Table of Contents Table of Contents Page CHAPTER - 1 General ..........................5 Trademark Information ........................6 1.1.1 Logo ............................6 About this Guide ..........................6 Safety Information ......................... 7 Important User Information ......................8 Intended Use ..........................8 Service Information ........................8 Assumptions of Technical Experience ..................
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Table of Contents Module Parameters ........................38 4.3.1 Module Parameterization ....................38 4.3.2 IO Config Port X Pin Y ......................39 4.3.3 IO-Link Config Port X ......................41 4.3.4 Valve Configuration ......................43 Configuring the PCH Portal with EtherCAT Master ..............44 4.4.1 Installing ESI Files .......................
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Table of Contents Abbreviations..........................101 CHAPTER - 8 Appendix ........................102 IO-Link Events ........................... 103 8.1.1 IO-Link Event Qualifier ...................... 103 8.1.2 IO-Link Event Codes ......................104 Power Consumption Chart ......................105 Ordering information ......................... 106 Connectivity and Integration Support ..................106...
General Trademark Information EtherCAT is a registered trademark and patented technology, licensed by Beckhoff Automation GmbH, ® Germany. TwinCAT® is a registered trademark and patented technology, licensed by Beckhoff Automation GmbH, Germany. 1.1.1 Logo About this Guide This user guide is intended for those who are responsible for installing, configuring, and troubleshooting PCH Portal and its associated software and accessories.
General Safety Information Please read and follow all the safety information for the Parker Communication for H-Series (PCH) Portal, including the warning and caution statements in this guide, before installing or operating the system WARNING : The PCH Portal is used to control electrical and mechanical components of motion control systems in industrial environments.
Parker, its subsidiaries, or authorized distributors. To the extent that Parker, its subsidiaries, or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable for all applications and reasonably foreseeable uses of the components or systems.
CAUTION: A caution provides information intended to help prevent improper use of the product or damage to the product hardware or software. NOTE: A note provides information intended to make the best use of the product from Parker Hannifin Corporation.
Overview Product Overview The PCH Portal is a networked slave IO control device that supports multiple “Industrial Ethernet” communication protocols to communicate with other industrial controllers in the automation industry. The PCH Portal is engineered to interface with a manifold containing up to 32 H ISO Universal valve channels as well as to offer a wide variety of discrete and IO-Link input/output arrangements for motion control, while withstanding the temperature ranges, vibrations, and electrical noise of industrial environments.
Overview Module Overview Module Module Position Position Module Position Module Overview Module Overview Module Overview Item No Part Name Module Position 1 * Module Position 2 * Module Position 3 ** Status LEDs/Bluetooth enable button Power Supply Connectors Rotary Switches, USB connector (Type B) Network Communication Ports (Link/Activity) Connection to H Universal Air Supply NOTE:...
Overview Power Supply Connectors The Aux and Logic power connectors supply the power to all modules of the PCH Portal, the mother board and other modules. The following four types of power connectors are available based on the end user's requirement. Power consumption requirements must be considered when selecting a power connection.
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Overview Type 2: 5 Pin “B” (Power IN-Power OUT) 5 Pin “B” (Power IN-Power OUT) Power In (Male) Power Out (Female) Function Description Function Description GND V2 (VAUX) GND V2 (VAUX) GND V1 (VLOG) GND V1 (VLOG) Protective Earth Protective Earth Protective Earth Protective Earth +24 V...
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Overview Type 4: 5 Pin “D” (Power IN-Power IN) 5 Pin “D” (Power IN-Power IN) Power In (Male) Valve Power In (Male) Function Description Function Description GND V2 (VAUX) +24V +24V V2 (VAUX) 1-3 GND V1 (VLOG) +24V +24V V2 (VAUX) 4 Protective Earth Protective Earth Protective Earth...
Overview C/D Board Wiring NOTE: The power back-up functionality (storing of cycle counts and error/warning/event log) of PCH Portal is not guaranteed to function if the PCH Portal is operated outside operating voltage range i.e., when the Logic voltage is <= 20.4V If Aux voltage goes below the operating voltage range for the duration of 225 +/- 25 msec then the valve outputs and Aux voltage digital outputs are turned OFF for safety purpose.
Overview I/O and IO-Link “A” Module (IO-Link Class A or configurable I/O): This module has 4 M12 ports and is • powered by Logic Power. Each port has the following configurations: 1 IO-Link class A master and pin 2 configurable as input or output 2 inputs, 24VDC (PNP or NPN) iii.
