ABB PSTX Series Installation And Commissioning Manual
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ABB PSTX Series Installation And Commissioning Manual

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1 S FC 1 3 2 0 8 1 M 0 2 01
Softstarters Type PSTX30...PSTX1250
Installation and commissioning manual

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  • Page 1 — 1 S FC 1 3 2 0 8 1 M 0 2 01 Softstarters Type PSTX30...PSTX1250 Installation and commissioning manual...
  • Page 2 In the interests of our cus- tomers, we constantly seek to ensure that our products are developed to the latest technological Author’s address: ABB AB Control Products SE-721 61 VÄSTERÅS, Sweden www.abb.com/lowvoltage © Copyright 2018. All rights reserved. Data can be changed...
  • Page 3 ABB Ltd and its affiliates are not liable for damages damage to equipment or property. and/or losses related to such security breaches, any...

  • Page 5: Table Of Contents

    Softstarters Type PSTX Installation and commissioning manual 1 Introduction 2 Quick start 3 Description 4 Installation 5 Connection 6 Human machine interface (HMI) 7 Functions 8 Communication 9 Maintenance 10 Troubleshooting 11 Wiring and application diagrams 12 Third party licenses 13 Revision 14 Index...

  • Page 7: 1.1.1 Installation And Commissioning Manual

    1 Introduction 1.1 Documentation for Softstarter PSTX30...PSTX12500 1.1.1 Installation and commissioning manual 1.2 Intended audience 1.3 Revision notes and other documents 1.4 Acronyms and abbreviations 1SFC132081M0201 | Installation and commissioning manual | Introduction...

  • Page 8: 1.1.1 Installation And Commissioning Manual

    Turkish and commissioning manual - Short form” contains brief information about the Softstarter: These documents can be found at: -Installation www.abb.com/lowvoltage. Select the link Control -Electrical connections Products on the site, and then continue to Softstarters. -Basic functions -Troubleshooting The short form contains the languages shown in Table 1 Languages.

  • Page 9: Introduction

    The installation personnel must have a basic knowledge in how to handle electrical equipment. The commissioning and maintenance personnel must have good experience in how to use electrical equipment. ABB personnel must obey the instructions in ABB CISE 15.4. Revision notes and other...
  • Page 10 Introduction | Installation and commissioning manual | 1SFC132081M0201...

  • Page 11: Quick Start

    2 Quick start 2.1 Connection 2.2 Configuration 2.2.1 Basic set-up 2.2.2 Application set-up 2.3 How to start/stop the motor 1SFC132081M0201 | Installation and commissioning manual | Quick start...
  • Page 12 Figure 2.1 connected to operation voltage. In Line (1) and Inside Delta (2) connection INFORMATION ABB personnel must obey the instructions in ABB CISE 15.4. Line side Connection To install the Softstarter see chapter 4 Installation.
  • Page 13 INFORMATION The ground is not a protective ground, it is a functional ground. The maximum length of the ground cable is 0.5 m. Connect the ground cable to the installation plate were the Softstarter is attached. The installation plate must also be grounded.
  • Page 14 Configuration 2.2.2 Application set-up For a quick configuration of the Softstarter, use the Assistants menu. Find the Assistants menu from the Home view by pushing “Menu”. Scroll to Assistants with the The Assistants menus are divided into: Navigation keys. Push “Select”...
  • Page 15 (see 2.1 Connection). This is necessary to avoid an accidental start of the equipment while it is connected to operation voltage. INFORMATION ABB personnel must obey the instructions in ABB CISE 15.4. Set the operation voltage switch to ON. To start the Softstarter from the keypad, push the R/L-key to select local control, then push the Start key on the keypad.
  • Page 16 Quick start | Installation and commissioning manual | 1SFC132081M0201...

  • Page 17: Description

    3 Description 3.1 Overview 3.1.1 Operation functions 3.1.2 Protection functions 3.1.2.1 User defined protection 3.1.3 Warning functions 3.1.4 Fault detection functions 3.1.5 Softstarter overview 3.1.6 Type designation 3.1.7 Environmental influence 3.1.8 Specifications 3.2 Technical data 3.2.1 General 3.2.2 Technical data for external keypad 3.2.3 Semi-conductor fuses 3.2.4 Weights 3.2.5 Softstarter ratings...

  • Page 18: Installation

    3.1.1 Operation functions This chapter gives a description of the Softstarter in general, specifications and available components and spare parts. Available functions are listed below: • Voltage start ramp • Voltage stop ramp Overview • Torque start ramp • Torque stop ramp The PSTX Softstarter has the latest technology for •...

