell Installation

    Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation G.3 Step-by-Step Guide for Designing the Load Cell Installation The procedure below defines the main considerations involved in designing a load cell installation. Check load cell data so that environmental demands are met. Calculate forces;...

  • Page 195: Installation Requirements

    0.05 mm (0.002 in.) For correct tightening torques, Stable foundation see Table G-1 and Table G-2. If the measuring roll is driven, always consult ABB to ensure a solution with minimized risk of disturbances. 90° Alignment of the load cells...

  • Page 196: Mounting Alternatives, Calculating Force And Calculating Wrap Gain

    Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation G.5 Mounting Alternatives, Calculating Force and Calculating Wrap Gain G.5.1 Horizontal Mounting In most cases, horizontal mounting is the most obvious +  +  and simplest solution.

  • Page 197: Inclined Mounting

    Tension Electronics PFEA111/112, User Manual Section G.5.2 Inclined Mounting G.5.2 Inclined Mounting Sometimes it is necessary to mount the load cell on an incline due to mechanical design constraints of the   machine or the need to have a sufficient force component ...

  • Page 198: Force Calculation For Measurement With A Single Load Cell

    Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation G.6 Force Calculation for Measurement with a Single Load Cell In some cases, it is sufficient to measure the tension with only a single load cell mounted at one end of the roll.

  • Page 199: Force Calculation When The Web Is Not Centered On The Roll

    Tension Electronics PFEA111/112, User Manual Section G.6.2 Force Calculation when the Web is not Centered on the Roll G.6.2 Force Calculation when the Web is not Centered on the Roll Use the calculations below for horizontal and inclined mounting when the web is not centered on the roll.

  • Page 200: Mounting The Load Cells

    Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation G.7 Mounting the Load Cells G.7.1 Preparations Prepare the installation in good time by checking that the necessary documents and material are available, as follows: •...
  • Page 201 Tension Electronics PFEA111/112, User Manual Section G.7.3 Mounting Table G-1. MoS lubricated, galvanized screws according to ISO 898/1 Strength class Dimension Tightening torque 8.8 * (12.9) 572 (963) Nm 8.8 * (12.9) 1960 (3310) Nm Table G-2. Waxed screws of stainless steel according to ISO 3506 Strength class Dimension Tightening torque...

  • Page 202: Cabling

    Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation G.7.4 Cabling Figure G-4 shows how the cable and protective hose shall be mounted for load cells PFTL 201CE and PFTL 201DE. The direction of the cable and protecting hose can be changed. NOTE The cable with protective hose shall not be rotated more than 180°...

  • Page 203: Technical Data Load Cell Pftl 201

    Tension Electronics PFEA111/112, User Manual Section G.8 Technical data load cell PFTL 201 G.8 Technical data load cell PFTL 201 Table G-3. Technical data for different types of load cell PFTL 201 PFTL 201, Data Unit type Nominal load C/CE Nominal load in measuring direc- (2250) (4500)
  • Page 204 Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation Table G-3. Technical data for different types of load cell PFTL 201 PFTL 201, Data Unit type Mechanical data C/CE Length (17.7) (17.7) (17.7) (inch) D/DE (25.6) (25.6)

  • Page 205: Cable Diagram, 3Bse028140D0065, Page 3/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Section G.9 Cable Diagram, 3BSE028140D0065, Page 3/5, Rev. C G.9 Cable Diagram, 3BSE028140D0065, Page 3/5, Rev. C 3BSE029380R0101 Rev C G-13...

  • Page 206: Cable Diagram, 3Bse028140D0065, Page 4/5, Rev. C

    Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation G.10 Cable Diagram, 3BSE028140D0065, Page 4/5, Rev. C G-14 3BSE029380R0101 Rev C...

  • Page 207: Dimension Drawing, 3Bse008723, Rev. D

    Cont.sh./ FM/GF Lars-Erik Nilsson 2011-12-14 Dimension drawing Prep. No of sh. FM/GF Håkan F Wintzell 2012-02-15 Load Cell PFTL201-C Appr. FM/GF Lastcell PFTL201-C Resp.dept Document number Lang. Rev. Sheet ABB AB 3BSE008723 661130 B ät VPBT/HPBT 3BSE029380R0101 Rev C G-15...

  • Page 208: Dimension Drawing, 3Bse008904, Rev. D

    Load Cell PFTL201-D Appr. FM/GF Lastcell PFTL201-D Resp.dept Document number Lang. Rev. Sheet ABB AB 3BSE008904 Product family : 661130 Bansp.mätare VPBT/HPBT Project or order number : Product type designation : Customer reference : Product information : Modify date :...

  • Page 209: Dimension Drawing, 3Bse008724, Rev. F

    No of sh. IAMA Jan-Olov Skogqvist 2017-01-16 Load cell PFTL 201CE Appr. IAMA FMOE Lastcell PFTL 201CE Resp.dept Document number Lang. Rev. Sheet ABB AB 3BSE008724 Product family : 661130 Bansp.mätare VPBT/HPBT Project or order number : 3BSE029380R0101 Rev C G-17...

  • Page 210: Dimension Drawing, 3Bse008905, Rev. G

    Prep. No of sh. IAMA Jan-Olov Skogqvist 2017-01-16 Load Cell PFTL201-DE Appr. IAMA FMOE Lastcell PFTL201-DE Resp.dept Document number Lang. Rev. Sheet ABB AB 3BSE008905 Product family : 661130 Bansp.mätare VPBT/HPBT Project or order number : G-18 3BSE029380R0101 Rev C...

  • Page 211: Dimension Drawing, 3Bse008917, Rev. H

    Tension Electronics PFEA111/112, User Manual Section G.15 Dimension Drawing, 3BSE008917, Rev. H G.15 Dimension Drawing, 3BSE008917, Rev. H 3BSE029380R0101 Rev C G-19...

  • Page 212: Dimension Drawing, 3Bse008918, Rev. G

    Tension Electronics PFEA111/112, User Manual Appendix G PFTL 201 - Designing the Load Cell Installation G.16 Dimension Drawing, 3BSE008918, Rev. G G-20 3BSE029380R0101 Rev C...

  • Page 213: Appendix H Actual Data And Settings At Commissioning

    Tension Electronics PFEA111/112, User Manual Section H.1 Document the Commissioning in this Form Appendix H Actual Data and Settings at Commissioning H.1 Document the Commissioning in this Form Fill in actual data and settings to document the commissioning. Data and Settings PFEA111 PFEA112 Unit...
  • Page 214 Tension Electronics PFEA111/112, User Manual Appendix H Actual Data and Settings at Commissioning Data and Settings PFEA111 PFEA112 Unit - Low Limit PROFIBUS - Address - Measuring Range N, kN, kg, lbs, N/m, kN/m, kg/m, pli * If HangWeight has been used at commissioning, go to menu “EnterWrapGain”, read the Wrap gain value calculated by the electronics and fill in this Wrap gain value in the table.
  • Page 216 — ABB AB Industrial Automation Measurement & Analytics Force Measurement SE-721 59 Västerås Sweden Tel: +46 21 32 50 00 Internet: www.abb.com/webtension...

This manual is also suitable for:

Pfea 112

Table of Contents