panelmate epro es users guide - automation...

PanelMate ePro ES Users Guide

Eaton Corporation Operator Interface Business 811 Green Crest Drive Columbus, OH 43081

Preface

Information in this manual is subject to change without notice and does not represent a commitment on the part of Eaton Electrical Inc. Permission is granted to duplicate this material without modification only for your use or the internal use of other members of your company or your agents to assist you in the use and servicing of products purchased from Eaton Electrical. No permission is granted to modify this material or include this material in a compilation.

RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the Government is subject to restrictions set forth in paragraph (b)(3)(B) of the Rights in Technical Data and Computer Software clause of DAR 7-104.9(a). Contractor/Manufacturer is Eaton Corporation, Operator Interface Business, 811 Green Crest Drive, Columbus, OH 43081.

TRADEMARKS PanelMate, Cutler-Hammer, Eaton and ePro Canvas are either federally registered trademarks or trademarks of Eaton Corporation. Commercial brand names (trademarks) of products of manufacturers or developers, other than Eaton Corporation or its affiliates, that appear in this manual may be registered or unregistered trademarks of those respective manufacturers or developers, which have expressed neither approval nor disapproval of Cutler-Hammer products and services.

2003 Eaton Corporation. All rights reserved. Printed in the United States of America. P/N 01-00523-02

Support Services 3

Support Services The goal of Eaton Electrical is to ensure your greatest possible satisfaction with the operation of our products. We are dedicated to providing fast, friendly and accurate assistance. That is why we offer you so many ways to get the support you need. Whether it's by phone, fax or e-mail, you can access Eaton Electrical support information 24 hours a day, seven days a week. Our wide range of services is listed below. You should contact your local distributor for product pricing, availability, ordering, expediting and repairs.

Website Use the Eaton Electrical website to find product information. You can also find information on local distributors or Eaton Electrical/Cutler-Hammer sales offices.

Website Address www.eatonelectrical.com

e-COM Support Center Call the e-COM Support Center if you need assistance with placing an order, stock availability or proof of shipment, expediting an existing order, emergency shipments, product price information, returns other than warranty returns, and information on local distributors or sales offices.

e-COM Support Center Voice: 800-356-1243 (8a.m.–6p.m. EST) FAX: 800-752-8602 After-Hours Emergency: 800-543-7038 (6p.m.–8a.m. EST)

e-TRC Technical Resource Center If you are in the US or Canada, and have OI/PLC/IPC questions, you can take advantage of our toll-free line for technical assistance with hardware and software product selection, system design and installation, and system debugging and diagnostics. Technical support engineers are available for calls during regular business hours.

e-TRC Technical Resource Center (support for OI, PLC and IPC)

Voice: • 800-809-2772, selection 5 (8a.m.–5p.m. EST) • 414-449-7100, selection 5 (8a.m.–5p.m. EST) FAX: 614-882-0417 e-mail: [email protected] After-Hours Emergency (Plant Down Only): • 800-809-2772, selection 5 (5p.m.–8a.m. EST) • 414-449-7100, selection 5 (5p.m.–8a.m. EST)

http://www.eatonelectrical.com/

mailto:[email protected]

4 PanelMate ePro ES Users Guide

European PanelMate Support Center This center, located in Zurich, Switzerland, provides high-level quality support and product repair services for your PanelMate products. You will receive real-time technical and application support.

European PanelMate Support Center

Voice: +41 1 806 64 44 (9a.m.–5p.m. CET) e-mail: [email protected]

Information Fax-Back Service For Legacy Products Legacy Cutler-Hammer product information, specifications, technical notes and company news are available to you via fax through this direct document request service. Using a touch-tone phone, you can select any of the info faxes from our automated product literature and technical document library, enter a fax number and receive the information immediately.

Information Fax-Back Service For Legacy Products

Voice: 614-899-5323

Repair and Upgrade Service Additional support is also available from our well-equipped Repair and Upgrade Service department. If you have questions regarding the repair or upgrade of an OI/IPC, contact your local distributor.

Repair and Upgrade Service (support for OI and IPC)

Voice: • 800-809-2772, selection 5, 4

(8a.m.–5p.m. EST) • 414-449-7100, selection 5, 4

(8a.m.–5p.m. EST) FAX: 614-882-3414 e-mail: [email protected]



Table of Contents 5

Table of Contents Preface ________________________________________________________ 2

Support Services ________________________________________________ 3

Website ................................................................................................................. 3 e-COM Support Center ......................................................................................... 3 e-TRC Technical Resource Center ....................................................................... 3 European PanelMate Support Center ................................................................... 4 Information Fax-Back Service For Legacy Products ............................................. 4 Repair and Upgrade Service................................................................................. 4

Table of Contents _______________________________________________ 5

Chapter 1: Getting Started with the PanelMate ePro ES ________________ 8

Introduction ............................................................................................................... 9 Unpacking.................................................................................................................. 9

Packing List......................................................................................................... 10 Connectors & Switches.......................................................................................... 10 Connecting Power and Turning on the Unit ......................................................... 11

Power and Ground Instructions........................................................................... 11 Wiring the Power Connector ............................................................................... 12

First Time Power Up Process ................................................................................ 13 Terminating the ePro ES Demo .......................................................................... 13

Serial Port Connectors ........................................................................................... 14 COM1 Connector Pin Assignments .................................................................... 14 COM2/COM3 (4-wire RS232/RS485) Connector Pin Assignments .................... 14 COM2/COM3 Shunting Cable............................................................................. 15

Chapter 2: Preparing the ePro ES for Online Use ____________________ 16

Steps to Preparing the ePro ES for Online Use ................................................... 17 Communicating to a PLC or Controller ............................................................... 17

Preparing Your ePro ES for File Transfers ........................................................... 17 Connecting to Your ePro ES via Ethernet ........................................................... 18

Transferring Software and Configurations........................................................... 21 Types of Software That Can Be Transferred to the ePro ES .............................. 21 Transferring Files to the PanelMate ePro ES...................................................... 21


Uninstalling Software .......................................................................................... 22 Chapter 3: Software Tools, Utilities and Programs ___________________ 23

Introduction ............................................................................................................. 24 Status Bar Icons...................................................................................................... 25 Saving Registry Values .......................................................................................... 25 Soft-Keyboard ......................................................................................................... 25

Using the Soft-Keyboard ..................................................................................... 25 Configuring the Soft-Keyboard............................................................................ 26

Double-Tap Sensitivity Setting .............................................................................. 27 Touchscreen Calibration ........................................................................................ 27 Backlight Control .................................................................................................... 28 Backlight Brightness .............................................................................................. 28 Watchdog Timer ...................................................................................................... 28 Ethernet IP Addresses............................................................................................ 29

Chapter 4: Hardware Installation __________________________________ 30

Mounting.................................................................................................................. 31 Enclosure Selection................................................................................................ 31