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Overview “B” Module (IO-Link Class B or configurable I/O): This module has 4 M12 ports. Each port has • the following configurations: IO-Link class B master 1 input, 24VDC (PNP or NPN), PIN 4 iii. 1 output (Logic Power), 250mA @ 24VDC, PIN 4 “B”...
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Overview “C” Module (IO-Link Class B or configurable I/O with Aux Outputs): This module has 4 M12 • ports. Each port has the following configurations: 2 M12 ports with Digital Output. a. 2 outputs (Aux Power), 500mA @ 24VDC 2 M12 ports with each port having the following configuration: a.
Overview Status LEDs/Bluetooth Enable Button Status LEDs: The LEDs are used to indicate the status of Aux Power (AP), Logic Power (LP), Bluetooth Module Status (BT), ERR Status, RUN Status, Device Status (DS), Link/Activity (L/A) and Link/Activity (L/A). Bluetooth Enable Button: Press and hold this button for more than 3 seconds to enable/disable the Bluetooth functionality.
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Overview LED Label LED State Indication Description No link Link not sensed (or no power) Link Activity (L/A) LED for Solid Green Link sensed; no activity Link sensed; no traffic detected network port 1 and network Solid Green Link sensed; no activity Link sensed;...
Overview USB connector and Rotary Switches USB Connector: The USB 2.0 OTG, Type-B standard connector is used to interface with the configuration software. The configuration software is used to configure and monitor the PCH Portal product. Rotary Switches: The PCH Portal contains 3 rotary switches. These are used to set the last octet of the IP Address (assigning a static IP address), factory default, Enable FTP and DHCP mode.
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Overview The rotary switches are housed besides the USB port. The rotary switches are used to configure the PCH Portal product for the following functionalities based on the rotary switch settings shown in Table 13. Rotary Switch Configuration Details Rotary Switch Configuration Details Rotary Switch Setting Description A setting of 001 to 254 on rotary switch and power cycle of PCH Portal enables the...
Overview Network Communication Ports NT1 and NT2 The Network Communication Ports are used to connect the PCH Portal to external devices in the automation system. Network Interface M12, D-coded, female Pin No. Function Connection to H Universal Air Supply There are 2 connectors (30 pin and 10 pin) for up to 32 valves. 24 valves can be connected to 30 pin connectors and 8 valves can be connected to 10-pin connector.
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Overview Valve Output Pinout Details Connector Pin Number Function GND V2/Safe GND 2 GND V2/Safe GND 2 VALVE_OUT24 VALVE_OUT25 VALVE_OUT26 VALVE_OUT27 VALVE_OUT28 VALVE_OUT29 VALVE_OUT30 VALVE_OUT31 NOTE: The valve outputs operate on Aux voltage and have latching behavior. In case the Logic voltage drops below operating range (<...
Overview 2.10 Port and Port LED Descriptions A2 B2 A1 A3 A5 B5 Port Description Port Description Port Description Port Description Callout No. Port Number Callout No. Port Number A0 (Channel 0) Port 0/A (Pin 2) B6 (Channel 13) Port 6/B (Pin 4) B0 (Channel 1) Port 0/B (Pin 4) A7 (Channel 14)
Overview 2.11 IO Port LED Indication Each of the Ports have two LEDs to indicate the I/O-States that are configured. IO-Port LED IO Port LED Indication Color Indication Status Input is configured and input is OFF Output is configured and output is OFF (Type A module) OR I/O is Light Blue not configurable (Type B module) Yellow...
Technical Data Mechanical Data Mechanical Data Parameters Details Housing/Enclosure: PBT with 33% GF and UL94-V0 Base Housing material Cover (plate): Aluminum 380 Enclosure rating IP 65 (only when plugged-in and threaded-in) Supply Voltage 7/8” 4 or 5 pin male and female pin connector or AIDA Input ports/Output ports M12, A-coded (12 x female) Dimensions (L x B x H in mm)
The device descriptor is required in the form of ESI file and is available on the Parker website. The ESI file contains information regarding the slave configuration. The EtherCAT master uses the available Boxes in ESI file to connect with the PCH Portal. There are total of 16 boxes available in ESI which can be scanned automatically or can be plugged manually.
PCH Portal Function Slot No. Slot Name Description Module Port 9 Pin A Slot for DI/DO Port 9 Pin A Module Port 9 Pin B Slot for DI/DO/IO-Link for Port 9 Pin B Module Port 10 Pin A Slot for DI/DO Port 0 Pin A Module Port 10 Pin B Slot for DI/DO/IO-Link for Port 10 Pin B Module Port 11 Pin A...
