V4.2 U/R/T200 series Installation Guide www.westermo.
V4.2 1 INTRODUCTION ..................................................................................................................... - 4 1.1 1.2 1.3 2 QUICK INSTALL GUIDE ....................................................................................................... - 5 2.1.1 2.1.2 3 T200......................................................................................................................................- 4 R200 .............................................................
V4.2 6 RETURN PROCEDURE ........................................................................................................ - 33 - 7 UPGRADING OF THE R/T200 SWITCH............................................................................ - 34 7.1 INTRODUCTION ....................................................................................................................- 34 7.1.1 Typical problems .................................................................................................
V4.2 1 Introduction This document describes how to install and configure switches in the T200, R200 or U200 series. This Operator Manual describes the properties of the T200, R200 and U200 series. 1.1 T200 The T200 is the time synchronization switch series of Westermo. The T200 series has also full management support including QoS, network redundancy (FRNT protocol), SNMP, IGMP snooping, VLAN and MAC security. The switches are approved for industrial use.
V4.2 2 Quick Install Guide 2.1.1 Mounting, power and port connections A quick guide for how to install a U/R/T/200 using DIN rail mounting (default) is as follows: 1. Mounting, see chapter 3.1.1 2. Power connection, see chapter 3.1.5 3. Port connections, see chapter 3.1.6 and 3.1.7 Now the switch is ready for use. 2.1.2 Redundant ring – FRNT0 configuration Setting up several R/T200 switches in a redundant ring using the FRNT0 protocol requires switch management configuration via the IP configuration tool.
V4.2 3. Assign an IP address for the configuration software. Ensure the address range is within the same Subnet as your assigned IP address for your PC. 4. Press the ‘Scan for devices’ button. The Switches on the network will be listed, see below. 5. Run the cursor over the listed Switch and left click the mouse. 6. A new configuration Window will open: www.westermo.
V4.2 7. If required; assign a new IP address and Subnet address for this Switch. 8. Press the ‘Set’ button to assign this IP address and Subnet settings to the Switch. 9. Tick the ‘Enable FRNT Ring’ and ‘Network focal point’ to set the Switch to be the Focal Point and Bus Member to ensure the Switch configured to run within a Redundant Ring. 10. Press the ‘Set’ button (all your changes performed will be set). 11. Press the ‘Restart’ button to re-configure the Switch.
V4.2 3 Switch Installation and Configuration 3.1 Mounting 3.1.1 DIN rail mounting The U/R/T200 DIN rail kit is the default mounting kit, and this kit is enclosed in the switch shipment unless another mounting kit is specified. Both vertical and horizontal mounting is possible. The DIN rail kit contains the following parts: - 1 x DIN clips 4 x screws Figure 1 shows vertical and horizontal DIN rail mounting.
V4.2 Figure 2 shows how to mount two URT200 by using the 19” dual units mounting kit. This mounting kit must be ordered separately. Figure 2, 19” dual units mounting kit 3.1.3 19” single unit mounting The U/R/T200 wall mounting kit, MOUN0008, contains the following parts: - 1 x long angle bracket 1 x short angle bracket 4 x nut brackets 4 x curved nuts 4 x rack screws 4 x rack brackets 8 x brackets 8 x screws Figure 3 shows how to mount on U/R/T200 by using the 19” single unit mounting kit.
V4.2 Figure 3, 19” single unit mounting kit 3.1.4 Wall mounting The U/R/T200 wall mounting kit, MOUN0006, contains the following parts: - 2 x short angle brackets 4 x nut brackets 8 x brackets 8 x screws Figure 4 shows how to mount the wall mounting kit. This mounting kit must be ordered separately. www.westermo.
V4.2 Figure 4, Wall mounting kit 3.1.5 Power connection Connect your primary voltage (e.g. +24VDC) to the VinA pin and ground to one of the –COM pins on the power input on the U/R/T200 switch by using the enclosed power connector. Figure 5, Power input 3.1.6 Copper drop link connection Both straight and crossed RJ45 cables can be used for copper connection, see Operator Manual for details related to the Auto-MDIO operations. 3.1.7 Fiber drop link connection www.westermo.
V4.2 Auto-MDIO is not supported on the fiber ports. Thus, the user must make sure that the fiber drop link used is crossed. This is easily verified by checking if the fiber port LED is on or not, when the fiber drop link is connected between two switches or the switch and a fiber enabled end node. Manual swooping of the TX/RX drop link on one of the fiber devices is required in case the LED is off on both devices.
V4.2 • Link / Port 1 to Port 8 Failure The user can connect to the fault contact, STAT pin on power connector, see Figure 6, with a pull-up resistor to Vin. The fault contact implementation is described in details in the Operator Manual. 3.3 Front panel LED’s and Push Buttons 3.3.1 Manual Configuration The front panel LEDs provides indication on the Status of each port. In addition, each port can be manually configured for speed, duplex and auto-negotiation can also be set from the push button panel.