Enclosure Rating................................................................................................. 31 Enclosure Construction ....................................................................................... 31 Enclosure Sizing and Unit Positioning ................................................................ 32

Serial Communication Cable Selection, Shielding, Grounding and Termination.............................................................................................................. 34

RS232 Communications (COM1, COM2) ........................................................... 34 RS422 Communications Using an External RS232 to RS422 Converter ........... 35 RS485 Multi-Drop Communications (COM3) ...................................................... 37

Serial Cable Segregation and Placement ............................................................. 38 Serial Cable Segregation .................................................................................... 38 Cable Placement................................................................................................. 38 Potential Problem Areas ..................................................................................... 39

Chapter 5: Fuse Replacement ____________________________________ 40

Fuse Specification .................................................................................................. 41 Replacing the Fuse ................................................................................................. 41

Appendix A: Unit Dimensions ____________________________________ 42

PanelMate ePro ES 7475T-6 Unit Dimensions...................................................... 43

Table of Contents 7

Appendix B: Safety Instructions __________________________________ 44

Safety Instructions.................................................................................................. 45 FCC Class B............................................................................................................. 46

Appendix C: Specifications ______________________________________ 47

PanelMate ePro ES 7475T-6 Specifications.......................................................... 48 Index _________________________________________________________ 50


Chapter 1: Getting Started with the PanelMate ePro ES

1

This chapter provides getting started information. The following topics are discussed:

• Introduction • Unpacking the unit • Powering up the unit • Serial ports and cable pinouts • Safety instructions

Chapter 1: Gett ing Started with the PanelMate ePro ES 9

Introduction The 7475T-6 operator interface is an excellent product for small to medium applications. The small size allows the unit to be installed in locations with limited space and the low cost of the unit makes it ideal for installations with limited budgets. Key features include the following. Easy to use: the integrated touchscreen combined with the state-of-the art ePro

Canvas™ runtime software allows for effective and efficient operations. Slim but robust: the 7475T-6 is very thin (less than 2 inches) and lightweight (less

than 2 pounds). This makes it the best solution for those applications that have tight space requirements or need a very lightweight solution.

Cost effective: applying a color STN LCD with QVGA resolution (320 x 240). The 7475T-6 offers a cost effective solution for operator interface terminals.

Powerful communication capability: the 7475T-6 provides serial ports and Ethernet communication. These two communication standards are the most popular ones in today’s industrial automation applications.

Unpacking Unpack the 7475T-6 from its packaging.

Figure 1: Unpacking the 7475T-6


Packing List The 7475T-6 includes the following: 1. Qty 1 - 7475T-6 unit with CompactFlash memory card 2. Qty 1 - Accessory kit which includes:

a) Qty 6 - Panel mounting clamps b) Qty 6 - Panel mounting screws c) Qty 1 - 3-pin power connector d) Qty 1 - 1.0 m grounding wire e) Qty 1 - 7475T-6 support CD f) Qty 1 - 6.0 cm single DB-9 to dual DB-9 serial ports shunting cable g) Qty 1 - stylus

Connectors & Switches The location of the connectors and switches are shown below. The port labeled COM2 supports RS232 and RS485 communications simultaneously. Communications for RS232 are associated with COM2 and communications for RS485 are associated with COM3. A shunting cable is supplied with the unit to provide access to COM2 and COM3 from the physical port labeled COM2. Refer to section Serial Port Connectors for detailed information about the communication ports and shunting cable. Both the PS2 keyboard and mouse can be connected/disconnected while the 7475T-6 unit is powered-up without problems.
KB – PS2 2 MS – PS
)
USB (not used)
E
FUS
Figure 2: Connector

COM1 – RS232

COM2 – RS232 (COM3 - RS485

)
LAN (Ethernet On/Off Switch 24 VDC - In Socket (GND - +)
Locations


Connecting Power and Turning on the Unit The 7475T-6 requires 24 VDC +/- 15% power input. The current is 1.5 A, and the nominal power consumption is 15 watts. The DC socket location is shown in Figure 2.

Power and Ground Instructions The PanelMate ePro ES operator interface has been designed to withstand severe environmental conditions typical in industrial installations. However, certain extreme conditions, such as serious ground faults, have the potential to damage the PanelMate ePro ES operator interface or cause other damage. In all cases, the end user must ensure that the installation is protected from these extreme conditions and follows local codes and electrical standards and regulations. The following recommendations are intended to help protect the PanelMate ePro ES unit from damage due to current swells, ground faults, or ground potential differentials that can occur in electrical system installations.

• Use an isolated power supply

• Use single point grounding

• Install a power supply solely for the PanelMate ePro ES

• Use a current-limiting power supply

• Add circuit breakers

Use an Isolated Power Supply AC to DC power supplies are typically isolated while DC to DC power supplies are often non-isolated. Check the power supply specifications to ensure that the power supply is fully isolated.

Use Single Point Grounding The external power supply and the PanelMate ePro ES unit should be grounded to the same point. Single point grounding should be practiced even when the devices are located in separate enclosures to help prevent ground loop issues.

Install a Power Supply Solely for the PanelMate ePro ES If the current external power supply is used for multiple devices, add an external power supply specifically for the PanelMate ePro ES unit. A separate external power supply will better protect against system transients and ground potential issues.


Wiring the Power Connector Step 1: Connect the power connector to the 24 VDC power source.

Figure 3: Power Connector and Power Lines

Warning: If the power source is not connected to the correct pins, the system may be damaged when the power is turned on.

Step 2: Plug the power connector into the 7475T-6.

Figure 4: Power Connector Pin Assignment


Figure 5: Plug Power Connector into Unit Step 3: Turn on the system power by sliding the ON/OFF switch to the ON position.

First Time Power Up Process Once power is connected to your PanelMate ePro ES unit, the following occurs:

1. A black screen appears that says “System Starting…..” 2. A series of command lines will scroll past on a white background. 3. The PanelMate ePro ES demo will start. You can touch buttons and change

pages to familiarize yourself with the unit. Note: You can power down your PanelMate ePro ES unit at any time after the operating system has fully booted up. There is no formal shut-down process that needs to be followed. Simply slide the ON/OFF switch to the OFF position or disconnect the power connection.

Terminating the ePro ES Demo To stop the demo application, select the Exit button. The demo application closes and you are returned to the PanelMate ePro ES desktop. The default is that the Task Bar and Start Menu is in Auto Hide mode. To access the Task Bar simply tap anywhere along the bottom of the screen.