PCH Portal Function NOTE: The IO-Link modules Structure are always the same: IOL_I/O_x/xBytes in which I = Input data O = Output data I/O = Both Input and Output data x/x = number of process data items used (It is equal to or greater than the process data length of the IO-Link device).
PCH Portal Function 4.3.2 IO Config Port X Pin Y This start-up data can only be configured while using the Standard I/O modules of Pin A and Pin B. Following table shows the parameters available for configuration under this category. See Table 28 for instructions on enabling configuration via PLC.
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PCH Portal Function DIO Counter Type: This parameter will have the following options: • 1. Up Counter 2. Down Counter This parameter defines the behavior of cycle count parameter of the digital IO as an up counter or down counter for the corresponding channel. This parameter contains the following two values. Up counter (0): The cycle count associated with digital IO increments by one for every cycle of digital IO.
PCH Portal Function 4.3.3 IO-Link Config Port X This start-up data is available with IO-Link Modules configured at Pin B slots. The parameters available for configuration are described in below table. IO-Link Config Port X Bits S. No. Configuration Parameter Description IO-Link Configuration Base...
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PCH Portal Function Bits S. No. Configuration Parameter Description IO-Link Configuration Refer below values for the selection of “Validation Type” Validation Type This parameter defines the behavior of "Validation Type" of the IO-Link. This parameter has following three values: No Validation 0x0000 Compatible 0x0001...
PCH Portal Function 4.3.4 Valve Configuration The Valve module carries this start-up data, and this can be configured when valve module is used. Following table shows the available parameter under this category. Valve Configuration Information Bits Configuration Parameter Description 0 - Off Valve Driver 1 Fault Mode FM07 FM06 FM05 FM04 FM03 FM02 FM01 FM00 1 - Last Good...
PCH Portal Function Configuring the PCH Portal with EtherCAT Master For example, the connection of the PCH_Portal_A_B_C to a Beckhoff TwinCAT controller is shown with the TwinCAT System Manager. The exact procedure depends on the project planning software used. 4.4.1 Installing ESI Files The device description has the following name: ESI_Parker_PCH-Portal-MPx.xml “x = 0 or 1’...
PCH Portal Function 4.4.3 Manually Attach Device Before connecting devices to the EtherCAT network, the EtherCAT system must be in a safe, de-energized state. Start the TwinCAT System Manager in Config mode. Attach PCH_PORTAL_A_B_C as a box. Manually Attach Device...
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PCH Portal Function Select Appropriate Box...
PCH Portal Function 4.4.4 Required Setting on the Device After the automatic scanning or manual addition, the device appears in the tree structure of TwinCAT. Device in the Tree Structure of TwinCAT...
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PCH Portal Function Check the default setting in the device: EoE settings to access Web Server of the device (In the Master Configuration tool, Navigate to Advance Settings → Mailbox → EoE → Switch Port must be selected). Default Setting...
PCH Portal Function 4.4.5 Configuring the Module To Configure the slot and modules, navigate to Slot tab and assign modules as required. The slots for future expansions are not used. Several process data (buffer size) can be assigned to the other slots.
PCH Portal Function 4.4.6 Startup In the start-up, the IO-Link ports and outputs are pre-configured. The entries are transferred when the configuration is overwritten. For example, change the Cycle Warning mode double on DIO Counter Control and write value 0x01(1). Change the Parameter Value...
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PCH Portal Function Edit CANopen Startup Entry...
PCH Portal Function Cyclic Communication The PCH Portal device provides cyclic communication method where process data is exchange implicitly. Process data are discrete inputs and outputs. 4.5.1 Process Input Data 4.5.1.1 Device Status Bytes The Device Status Module is used to diagnose the PCH Portal. It helps in identifying the faults and warnings that are reported by the device.
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PCH Portal Function Status Bytes: Indicates the module on which an event is generated, and the type of event • generated. Example: When the Logic Voltage is in warning range (19.V to 20.4V), the Logic Voltage and Warning Bits are set. Fuse and Over Current Status: •...
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PCH Portal Function 4.5.1.3 IO-Link Process Data Input To read the input value of any IO-Link module → Navigate to the respective module → Expand the module click on IO-Link Input Bytes to check the process data input values. Online column updates the values upon receiving process data input from the IO-Link sensor connected to the module.
