User Manual for the HE150ETN150
Contents
1.2. CHAPTER 4 TASK CODES 4 1 General For a PC to communicate with theHE150ETN150 standard Hitachi task codes are used The requesting sent from the PC to module task code structure is always in hexadecimal 00 12 FF FF 00 00 taskcode task code parameters The response sent by the module to the PC task code structure is always in hexadecimal 00 12 FF FF 00 00 task code data from module The currently supported task codes are 40H Continuous Monitor 42H Continuous Force 44H Random Monitor 45H Random Force Included here is summary of these task codes For more details refer to the Intelligent Ethernet Interface Module Instruction Manual 4 2 40H Continuous Monitor This task code monitors reads data stored in N continuous points bits or words starting at the specified number This task code is executed even when unoccupied however the response will be O2H 03 Where the I O code and number specified in bits the module searches the top of the monitor data from the data memory and gathers 8 bits as 1 byte then returns the monitor data as a response If the number of bits requested is less than 8 a O is returned for the unrequested bits 0B Where the I O code and number specified in words the module searches the top of the monitor data from the data memory and then returns the mon
3. I O Code Specified as 6 digital hex L register 03 WL register OBH Specified as 2 digital hex D Bit Data D Word Data 0 0 0 b High Low b is bit data 0000 FFFFH 4 5 2 Response A Normal Execution code is 00H A 42H see section 4 6 for error codes 18 5 Oct 98 4 6 Error Codes Error codes corresponding to certain error factors are shown in Table 4 2 CHAPTER 4 TASK CODES Table 4 2 Error Codes Task Code Response Task Code Return Code Error Factor Normal Execution 00H Number of steps 05H Number of points requested number of words exceeds prescribed range error code error 06H Undefined I O type code is 40H Task Code Error LOTH requested or type cannot be monitored number error 07H I O number requested is out of the prescribed range Warning 02H Not occupied Normal Execution 00H Number of steps 05H Number of points requested number of words exceeds prescribed range error 42H code error 06H Undefined I O type code is Task Gode Emor 018 requested or eae ad type cannot be monitored number error 07H I O number requested is out of the prescribed range Normal Execution 00H Number of steps 05H Number of points requested number of words exceeds prescribed range error code error 06H Undefined I O
4. Unit o 1 2 3 4 5 6 7 8 9 LINE SPACE Arrows Numbers INS ESCAPE Toggle Standard Remote Move Select module Copy real assignment Leave Press lt Fl gt for HELP Sd XO UD OO LJ OS CA om LO PO L3 CO Figure 2 3 I O Assignment Screen Step 4 Scroll down to Link parameters 1 and press Enter Link 1 is the module nearest to the CPU Link 2 is farthest from the CPU if used Enter the Top value and press Enter enter the End value and press Enter The Top and End values are depend on the application The WL registers between Top and End are read write for the PLC The WL registers outside TOP and End are read write to the HE150ETN150 and by extension to the user on a connected PC Step 5 The WL0000 Allocation Pointers from the Allocation pull down should be left at 0 Step 6 The set up may be sent to the PLC now by choosing To PLC from the Communication pull down menu or by choosing to send it with the rest of the ladder code later PAGE 11 5 Oct 98 CHAPTER 2 INSTALL CONFIG 2 3 2 Set up with ActWin Step1 Start ActWin programming software refer to the ActWin user s manual for details i j d j MATET i T Step2 Right click on the appropriate empty slot under HW Configuration in the project tree Select the add module command from the pop up menu to create a hardware configu