Serial Port Connectors

COM1 Connector Pin Assignments

Pin Signal 1 DCD 2 RXD 3 TXD 4 DTR 5 GND 6 DSR 7 RTS 8 CTS 9 RI

Figure 6: COM1 (RS232) Serial Port

COM2/COM3 (4-wire RS232/RS485) Connector Pin Assignments

Pin Signal 1 DATA- (RS485) 2 RXD (RS232) 3 TXD (RS232) 4 DATA+ (RS485) 5 GND 6 N/C 7 RTS (RS232) 8 CTS (RS232) 9 N/C

Figure 7: COM2/COM3 (4-wire RS232/RS485) Serial Port


COM2/COM3 Shunting Cable The shunting cable can shunt the COM2 DB-9 connector to two separate connectors (COM2/COM3). A shunting cable is included with the PanelMate ePro ES unit

Figure 8: COM2/COM3 Shunting Cable

DB-9 female connector Connects to ES unit

Black DB-9 male connectorCOM2 - 4-wire RS232

Blue DB-9 male connectorCOM3 - RS485

Pin Signal Pin Signal Pin Signal 1 DATA- (RS485) 1 N/C 1 DATA- (RS485) 2 RXD (RS232) 2 RXD (RS232) 2 DATA+ (RS485) 3 TXD (RS232) 3 TXD (RS232) 3 N/C 4 DATA+ (RS485) 4 N/C 4 N/C 5 GND 5 GND 5 N/C 6 N/C 6 N/C 6 N/C 7 RTS (RS232) 7 RTS (RS232) 7 N/C 8 CTS (RS232) 8 CTS (RS232) 8 N/C 9 N/C 9 N/C 9 N/C

Figure 9: Shunting Cable Pin Assignments


Chapter 2: Preparing the ePro ES for Online Use

2

This chapter describes how to prepare the PanelMate ePro ES for online use. The following topics are discussed:

• Connecting to a computer using Ethernet • Types of files to transfer • Transferring online files

Chapter 2: Preparing the ePro ES for Onl ine Use 17

Steps to Preparing the ePro ES for Online Use After using the demo application to familiarize yourself with the ePro ES user interface, you can connect to the ePro ES unit in order to do one or more of the following:

• Install the latest ePro Canvas runtime software

• Install an OPC server/driver

• Download an ePro Canvas configuration Note: PanelMate ePro ES models are pre-licensed to run with the Kepware OPC server/drivers. The Kepware OPC server/drivers are found on the Kepware CD (KEPServer_ePro) provided with the ePro Canvas software. Refer to the Transferring Software and Configurations section for additional information on transferring files.

Communicating to a PLC or Controller Your PanelMate ePro ES unit can communicate to a PLC or controller via:

A serial connection (COM1 - RS232, COM2 – RS232, COM3 - RS485) • Note that the port labeled COM2 supports COM2 (RS232) and COM3 (RS485) communications simultaneously. Refer to the Serial Port Connectors section for additional information on the serial port connectors and shunting cable. Caution: Your PanelMate ePro unit is not equipped with isolated serial ports. Check for any ground potential difference between your communication equipment and your PanelMate ePro ES unit. If there is a ground potential difference, your communication equipment will need to be isolated.

An Ethernet connection. •

Refer to the Connecting to Your ePro ES via Ethernet section for more information about setting up an Ethernet connection.

Preparing Your ePro ES for File Transfers You can transfer files to the PanelMate ePro ES using the following methods:

• An Ethernet connection with the PanelMate ePro ES using static IP addressing, using either − A point-to-point connection (direct) using a Cat 5 Ethernet crossover cable. − A network connection using a local Ethernet hub/switch and a pair of Cat 5

Ethernet patch cables. • An Ethernet connection with the PanelMate ePro ES using a plant local Ethernet

network connection with a DHCP server assigning the ePro ES its IP address.

• A CompactFlash memory card reader attached to a computer.


You will be required to remove the CompactFlash memory card from the PanelMate ePro ES unit and insert it into a CompactFlash reader/slot attached to the computer. The CompactFlash memory card should not be hot-swapped. Turn off the PanelMate ePro ES unit before removing or inserting the CompactFlash memory card. When installing the CompactFlash memory card into the PanelMate ePro ES unit ensure that the guides are lined up carefully and the “lip” on the memory card is toward the front of the unit.

Notes: The PanelMate ePro ES default setting is to “Obtain an IP address via DHCP”. When specifying a static IP address:

• All static IP addresses must be unique

• All subnet masks must match Cat 5 cable is recommended for industrial applications.

Connecting to Your ePro ES via Ethernet

Setting Up a Point-to-Point (Direct) Ethernet Connection To connect to your PanelMate ePro ES unit using an Ethernet point-to-point connection, complete the following steps:

Step 1: Use a crossover cable. Step 2: Connect one end of the cable to the Ethernet port on your computer and the other end of the cable to the Ethernet (LAN) port of your PanelMate ePro ES unit. Step 3: Power up your computer and your PanelMate ePro ES unit. Once you have established the physical connections, the next step is to establish the correct logical connections between your computer and your PanelMate ePro ES unit. Note that the default IP address setting is to “Obtain an IP address via DHCP”. You will need to change this to “Specify an IP address”. Use Start>Settings>Network & Dial-up Connections to make the change. Enter the PanelMate ePro ES IP address making sure that it is assigned a unique value where the first three fields match that of your connected computer. For example, if the IP address of the computer is 192.168.0.001, then the ePro ES IP address would be 192.168.0.xxx where xxx is between 0 and 255 and is not equal to 001, which is the assigned computer IP address. Enter a subnet mask that matches the computer subnet mask. A Default Gateway value is not required for a direct connection.


Point –to-point (direct) Static IP Addressing

Crossover cable

Figure 10: Point-to-Point Ethernet Connection

Setting Up an Ethernet Connection Using a Hub/Switch and Static IP Address This method can be used to set up a local workgroup using only static IP address. To connect to your PanelMate ePro ES unit using this method, complete the following steps:

Step 1: Use patch cables. Step 2: Power up the hub/switch and connect a patch cable from both your computer’s and your PanelMate ePro ES unit’s Ethernet (LAN) port to the hub or switch. Other units can be added. Note: Do not to use the port labeled Uplink on the hub or switch. Once you have established the physical connections, the next step is to establish the correct logical connections. Note that the default IP address setting is to “Obtain an IP address via DHCP”. You will need to change this to “Specify an IP address”. Use Start>Settings>Network & Dial-up Connections to make the change. Enter the PanelMate ePro ES IP address making sure that it is assigned a unique value where the first three fields match that of your connected computer. For example, if the IP address of the computer is 192.168.0.001, then the ePro ES IP address would be 192.168.0.xxx where xxx is between 0 and 255 and is not equal to 001, which is the assigned computer IP address. Enter a subnet mask that matches the computer subnet mask. A Default Gateway value is not required for a direct connection.

Note: If there are multiple ePro ES units on the network, you will need to make sure the IP address on each workgroup unit is unique.


Point-to-point (Hub/Switch) Static IP Addressing

Patch cables Figure 11: Hub/Switch Ethernet Connection

Setting Up PanelMate ePro ES on a Domain Network Using DHCP Server Working on domain networks is the same as working in a local workgroup. You can use static or dynamic addressing (DHCP) to establish a connection to the network.