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PCH Portal Function 4.5.1.4 IO-Link Status Module IO-Link Status Module Input Data Size Module Description (Bytes) Refer the details RESV below the table. Vendor ID 1 Vendor ID Vendor ID 2 Port B0 IO-Link Status Module Device ID 1 Device ID 2 Device ID Device ID 3 Port B1 IO-Link Status...
PCH Portal Function 4.5.2 Process Output Data 4.5.2.1 Device Control • Reset Event (RST): A 0 to 1 transition clears the OC bit. OC bit is cleared only when none of the bits OC1, OC2 and OC3 are SET. 4.5.2.2 Actuating Outputs To turn ON outputs of any modules configured as Output with PLC access taken, navigate to the respective module →...
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PCH Portal Function 4.5.2.3 IO-Link Process Data Output To update process data output of any IO-Link module → Navigate to the respective IO-Link Module → Expand the module, click IO-Link Output Byte → Click on respective output byte to be actuated → Online tab and click on the Write button.
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PCH Portal Function 4.5.2.4 Valve Outputs To turn ON Valve outputs with PLC access taken, navigate to the Valve Outputs module → Expand the module → Navigate to Output Byte X (x = 0 to 3 for Valve 0 to 31) → Click on respective output byte to be actuated →...
PCH Portal Function Acyclic Communication The PCH Portal provides acyclic communication method to access errors/warnings/IO-Link parameters. To check the acyclic data, navigate to CoE - Online tab and select Auto update check box. Acyclic Communication...
PCH Portal Function 4.6.1 IO-Link Service Data Example Read: In Instance, select 2720:02 (here Port number 1) At 2720:03 specify the respective index MSB and on 2720:04 specify the respective index LSB values by double clicking on them. At 2720:05 specify the Sub-Index. At 2720:01 specify the Control value 0x03(3) - Read command.
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PCH Portal Function Example Write: In Instance, select 2720:02 (here Port number 1). At 2720:03 specify the respective index MSB and on 2720:04 specify the respective index LSB values by double clicking on them. At 2720:05 specify the Sub-Index. At 2720:06 specify the length of data. At 2720:09 specify the Data.
PCH Portal Function 4.6.2 IO-Link Events: IO-Link Slave events can be read acyclic for each port. If there is an IO-Link slave event, event bit gets set for the respective IO-Link Status Module (refer to 4.2.3) and events can be read via an acyclic query in the CoE – Online tab. Index 2730:0 to 27E0:0 displays events for all the 12 possible IO-Link ports.
PCH Portal Function 4.6.3 Diagnostic Data The following table provides index and sub-index details required to read diagnostic data from PCH Portal. Diagnostic Data Bits EtherCAT Area/ Access S.No. Description Module Type Sub- Index Index Auxiliary Voltage Fault and Warning Levels 0x00 - No Fault Auxiliary Voltage...
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PCH Portal Function Module Position. Watch Dog Expired 0 - No Watch Module Position - Watch Dog Expired Dog Expired Co-Proc 1-3 – Module Position. 4-255 – Reserved RESERVED Cycle Count Limit Reached VCL 07 VCL 06 VCL 05 VCL 04 VCL 03 VCL 02 VCL 01...
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PCH Portal Function EEPROM - I2C Comm Fault 0 - EEPROM - I2C Comm OK 1 - EEPROM - EEPROM - I2C Comm EEPROM RESV RESV RESV RESV RESV RESV I2C Comm Fault 0x08 Corrupt 0x2610 Error EEPROM - Corrupt 0 - EEPROM Not Corrupted 1 - EEPROM...
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PCH Portal Function IO-Link Transceiver - USART – 4 0 - Comm OK IO-Link Transceiver - USART 4 Communication Warning – Module Position 1-3 – Warning at Module Position 4-255 – Reserved RESERVED EEPROM - SPI Communicatio IO / n Fault IO-Link 0 - EEPROM - External Flash Corrupt –...
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PCH Portal Function IO-Link Transceiver - USART - 2 Comm Fault 0 - IO-Link Transceiver - IO-Link Transceiver - USART 2 Communication Error – Module Position USART Comm 1-3 – Module Position 4-255 – Reserved IO-Link Transceiver - USART - 3 Comm Fault 0 - IO-Link IO-Link...
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PCH Portal Function Over Current - Fault 0 - No Over Current Fault Over Current - Fault – Module Position 0x2610 1-3 – Module IO-Link Position. 4-255 – Reserved 0X11 Over Current - Fault 0 - 23 Channel Over Current - Fault – Channel No No.