5. eun REEL DARE 13 3 2 Port Connections See 13 3 3 Wiring Diagram and 14 CHAPTER 4 TASK CODES uiii ih van on dated eit 15 4 1 General ente sedet dod OGU 15 4 2 40H Continuous 2 15 4 2 1 ai I P 15 4 252 eee dee bade dees 16 4 3 42H Continuous 16 4 3 1 Hedtest sco e e E A eee lt UA 16 4 98 25 HeSpollSo ice e edd a del dod el DO doled eects 16 4 4 44H Random Monitor ae i aa aa aaa E aaa a a a aia ananas 17 peto ETES ELEME 17 4 4 1 aR E E E E E EE 17 4 57 58 RANOM EOr On eee EAEN E e ca A A A a 17 4 5 1 NUN 17 eei P RES 17 4 6 Eror COJO Sinia cuocere a DU a 18 5 0 7 CHAP TER S AN EXAMPLE niitis iieii si E E eee RE DEP e e eds 19 542 lt E 19 5 24 osos ee ten arias ve 19 5 3 Set up in ACTSIP H or 1 0 19 S MENS ONIS 19 5 5 Oct 98 CHAPTER 1 INTRODUCTION CHAPTER 1 INTRODUCTION 1 1 General
6. may be obtained through the common link area In other words were there a communication or link module such as Horner APG s Ethernet network module HE150ETN100 or DeviceNet master HE150DNT125 and a HE150ETN150 in a single BSH rack the network information can be passed to the PC from the HE150ETN150 via the link area 1 3 Specifications Table 1 2 HE150ETN150 Specifications Mounting Requirement One slot in BSH rack Power Requirements 450mA 5VDC 75mA 24VDC 0 to 60 C 32 to 140 F 0 to 95 humidity non condensing User Memory Dual port 1 024 words 2 048 bytes One RS 232 port One AUI Attachment Unit Interface port Operating Environment Communications Protocol TCP IP Speed 10 Mb s Number of Connections 2 1 4 System Requirements The HE150ETN150 requires a One free BSH slot b H 252 H 252B or H 252C CPU Programming software for Hitachi PLCs ActSip H or ActWin d Configuration software available from Horner APG LLC PAGE 7 5 Oct 98 CHAPTER 1 INTRODUCTION 1 5 Physical Layout of the HE150ETN150 ETHERNET Write Enable Switch below overlay Horner Electric AUI Port RS 232 Port Figure 1 2 HE150ETN150 Link Module PAGE 8 5 Oct 98 CHAPTER 2 INSTALL CONFIG CHAPTER 2 INSTALLATION AND CONFIGURATION 2 1 HE150ETN150 Mounting Requirements The HE150ETN150 Module plugs into any BSH local slot It requi
7. the original purchaser that HE150ETN150 manufactured by HE APG is free from defects in material and workmanship under normal use and service The obligation of HE APG under this warranty shall be limited to the repair or exchange of any part or parts which may prove defective under normal use and service within two 2 years from the date of manufacture or eighteen 18 months from the date of installation by the original purchaser whichever occurs first such defect to be disclosed to the satisfaction of HE APG after examination by HE APG of the allegedly defective part or parts THIS WARRANTY IS EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES EXPRESSED OR IMPLIED INCLUDING THE WARRANTIES OF MERCHANTABILITY AND FITNESS FOR USE AND OF ALL OTHER OBLIGATIONS OR LIABILITIES AND HE APG NEITHER ASSUMES NOR AUTHORIZES ANY OTHER PERSON TO ASSUME FOR HE APG ANY OTHER LIABILITY IN CONNECTION WITH THE SALE OF THE HE150ETN150 THIS WARRANTY SHALL NOT APPLY TO THE HE150ETN150 OR ANY PART THEREOF WHICH HAS BEEN SUBJECT TO ACCIDENT NEGLIGENCE ALTERATION ABUSE OR MISUSE HE APG MAKES NO WARRANTY WHATSOEVER IN RESPECT TO ACCESSORIES OR PARTS NOT SUPPLIED BY HE APG THE TERM ORIGINAL PURCHASER AS USED IN THIS WARRANTY SHALL BE DEEMED TO MEAN THAT PERSON FOR WHOM HE150ETN150 IS ORIGINALLY INSTALLED In no event whether as a result of breach of contract warranty tort including negligence or otherwise shall HE APG or its suppliers be liable of any special consequen
8. type code is 44H Task Code Error 01H requested or dog type cannot be monitored number error 07H I O number requested is out of the prescribed range Warning 02H Not occupied Normal Execution 00H Number of steps 05H Number of points requested number of words exceeds prescribed range error 45H I O code error 06H Undefined I O type code is Code EMON requested or type cannot be monitored number error 07H I O number requested is out of the prescribed range 19 5 Oct 98 CHAPTER 5 AN EXAMPLE 5 0 CHAPTER 5 AN EXAMPLE 5 1 General In this example the HE150ETN150 is to have an IP Address of 192 20 20 22 and logical ports of 21 and 3004 All but the last 3 fields of the IP Address are to be masked The PC is using COM 2 On the PLC registers WLOOO0 to WLOOFF are to be read WL0100 to WLO1FF are be editable The PC s Ethernet card is set to 192 20 20 23 5 2 HETCPIP Configuration Connect the communications cable from COM on the PC to RS 232 port on the 150 150 Start the HETCPIP configuration software From Comm Settings select Comm2 Set the IP Address to 192 20 20 22 Subnet Mask to 255 255 255 0 Logical Port 1 to 21 and Logical Port 2 to 3004 Click Configure Power cycle the module oo 5 3 Set up in ACTSIP H or ActWin Configure the HE150ETN150 module as a CPU Link LINK 02H in the Assignment window The