PanelMate ePro ES can connect to resources logged on to a domain by the user supplying a valid “domain name”, “user id”, and “password” (these are provided by the network administrator). This procedure will create a connection to the domain resource that will last as long as it is not manually removed or a loss of power to any of the connected devices does not occur.

Note: When using PanelMate ePro ES units on a network the units will not be visible when browsing. This is a known attribute of the PanelMate ePro ES Microsoft® Windows® CE.net operating system.

Domain or Local Network

Static IP or Dynamic (DHCP) Addressing Patch cables

Figure 12: Network Ethernet Connection


Transferring Software and Configurations Typical data transfers include the following:

• Configuration data files (.ucf files)

• PanelMate ePro ES runtime software

• OPC server/drivers

Types of Software That Can Be Transferred to the ePro ES You can transfer PanelMate ePro ES runtime software and Kepware OPC server/drivers to your PanelMate ePro ES unit. Other third-party software packages or OPC servers that have not been authorized may not install or run properly. Note that Microsoft Windows CE.net is different from a Microsoft Windows desktop operating system. As a result, Windows CE.net software programs are built and compiled specifically for the supporting hardware. Therefore, off-the-shelf or 3rd party software will typically not run on the PanelMate ePro ES.

Transferring Files to the PanelMate ePro ES Downloading files is done using an Ethernet connection or by removing the CompactFlash memory card from the ePro ES and inserting it in a CompactFlash reader at your computer. Refer to the Preparing Your ePro ES for File Transfers section for additional information. Once you have established a link directly with the PanelMate ePro ES unit using an Ethernet connection or you have inserted the CompactFlash memory card into your computer, you can transfer the PanelMate ePro ES runtime software, the OPC drivers and ePro Canvas configuration (.ucf) files using the ePro Canvas software Send To File feature. Refer to the ePro Canvas Send to File Help files for more information. Keep in mind that if you are transferring files directly to the PanelMate ePro ES unit using the Send to File feature you will need the IP address of the target 7475T-6 unit. The IP address can be easily found by selecting the IP Information icon in the status bar of the PanelMate ePro ES unit.

Figure 13: IP Information Icon


Uninstalling Software

Uninstalling ePro ES Runtime Software There is no need to remove or uninstall the PanelMate ePro ES runtime software from the ePro ES unit. If you want to upgrade to a newer runtime version simply transfer the new runtime file using the Send to File feature of the ePro Canvas software. PanelMate ePro ES models are pre-licensed to run the PanelMate ePro ES runtime software. The license remains with the hardware and cannot be transferred.

Uninstalling OPC Server/Drivers There is no need to remove or uninstall the OPC server/drivers from the ePro ES unit. If you want to upgrade to a newer version simply transfer the new drivers using the Send to File feature of the ePro Canvas software. PanelMate ePro ES models are pre-licensed to run Kepware OPC drivers. The license remains with the hardware and cannot be transferred.

Chapter 3: Software Tools, Ut i l i t ies and Programs 23

Chapter 3: Software Tools, Utilities and Programs

3

This chapter describes how to use a variety of system software tools, utilities and programs that make the hardware perform as desired. The following topics are discussed:

• Status bar icons • Saving registry values • Using the soft-keyboard • Setting the double-tap sensitivity • Calibrating the touchscreen • Controlling the backlight timeout value and brightness • Using the Watchdog timer • Setting Ethernet IP address


Introduction The 7475T-6 operator interface has several software tools, utilities and programs to help keep the system running smoothly. After the unit boots up and the online software has been stopped you will see the desktop as shown below. Note: The default is that the Task Bar and Start Menu is in Auto Hide mode. To access the Task Bar simply tap anywhere along the bottom of the screen.

Refer to Chapter 1 Terminating the ePro ES Demo for details on stopping the runtime demo. If a different runtime configuration is running and there is no Exit button you will need to attach a keyboard and follow these steps to terminate the runtime software and gain access to the desktop. Step 1: Select <ALT> <TAB> to call up the Task Manager. Step 2: Select the OIEngine program. Step 3: Select End Task. Step 4: Select End Task again in response to the Task Not Responding dialogue box.

Several dialog boxes are larger than the ePro ES display area. If you are viewing a dialog box window that is not completely viewable simply drag and drop the window so that you can view other parts. In some cases the windows cannot be moved requiring you to use a PS2 keyboard or the soft-keyboard to select ESC to close the dialog box.

Figure 14: 7475T-6 Boot-up Desktop


Status Bar Icons There are several icons that show up in the status bar: Tap this icon once to request a reboot.

Tap this icon to activate/deactivate the soft-keyboard. Refer to the Soft-Keyboard section to learn more about the soft-keyboard.

Double-tap this icon to view IP address details.

This icon shows that the unit is receiving power.

Double-tap the time/date values to access the Time-Date program.

Tap this icon to toggle between minimizing and maximizing all active programs windows.

Saving Registry Values Any time changes are made to values they are stored in volatile memory. When the unit is rebooted the values in memory are cleared and the values are reset to the last values stored in Flash memory. To save new value settings in the Flash memory follow the steps below.

Step 1: Select Start>Programs>Registry Saver Step 2: A dialog box will be displayed saying the registry file has been saved in the Flash memory successfully. Note: The registry save may take anywhere from a few seconds to a minute. Do not power down your unit until the Registry Saver confirmation dialog box has closed.

Soft-Keyboard

Using the Soft-Keyboard The 7475T-6 is designed for installation in small space. It is often inconvenient for users to attach a keyboard and/or mouse for operator entry. As a result, a software keyboard is available. Upon boot-up, a small keyboard/stylus icon will appear on the status bar. Double-tap the soft-keyboard icon to toggle the soft-keyboard on and off. Single-tap the soft-keyboard icon to bring up a menu. Select Keyboard to display the soft-keyboard or Hide Input Panel to remove the soft-keyboard. Tap the required keys when alphanumeric input is required. If gestures have been selected (see Configuring the Soft-Keyboard section below) you must move the stylus/finger the distance greater than a keys width to activate the gesture character.


Figure 15: Soft-keyboard For your convenience you can move the soft-keyboard to a new location by dragging and dropping as required.

Configuring the Soft-Keyboard The soft-keyboard can be configured by the user to display large or small characters and gestures can be selected. To configure the soft-keyboard follow the steps below.

Step 1: Select Start>Settings>Control Panel. Step 2: Double-tap Input Panel. Step 3: The Input Panel Properties window will appear. Select the Options button. Step 4: Select either Large Keys or Small Keys as desired. Check the Use Gestures checkbox if gestures are desired. Selecting gestures will remove the CAP (Large Keys only), Space, Backspace and Enter key from the soft-keyboard. These characters are specified by moving the stylus/finger by pressing on a key and moving in the directions listed below. The movement must be at least 1 key width to activate the gesture instead of selecting the character pressed.

