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Related Manuals for CTRLink EISC Series
Summary of Contents for CTRLink EISC Series
- Page 1 EISC Series Ethernet Configurable Switch Hubs User Manual # TD021000-0MB...
- Page 2 Trademarks Contemporary Controls and CTRLink are registered trademarks of Contemporary Control Systems, Inc. Other product names may be trademarks or registered trademarks of their respective companies. Copyright © Copyright 2003, by Contemporary Control Systems, Inc. All rights reserved. No part of this publication...
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Page 3: Table Of Contents
Table of Contents TABLE OF CONTENTS ..................... 3 INTRODUCTION......................... 5 VERSIONS OF THE EISC....................6 SPECIFICATIONS....................... 7 Electrical ......................... 7 Environmental......................... 7 Functional ........................7 RJ-45 Connector Pin Assignments ................. 8 Console Port (EIA-232) Pin Assignments ..............8 Console Port (EIA-232) Communication Parameters............. 8 Compliance ........................ - Page 4 ADVANCED OPERATION ....................18 General Considerations....................18 EISC Configurator ......................18 7.2.1 Initial Configuration....................19 7.2.2 Setup Options......................21 7.2.3 Setting Parameters for Twisted-Pair (RJ-45) Ports........... 21 7.2.4 Configuring the Port Monitor ................... 22 7.2.5 Setting the Fault Relay....................22 7.2.6 Advanced Features....................
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Page 5: Introduction
Introduction ® The EISC configurable switch in the CTRLink family provides capabilities beyond those found in standard Plug and Play (PnP) switches. Besides conventional features (auto- negotiation, 10/100 Mbps data rate, half- or full-duplex operation, flow control), the EISC has advanced features such as VLAN, trunking, Quality of Service (QoS) and a programmable fault relay that can be connected to a supervisory system. -
Page 6: Versions Of The Eisc
Versions of the EISC EISC16-100T EISC12-100T/FC EISC12-100T/FT Figure 1 — The EISC Family TD021000-0MB... -
Page 7: Specifications
Specifications Electrical Input Voltage ......10-36 VDC ......... 8-24 VAC Input Power (max)......10 W........... 10 VA Input Frequency ......N/A ..........47-63 Hz Fault Relay Contacts....24 V, 500 mA (max) Environmental Operating Temperature....0°C to +60°C Storage Temperature ....–40°C to +85°C Humidity ........10% to 95% ......Non-Condensing Functional Operating Systems for EISC Configurator : ....Windows 98/ME/2K/XP... -
Page 8: Rj-45 Connector Pin Assignments
RJ-45 Connector Pin Assignments MDI-X Port 16X TD– RD– RD– TD– (All other pins are unused.) Console Port (EIA-232) Pin Assignments Signal Function Receive Data Transmit Data Ground (All other pins are unused.) Null Modem Cable Console Port (EIA-232) Communication Parameters Baud Rate 9600 bps Data Bits... -
Page 9: Compliance
Compliance Compatibility Compliant with ANSI/IEEE 802.3 Regulatory Compliance CE Mark Part 15 Class A UL 508 Listed, Industrial Control Equipment TD021000-0MB... -
Page 10: Mechanical
Mechanical 16-Port Version 4.8.1 12-Port Version 4.8.2 Dimensions of EISC12-100T/FC (below) match those of EISC12-100T/FT. TD021000-0MB... -
Page 11: Installation
Installation Hardware Mounting 5.1.1 The EISC is designed for mounting in an industrial enclosure or wiring closet using either set of the provided mounting hardware listed below: TS-35 DIN-rail Mounting Panel Mounting DIN-rail clip Panel mounting bracket DIN-rail clip support bracket 4-40 screws, flat-head (4) 4-40 screws, pan-head (2) For quick snap-mounting to 35 mm DIN-rail, a reinforced DIN-rail clip is pre-attached to... -
Page 12: Connecting To Power
Connecting to Power 5.1.2 The EISC requires power via its four-pin connector. The keyed plug is removable and is included with the switch. The applied voltage may be either AC or DC. For power requirements, consult the specifications. Conductors in the range of 12–24 AWG are secured in the plug by screw terminals. - Page 13 AC Powered 5.1.2.3 The EISC can be powered by an AC voltage in the range of 8-24 V capable of delivering 12 VA of apparent power. Two auxiliary power supplies are available: The AI-XFMR is for use with 120 VAC. The AI-XFMR-E is for use with 230 VAC. Figure 6 —...