9. 2c b218 Unknown Configuration Configure Cancel Module Ethernet Address MAC Address 10 10 10 00 00 0Q Figure 2 1 HETCPIP Configuration Software Screen Fileame None are read from the module and are not configurable MAC address is unique to each module and set at the factory and is not PAGE 9 5 Oct 98 CHAPTER 2 INSTALL CONFIG Step 5 Set the IP Address must be of the format for example 192 20 20 20 Set the Subnet Mask If the network plant that the HE150ETN150 is connecting to uses subnetting the subnet mask is used to mask out part of the IP Address contact your network administrator for further instructions Set Logical Port No 1 and Logical Port No 2 Choose the desired COM port Click Configure Step 6 Power cycle the module This is required for the settings to take effect 22 1 Summary of Configuration Fields Table 2 1 Summary of Configuration Fields Field Description IP Address This is the network address used by a host PC to find the 150 150 Subnet Mask This field enables the user to mask off or set limits to the IP Address Subnet masking is only required if the module is used on a network which employs subnetting Otherwise set the subnet mask to 0 0 0 0 Logical Port No 1 Specifies the TCP IP logical port number for connection between the PC and Logical Port No 2 HE150ETN150 The user defines the actual p
10. HORNER APG User Manual for the HE150ETN150 Ethernet TCP IP Module for the Hitachi H 252 Series First Edition October 5 1998 0262 01 PAGE 2 5 Oct 1998 PREFACE PREFACE This manual explains how to use the Horner APG s TCP IP Ethernet Link Module for the H 252 series of Hitachi programmable logic controllers Copyright 1998 Horner APG LLC 640 North Sherman Drive Indianapolis Indiana 46201 All rights reserved No part of this publication may be reproduced transmitted transcribed stored in a retrieval system or translated into any language or computer language in any form by any means electronic mechanical magnetic optical chemical manual or otherwise without the prior agreement and written permission of Horner APG LLC All software described in this document or media is also copyrighted material subject to the terms and conditions of the Horner Software License Agreement Information in this document is subject to change without notice and does not represent a commitment on the part of Horner APG LLC Hitachi is the trademark of Hitachi Ltd For user manual updates contact a Horner APG LLC Technical Support Division North and South America 1 317 916 4274 Europe Asia Middle East and Australia and New Zealand 353 21 321266 Or visit our web site at www heapg com PAGE 3 5 Oct 1998 PREFACE LIMITED WARRANTY AND LIMITATION OF LIABILITY Horner APG LLC HE APG warrants to
11. Link parameters 1 is as follows Link parameters 1 0000 End 00FF 5 4 Chatter Connections to the module can be made at IP address 192 20 20 22 Up to two concurrent connections to the module are possible through ports 21 and or 3004 WLO0000 to WLOOFF are read only while WLO0100 to WLOSFF are read and write To read and write to the module is accomplished using task codes detailed in section 4 The implementation of these task codes is through TCP IP software prepared by the user An example of this type of software Chatter exe has been included here for demonstration purposes only Note Before running Chatter a 10Mb s Ethernet card must be installed in the PC and properly configured under Windows 95 or NT How to communicate to the HE150ETN150 with Chatter 1 A file HOSTS with no extension must be created or edited within the windows sub directory e g c windows This file assigns Server Names to IP Addresses In this case the IP address 192 20 20 22 is assigned a server name ETN150 file is as follows Table 5 1 File HOSTS 192 20 20 22 ETN150 assigns name ETN150 to 192 20 20 22 2 Ensure the module and PLC are configured as detailed above in 5 2 and 5 3 20 5 Oct 98 CHAPTER 5 AN EXAMPLE 3 Start Chatter exe Set Server Name to ETN150 and TCP IP Port to 21 or 3004 Click OK The screen in Figure 5 1 appears If it does not check your connections configura