UP to capitalize and enter the character selected (1 character only) •

•

•

•

RIGHT for Space LEFT for Backspace DOWN for Enter

Step 5: Select OK to save the current settings or X to cancel. Step 6: Select OK to save the Input Panel Properties or X to cancel. Step 7: New values are saved in memory and will be reset to the last values stored in Flash memory when the system is rebooted. In order to permanently save the new values you must perform a registry save. Refer to the Registry Saver section for details on saving value settings in the Flash memory.


Double-Tap Sensitivity Setting The Double-Tap Sensitivity setting can be redefined by following the steps below. This utility allows you to set the double-tap timing to a speed that fits your style.

Step 1: Select Start>Settings>Control Panel. Step 2: Double-tap Stylus. Step 3: The Stylus Properties window will appear with two tabs—Double-Tap and Calibration. Step 4: Select the Double-Tap tab and then record the time period between two taps by tapping on the checkered square. This can be tested by selecting the icon below it. Step 5: Select OK to save the current setting or X to cancel. Step 6: New values are saved in memory and will be reset to the last values stored in Flash memory when the system is rebooted. In order to permanently save the new values you must perform a registry save. Refer to the Registry Saver section for details on saving value settings in the Flash memory.

Touchscreen Calibration The touchscreen calibration allows you to redefine the accuracy of touchscreen touch values. To recalibrate the touchscreen follow the steps below.

Step 1: Select Start>Settings>Control Panel. Step 2: Double-tap Stylus Step 3: The Stylus Properties window will appear with two tabs - Double-Tap and Calibration. Step 4: Select the Calibration tab to calibrate the touchscreen. Step 5: Select the Recalibrate button and the screen turns white and a target appears at the center of the screen. Step 6: Use a stylus or finger to push the center of the target until it moves. The target moves to upper-left, lower- left, lower-right and upper-right corners. Select the center of each target to give location references. If the calibration is not accepted the center target will be displayed again and the process will be repeated. When all five targets have been calibrated with acceptable values no targets will be displayed. If a keyboard is attached select Enter to accept the new settings or Esc to cancel out of the recalibration at any time. If no keyboard is attached, press anywhere on the screen to accept the recalibration values. Step 7: Select OK to save the current settings or X to cancel. Step 8: New calibration values are saved in memory and will be reset to the last values stored in Flash memory when the system is rebooted. In order to permanently save the new values you must perform a registry save. Refer to the Registry Saver section for details on saving value settings in the Flash memory.


Backlight Control If the unit is going to be left unattended for a long time it is beneficial to turn off the backlight to extend the life of the bulb. To change the backlight display time, follow the steps below.

Step 1: Select Start>Settings>Control Panel. Step 2: Double-tap Display Step 3: Select the Backlight tab Step 4: Check the checkbox to automatically turn off the backlight while on external power. Note that battery power is not an option for this unit. Step 5: Select the drop-down window and then select the desired time to wait before the backlight is automatically turned off. Step 6: Select OK to save the current settings or X to cancel. Step 7: New backlight timeout values are saved in memory and will be reset to the last values stored in Flash memory when the system is rebooted. In order to permanently save the new values you must perform a registry save. Refer to the Registry Saver section for details on saving value settings in the Flash memory.

Backlight Brightness The brightness of the backlight can be adjusted for maximum viewability. To change the brightness value, follow the steps below.

Step 1: Select Start>Settings>Control Panel. Step 2: Double-tap Display Step 3: Select the Backlight tab Step 4: Select the Advanced button Step 5: Adjust the brightness as desired. Step 6: Select OK to save the current settings or X to cancel from the Advanced Backlight Options dialog box. Step 7: Select OK to save the current settings or X to cancel. Step 8: New backlight brightness values are saved in memory and will be reset to the last values stored in Flash memory when the system is rebooted. In order to permanently save the new values you must perform a registry save. Refer to the Registry Saver section for details on saving value settings in the Flash memory.

Watchdog Timer It is important in industrial applications that the control systems are reliable, or are capable of self-reset if the system locks up or the program somehow halts . The watchdog timer can be used in the 7475T-6 to provide an automatic reset of the unit. There is a timer inside the watchdog timer function and the ePro ES automatically clears the timer within a pre-set time interval. If the timer is not cleared, the watchdog timer assumes that the system has halted and generates an automatic reset. The watchdog timer in the 7475T-6 is set to 1000 milliseconds. To enable or disable the Watchdog Timer function, take the following steps (the default is enabled):


Step 1: Select Start>Settings>Control Panel. Step 2: Double-tap Watchdog Settings Step 3: Select the Enable button to start the watchdog timer or the Disable button to stop the watchdog timer, Step 4: Select OK to save the current settings or X to cancel. Step 5: New watchdog timer values are saved in memory and will be reset to the last values stored in Flash memory when the system is rebooted. In order to permanently save the new values you must perform a registry save. Refer to the Registry Saver section for details on saving value settings in the Flash memory. Do not select the reboot button from the Watchdog Timer Settings window before accessing Registry Saver as the changed values will be reset to the original values and the changes will be lost.

Ethernet IP Addresses The 7475T-6 is equipped with a 10 Base-T Ethernet controller. To designate how an IP addresswill be assigned follow the steps below.

Step 1: Click Start>Settings>Network and Dial-up Connections Step 2: Select LAN90001 Step 3: Specify the IP address type, IP address and name servers as required. Step 4: New IP address values are saved in memory and will be reset to the last values stored in Flash memory when the system is rebooted. In order to permanently save the new values you must perform a registry save. Refer to the Registry Saver section for details on saving value settings in the Flash memory.


Chapter 4: Hardware Installation

4

This chapter describes how to install your PanelMate ePro ES unit. The following topics are discussed:

• Mounting the unit • Selecting an enclosure • Selecting and installing communication cables

Chapter 4: Hardware Instal lat ion 31

Mounting Follow the steps below to mount the PanelMate ePro ES into a panel or cabinet. Refer to Appendix A for unit dimensions and cutout information. Step 1: Make sure the waterproof gasket is in position before installing the 7475T-6 in the panel opening. The adhesive waterproof gasket is located on the front bezel. Step 2: Install the 7475T-6 in the panel opening. Step 3: Find the six clamps and six long screws in the accessory pack. Insert the clamps into the holes around the four sides of the bezel. Insert the screws in each clamp and tighten them. The screws will push against the mounting panel and secure the unit in place. Caution: Do not exceed the torque limit of 3 inch-pounds when tightening the screws. Over tightened screws may cause the touchscreen to operate incorrectly. Step 4: The mounting panel thickness should be less than 5mm (0.197 inch).

Figure 16: Panel Mounting

Enclosure Selection

Enclosure Rating The front panels of PanelMate ePro ES units provide a Type 4 and IP65 rating when mounted in a correspondingly rated enclosure. Make sure the enclosure that you choose meets or exceeds your application’s rating requirement.