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PCH Portal Function *Read Request (03) using Write Service 0x2720 1 to 9 DS - Data Size, RR - Read Request, PN - Port Number, IX - IOL Index, SX - IOL Sub- index, DF - Data Field. *Read Response (03) using Read Service DS - Data Size,...
Configuration Tool/Web Interface The PCH Portal provides the following interfaces for configuration and monitoring of PCH Portal. The PC Configuration Tool/Web Interface The PC Configuration tool is Windows PC based application that communicates over USB and Bluetooth Interface to the PCH Portal. To connect the PC configuration tool via USB interface connect the cable between the PC and PCH Portal and launch PCH Portal Configuration Tool to get connected with the PCH Portal.
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Configuration Tool/Web Interface To connect PC configuration tool via Bluetooth interface, a low energy USB Dongle (BLED112) must be connected to USB port of Windows PC. Also, turn ON the Bluetooth on the PCH Portal by pressing the Bluetooth button for at least 3 seconds. Select the ‘Bluetooth’...
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To configure PCH Portal enter Configuration mode by clicking on the “Configure mode” radio button and providing a valid password. The default password is “parker”. Configuration (write) access to PCH Portal is granted if it is not already in configuration mode.
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Configuration Tool/Web Interface The “PLC Mode” radio button is selected if PLC is connected to the PCH Portal (refer to the upper right corner of the image below). PLC Mode...
Configuration Tool/Web Interface 5.1.1 Status Screen The “Status” screen displays live status of the PCH Portal. All the device information like protocol, IP address etc. is displayed in the table on the right-hand side. Status of all the LEDs are displayed in the table at the bottom.
Configuration Tool/Web Interface 5.1.2 Port Configuration Screen The “Port Config” screen allows user to view or change the pin configuration of PCH Portal. User can make configuration changes from the pin images or from the “Port Configuration Detail” table. NOTE: LED colors have different meanings between status and configuration screens. Port Config Screen...
Configuration Tool/Web Interface 5.1.3 Pin Config The pin configuration can also be changed from the “Pin Config” tree structure. To see or change the configuration details for a particular Digital Input/Digital Output/IO-Link pin, select the appropriate radio button on the PCH Portal graphic in the “Port Config” screen. Change Pin Config...
Configuration Tool/Web Interface 5.1.4 Digital Input Configuration Screen User can see or change the below parameters on this screen: a. Description of Channel b. Digital Input Type c. Invert d. Debounce Time e. Cycle Warning Mode Cycle Count Type g. Upcounter cycle count notification limit/Downcounting preset to 0 h.
Configuration Tool/Web Interface 5.1.5 Digital Output Configuration Screen a. Description of Channel b. Fault Mode c. Cycle Warning Mode d. Cycle Count Type e. Upcounter cycle count notification limit/Downcounting preset to 0 Cycle Reset Digital Output Configuration Screen...
Configuration Tool/Web Interface 5.1.6 IO-Link Port Configuration Screen a. The live data from the conected IO-Link slave device is displayed under the “Device Information” section. b. The data in the “Optional Device Information” section is fetched when “Get Info” button is pressed. c.
Configuration Tool/Web Interface 5.1.7 IO-Link Events Screen Events related to IO-Link are logged in the “IO-Link Events” screen of the respective IO-Link port. The “IO-Link Events” screen is accessed by selecting the “IO-Link Events” button as shown in Figure 44 User has to refresh this screen to see new logs.
Configuration Tool/Web Interface 5.1.8 Valve Configuration Screen The “Valve Config” screen is used to change the configuration of any Valve.The following parameters of valves can be changed through Valve Config Screen: a. Valve Tag b. Fault Mode c. Cycle Warning mode d.
Configuration Tool/Web Interface 5.1.9 IODD Configuration Screen The “IODD Config” screen is used to upload an IODD file to the PCH Portal IODD library in the device or delete an IODD file from PCH Portal IODD library. IODD files are loaded into the IODD library regardless of what IO-Link port they are, or will be, connected to.
To actuate DO/Valves of PCH Portal enter Force mode by clicking on “Force mode” tab, then click on the slider button and provide valid password. The default password is “parker”. Access to PCH Portal force mode is granted if it is not already in force mode. User has to click on the radio buttons or on the Valve’s “Connect”...
Configuration Tool/Web Interface 5.1.12 System Configuration Screen The “System Configuration” screen displays the system wide parameters such as date, time, network configuration addresses, MAC address, System ON Time, and Bluetooth configuration settings. Some of these parameters are user configurable in configuration mode. QuickConnect is not applicable for EtherCAT and hence it is non-configurable.