12. N Table 1 1 Compatible Transceivers Standard Thick Ethernet 10BASE5 Maximum length of one segment 500m 1640 No more than 100 connections per segment Minimum distance between transceivers 2 5m 8ft Maximum length of transceiver AUI cable 50m 164ft Thin Ethernet ThinNet 10BASE2 Maximum length of one segment 185m 600ft No more than 30 connections per segment Minimum distance between T connectors 0 5m 1 6ft No cable between T connector and transceiver Twisted Pair Ethernet 10BASE T Maximum length of one segment 100m S28ft One transceiver per segment connected to hub in star configuration Fiber Optic Ethernet 10BASE FL FOIRL Maximum length of one segment 2 0km 1 2miles Maximum length of FOIRL segment 1 0km 0 6miles One transceiver on each end of fiber optic pair Point to point links to hubs and between repeaters Note The trunk and drop distances are determined by the Ethernet transceiver rather than by the HE150ETN150 module The values below are the industry standards for four classes of transceivers compatible with the HE150ETN150 They are included for reference only Actual values may change depending on application and environment These values have not been tested with the HE150ETN150 1 2 Network Communications using HE150ETN150 Modules Although the HE150ETN150 is a point to point communication card network information
13. The HE150ETN150 is an Ethernet TCP IP communication module for the Hitachi H 252 Series It enables point to point communication from a Personal Computer PC to a single H 252 series PLC over an exiting Ethernet network see Figure 1 1 uses a TCP IP protocol under a standard Hitachi Ethernet layer The HE150ETN150 is configured using specialised Configuration Software See Chapter 2 for software configuration details The HE150ETN150 module interacts with the PLC via the link area WL L registers only Communications from the PC are initiated by task codes sent to the HE150ETN150 requesting data or writing data to from the link areas Up to two PCs can connect to the HE150ETN150 via the Ethernet bus at any one time Ethernet Bus Ethernet card Ethernet Card a a Transceiver HE150ETN150 Hitachi PLC Personal Personal BSH Rack Computer Computer CPU Figure 1 1 Network Overview Before an HE150ETN150 module sends information to the Ethernet bus it must first send the information to the transceiver which is physically plugged into the HE150ETN150 module transceiver plugs into the HE150ETN150 module s AUI Port The HE150ETN150 sends the information in the form of Ethernet packets to the transceiver The output of the transceiver depends upon the type of transceiver that is used See Table 1 1 PAGE 6 5 Oct 98 CHAPTER 1 INTRODUCTIO
14. enne 3 ABOUT PROGRAMMING 3 TABLE OF CONTENDS i tecto deed ct and cet teen De etaed ee ae pDa Dk bebat ka 4 1 5 Wels Generala eia e aa UM 5 1 2 Network Communications using HE150ETN150 6 1 3 e at Rs 6 14 System 0 0 eee aaa e ee eee 6 Physical Layout of the 150 150 2 7 CHAPTER 2 INSTALLATION AND 8 8 2 1 HE150ETN150 Mounting n nnn nnne nnns 8 2 2 Configuring the HE150ETN150 with HETCPIP Configuration Software 8 2 2 1 Summary of Configuration 9 222 _ STi MEER 9 2 3 Setup tothe cL 9 2 3 1 Set up with ActSip H oe cece cece cece eee 10000 a aaa e eaten eta 10 2 3 2 Set up with 11 2 3 Testing Communications nennen sensn rennen nnne 12 CHAPTERS WIRING Es tH Eee nA Ee e adde ve gu deeds 13 3 1 Jumper CONNECT ONS sete se isis ere epe pepe Een retta aane rua a aae rua