Enclosure Construction It is recommended that the enclosure is constructed of cold rolled steel. This type of enclosure helps guard your unit against electromagnetic interference, and provides proper structural support and good heat dissipation.


Enclosure Sizing and Unit Positioning Careful enclosure sizing is important for proper heat dissipation and easy installation and maintenance. For efficient convection cooling, free space is needed around the ePro ES unit and the unit should be mounted in a vertical position. Convection cooling draws a vertical column of air upward over internal circuitry through the vents in the unit. In all installations, the cooling air must not exceed the maximum specified ambient temperature. This determination must be made for the maximum expected plant temperature (maximum temperature of the air surrounding the enclosure).

• Maintain recommended free space above and below the ePro ES unit (refer to the following table for details)

• Avoid mounting other heat-generating equipment near the ePro ES unit. If no other location is available, mount the equipment beside or behind the ePro ES unit. If side/rear space is not available, it is preferable to mount the other equipment above rather than below the ePro ES unit. Be sure to maintain the recommended free space area between the ePro ES unit and the other equipment.

• Leave room for easy access to circuit boards, wiring and cable connections, and for regular maintenance.

Figure 17:

2” Min. Clearance

2” Min. Clearance

Unit Mounted in Cabinet with Clearance Space


Recommended Free Space and Maximum Operating Temperature Table The table below provides the recommended free space and maximum operating temperature figures for your ePro ES unit. Note: The free space area is the space between the ePro ES unit’s electronics and the top or bottom of the enclosure.

Maximum Operating Ambient Temperature

Maximum Unit Heat Output

Recommended Free Space

50oC 15W 2” minimum

If the inside temperature of the enclosure is above the PanelMate ePro ES unit’s recommended range, you must use filtered fans, heat exchangers, or air conditioners to lower the temperature. Because hot air rises to the top of an enclosure, the temperature inside can vary greatly from bottom to top. A fan can be used to circulate air within the enclosure to maintain a more uniform temperature. Make sure the magnetic properties of the equipment used to cool the enclosure do not interfere with your PanelMate ePro ES unit’s operation. Note: If an air-purged enclosure is used, it is recommended that the inside/outside pressure differential not exceed 0.5 PSI. The following sizing table is offered as an aid in the selection of enclosures to be used with the PanelMate ePro ES unit. Eaton Electrical offers no guarantee or warranty to the specific applicability of this table as actual conditions may vary and methods of the use of our products are beyond our control. For specific information about enclosure selection and cooling methods, contact your enclosure vendor. Refer to Appendix A for details about the unit and cutout dimensions.

Enclosure Size Average Internal Temperature Rise at Maximum Heat Output

10 x 10 x 4 17o C

12 x 12 x 4 11o C

12 x 12 x 6 8.5o C

12 x 16 x 6 8 o C

16 x 16 x 6 7o C

Notes: • This table is based on the following assumptions:

− Enclosure is fabricated from cold rolled steel − All sides of the enclosure are non-insulated (free standing) − Recommended minimum clearance between the PanelMate ePro ES unit and

the top and bottom of the enclosure


− No other heat-generating equipment is installed in the enclosure • The temperature rise shown represents the temperature rise in the enclosure above

the outside temperature. For example: if the temperature outside the enclosure is 35o

C and the temperature rise in the enclosure is 10o C, then the average temperature inside the enclosure will be 45o C.

Serial Communication Cable Selection, Shielding, Grounding and Termination

A variety of communication interface options are available for the ePro unit. These options include the following. Note that COM2 and COM3 are included in the port labeled COM2 on the unit.

• RS232 communications (COM1, COM2)

• RS485 communications (COM3) No specific communications option is recommended. Your choice should be based on the requirements of your total control system. The communications option that you choose determines the precautions that you need to take when installing and connecting your PanelMate ePro ES unit. For easy reference, this section contains a summary of several popular communication interface options. Each summary provides specific recommendations, guidelines and installation tips. Note: Low signal level conductors (Category 2) have a low tolerance for induced electrical noise. Electrical noise can cause a wide range of communications problems resulting in slow or error-prone PanelMate ePro ES operation. Follow all of the installation recommendations for the communication option that you choose. Also, follow good wiring placement practices as outlined in the Cable Segregation and Placement section.

RS232 Communications (COM1, COM2)

Recommended Distance Recommended Cable Type/Size

Up to 50 feet 24 gauge, shielded pair

RS232 Grounding Recommendations Grounding of the communication cable shield at both ends provides the most immunity to high frequency electrical interference. However, the introduction of low frequency interference by high ground currents in the shield may require grounding only one end. Should this approach result in unacceptable high-frequency interference, then an RS422 interface should be considered.


RS232 Shielding Recommendations

Application: Short or Long Runs in LOW or HIGH Noise Environment with INSIGNIFICANT Levels of Low Frequency Ground Differential Voltage Between Connected Units A good quality shielded cable consisting of twisted pairs for the required communication wires and logic common is recommended. An unshielded line is not recommended because the unshielded connectors may act as an antenna resulting in radiated emissions that may exceed the CE specification limit. Additionally, shielded cable provides greater ESD protection. The shield should be connected directly to the chassis of the interconnected units at both ends. The connector housing should contact the cable shield uniformly around the entire 360-degree periphery of the housing cable entry opening. Never connect the shield by way of a drain wire pigtail unless absolutely necessary. If a pigtail is required, the shield should be terminated as closely as possible to the connector to minimize the pigtail length.

Application: Short or Long Runs in LOW Noise Environment with HIGH Levels of Low Frequency Ground Differential Voltage Between Connected Units A good quality shielded cable consisting of twisted pairs for the required communication wires and logic common is recommended. The shield should be connected directly to the chassis of one of the interconnected units (one end only). Never connect the shield by way of a drain wire pigtail unless absolutely necessary. If a pigtail is required, the shield should be terminated as closely as possible to the connector to minimize the pigtail length.

Application: Short or Long Runs in HIGH Noise Environment with HIGH Levels of Low Frequency Ground Differential Voltage Between Connected Units A good quality shielded cable consisting of twisted pairs for the required communication wires and logic common is recommended. The shield should be connected directly to the chassis of one of the interconnected units and ac-coupled through a 0.01 microfarad capacitor at the other end to the chassis of the second unit. The connector housing should contact the cable shield uniformly around the entire 360-degree periphery of the housing cable entry opening. Attaching the capacitor at the ac-coupled end requires some ingenuity to achieve a secure connection at both the shield and chassis while keeping the capacitor lead length as short as possible.