  • Page 19: Connection

    • Frequency range protection 3.1.4 Fault detection functions • Phase reversal protection The Softstarter has a number of fault detection functions • Too long start time protection to signal malfunction at Softstarter, motor or power • Auto restart protection network level. The Softstarter identifies external and internal faults.
  • Page 20 3.1.5 Softstarter overview Change the settings through Keypad and Fieldbus communication. Use the keypad to change settings for each parameter alone or as a selection of default parameters for different applications. Most parameters have one possible setting, but some parameters have extra settings for sequence start. The default parameter settings are stored in the unit for a reset to default.
  • Page 21 DIN 44081 and DIN 44082 Figure 3.2 IEC 60947-4-2 Class A Type designation Marine approvals Speak to your ABB sales office The Softstarter is designed for class A equipment. 3.1.7 Environmental influence Use of the product in domestic environments can cause radio interference.
  • Page 22 170M6021 3 68/929 Cooling system For the supply circuit 6 A delayed, for MCB use C characteristics. For inside delta connection the fuses shall be placed inside the delta. Contact ABB for Recommended fuse 6 A Delayed more information. 170M6019 with fuse rating 1600 A should be used for 690 V version.
  • Page 23 3.2.5 Softstarter ratings Temp ≤ + 40 ° C (104 ° F), 4 * Ie in 10 sec. PSTX30…1250 Motor power Motor power Rated current when connected In Line when connected Inside Delta 220- 380- 220- 380- Inside 230V 400V 500V 690V 230V...
  • Page 24 Temp ≤ + 40 ° C (104 ° F), 4 * Ie in 10 sec. PSTX30…1250 Motor power Motor power Rated current when connected In Line when connected Inside Delta 220- 440- 550- 220- 440- 550- Inside 208V 240V 480V 600V 208V 240V...
  • Page 25 3.2.6 Dimensions PSTX30...105 30 mm (1,2 in) 4x Ø14 (2x) 13 mm (0,5 in) 6x 150 mm (5,9 in) 119 mm (4,7 in) Figure 3.3 Dimensions PSTX30...105 PSTX142...170 Ø18 (2x) 35 mm (1,3 in) 4x 7,5 mm (0,3 in) 6.6 mm (0,2 in) 4x 17,5 mm (0,7 in) 6x 199 mm (7,8 in) 165 mm (6,5 in)
  • Page 26 PSTX210...370 10,5 mm (0,4 in) 43,7 mm (1,7 in) 4x 19,6 mm (0,8 in) 6x 200 mm (7,9 in) 258 mm (10,2 in) Figure 3.5 Dimensions PSTX210..370 PSTX470...570 336 mm (13.2 in) 2x 7 mm (0.2 in) 4x 63 mm (2.5 in) 4x 9 mm (0.3 in) 25 mm (0.9 in) 6x 361 mm (14.2 in)
  • Page 27 PSTX720...PSTX840 133.5(2x) mm 301.5 mm (11.8 in) (5.2 in) 40 (6x) mm 435 mm (17.1 in) (1.5 in) 261.6 mm (10.2 in) 173.4 mm (6.8 in) 46.5 mm 172 mm (6.7 in) (1.8 in) 72(2x) mm 72(2x) mm (2.8 in) (2.8 in) Figure 3.7 Dimensions PSTX720..840...
  • Page 28 PSTX1250 133.5(2x) mm 301.5 mm (11.8 in) (5.2 in) 50 (6x) mm 435 mm (17.1 in) (1.9 in) 261.6 mm (10.2 in) 173.4 mm (6.8 in) 46.5 mm 172 mm (6.7 in) (1.8 in) 72(2x) mm 72(2x) mm (2.8 in) (2.8 in) Figure 3.9 Dimensions PSTX1250...
  • Page 29 1SFC132081M0201 | Installation and commissioning manual | Description...
  • Page 30 Description | Installation and commissioning manual | 1SFC132081M0201...
  • Page 31 4 Installation 4.1 Receive, unpack and examine 4.2 Install 4.2.1 Lifting the Softstarter 4.2.2 Minimum distance to wall/front 4.2.3 Minimum enclosure dimensions 4.2.4 Maximum installation angle 4.2.5 Dimensions and drilling plan 4.2.6 Movable keypad 4.2.6.1 Installation Movable HMI 1SFC132081M0201 | Installation and commissioning manual | Installation...
  • Page 32 See Table 1 Delivery note. • Examine the Softstarter and the packaging. In case of damages, speak to the transport company or the ABB reseller/Office immediately. Figure 4.1 • Keep the Softstarter in its packaging until installation. Receiving, unpacking and checking...
  • Page 33 Install The Softstarters are available in different physical sizes and all of them should be mounted with M6 bolts, or bolts with the same dimension and strength. 4.2.1 Lifting the Softstarter Use lifting equipment to install the models PSTX470...1250. See chapter 3.2.4 Weights, for weights.
  • Page 34 4.2.3 Minimum enclosure dimensions In applications where the Softstarter is installed in an enclosure, use these minimum enclosure dimensions. See Figure 4.5 and Table 3 and 4. Table 3 Minimum enclosure dimensions (IEC) Minimum enclosure dimensions Softstarter type W (mm) H (mm) D (mm) PSTX30...105...
  • Page 35 Installation Movable HMI 4.2.6.1 INFORMATION Do not use shielded RJ45 cables. Use a cable length of maximum 3m to reduce distortion of the communication. INFORMATION The Softstarter HMI is IP66 approved when installed on the enclosure door. 2 Nm (17,7 lb.in) You can use the movable HMI to copy parameters Ø26 (Ø...
  • Page 36 Installation | Installation and commissioning manual | 1SFC132081M0201...

  • Page 37: Functions

    5 Connection 5.1 Electrical connection 5.1.1 Main circuit 5.1.1.1 Tightening torques and cable dimensions 5.1.1.2 Softstarter connections 5.1.2 Control supply and control circuit 5.1.2.1 Control supply voltage - terminals 1 and 2 5.1.2.2 Functional ground - terminal 22 5.1.2.3 Start and Stop - terminals 13, 14, 18, 19, 20, 21 5.1.2.4 Programmable inputs - terminals 15, 16 and 17 5.1.2.5 Programmable inputs (Sequence start) 5.1.2.6 Programmable output relay - K4, terminals 4, 5 and 6...

  • Page 38: Communication

    Figure 5.1 connected to operation voltage. In line (1) and inside delta (2) connection INFORMATION ABB personnel must obey the instructions in ABB CISE 15.4. For basic connection, see chapter 2 Quick start.
  • Page 39 Tightening torques and cable dimensions 5.1.1.1 PSTX30...105 Using built-in clamp AWG6 .. 2/0 Cu 75 °C only Rigid: 10 ... 95 mm² Flexible: 10 ... 70 mm² 8 Nm - 71 Ib.in 4T2 6T3 Rigid/flexible: 2x6 ... 2x35 mm² PSTX142...170 Using cable clamp/lug Using lug/bar 11/6-16 UNF-2A...
  • Page 40 5.1.2 Control supply and control circuit Wires in industrial control applications are divided into 3 groups: main power supply, control supply and control circuit. Main power supply (1L1, 3L2, 5L3, 2T1, 4T2, 6T3) Control supply voltage (terminals 1 and 2) Control circuit (terminals 13 - 21).
  • Page 41 Start and Stop - terminals 13, 14, 18, 19, 5.1.2.3 20, 21 Internal control voltage The PSTX Softstarter has a built-in holding circuit and does not require sustained signals on start input. Use internal control supply voltage from terminals 20 or 21. Connect start and stop terminals using conventional circuit with push buttons.
  • Page 42 External control voltage You can control the Softstarter with an external 24 V DC source from a PLC or similar, if necessary. Connect the cables. See Figure 5.9 to use the internal holding circuit, or Figure 5.10 to use an external holding circuit.
  • Page 43 Programmable inputs - terminals 15, 16 5.1.2.4 and 17 WARNING Use only 24 V DC to connect terminal 13, 14, 15, 16 and 17. Other voltages can damage the Softstarter and the warranty will no longer be valid. The Softstarter has 3 programmable inputs. •...
  • Page 44 Programmable inputs (Sequence start) 5.1.2.5 KM 1 Main contactor K 25, 27, 29 Starting contactor K 26, 28, 30 Run contactor The Softstarter can start up to 3 different motors used FR 1, 2, 3 Overload relay KM 1 in different applications with different parameter sets. Softstarter The parameter set is chosen through input signals to the Softstarter.
  • Page 45 Programmable output relay - K4, 5.1.2.6 terminals 4, 5 and 6 See chapter 7.14 Inputs/outputs to set the function of the output relay. Default: Run Connect the cables to terminal 4, 5 and 6. See Figure 5.17. Recommended to control line contactor. Figure 5.17 Tightening torques and cable dimensions.
  • Page 46 Close bypass PSTX470...PSTX1250 5.1.2.9 The built-in bypass contactor in PSTX470..1250 can be controlled externally for an direct on line (across the line) start. The built-in bypass contactor is closed by applying voltage (100VAC/DC – 250VAC/DC) to terminal 2 and 3. See Figure 5.20.
  • Page 47 2-wire measurement for PT100 When you use 2-wire temperature sensors, the sensor resistance and the wire resistance are added. Correct Com 3 Temp In Analog out for the resulting systematic errors when you change the +(B) -(A) T1 T2 T3 +24V + GND tripping device.
  • Page 48 2-wire measurement for PTC When you use 2-wire temperature sensors, the sensor resistance and the wire resistance are added. Correct Com 3 Temp In Analog out for the resulting systematic errors when you change the +(B) -(A) T1 T2 T3 +24V + GND tripping device.
  • Page 49 Com 3 Temp In Analog out T1 T2 T3 +(B) -(A) +24V + GND • ABB Stotz DX1xx-FBP extension module 23 24 25 26 27 29 30 This will give additional: • 8 digital input • 4 output relay •...
  • Page 50 Connection | Installation and commissioning manual | 1SFC132081M0201...
  • Page 51 6 Human machine interface (HMI) 6.1 Navigation Overview 6.1.1 LED indicators 6.1.2 Keypad 6.1.2.1 Lock/Unlock keypad 6.1.3 Navigation screen 6.1.3.1 Edit parameter values 6.1.4 Configure HMI 6.1.5 Symbols in screen 6.1.4.1 Changing the Rated motor current (Setting Ie) 6.2 Local control from keypad 6.2.1 Start key 6.2.2 Stop key 6.2.3 R\L-key...