15. into 1 byte of image data If bit data is less than 8 points it is described as 0 D Word Data High Low Data is OOOOH FFFFH byte x 22 word 4 8 2 Response A 42H A Normal Execution code is 00H See section 4 6 for error codes 17 5 Oct 98 CHAPTER 4 TASK CODES 4 4 44H Random Monitor This task code monitors reads data stored N random points bits or words starting at the specified I O number This task code is executed even when unoccupied however the response will be O2H Request 44H A B B a C I O Code Address A Number of Registers L register 000000H 003FFOH maximum 60 WL register 000000H 0003FFH B I O Code Specified as 6 digit hex L register 03H WL register OBH Specified as 2 digit hex 4 41 Response B Data A 44H B DE B a ae B Word Data see section 4 6 for High Low error codes 0000 FFFFH B Bit Data 01010 b is bit data 4 5 45H Random Force This task code is used to force set reset random points bits or words at specified I O numbers 4 5 1 Request 45H A B D ee B D A Number of Registers Code Address maximum 40 L register 000000H 003 WL register 000000H 0003FFH B
16. itor data as a response 4 2 1 Request 40H A B C Number of Registers Bit 01H FOH maximum 240 bits Word 01H 78H maximum 120 words Code Code Start Address L register L register 000000 003 WL register OBH WL register 000000H 0003FFH Specified as 2 digit hex Specified as 6 digit hex 16 5 Oct 98 CHAPTER 4 TASK CODES 4 2 2 Response B Data A 40H B mop B A Normal Execution code is 00H see section 4 6 for B Word Data error codes H L B Bit Data bit7 bitO c 2 0 Oo oO o 5 g 9 s lo s to wo RK 4 3 42H Continuous Force This task code is used to force set reset on N continuous points bits or words starting at the specified number 4 8 1 Request 42H A B D ind D C Number of Registers Bit 01H maximum 220 bits Word 01H 64H maximum 100 words A Code Code Start Address L register L register 000000H 003 WL register OBH WL register 000000H 0003 Specified as 2 digit hex Specified as 6 digit hex D Bit Data bit 7 bit 0 1 44 4 pn e 77 Every 8 points of Bit Data gathered
17. its PLC The link module fits in any I O slot of a BSH base not in an expansion base The set up with ACTSIP H and ActWin is shown here Note If two link or communication modules are the same rack the HE150ETN150 must use link area 1 WL0000 OSFF i e be the module closest the CPU 10 2 8 1 Set up with ActSip H 5 Oct 98 CHAPTER 2 INSTALL CONFIG Step1 Start ACTSIP H configuration software refer to the ACTSIP user manual for details Step2 From the Relay window Press Esc go to Setup and PLC In PLC setup window see Figure 3 the I O assignment and Link parameter s must be set CPU type Memory type Password Capacity HIFLOW I O assignment Link parameters 1 Link parameters 2 Retentive area Project name Run conditions Run control input s Max scan time ms Communication setup Read PLC configuration PLC setup H 252 MPH 16E 15 7 Ks teps 00000 HILADDER 15744 Top End 100 lt gt for HELP Figure 2 2 ACTSIP H PLC Setup Window Step 3 Scroll down to the I O assignment and press Enter The I O assignment window appears shown in Figure 4 Choose the slot occupied by the 150 150 using the right left arrow keys Press PgDn 3 to choose CPU Link from the list to the right LINK is placed in the slot Points Slot 0 1 Base exp I O Assignment 0 2 3 4 5 6 7 8 9
18. ning Ping a 10Mb s Ethernet card must be installed in the PC and properly configured under Windows 95 or NT To Ping the HE150ETN150 1 Open a DOS window At the DOS prompt type Ping lt P Address of the HE150ETN150 gt 2 The response should be similar to that in Figure 2 7 MS DOS Prompt a ems x Microsoft R Windows 95 CO Copyright Microsoft Corp 1981 1996 EF XUIN95 ping 192 20 20 22 Pinging 192 20 20 22 with 32 bytes of data Reply from 192 20 20 22 bytes 32 time ms TTL 64 Reply from 192 20 20 22 bytes 32 time ims TTL 64 Reply from 192 20 20 22 bytes 32 time 2ms TTL 64 Reply from 192 20 20 22 bytes 32 time 2ms TTL 64 E SMINSS Figure 2 7 Testing Communications with Ping 13 5 Oct 98 CHAPTER 3 WIRING CHAPTER 3 WIRING 3 1 Jumper Connections ETHERNET Write Enable Switch below overlay E Horner Electric AUI Port RS 232 Port Figure 3 1 Jumpers Plugs Table 3 1 Jumper Configurations See Figure 3 1 Up position enables configuration 51 Ki l Down position disables configuration JP1 Used for debugging only JP2 Always closed vertically JP3 Pins 3 and 4 closed 3 2 Port Connections See Figure 3 1 The RS 232 port is compatible with a standard PC serial port and appears to the PC as a DCE MODEM This port is used to configure the module only The AUI por