Configuration Tool/Web Interface 5.1.13 Node Configuration Screen The “Node Configuration” page provides the capability to save the configuration of the PCH device to connected Windows PC, as well as to load the saved configuration from PC to PCH device. It also provides the option to restore the PCH device to its factory default settings. NOTE: In Restore to Factory Default option the PCH Portal device data will be cleared.
Configuration Tool/Web Interface 5.1.14 Logs:Screen The “LOGS” tab displays three options “Warnings”, “Events” and “Errors”. All the events provide time/date stamp details as well as module information. It also provides the action the user action required to recover from the Error and Events. NOTE: A maximum of 40 events are logged at a time.
Configuration Tool/Web Interface Warnings Screen Bluetooth Mobile Application The Bluetooth mobile application is also available to view status and configure the PCH Portal. This Bluetooth application is available for Android and iOS mobile devices and tablets. Please download the application from app store and install to your mobile device to get connected with PCH Portal over Bluetooth interface.
Troubleshooting Troubleshooting Troubleshooting Information Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description # User needs to check the Auxiliary Power - Low Voltage Auxiliary voltage and take below 19.40V (Hysteresis 19.60V) MM-DD-YY | HRS: appropriate action to...
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description # User needs to check the Logic voltage and take MM-DD-YY | HRS: appropriate action to Logic Power - Low Voltage MIN:SEC | Logic Voltage | correct it.
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description # User can perform the following options: Option 1: Power Cycle the MM-DD-YY | HRS: Device MIN:SEC | MS/Co-Proc | MS/CoProc bit = 1 Option 2: Upgrade...
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description Firmware Upgrade Started Note: In Application Mode this event MM-DD-YY | HRS: is logged inclusive of Co-Proc MIN:SEC | MS/Co-Proc | Event # No Action Required...
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description # User can perform the SPI Communication - B40 following options: <Warning> Option 1: Restart the MM-DD-YY | HRS: device Note: For this event, no information...
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description MM-DD-YY | HRS: MIN:SEC | Temperature Temperature till 75 °C Event Warning | --- | Normal # No Action Required Temperature till 75 °C - [<Actual Temperature>°C]...
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description # User can perform the MM-DD-YY | HRS: following options: I2C Communication - EEPROM MIN:SEC | Valve | --- | Valve bit = 1 Option 1: Power Cycle the Error...
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description # User can perform the following options: MM-DD-YY | HRS: Option 1: Eliminate the I2C Communication - ADC MIN:SEC | IO/IO-Link | IO/IO-Link bit = 1 Noise Source...
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Troubleshooting Event Log Message Process Input Format: Date | Time | Description Area/Module Category User Actions Status Bits Module | Module Position | Description # User can perform the following options: Option 1: Change Device Ownership since PLC is MM-DD-YY | HRS: not the current owner of MIN:SEC | Network | --- | Network Bit = 1...
Ground Input Output Internet Protocol IP65 Ingress Protection 65 Light Emitting Diode Logic Logic Power Module Status Network Status On-The-Go Parker Communication for H-Series Programmable Logic Controller RESV Reserved Universal Serial Bus VAUX Auxiliary Voltage Vendor ID VLOG Logic Voltage...
Appendix IO-Link Events 8.1.1 IO-Link Event Qualifier The following list of tables indicates the permissible values for various fields of Event Qualifier. Permissible Values for Instances Definition Value Unknown Reserved 1 to 3 Application Reserved 5 to 7 Permissible Values for Source Definition Value Device (remote)
Appendix 8.1.2 IO-Link Event Codes The following table lists the PCH Portal specific events. Refer to IO-Link Specification for the Events defined by IO-Link Standard. For Events generated by IO-Link Slave device, refer to the same document. PCH Portal specific events Event Code Event Description 0xC101...
Appendix Power Consumption Chart Power Consumption Logic Power Auxiliary Power Theoretical Power Theoretical Power Power Power Power Available Available Valve Available Available Available Module Module for PCH Module after Power for PCH for Pass for Pass Config Power Network Power Module Draw Network...
IMPORTANT: This part number cannot be purchased from the factory. In order to purchase a PCH Network Portal, refer to the published catalog of the PCH Network Portal for the full end plate kit part number. This can be found at the product landing page: https://ph.parker.com/us/17571/en/pch-network-portal/pch-portal pdnapps@parker.com For any questions, please contact...
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