  • Page 52: Troubleshooting

    This chapter gives a description of how the Human- machine interface (keypad and screen) works. For detailed description of each function, see chapter 7 Functions. Navigation Overview You can use the Human-machine interface (HMI) to change the settings of the Softstarter, such as inputs and 100-250V 100-250V 50/60 Hz...
  • Page 53 6.1.2 Keypad Options Menu The Softstarter has 10 keys on the keypad, 100-250V 50/60 Hz Start Stop Reset In1 In2 DGND DND +24V GND PSTX see Figure 6.3. This chapter gives a description of the function of each key. Selection soft keys The Selection soft keys have a specified function for each Stop Start...
  • Page 54 6.1.3 Navigation screen With the keypad, you can change the settings for each Local PSTX30 item or as a selection of default parameters for different Menu applications. The default set of parameters is stored in the unit for a possible reset to default values. When the Backup handling fieldbus communication is selected, you can change System info...
  • Page 55 6.1.4 Configure HMI This chapter shows some examples of parameters that Local PSTX30 you can set on the PSTX Softstarter. Some of the service parameters in 28 Service are Motor rated current Ie protected by a service code. To change the parameters you need to have protected by a service code, see 30.0 chapter 6.3.4 Configure HMI.
  • Page 56 6.1.5 Symbols in screen This chapter describes the different symbols that can appear in the upper right corner of the HMI screen. Lock / Unlock keypad, See Figure 6.10 Service profile. See Figure 6.11 Lock parameter by a lock code, See Figure 6.12 Lock keys by a lock code, See Figure 6.13 Figure 6.10 Emergency mode, See Figure 6.14...
  • Page 57 Local control from keypad WARNING When changing from remote control to local WARNING control, the softstarter stays in present state. That When you change from local control to remote means, if the the softstarter is running the motor control, the setting applies immediately. If the when switching between the remote control and remote setting has direct motor start it can start local control, the softstarter will continue to run...
  • Page 58 6.2.4 Motor jog MENU Path in menu: Menu Motor jog Parameters For navigation see Figure 6.16. Assistants For Motor jog parameter settings, see chapter 7.9 Slow speed. Motor jog Pump cleaning Jog is a slow speed drive function to drive the motor with Event log low voltage output.
  • Page 59 Options screen 6.3.1 Overview In Options screen, you can change the appearance of Local PSTX HMI the Home view of the Softstarter and read Active faults/ Motor current Options protections and Active warnings. Option screen includes these menus: Edit home view Motor voltage •...
  • Page 60 Display style Select the display style for the home view. The selected display style is shown by in Figure 6.20. Select numeric, gauge or graph data: Local PSTX • Numeric Motor current • Gauge/bar • Graph 15 minutes • Graph 30 minutes Motor voltage •...
  • Page 61 6.3.4 Configure HMI Options Path in menu: Options Configure HMI Edit home view Configure HMI let you Lock parameters (write protect Active faults / protections parameters) and Lock keys on the HMI. The service profile overrides these configurations. Active warnings Configure HMI Lock parameters Lock/Unlock parameters by a lock code...
  • Page 62 Menu screen The menu screen has 7 submenus, given in these chapters: Table 4 Menu screen Chapter Description 6.4.1 Parameters Parameter settings for different types of Softstarters. 6.4.2 Assistants Default parameters for common applications. 6.2.4 Motor jog See chapter 6.2.4 Motor jog 6.4.3 Event Log Show the Event Log, Faults, Pro- tections and Warnings.
  • Page 63 Complete list 02 Start and stop 01 Motor rated current Ie 01 Motor rated current Ie 02.01 Start mode 01.01 Motor rated current Ie 02.02 Stop mode 02.03 Start ramp initial level 02.04 Start ramp time 02.05 Stop ramp end level 02.06 Stop ramp time 02 Start and stop 03 Limit...
  • Page 64 Favorites 6.4.1.2 MENU Complete list Path in menu: Favorites Menu Parameters Favorites Edit Parameters Favorites Assistants Modified For navigation, see Figure 6.23. Motor jog Favorites Motor rated current Ie Start and stop Pump cleaning Limit In the Favorites menu you can add favorite parameters Kick start Slow speed for quick selection.
  • Page 65 6.4.2 Assistants MENU Path in menu: Menu Assistants Parameters For navigation, see Figure 6.26. Assistants Basic set-up For more details on how to set Basic set-up and Application set-up Motor jog Application set-up, see chapter 2 Quick start. Pump cleaning For more information about Assistants and Application Event log list, see chapter 7.24 Assistants.
  • Page 66 6.4.3 Event log MENU Path in menu: Menu Event log Parameters For navigation, see Figure 6.28. Assistants Motor jog The Event log menu shows the event log in the Pump cleaning Softstarter. The log shows the 100 latest events in Event logs Event log Faults...
  • Page 67 6.4.4 Backup MENU Path in menu: Menu Backup handling Parameters Assistants For navigation, see Figure 6.30. Motor jog You can use the movable keypad to transfer parameters from one Softstarter to another during commissioning. Pump cleaning Event log Create backup Backup handling 01.11.2014 System info...
  • Page 68 6.4.5 System info MENU Path in menu: Menu System info Parameters Assistants For navigation, see Figure 6.33. Motor jog The System info menu contains system info such as Softstarter Firmware version and Serial number. The System info Pump cleaning FW version: 1.11.0 menu shows system info of the Softstarter and HMI.
  • Page 69 Language 6.4.6.1 Settings Language MENU Path in menu: Arabic Menu Settings Language Czech Parameters German For navigation, see Figure 6.35. Language English Assistants Spanish Finnish Motor jog Follow the instructions below for access to the language French Date and time Pump cleaning Italian settings menu (start from Home view):...
  • Page 70 Date and time 6.4.6.2 Settings Path in menu: MENU Menu Settings Date and time Parameters For navigation see Figure 6.37. Language Assistants Date and time Date and Time settings include all date and time Motor jog Date: configurations for the Softstarter. 27.06.2014 Date and time Time:...
  • Page 71 Reset to defaults 6.4.6.4 Settings Path in menu: Menu Settings Reset to defaults MENU For navigation, see Figure 6.40. Language Parameters Assistants Use the Reset to defaults menu to reset home view Date and time layout, parameters or operating data back to factory Motor jog default settings.
  • Page 72 Human machine interface (HMI) | Installation and commissioning manual | 1SFC132081M0201...
  • Page 73 7 Functions 7.1 Introduction 7.1.1 Setting parameters 7.1.2 Softstarter states 7.1.3 Motor Current Ie 7.2 Voltage ramp 7.2.1 Voltage start ramp 7.2.2 Voltage stop ramp 7.1.1 Setting parameters 7.3 Torque ramp 7.3.1 Torque start ramp 7.3.2 Torque stop ramp 7.4 Full voltage start 7.5 Direct stop 7.6 Stand still brake 7.7 Current limit...
  • Page 74 This chapter contains descriptions of all the Softstarter 7.1.2 Softstarter states functions and the parameters for configuration. The Softstarter has multiple operation states, in which different functions are available. Functions can operate in one or more Softstarter states. If a function does not operate in all states, this is noted in Introduction the respective function description.
  • Page 75 Start ramp In Start ramp state the Softstarter runs one of the start functions to soft start a motor by controlling the output voltage or torque. The Start ramp ends and goes into Top of ramp state when the output voltage comes at 100% voltage.