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Page 14: Connecting To The Network
Connecting to the Network 5.1.3 When attaching network cables to the EISC, Table 1 should be considered. Medium Signaling and Minimum Required Maximum Segment Data Rate Cable Distance Copper 10BASE-T Category 3 UTP 100 m (328 ft) 10 Mbps Copper 100BASE-TX Category 5 UTP 100 m (328 ft) -
Page 15: Connecting To The Configuring Device
Connecting to the Configuring Device 5.1.4 If advanced operation is to be implemented, the Console port must be connected via a null-modem cable to a machine that is capable of configuring or monitoring the EISC. Connecting to the Fault Relay 5.1.5 In advanced operation, the Fault Relay is available for use. -
Page 16: Software
Software The provided CD-ROM contains : • The EISC Configurator Windows application and set up utility • This User Manual • An Ethernet Glossary • Additional information of interest The software installation procedure is discussed in the readme.txt file. TD021000-0MB... -
Page 17: Plug-And-Play Operation
Plug-and-Play Operation LED Indicators (All LEDs are tested each time the EISC is powered up.) Power This LED glows green when power is supplied to the EISC. Fault Relay Status This LED glows green by default, but has no function in Plug-and-Play mode. Each port has one of these LEDs. -
Page 18: Advanced Operation
Advanced Operation General Considerations Configuration is accomplished while the EISC is connected to a suitable device — either a computer running the provided EISC Configurator Windows application or a Modbus- capable user device. For monitoring and configuring the EISC with Modbus, refer to Section 9.2. -
Page 19: Initial Configuration
Initial Configuration 7.2.1 With a null-modem cable connecting the EISC to a suitable computer, launch the EISC Configurator, select a COM port and then click the “Connect” button. If the EISC Configurator cannot connect to the EISC, the error message of Figure 12 may appear. If this should happen, check that a proper null-modem cable is used for the connection and that suitable power is applied to the EISC. - Page 20 If port monitoring is Link condition is enabled, a port fault indicated by color: condition will be green = active displayed until it is (100 Mbps) Displays cleared by the Used to connect yellow = active configuration “Clear Faults” button. (10 Mbps) to console port of each port...
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Page 21: Setup Options
Setup Options 7.2.2 The Setup pull-down menu offers the options shown in Figure 15: Set the Individual Port Behaviors Define How the Fault Relay Responds Set Trunking, VLAN and Flow Control Set the QoS Options Lock in Your Settings Restore All Default Settings Set the Modbus Slave Address Figure 15 —... -
Page 22: Configuring The Port Monitor
Configuring the Port Monitor 7.2.4 Figure 18 displays the features of the Port Monitor which can watch each port for a fault condition specific to that port. The portion of Figure 18 shown outlined in red will be unavailable (dimmed) for models EISC12-100T/FC and EISC12-100T/FT. Figure 18 —... -
Page 23: Advanced Features
Advanced Features 7.2.6 Port Trunking 7.2.6.1 Port Trunking allows four ports to be grouped together with the resulting group behaving as a single logical link. Each trunk is constructed of four fixed physical ports — with one status “LED” for each Trunk Group shown in the main screen of the configuration program. - Page 24 Port-Based VLAN Function 7.2.6.2 In the Advanced Settings window, port-based (also called Layer 1) VLAN functionality can be selected. The number of VLANs available varies with the EISC model. Model ESIC16-100T supports 14 or 15 VLANs as shown in Figure 22. If 14 VLANs are chosen, each of Ports 1–14 becomes an independent VLAN.