19. ort number 1 to 65535 MAC Address READ ONLY This unique number is assigned to each module in the factory Module Settings READ ONLY Shows information about the module Important when requesting Technical Support Comm Port Selection Must match the Comm port being used on the PC Choose COM 1 COM 2 22 2 Subnetting Given the limited number of IP Addresses many Companies and or Organizations using TCP IP break their networks into many logical sub networks To do this the last portion of the IP address is reassigned to a sub network address This is possible using a method know as subnet masking Subnet masking occurs on a bit level using an AND operator 192 20 20 XXX XXX is the portion reassigned to the subnet Example We wish to mask the forth byte of the IP address for subnetting The network address is 192 20 20 22 Address 192 20 20 22 11000000 00010100 00010100 00010110 Subnet Mask 255 255 255 0 11111111 11111111 11111111 00000000 True Network 192 20 20 0 11000000 00010100 00010100 00000000 NOTE Subnet masking is only required if the module is used on a network which employs subnetting Otherwise set the subnet mask to 0 0 0 0 Implementation of subnetting and subnet masking are beyond the scope presented here For further information contact your network administrator or consult text on networking or network protocols 2 3 Set up to the PLC Each HE150ETN150 must be set up to operate with
20. ration with a CPU and an input module and output module Step 3 In the Select Module screen under Groups select Special Under Modules select LINK 02H Click OK Groups Input Output Figure 2 5 ActWin Select Module Screen 12 5 Oct 98 CHAPTER 2 INSTALL CONFIG Step 4 Right click on the CPU module under the HW Configuration in the project tree Choose Properties Click on the CPU memory settings Under Link area click on Enable WL1 is the module nearest to the CPU WL2 is the module farthest if used Enter the Top the End value and press The Top and End values are depend on the application The WL registers between Top and End are read write for the PLC The WL registers outside TOP and End are read write to the HE150ETN150 and by extension to the user on a connected PC Press OK when completed CPU enge CPU mors gain tne Tap Erd Paso hon Ces o ii um Wie V P o Enia Figure 2 6 ActWin CPU Properties Screen Step 5 The set up may be sent to the PLC now by choosing PC to PLC from the Communication pull down menu or by choosing to send it with the rest of the ladder code later 2 3 Testing Communications Ping Ping is an application that is standard with Windows 95 and NT It enables the locating or pinging of an IP address to see if it exists and is on line Note Before run
21. res an H 252 H 252B or H 252C CPU Refer to the Hitachi Programmable Controller H Series Application Manual for information on mounting the module 2 2 Configuring the HE150ETN150 with HETCPIP Configuration Software HETCPIP Configuration Software supports field configuration of the HE150ETN150 link module The software requires a personal computer PC running Windows 95 or NT and one uncommitted standard serial port assigned COM1 2 or 4 Step 1 Plug the HE150ETN150 into the desired slot Step 2 Connect the HE150ETN150 to COM1 2 or on the PC using a standard serial cable with a 9 pin male plug on the HE150ETN150 end The HE150ETN150 appears as a DCE MODEM to the PC Step 3 Power up the PLC and place it in STOP mode Step 4 Start the HETCPIP Configuration Software The screen in Figure 2 1 appears HE150ETH TCPAP Configuration File Comm Settings Help Mii E3 Own Station IP Address Module Settings 1 Set the Comm Port IP Address 192 20 20 2 o po Model Hamer TCPAP Module 2 Set the IP Address Subnet Mask 255 255 255 fo Module settings 3 Set the Subnet Mask if required 4 Set Local Port No 1 amp Local Port 2 5 Click Configure t send the configuration to the module Reads the configuration from the module m Task Code Port Configuration m Logical Port No 1 Logical Port No 2 Version 1 00 ROM CheckSum n