  • Page 76 Voltage ramp When using the Voltage ramp, the voltage increases linearly from Initial start level to full voltage during start, and decreases linearly from the Step down level to Stop end voltage level during stop, see Figure 7.1. The torque not always follows the voltage curve, because the torque is also subject to the current.
  • Page 77 7.2.2 Voltage stop ramp When the Softstarter receives a stop signal, the Softstarter decreases the output voltage to the motor in a quick stop ramp, from full voltage down to set Step down voltage level. For best performance, set the step down 100% level to 80%.
  • Page 78 Torque ramp When using the Torque ramp, the Softstarter controls the output voltage so that the output torque follows a specified optimal torque curve during start and stop ramp. For Torque start ramp there are 4 different adjustable torque curves. See description of torque profile Start Time parameters for examples on when to use which curve.
  • Page 79 7.3.1 Torque start ramp When the Softstarter receives a start signal, the Softstarter makes a quick ramp to set Start ramp initial level. Then the Softstarter controls the output voltage so that the output torque follows a specified optimal torque curve during pre-set time to 100% nominal torque.
  • Page 80 7.3.2 Torque stop ramp When using the Torque stop ramp, the output voltage to the motor the torque follows a specified optimal curve from the Step down level to end voltage during stop. The Torque stop ramp makes the equipment that the motor drives stop much softer than when using voltage ramp.
  • Page 81 Full voltage start When using the full voltage start, the Softstarter increases the motor speed as fast as possible. The motor voltage ramps up to full voltage in ½ seconds. INFORMATION Full voltage start ignores the Current limit. Configuration of the Full voltage start with these parameters: Parameter Description...
  • Page 82 Stand still brake The Stand-still brake function brakes the motor. Use this during pre-start to make sure that the motor does not run before you start the Start ramp. You can also control the Stand-still brake from a digital I/O or a Fieldbus. WARNING If the Softstarter is connected inside-delta, use of the Stand-still brake can cause...
  • Page 83 Current limit Current limit sets a maximum value of the starting current output to the motor. The time to come at full voltage can be longer than the set Start ramp Time when Current limit is enabled. There are 3 different Current limit functions: •...
  • Page 84 Kick start Kick start function is a function to kick loose the motor initial friction during a set time and level. If Kick start is enabled, the start ramp starts directly after Kick Start level Kick start. See Figure 7.7 . INFORMATION Time Current limit function does not work during kick...
  • Page 85 Slow speed Slow speed is an individual function, or a pre-start function to run the motor with low voltage output. You can use this feature for example to position a traverse or mill band. Operate this function through the HMI, I/O or Fieldbus. Slow speed has 3 pre-specified speeds: •...
  • Page 86 7.10 Motor heating Use the Motor heating as a pre-start function to heat the motor before actual start without rotation to the motor. Or use it as an individual function operated from a digital input or Fieldbus. The Softstarter supplies a current to the motor, without coming at the torque level that starts the motor.
  • Page 87 1. Set parameter 2.2 (Stop mode) to Dynamic brake. 7.11 Motor braking 2. Set parameter 7.2 (Motor brake time) to be equal to the desired stop time. Stand still brake Stand still brake prevents a motor from spinning when 3. Set parameter 7.3 (Dynamic brake strength) to in standstill condition.
  • Page 88 Motor braking has these parameters: Parameter Description Setting range Default value 07.01 Stand still brake strength Sets the braking strength, choose suitable 10 – 100% value for application. 07.02 Motor brake time Sets the motor brake time. 1.0 – 100.0 s 1.0 s 07.03 Dynamic brake strength Sets the Dynamic braking strength.
  • Page 89 7.12 Sequence start The Softstarter can start up to 3 different motors sequentially, sequence 1, 2 and 3. This is suitable when setting up the Softstarter with different applications. Select the parameter set through input signal to the Softstarter. Parameter settings and physical connections for programmable inputs must agree.
  • Page 90 7.13 Automatic restart The programmable options are: • None - No function on the digital input. The Softstarter automatically starts the motor again after • Reset - Fault/protection reset. a fault occurred. • Enable - When In0=0, the Softstarter stops immediately.
  • Page 91 7.14 Inputs/outputs This chapter gives a description of input and output signals (I/O) such as digital inputs, relay outputs, analog outputs, temperature inputs, and external digital inputs. Chapter Function 7.12.1 Digital inputs 7.12.2 Relay outputs 7.12.3 Analog outputs 7.12.4 Temperature sensor Internal I/O Internal I/O are the integrated signals to the Softstarter.
  • Page 92 7.14.1 Signal priority order The default priority order for all signals is HMI, fieldbus and then wired input. Detailed list of signal priorities: Input HMI in local control HMI in remote control Start² Fieldbus¹ / Wired Stop Fieldbus¹ / Wired Reset All inputs have the same priority All inputs have the same priority...
  • Page 93 7.14.2 Digital inputs (DI) The Softstarter has 5 digital inputs for basic control of the unit. The 5 digital inputs are terminal 13, 14, 15, 16 and 17. The inputs are named • Start • Stop • In0 • In1 •...
  • Page 94 7.14.3 Relay outputs The Softstarter has 3 relay outputs. The relay outputs are K4, K5 and K6. The relays outputs are: 30VDC/250VAC Ith = 5A , Ie= 1,5Amp (AC-15). You can set the function of these relay output signals Functions or an event group can be related to the physical signal through a drop down menu on the HMI.
  • Page 95 7.14.4 Analog output The Softstarter has 1 analog output for an analog meter, or the PLC. Configuration of the parameter analog output type, AO type, to show: • Motor current, A • Mains voltage, V • Active power, kW • Active power, HP •...
  • Page 96 7.14.5 Temperature sensor Temperature inputs There is 1 temperature input. The user can set 3 different types of temperature sensors: See chapter Temperature sensors 7.17.14 • • PT100 • Bi-metal switch These can be connected to different protections. A protection can come on if a particular temperature occurs.
  • Page 97 Fieldbus control 7.15 Fieldbus If you use the Softstarter with Fieldbus communication, PSTX has 1 Anybus port, 1 Fieldbus plug adaptor port set the Fieldbus interface to ON before it can take action (FBPA), and 1 modbus RTU port. You can use only 1 bus at a time: the user cannot connect the Softstarter to multiple Fieldbuses.
  • Page 98 Fieldbus Inputs/Outputs Functions set in the Softstarter as Fieldbus digital inputs (DI) are in fact the digital inputs to the PLC i.e. the data flow from the Softstarter through the network to the PLC. Fieldbus digital outputs (DO) are not configurable. The output (DO) gives a description of data flow from the network to the Softstarter i.e.
  • Page 99 Parameter Description Setting range Default value 12.12 Fieldbus DI 1 Sets the DI 1 programmable None, Line digital input signal. Start feedback, Stop feedback, 12.13 Fieldbus DI 2 Sets the DI 2 programmable Phase sequence Fault reset feedback, digital input signal. Slow speed rev feedback, 12.14 Fieldbus DI 3 Sets the DI 3 programmable Event group 0 status Slow speed forw2566 feedback,...
  • Page 100 Parameter Description Setting range Default value 12.22 Fieldbus AI 1 Sets the AI 1 programmable None, Phase L1 current analog input signal. Phase L1 current1, Phase L2 current1, 12.23 Fieldbus AI 2 Sets the AI 2 programmable Phase L2 current Phase L3 current1, analog input signal.