- Page 25 Global Features (applying to ALL ports) 7.2.6.3 Broadcast Storm Control 7.2.3.6.1 The EISC can enable or disable broadcast storm filtering. When enabled, each port will drop broadcast packets — those with a Destination MAC ID of FF FF FF FF FF FF — after receiving 64 continuous broadcast packets.
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Page 26: Qos Function
QoS Function 7.2.7 The EISC can recognize QoS priority information for incoming frames. With this information, each affected frame is assigned an appropriate level of priority. Priority Queues. The EISC has two 7.2.7.1 queues, one for High-priority frames and one for Low-priority frames. - Page 27 ToS/DiffServ Priority. IP protocol frames include in their network headers 7.2.7.4 an 8-bit Type of Service (ToS) field for packet prioritization. The first three of these bits specify 8 levels of priority. The next three bits provide the QoS refinement known as Differentiated Services (DiffServ or DS) which efficiently manages traffic by categorizing packets into classes to apply rules for packet delay and discarding.
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Page 28: Saving Settings To Eeprom
Saving Settings to EEPROM 7.2.8 After configuring the EISC, the new parameters will apply, but only so long as the switch has power. If it is desired to retain settings in EEPROM for use after a power interruption, choose the “Save Settings to Non-Volatile Memory”... -
Page 29: Port Signal Strength
Port Signal Strength (Only for 100 Mbps RJ-45 ports) 7.2.10 The EISC can display the signal strength received at its RJ-45 ports in four graduated steps. Each port display can thereby indicate the robustness of its communication channel. Although an attached device could cause problems, the usual concern with signal strength is the nature of attached twisted-pair cable. -
Page 30: Service
Service Warranty Contemporary Controls (CC) warrants its product to the original purchaser for one year from the product’s shipping date. If a CC product fails to operate in compliance with its specification during this period, CC will, at its option, repair or replace the product at no charge. -
Page 31: Warranty Repair
Warranty Repair Products under warranty that were not subjected to misuse or abuse will be repaired at no charge to the customer. The customer, however, pays for shipping the product back to CC while CC pays for the return shipment to the customer. CC normally ships ground. -
Page 32: Appendices
Appendices Declaration of Conformity Applied Council Directives: 9.1.1 Electromagnetic Compatibility Directive, 89/336/EEC Council Directive as amended by Council Directive 92/31/EEC & Council Directive 93/68/EEC General Product Safety Directive 92/59/EEC Standards to which Conformity is Declared 9.1.2 EN 55022:1995 CISPR22: 1993, Class A, Limits and Methods of Measurement of Radio Disturbance Characteristics of Information Technology Equipment EN 55024:1998, Information Technology Equipment —... -
Page 33: Modbus Operation
Modbus Operation For Modbus operation, the EIA-232 parameters must be set as follows : Baud Rate = 9600 bps, Data Bits = 8, Stop Bit = 1, No Parity Modbus Registers WRITE/READ 9.3.1 40001-40016: Port Settings: Auto-negotiation or set speed/duplex per port Bit 0 –... - Page 34 [40017-40128: Port Settings port 17 – port 128 reserved] 40129: Reserved for future use 40130: Reserved for future use 40131: Reserved for future use 40132: Relay Setting1 Bit 0: Relay Active State (0- Disengaged, 1-Engaged) default = 0 Bit 1: Relay Reset Method (0 – Self-recovering, 1- Reset by user) default = 0 Bit 2: Monitoring Status (0 –...
- Page 35 40150: QOS Settings (all disabled by default) Bit 6: Enable Flow Control Automatic disable Bit 5: Enable DiffServ Priority QOS Bit 4-3: Enable Port based Priority QOS 00 – disable(default) 01 – Ports 0&1 high priority 10 – Ports 0-3 high priority 11 –...
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Page 36: Read Only
READ Only 9.3.2 41001-41016: Port 1-16 status: Bit 0: Duplex (0 = half, 1= full) Bit 1: Speed (0 = 10Mbps, 1 = 100Mbps) Bit 2: Link (0 = no link, 1=link active) Bit 3-6: Reserved Bit 7: 1 = Relay Activation due to fault on this port 41001: Port status port 1 41002: Port status port 2 41003: Port status port 3...
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