22. t connects the module to the Ethernet bus via a transceiver The four types of compatibly transceivers are Standard thick Ethernet 10BASE5 thin Ethernet 10BASE2 twisted pair Ethernet 10BASE T or fibre optic Ethernet 10BASE FL FOIRL 14 3 3 Wiring Diagram and Pin outs 5 Oct 98 The pin outs of the ports are shown in Tables 3 2 and 3 3 CHAPTER 3 WIRING Table 3 2 9 pin RS 232 Port Table 3 3 15 pin AUI Port Pin Signal Name Direction Pin Signal Name Direction 1 CD Carrier Detect N A 1 GND Signal Ground N A 2 RXD Receive Data Output 2 COL Collision 3 TXD Transmit Data Input 3 TXD Transmit Data Output 4 Connected to pin 6 N A 4 GND Signal Ground N A 5 GND Signal Ground N A 5 RXD Receive Data Input 6 Connected to pin 4 N A 6 GND Signal Ground N A 7 RTS Request to Send Input 7 No Connection N A 8 CTS Clear to Send Output 8 GND Signal Ground N A 9 No Connection N A 9 COL Collision 10 TXD Transmit Data Output 11 GND Signal Ground N A 12 RXD Receive Data Input 13 PWR 12VDC N A 14 GND Signal Ground N A 15 No Connection N A The wiring diagram of an HE150ETN150 link module network is shown in Figure 3 2 Figure 3 2 Wiring Diagram Ethernet Bus Transceiver 8 9 01 AUI Port HE150ETN150 D M 1 17 15 5 Oct 98 CHAPTER 4 TASK CODES
23. tial incidental or penal damages including but not limited to loss of profit or revenues loss of use of the products or any associated equipment damage to associated equipment cost of capital cost of substitute products facilities services or replacement power down time costs or claims of original purchaser s customers for such damages To obtain warranty service return the product to your distributor with a description of the problem proof of purchase post paid insured and in a suitable package ABOUT PROGRAMMING EXAMPLES Any example programs and program segments in this manual or provided on accompanying diskettes are included solely for illustrative purposes Due to the many variables and requirements associated with any particular installation Horner APG cannot assume responsibility or liability for actual use based on the examples and diagrams It is the sole responsibility of the system designer to appropriately design the end system to appropriately integrate the HE150ETN150 and to make safety provisions for the end equipment as is usual and customary in industrial applications as defined in any codes or standards which apply Note The programming examples shown in this manual are illustrative only Proper machine operation is the sole responsibility of the system integrator PAGE 4 5 Oct 1998 PREFACE TABLE OF CONTENTS PREFACE MEME 2 LIMITED WARRANTY AND LIMITATION OF LIABILITY ssseeeeeennnnn
24. tion of the Ethernet card in the PC and HOSTS file Codes are entered in the bottom white area and responses from the HE150ETN150 module are displayed in the upper gray area Table 5 1 Task Code Examples Command Task Code Response Monitor WLOOO0 to 00 12 00 00 40 0 00 00 00 04 0 12 ff ff 00 2 40 X X X XXXXX WLO0004 Force ABCDH to WL0100 00 12 ff ff 00 00 42 0b 00 01 00 02 ab c 0 12 ff ff O 0 0 42 and 1234H to WLO0101 d 12 34 Monitor WLOOAE and 00 12 00 00 44 02 00 00 00 03 0 12 ff ff O 0 2 44 X X X X 10008 00 00 08 Force FFFFH to WLO1FO 00 12 ff ff 00 00 45 02 0b 00 01 fO ff ff 012 ff ff O O 0 45 and TRUE to L31FF 03 00 31 00 01 The value of X depends on the value the particular register Untitled Hitachi Connection File View Help 192 20 20 22 gt 192 20 20 0 12 ffff00 2 40001111 22 22 33 33 192 20 20 22 gt 192 20 20 01248400042 192 20 20 22 gt 192 20 20 0 12 00 2 44 00 192 20 20 22 gt 192 20 20 0 12 000 45 00 12 ff ff 00 00 40 0b 00 00 00 04 00 1 2 ff ff 00 00 42 0b 00 01 00 02 ab cd 12 34 00 12 ff f 00 00 44 02 0b 00 00 ae 03 00 00 08 00 12 ff f 00 00 45 02 0b 00 01 f0 ff ff 03 00 31 ff 00 01 Figure 5 1 Chatter Screen and Example Note In this example WLO 0000H WL1 1111H WL2 2222H WL3 3333H WLAE AEAEH and L8 FALSE which gives the returned values responses as shown in Figure 5 1
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