  • Page 101 7.16 Event groups Event groups consists of supervision functions divided in separate lists in the HMI. Supervision functions are functions to indicate when an event occurs to the motor. There are 3 different types of supervision functions: • Faults, default Eventgroup 0 (0000001) •...
  • Page 102 7.17 Protections The Softstarter has a number of protection functions to protect the Softstarter, motor and other equipment. In addition to the type of operations mentioned below, which are available for all protections, some protections have more options. Protections can be enabled or disabled by the user. The protection parameters can only be changed if the protection is in operation.
  • Page 103 7.17.1 EOL Protection The motor is overloaded because of too high current during a certain time. The EOL protection resets when the motor temperature decreases to 60% of EOL trip level. EOL protection has these parameters: Parameter Description Setting range Default value 13.01 EOL mode Set the EOL mode to Normal or Dual.
  • Page 104 7.17.3 Max number of starts per hour protection Sets the minimum time between 2 consecutive starts. This protection is connected to the signal Remaining time to start, that you can add in the Home view through the Options menu Max number of starts protection has these parameters: Parameter Description...
  • Page 105 7.17.5 Power factor underload protection The power factor is below the normal level. Use the Power factor underload protection to supervise the load of the motor. If the load decreases the power factor also decreases. This protection only operates in the Top of ramp state. Power factor underload protection has these parameters: Parameter...
  • Page 106 7.17.7 Overvoltage protection This protection senses if the main voltage is too high. This protection does not operate in the Standby state. Overvoltage protection has these parameters: Parameter Description Setting range Default value 15.01 Overvoltage level Sets the Overvoltage trip level. 165 ...
  • Page 107 Stop auto, Indication. 7.17.12 Bypass open protection This protection senses if the Bypass contactor or relay did not close when Top of ramp is reached. Speak to ABB Sales Offices for service. Bypass open protection has these parameters: Parameter Description...
  • Page 108 7.17.13 Voltage outputs protection This protection senses if the 24 V voltage outputs is overloaded or shorted. Voltage outputs protection has these parameters: Parameter Description Setting range Default value 16.10 Voltage outputs out Identifies the Event groups this Eventgroup 0 ... 6 0000010 protection is part of.
  • Page 109 7.17.15 User defined protection You can use a Programmable digital input in combination with an external device/sensor to use your own specified protection. An example is the CEM11-FBP ground fault sensor. User defined protection has these parameters: Parameter Description Setting range Default value 18.01 User defined DI status Sets if the signal is active high or...
  • Page 110 7.17.18 Too long start time protection Too long start time protection Too long start time protection has these parameters: Parameter Description Setting range Default value 18.11 Too long start trip time Trip time in seconds. 1.0 ... 500.0 s 500.0 s 18.12 Too long start out Specifies the Event groups this Eventgroup 0 ...
  • Page 111 7.17.21 Fieldbus failure protection This protection senses errors in Fieldbus communication between the Softstarter and the PLC. If the Fieldbus control is ON and the Fieldbus communication is lost approximately 100 ms this protection is on. This protection has a special action in addition to the common types of operation: Change to I/O control.
  • Page 112 7.18 Warnings The Softstarter has a number of warning functions to signal malfunctioning or other potential risks, before asserting the protection or fault. The difference between a warning and a protection is that a warning cannot stop the Softstarter and a reset of a warning is not necessary. The warning level and all other additional information to enable the warning can be set by the user.
  • Page 113 7.18.3 Thyristor overload warning The thyristor temperature is higher than 90 % of the trip level. Thyristor overload warning has these parameters: Parameter Description Setting range Default value 20.08 Thyristor OL out Identifies the Event groups this Eventgroup 0 ... 6 0000100 warning is part of.
  • Page 114 7.18.6 Current imbalance warning The phase imbalance between the currents (in %) is higher than the set value. Current imbalance warning has these parameters Parameter Description Setting range Default value 21.11 Current imb level Sets the permitted Current 10 ... 80% imbalance warning level between the phase with the highest current and the phase with the...
  • Page 115 7.18.9 Voltage imbalance warning The voltage imbalance between the phases is higher than the set warning level. Voltage imbalance warning has these parameters: Parameter Description Setting range Default value 22.09 Voltage imb level Sets the permitted Voltage 1 ... 10 % imbalance level between the phase with the highest voltage and the phase with the lowest...
  • Page 116 7.18.12 Short circuit warning There is an internal short circuit and limp mode is enabled. If limp mode is off, this is a short circuit fault instead. Speak to ABB Sales Offices for service. Short circuit warning has these parameters: Parameter Description...
  • Page 117 7.18.16 Motor runtime warning Motor runtime warning Motor runtime warning has these parameters: Parameter Description Setting range Default value 24.10 Motor runtime limit Max runtime in hours 1 ... 100 000 h 10 000 h 24.11 Motor runtime out Specifies the Event groups this Eventgroup 0 ...
  • Page 118 Supervised faults can be internal or external faults. Internal fault: The Softstarter has a fault. see chapter 10 Troubleshooting, and speak to ABB sales office if necessary. External fault: There is a fault in the equipment that is connected to the Softstarter.
  • Page 119 If Automatic restart is set to on, a short circuit fault will automatically start the motor again. For more information about Automatic restart, see chapter 7.13 Automatic restart. If 1 or multiple thyristors are shorted, speak to ABB sales office for service. Short circuit fault has these parameters: Parameter...
  • Page 120 Open circuit thyristor fault 7.19.1.3 The Softstarter cannot close 1 or more thyristors. INFORMATION If Automatic restart is set to on, an open circuit thyristor fault will automatically start the motor again. For more information about Automatic restart see chapter 7.13 Automatic restart.
  • Page 121 Unspecified fault 7.19.1.6 Unspecified fault has these parameters: Parameter Description Setting range Default value 25.11 Unspecified fault out Identifies the Event groups this Eventgroup 0 .. 6 0000001 fault is part of. 25.12 Unspecified fault op Set the operation of this fault. Stop manual, Stop Stop manual auto...
  • Page 122 Low supply voltage fault 7.19.2.3 Low supply voltage fault is signaled if the control supply voltage is too low. The Softstarter will stop the motor. Low supply fault has these parameters: Parameter Description Setting range Default value 26.05 Low supply voltage out Identifies the Event groups this Eventgroup 0 ...
  • Page 123 7.20 Special feature This chapter gives a description of features that are available to all users, but beyond the normal range of use for the Softstarter. The features are: • Emergency mode • Line contactor close time • Limp mode •...
  • Page 124 7.20.2 Line contactor close time This feature allow time for the line contactor to close before the Softstarter assumes that it has correct 3 phase supply. This is useful to avoid timing problems that can lead to unnecessary trips on for example Phase loss protection. Line contactor close time has these parameters: Parameter Description...