RS422 Communications Using an External RS232 to RS422 Converter

Recommended Distance Recommended Cable Type /Size

• Up to 4000 feet • Up to 2000 feet for RS422

connected to A-B Channel 0

22 gauge, shielded pair


RS422 Grounding Recommendations This balanced interface operates with common mode DC or peak AC voltages differentials of –7 to +7 volts between grounds at each end of the cable. In cases where the common mode voltage approaches either extreme, the system may operate properly when the shield is grounded at only one end of the cable. However, this arrangement makes the system susceptible to high frequency interference. If the systems do not operate properly due to high frequency interference and grounding the cable shield at both ends is ineffective, then total isolation must be considered or ground potentials in your plant eliminated.

RS422 Shielding Recommendations Application: Short or Long Runs in LOW or HIGH Noise Environment with INSIGNIFICANT Levels of Low Frequency Ground Differential Voltage Between Connected Units A good quality shielded cable consisting of twisted pairs for the required communication wires and logic common is recommended. An unshielded line is not recommended because the unshielded connectors may act as an antenna resulting in radiated emissions that may exceed the CE specification limit. Additionally, shielded cable provides greater ESD protection. The shield should be connected directly to the chassis of the interconnected units at both ends. The connector housing should contact the cable shield uniformly around the entire 360-degree periphery of the housing cable entry opening. Never connect the shield by way of a drain wire pigtail unless absolutely necessary. If a pigtail is required, the shield should be terminated as closely as possible to the connector to minimize the pigtail length.


Application: Short or Long Runs in HIGH Noise Environment with HIGH Levels of Low Frequency Ground Differential Voltage Between Connected Units A good quality shielded cable consisting of twisted pairs for the required communication wires and logic common is recommended. The shield should be connected directly to the chassis of one of the interconnected units and ac-coupled through a 0.01 microfarad capacitor at the other end to the chassis of the second unit. The connector housing should contact the cable shield uniformly around the entire 360-degree periphery of the housing cable entry opening. Attaching the capacitor at the ac-coupled end will require some ingenuity to achieve a secure connection at both the shield and chassis while keeping the capacitor lead length as short as possible.


RS485 Multi-Drop Communications (COM3)

Recommended Distance Recommended Cable Type /Size

• Up to 4000 feet • Up to 2000 feet for RS485

connected to A-B Channel 0

22 gauge, shielded pair

This network is an extension of RS422 and is used for the distribution of data between multiple system components and peripherals over distances up to 4000 feet. This system will tolerate common mode voltage differentials from –7 to +12 volts. For more information refer to the EIA RS485 Standard.

RS485 Shielding Recommendations Application: Short or Long Runs in LOW or HIGH Noise Environment with INSIGNIFICANT Levels of Low Frequency Ground Differential Voltage Between Connected Units A good quality shielded cable consisting of twisted pairs for the required communication wires and logic common is recommended. An unshielded line is not recommended because the unshielded connectors may act as an antenna resulting in radiated emissions that may exceed the CE specification limit. Additionally, shielded cable provides greater ESD protection. The shield should be connected directly to the chassis of the interconnected units at both ends. The connector housing should contact the cable shield uniformly around the entire 360-degree periphery of the housing cable entry opening. Never connect the shield by way of a drain wire pigtail unless absolutely necessary. If a pigtail is required, the shield should be terminated as closely as possible to the connector to minimize the pigtail length.


Application: Short or Long Runs in HIGH Noise Environment with HIGH Levels of Low Frequency Ground Differential Voltage Between Connected Units A good quality shielded cable consisting of twisted pairs for the required communication wires and logic common is recommended. The shield should be connected directly to the chassis of one of the interconnected units and ac-coupled through a 0.01 microfarad capacitor at the other end to the chassis of the second unit. The connector housing should contact the cable shield uniformly around the entire 360-degree periphery of the housing cable entry opening. Attaching the capacitor at the ac-coupled end will require some ingenuity to achieve a secure connection at both the shield and chassis while keeping the capacitor lead length as short as possible.


Serial Cable Segregation and Placement

Serial Cable Segregation The low power cabling used for PLC and PC-based control systems is very susceptible to electrical noise generated by high power conductors. Even when protected by conduit, noise can interfere with your communication lines and networks. Therefore it is important to segregate conductors according to their type.

Category Description Examples

Category 1 High Power Conductors These conductors can cause electrical noise in Category 2 conductors when in close proximity. Are more tolerant of electrical noise than Category 2. Reference: NEC article 725 class 1 Reference: IEEE level 3 and 4

• AC power lines • High power digital AC and

DC lines • Typically these conductors

are used to connect hard-contact switches, relays, solenoids, motors, generators and arc welders.

Category 2 Low Signal Level Conductors These conductors are less tolerant of electrical noise; however, they cause less noise in adjacent conductors. Reference: NEC article 725 class 2, class 3 Reference: IEEE level 1 and level 2

• Communication cables—Ethernet, PLC networks, etc.

• Low power digital AC and DC I/O lines

• Typically these conductors are used to connect PLCs and related modules with PanelMate ePros

Cable Placement The following guidelines should be used when installing your communication cables:

• All Category 2 cables should be shielded and routed in a separate conduit or raceway from Category 1 cables.

• Route Category 2 cables at least one foot from 120 VAC power lines.

• Route Category 2 cables at least two feet from 240 VAC power lines.

• Route Category 2 cables at least three feet from 480 VAC power lines.

• Route Category 2 cables at least five feet from high voltage enclosures.

• If a Category 2 cable must cross Category 1 cables, it should cross at a right angle.

• If Category 2 cable is enclosed in metal conduit or a metal raceway, electrical continuity must be maintained along the entire length of the conduit/raceway installation, including entry into the enclosure.


Potential Problem Areas The following are potential problem areas that might be encountered when installing your communication cables:

• High and low power conductors routed in the same conduit or raceway.

• Conduit with low power conductors routed in close parallel proximity to conduit containing high power conductors.

• Cable or PanelMate ePro ES unit located too close to devices generating high levels of magnetic or electrical interference.

• Lack of continuous electrical continuity along the length of the conduit installation.


Chapter 5: Fuse Replacement

5

This chapter describes the fuse. The following topics are discussed:

• Fuse specification • Fuse replacement steps

Chapter 5: Fuse Replacement 41

Fuse Specification The fuse used on the 7475T-6 has the following specifications. Rating: 250 VAC, 5 A Size: 5 x 20 mm

Replacing the Fuse Step 1: Remove the fuse cover. Step 2: Replace the damaged fuse with a new one. Step 3: Replace the fuse cover.

Figure 18: Replacing the fuse

Warning: 1. Do not replace the fuse unless it is damaged

2. Do not replace the fuse with a fuse with a different rating.


Appendix A: Unit Dimensions

A

This chapter describes the unit dimensions The following topics are discussed:

• Outer dimensions • Cutout dimensions

Appendix A: Unit Dimensions 43

PanelMate ePro ES 7475T-6 Unit Dimensions

This drawing is available in .dwg format on the Eaton Electrical Internet site (www.eatonelectrical.com).

http://www.eatonelectrical.com/


Appendix B: Safety Instructions

B

This chapter describes the safety instructions and FFC notes.