  • Page 125 7.20.5 Step down level When the Softstarter receives a stop signal the Softstarter first decreases the output voltage to the motor in a quick stop ramp, from full voltage down to set Step down voltage level. Then the Softstarter controls the output voltage in a stop ramp.
  • Page 126 7.21 Pump cleaning Pump cleaning function makes the pump motor alternate between forward and reverse direction. This sequence can release or cut through solid objects and flush away effluent. The pump cleaning function can be used to solve these two problems which are common especially in waste water plants.
  • Page 127 7.21.1 Manual pump cleaning Manual means that the user at any point in time decides which direction the motor shall rotate by activating the forward and reverse pump cleaning commands. The commands can be given in the HMI, or using hardware I/O’s or the fieldbus.
  • Page 128 The whole sequence is repeated and start from 1 again until the Auto button on the HMI is released or signal from I/O or fieldbus is removed. See Figure 7.9 . 29.03 29.08 Torque/ Dynamic brake Voltage ramp 29.06 Forward 02.03 29.07 29.04...
  • Page 129 7.21.3 Pump cleaning control Operate this function through the HMI, I/O or Fieldbus. Pump cleaning menu, see Figure 7.10 . Control the pump cleaning menu, see Figure 7.11 Path in menu: Menu >Pump cleaning • Press left button for manual backward pump cleaning •...
  • Page 130 Parameter Description Setting range Default value 29.08 Pump clean stop mode Sets the mode for stop used when pump Voltage ramp and Torque ramp and cleaning forward has finished: Stop ramp brake, Torque ramp brake followed by dynamic brake, or dynamic and brake, Dynamic brake only.
  • Page 131 7.23 Settings The settings menu contains these Softstarter set-up parameters: • Language • Date and time • Display settings (for HMI) • Reset from defaults For settings and navigation, see chapter 6.4.6 Settings. 7.24 Assistants The Assistants menu contains default settings and parameters.
  • Page 132 7.24.1 Table Application settings Recommended basic settingg Band saw Voltage ramp No ramp Bow thruster Voltage ramp No ramp Centrifugal pump Voltage ramp Torque ramp Circular saw Voltage ramp No ramp Conveyor belt short Voltage ramp No ramp Cutter Voltage ramp No ramp Escalator Voltage ramp...
  • Page 133 7.25 Complete parameter list Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting Motor rated current Ie 01.01 Motor rated current Ie 9.0 ... 1250.0 A 30 A Start and stop 02.01 Start mode Voltage ramp, Torque ramp, Full voltage start Voltage ramp 02.02 Stop mode...
  • Page 134 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting 08.32 Start ramp time seq 2 1 ... 120 s 10 s 08.33 Start ramp init lvl seq 2 10 ... 99% 08.34 Curr lim level seq 2 0.5 ...
  • Page 135 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting 10.11 Ext therm sensor - ID No sensor, PTC element, 3-wire PT100, No sensor 2-wire PT100, Bi-metal switch External IO 11.01 1DI0 function None, Reset, Enable, Slow speed forward, None Slow speed reverse, Motor heating, Stand- still brake, Start reverse, User defined...
  • Page 136 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting 12.09 FB baud rate 1200, 2400, 4800, 9600, 19200, 38400, 19200 57600, 76800, 115200, 125000, 250000, 500000, auto 12.10 FB parity No parity, Odd parity, Even parity Even parity 12.11 FB stop bits...
  • Page 137 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting 12.22 Fieldbus AI 1 None, Phase L1 current, Phase L2 current, Phase L1 Phase L3 current, Active power (HP), Active current power, Apparent power, Mains voltage, Power factor, Motor voltage, Active energy (resettable), EOL time to trip, Mains frequency, Max phase current, Motor current, Motor run time (resettable), Motor temperature,...
  • Page 138 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting Protections list 2 14.01 Curr underload level 0.3 ... 0.9 x I e 0.5 x I e 14.02 Curr underload trip time 0 ... 10 s 10 s 14.03 Curr underload delay time 0 ...
  • Page 139 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting Protections list 6 18.01 User defined DI status Active low, Active high Active high 18.02 User defined trip time 0.0 ... 60.0 s 1.0 s 18.03 User defined out Eventgroup 0 ...
  • Page 140 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting 21.14 Current imbalance trip time 0.1 ... 100.0 5.0 s Warnings list 3 22.01 Over voltage level 208 ... 850 V 650 V 22.02 Over voltage trip time 0.1 ...
  • Page 141 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting 26.11 Faulty connection out Eventgroup 0 ... 6 0000001 26.12 Faulty connection op Stop-Manual, Stop-Automatic Stop-Manual Language 27.01 Language English, Spanish, Finnish, French, Italian English Dutch, Polish, Portuguese, Russian, Swedish Turkish, Chinese (simplified Chinese), Arabic Czech, German 27.02...
  • Page 142 Parameter Description Setting range Number of Fieldbus Default value Actual number decimals setting 28.39 Simulation load No load, Linear Load, Progressive load, Progressive load High inertia load 28.40 Simulation connection Auto, In line, Inside delta UI, Inside delta IU, Two In line phase (L1 shorted), Two phase (L2 shorted), Two phase (L2 shorted), Unknown...
  • Page 143 1SFC132081M0201 | Installation and commissioning manual | Functions...
  • Page 144 Functions | Installation and commissioning manual | 1SFC132081M0201...
  • Page 145 8 Communication 8.1 Built in modbus RTU 8.2 Anybus CompactCom (option) 8.3.1 Instructions 8.2.2 Necesssary components 8.3 ABB Fieldbus plug interface (option) 8.3.1 Instructions 8.3.2 Necesssary components 8.4 MINI USB interface 1SFC132081M0201 | Installation and commissioning manual | Communication...
  • Page 146 Anybus Modbus TCP (Dual ports) 1SFA899300R1008 AB6967-B Instructions for the set-up of input and output telegrams, parameter settings, instructions, etc. are available at: www.abb.com/lowvoltage: 8.2.1 Instructions • Built-in Modbus RTU 1SFC132089M0201 Instructions for the set-up of input and output telegrams, parameter settings, instructions, etc.
  • Page 147 PC. The USB interface is on the front The PSTX Softstarter has an interface, com 2, on the of the movable HMI. front for connecting the ABB Fieldbus Plug Adapter (FBPA) used for Fieldbus communication. You can use this interface to get status information, and for the upload and download of parameters.
  • Page 148 Communication | Installation and commissioning manual | 1SFC132081M0201...
  • Page 149 9 Maintenance 9.1 Regular maintenance 9.2 Service and repair 9.3 Firmware upgrade 1SFC132081M0201 | Installation and commissioning manual | Maintenance...
  • Page 150 Service and repair must be done by authorized personnel only. Note that unauthorized repair has an effect on safety and warranty. INFORMATION ABB personnel must obey the instructions in ABB CISE 15.4. Regular maintenance • Make sure that all installation bolts/screws are fastened.
  • Page 151 Service and repair For repair of the PSTX Softstarter, speak to your ABB reseller/Office or speak to ABB through www.abb.com/lowvoltage WARNING A short circuit on the load side of the Softstarter can cause large damage to the unit and cause danger to personnel.
  • Page 152 SoftstarterCare™ – Service Engineer Tool is required and the firmware package, both can be downloaded from the ABB library. Use your ABB login or contact your ABB Service representative. The Service Engineer Tool can access all HMI parameters,...
  • Page 153 Upgrade firmware 9.3.1.2 Make sure that the PSTX Softstarter is disconnected from both operational voltage and control supply voltage (100-250V). Set the HMI in boot mode. Hold both the Stop and L/R button when connecting the USB cable between the PC and Options Menu Options...
  • Page 154 Make sure a standard USB cable - “Mini-USB to USB” is available. Order a special jumper cable from the Softstarter support (se-softstarters-support@abb.com) or modify an existing cable by connecting three pins from the COM2 port together as shown in Figure 9.14.
  • Page 155 Upgrade firmware 9.3.2.3 Make sure that the PSTX Softstarter is disconnected from both operational voltage and control supply voltage (100-250V). Connect the jumper cable to the Control Board COM2 port, see section 3.1.5 Softstarter overview. Set the HMI in boot mode. Hold both the Stop and L/R button when connecting the USB cable between the PC and Options...
  • Page 156 Maintenance | Installation and commissioning manual | 1SFC132081M0201...
  • Page 157 10 Troubleshooting 10.1 General 10.2 Troubleshooting 10.3 Overview of faults, protections and warnings 10.4 Protection indication shown on screen 10.5 Fault indication shown on screen 10.6 Warning indication shown on screen 1SFC132081M0201 | Installation and commissioning manual | Troubleshooting...
  • Page 158 2. Wait 4 seconds, and then connect operation voltage on terminals L1, L2 and L3. • If the fault stays, speak to your ABB Sales Office. Bypass contactor/relay stuck in • Speak to your ABB Sales Office. closed position.
  • Page 159 Do a check if the HMI is set to remote mode. • Make sure that the Local Mode digital input on the ABB FieldBus Plug adapter is set to Remote. • Make sure that Fieldbus disable control in DI is not connected.
  • Page 160 • Connect the Supply voltage. Refer to the circuit Supply voltage is not connected. diagram. • If problem stays, speak to your ABB Sales Office. • • Do a check of the RJ45 plug. The RJ45 plug is missing •...
  • Page 161 10.3 Overview of faults, protections and warnings This table shows in which state the different indications for protections, faults and warnings can show. Event code* Motor control states ** (Hexadecimal) Electronic overload P0Fxx Locked rotor P10xx Phase reversal P11xx Current imbalance P12xx Current underload P13xx...
  • Page 162 Event code* Motor control states ** (Hexadecimal) High current F02xx Phase loss F03xx Heatsink overtemperature F04xx Bad network quality F05xx Shunt fault F06xx F07xx Low supply voltage Thyristor overload F08xx Short circuit thyristor F09xx Open circuit thyristor F0Axx Unspecified fault F0Bxx Invalid ID F0Cxx...
  • Page 163 10.4 Protection indication shown on screen For a description of the protections, see chapter 7.17 Protections. Table 2 Protection indication Status Possible cause Solution Electronic overload The motor got an overload In Line / Inside Delta because the current is too high At start during some time.
  • Page 164 The starting condition is too heavy for the set current limit. Bypass open fault Bypass contactor or relay does not • Do a check and speak to your ABB sales office. close when reached TOR. Fieldbus communication failure There is a communication error •...
  • Page 165 5.1.2 Control supply and control circuit. 2. Wait 4 seconds, and then connect operation voltage on terminals L1, L2 and L3. • If same fault stays, speak to your ABB Sales Office. Low supply voltage The control supply voltage is too low on •...
  • Page 166 Status Possible cause Solution Invalid ID ID parameter out of range • Cycle the control power (power off and then power on), this will ”restart” the Softstarter. • If you get Invalid ID after every power off, then the parameters are not set correctly before the Softstarter is power off.
  • Page 167 10.6 Warning indication shown on screen For a description of the warnings, see chapter 7.18 Warnings. Table 4 Warning indication Status Cause/Possible cause Current imbalance Current imbalance between the phases is higher than the warning level. Current underload The motor current is below the warning level. Make sure that the motor current parameter (Ie) is set correctly.
  • Page 168 Troubleshooting | Installation and commissioning manual | 1SFC132081M0201...
  • Page 169 11 Wiring and application diagrams 11.1 Circuit diagram PSTX 11.1.1 Circuit diagram PSTX30...PSTX1250 (IEC version) 11.1.2 Circuit diagram PSTX30...PSTX1250 (UL version) 11.2 Application diagrams 11.2.1 Inside Delta 11.2.2 Start at optional direction 11.2.3 Start at optional direction, alternative 11.2.4 With pole change, one winding motor 11.2.5 With pole change, two winding motor 11.2.6 InLine contactor control 11.2.7 Dual motor start...
  • Page 170 11.1 Circuit diagram PSTX 11.1.1 Circuit diagram PSTX30...PSTX1250 (IEC version) WARNING Terminal 22 is a function ground, it is not a protection ground. It shall be connected to the mounting plate. +24V Internal control voltage DGND Stop Start 20, 21 Low Voltage Board Stop Start...
  • Page 171 11.2 Application diagrams 11.2.1 Inside Delta 2-wire control Alt. with fuses Anybus F1.1 Com 1 Com 2 So Starter PSTX + 24V 23 +(B) 24 -(A) 19 GND 18 DGND 25 T1 26 T2 17 In2 27 T3 16 In1 PSTX 15 In0 28 +24V...
  • Page 172 11.2.3 Start at optional direction, 1L1 3L2 5L3 alternative Alt. with fuses F1.1 So starter PSTX Com 1 + 24V Com 2 19 GND 23 +(B) 1L1 3L2 18 DGND 24 -(A) 17 In2 25 T1 PSTX Reverse 16 In1 26 T2 15 In0 27 T3...
  • Page 173 11.2.5 With pole change, two winding motor 1L1 3L2 5L3 Alt. with fuses F1.1 1L1 3L2 So starter PSTX PSTX Com 1 + 24V Com 2 19 GND 23 +(B) 18 DGND 24 -(A) 2T1 4T2 17 In2 25 T1 16 In1 26 T2 15 In0...
  • Page 174 11.2.7 Dual motor start 1L1 3L2 5L3 Alt. with fuses F1.1 2-wire control So starter PSTX Com 1 + 24V Com 2 1L1 3L2 19 GND 23 +(B) PSTX 18 DGND 24 -(A) 17 In2 25 T1 16 In1 26 T2 15 In0 27 T3 14 Stop...
  • Page 175 11.2.8 Sequence start So starter Com 1 PSTX Com 2 + 24V 19 GND 23 +(B) 18 DGND 24 -(A) 17 In2 25 T1 16 In1 26 T2 15 In0 27 T3 14 Stop 28 +24V 13 Start 29 + 30 GND Start motor Start motor...
  • Page 176 Wiring and application diagrams | Installation and commissioning manual | 1SFC132081M0201...
  • Page 177 12 Third party licenses The 3rd party software components in the following sections are all part of the PSTX HMI firmware. 12.1 Pawn AMX Abstract Machine Wrapper 12.1 Pawn AMX Abstract Machine Wrapper 12.2 Zlib 1SFC132081M0201 | Installation and commissioning manual | Third party licenses...
  • Page 178 12.1 Pawn AMX Abstract Machine Wrapper PSTX HMI use the Pawn AMX Abstract Machine Wrapper as is. The software is licensed under the Apache license Version 2.0. Apache License Version 2.0, January 2004 http://www.apache.org/licenses/ TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION Definitions “License”...
  • Page 179 Grant of Patent License Subject to the terms and conditions of this License, each Contributor hereby grants to You a perpetual, worldwide, non-exclusive, no-charge, royalty-free, irrevocable (except as stated in this section) patent license to make, have made, use, offer to sell, sell, import, and otherwise transfer the Work, where such license applies only to those patent claims licensable by such Contributor that are necessarily infringed by their Contribution(s) alone or by combination of their Contribution(s) with the Work to which such Contribution(s) was submitted.
  • Page 180 END OF TERMS AND CONDITIONS 12.2 Zlib PSTX HMI use the inflate component PUFF from the compression library zlib. The component has been adapted by ABB. The software is licensed under the zlib/libpng license. The zlib/libpng License Copyright (c) 2002-2010 Mark Adler This software is provided ‘as-is’, without any express or implied warranty.
  • Page 181 1SFC132081M0201 | Installation and commissioning manual | Third party licenses...
  • Page 182 Text and illustration updated 2015-06-26 1SFC132081M0201 Text and illustration updated 2015-09-30 1SFC132081M0201 Illustrations updated 2015-10-23 1SFC132081M0201 ABB Update 201x-xx-xx 1SFC132081M0201 Text and illustration updated. New chapters: 11.2 2016-07-21 1SFC132081M0201 7, 12 Chapter 7-20-1 edited. Chapter 12 Third party licenses added. 2016-11-28...
  • Page 183 1SFC132081M0201 | Installation and commissioning manual | Revision...