Appendix B: Specif icat ions 45

Safety Instructions 1. Never use foreign objects to activate the touchscreen. Use a hand, gloved hand or stylus.

Foreign objects (such as a screwdriver) may cause damage to the touchscreen or scratch the front panel reducing the transmissivity.

2. Use a light touch to activate the touchscreen. Touchscreen activation does not require the same force necessary to activate a mechanical switch.

3. Disconnect this equipment from the power outlet before cleaning. Use a damp cloth. Do not use liquid or spray detergents for cleaning.

4. Do not remove or insert the CompactFlash memory card while the PanelMate ePro ES unit is powered up. Doing so may cause damage to the CompactFlash memory.

5. Keep this equipment away from humidity. 6. Put this equipment on a reliable surface during installation. Dropping it or letting it fall may

cause damage. 7. The openings on the enclosure are for air convection cooling. Protect the equipment from

overheating. DO NOT COVER THE OPENINGS. 8. Make sure the voltage of the power source is correct before connecting the equipment to the

power outlet. 9. Position the power cord so that people cannot step on it. Do not place anything over the power

cord. 10. All cautions and warnings on the equipment should be noted. 11. If the equipment is not used for a long time, disconnect it from the power source to avoid

damage by transient overvoltage. 12. Never pour any liquid into an opening. This may cause fire or electrical shock. 13. Never open the equipment. For safety reasons, the equipment should be opened only by

qualified service personnel. 14. If one of the following situations arises, get the equipment checked by service personnel:

a. The power cord or plug is damaged. b. Liquid has penetrated into the equipment. c. The equipment has been exposed to moisture. d. The equipment does not work well, or you cannot get it to work according to the user's

manual. e. The equipment has been dropped and damaged. f. The equipment has obvious signs of breakage.

15. Do not keep the equipment in an environment where the storage temperature may go below -20° C (-4° F) or above 60° C (140° F). This could damage the equipment. The equipment should be kept in a controlled environment.


FCC Class B This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a residential environment. This equipment generates, uses and can radiate radio frequency energy. If not installed and used in accordance with this user's manual, it may cause harmful interference to radio communications. Note that even when this equipment is installed and used in accordance with this user’s manual, there is still no guarantee that interference will not occur. If this equipment is believed to be causing harmful interference to radio or television reception, this can be determined by turning the equipment on and off. If the interference is occurring, the user is encouraged to try to correct the interference by one or more of the following measures: • Reorient or relocate the receiving antenna. • Increase the separation between the equipment and the receiver. • Connect the equipment to a power outlet on a circuit different from that to which the receiver is

connected. • Consult the dealer or an experienced radio/TV technician for help.

Warning:

Any changes or modifications made to the equipment which are not expressly approved by the relevant standards authority could void your authority to operate the equipment.

Appendix C: Specif icat ions 47

Appendix C: Specifications

C

This chapter describes the product specifications


PanelMate ePro ES 7475T-6 Specifications Display 5.7 inch (145 mm), color STN display, 256 colors Resolution: Quarter VGA (320x240) Brightness: 165 nits Backlight: 20,000 hours typical life

Operator Entry Resistive Touchscreen Pop-up on-screen window for alphanumeric keypad entry

Hardware Single piece design for easy panel mount with Electronics module with integrated display

Overall Dimensions H x W x D 5.82 x 7.68 x 1.57 in (148 x 195 x 40 mm)

Cutout Dimensions H x W 5.55 x 7.40 in (141 x 188 mm)

Weight 1.76 lbs (0.80 Kg)

Voltage 24 VDC, +/- 15%

Power Consumption 15 Watts

Heat Output 15 Watts (152 BTU/Hour)

Current 1.5 A

Peak Inrush Current 7 A

Installation Rating Approved for use in Type 4 and IP65 installations when properly mounted in a correspondingly rated

enclosure System Ambient Temperature Operating: 0 - 50° C (32 - 122° F) Non-operating: -20 - 60° C (-4 - 140° F)

Appendix C: Specif icat ions 49

System Vibration Operating: 10-18Hz; 1.5mm peak-to-peak displacement

18-500 Hz; 1 G acceleration Non-operating: 10-18Hz; 1.5mm peak-to-peak displacement

18-500 Hz; 1 G acceleration System Shock Operating: 1 G Non-operating: 1 G

Relative Humidity Operating: 10 - 95% at 40° C non-condensing Non-operating: 10 - 95% at 40° C non-condensing

Agency Certifications FCC Class B CE Mark


Index

OPC server/drivers, 21 24 VDC, 10, 11, 12 Packing List, 10 Backlight Setting Power and Ground Instructions, 11 Brightness, 28 Power Connector, 10, 12 Timeout, 28 Reboot icon, 25 COM1 RS232 Location, 10

COM1, 14 Pin Assignments, 14 COM2, 14 COM2 Grounding, 34 Location, 10 Shielding, 35 Pin Assignments, 14 Shunting Cable, 15 Shunting Cable, 15

RS422 COM3 Grounding, 36 Location, 10 Shielding, 36 Pin Assignments, 14

RS485 Shunting Cable, 15 COM3, 14 CompactFlash, 17, 21 Shielding, 37 Connecting Power, 11 Shunting Cable, 15 Connectors & Switches, 10

Safety Instructions, 45 Dialog Boxes, 24 Saving Registry Values, 25 Double-Tap Setting, 27 Serial Cables Enclosure

Grounding, 34 Construction, 31 Placement, 38 Rating, 31 Problem Areas, 39 Selection, 31 Segregation, 38 Sizing, 32 Selection, 34 Unit Positioning, 32 Shielding, 34 Ethernet Termination, 34 Hub/Switch Connection, 19

Serial Ports Network Connection, 20 Connectors, 14 Point to Point Connection, 18 Locations, 10 Port Location, 10

Shunting Cable, 10, 15 Setting IP Address, 18, 19 Soft-Keyboard Viewing IP Address, 25

Configuring, 26 FCC Class B, 46 Icon, 25 First Time Power Up, 13 Using, 25 Fuse

Specifications, 48 Replacement, 41 Status Bar Icons, 25 Specification, 41 Terminating Runtime Software, 24 Icons, 25 Terminating the ePro ES Demo, 13 IP Address Time/Date Setting, 25 Info Icon, 25 Touchscreen Calibration, 27 Setting, 29 Transferring Files Viewing, 25

Configurations, 21 Mounting Instructions, 31 How To, 21 ON/OFF Switch, 10 OPC Server/Drivers, 21 Online Use, 17

Index 51

Runtime Software, 21 Types of Files, 21 Using CompactFlash, 21 Using Ethernet, 21 Ways To, 17

Turning on the Unit, 11

UCF Files, 21 Uninstalling Software, 22 Unit Dimensions, 43 Unpacking, 9 Watchdog Timer, 28 Wiring the Power Connector, 12

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