  • Page 184: Acronyms And Abbreviations

    Delivery note 30 3-wire measurement for PT100 44 Description 17 Detachable keypad 32 Digital inputs (DI) 86 ABB Fieldbus plug interface (option) 132 Dimensions and drilling plan 32 Acronyms and abbreviations 9 Direct stop 77 Active faults/protections and warnings 57...

  • Page 185: Introduction | Installation And Commissioning Manual

    • Fieldbus Inputs/Outputs 90 Fieldbus address 90 Fieldbus control 90 Main circuit 36 Fieldbus failure operation 90. See also Fieldbus failure protection Maintenance 137 Fieldbus failure protection 103 Maximum mounting angle 32 Fieldbus Inputs/Outputs 90 Max number of starts protection 96 Frequence range protection 99 Menu screen 58 Full voltage 9...
  • Page 186 PTC/PT100 input 44 Storage 21, 22 System info 64 System mode 117 Quick start 11 Table Application settings 119 Ramp current limit 79 Technical data 22 Real time clock 66 Technical data for external keypad 22 Receive, unpack and check 30 Temperature 9, 21, 22 Relay outputs 87 Temperature errors in °C / K 45...
  • Page 187 1SFC132081M0201 | Installation and commissioning manual | Index...
  • Page 188 — ABB AB, Control Products SE-721 61 Västerås Sweden E-mail: sales@se.abb.com www.abb.com/lowvoltage © Copyright 2018 ABB. All rights reserved. Specifications subject to change without notice.

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