V4.2 3.3.6 Auto-negotiation Pressing both the Speed and the Duplex button will enable or disable auto-negotiation for the selected port. 3.3.7 Save Button Newly configured settings are stored in non-volatile memory when the Save button is pressed. Note: Manual configuration of fiber ports is not possible. These ports are configured for full duplex connectivity and 100 Mbps. 3.3.
V4.2 The fiber optic transceivers and associated patch cables must be treated with great care. Therefore, the following rules should be adhered to during any commissioning work and fiber optic installation. • • • • Dust caps must be replaced immediately after removal of patch cable from transceiver or patch box. Failure to comply could result in damage to transceivers or patch cables. Keep hands clean when touching fiber optic cable.
V4.2 4 IP Configuration Software The Westermo switches are configured using supplied software. The program is available for download from Westermo web page. Extract the .ZIP file to your computer, the application is called IP configuration. Start the application from a PC on the network. Make sure that the IP Address of the configuration software (see figure below) is in the same sub domain as your PC.
V4.2 • First Switch Found • Switch IP Address • Switch MAC Address • Firmware Revision • Configuration Style • Ring Status Alarms Figure 9 By clicking on the line for each respective switch, further configuration opportunities will appear. See below. Figure 10 www.westermo.
V4.2 After choosing one of the switches to be the FRNT Primary switch it will appear like the first one in the list below. For further information about FRNT v0 see section 3.1 • Scanning For Devices Highlights All Switches On Ring • Highlights FP Running Network As A ‘Ring’ • Highlights Network Focal Point • Switch software version Figure 11 If the ring should be broken the Status of the Focal Point switch will change from RING to BUS.
V4.2 Figure 12 By clicking the Multiple rings button in the FRNT section the FRNT Advanced setup dialog box will appear, see Figure 13. Redundant connection between two FRNT v0 rings, FRNT v1, can be configured here. See chapter 4.3 for further information of FRNT v1. Figure 13, FRNT v1 Multiple ring configuration By clicking the “port config” button in the “Port configuration” setup dialog box will appear, see Figure 14. See chapter 4.11 for more details. Figure 14, Port configuration setup www.
V4.2 By clicking the “VLAN” button in the “VLAN configuration” setup dialog box will appear, see Figure 15. The VLAN tick box must be enabled before the VLAN button is enabled. See chapter 4.13 for more details. Figure 15, VLAN configuration setup 4.1 FRNT version 0 – single ring www.westermo.
V4.2 Figure 16, FRNT v0 ring In a ring configuration as FRNT v0, one, and only one, R/T200 switch must be configured to be the network Focal Point. The Focal Point switch will then have the role as Redundancy Manager, and thus be responsible for recovery when a connection between the switches is broken. To set up a FRNT v0 configuration the following steps must be followed: 20. Define which Switch that shall be the network Focal Point. 21. Power up the switch and connect this to the network. 22.
V4.2 4.3 FRNT version 1 – multiple rings Figure 17, FRNT v1 Connecting two FRNT v0 rings together via redundant bridges creates a configuration called FRNT v1. One switch acts as the FRNT primary switch and the other as a FRNT secondary switch. To establish a FRNT v1 configuration follow the steps bellow. 1. Choose one of the switches to be the FRNT primary switch in IP configuration tool. 2.
V4.2 Both RSTP and STP are open standards that can handle any network topology (i.e. all kinds of network loops) and provide interoperability versus other Ethernet switches from other vendors enabled for STP. RSTP/STP is enabled by ticking the “Enable RSTP/STP” tick box, and the RSTP/STP focal point of the network can be set by ticking the focal point option on one of the switches in the network.
V4.2 TRAP when the frntv1 has lost the connection to the backbone ring. • Temperature Alarm Trap To enabled the monitoring of the temperature in the switch - use the tempAlarm trap. Westermo/switch/fs200/tempAlarm/tempTrapEn. The switch sends a SNMP TRAP when the temperature has raised the predefined limit. The Trap host address is set by the Westermo private Management Information Base (MIB) general part.
V4.2 Using the Configuration software, any or all, of the ports can be configured to highlight a link failure. Simply tick the Port that link failure is required on. When the port has been highlighted press the ‘Set’ button and then the ‘Reset’ button to restart the Switch with port link alarms enabled/disabled. Note: Port numbers 7 & 8 are always configured to highlight link failure in case FRNT0 is enabled. 4.
V4.2 all IGMP enabled switches and routers in the network have this configuration. This is the default IGMP settings. - “Auto mode” enabled + Querier disabled: same operation as above, but the switch cannot act as an IGMP Querier. - “Auto mode” disabled + Querier enabled: the switch will always act as an IGMP Querier. Each switch/router will act as IGMP Querier if this configuration is used on each switch/router in the network.
V4.2 end node connected to the same port is able to send and receive packets with these VLAN ids. All ports on a switch are by default members of the white VLAN, i.e. the switch management VLAN. The administrator can remove non-trunk ports from the white VLAN. That means that such ports cannot be used for switch management. All trunk ports are part of the white VLAN. This is automatically configured on run-time. Port 1 has the white VLAN id as the default VLAN is. This is cannot be changed.
V4.2 5 Time synchronization The T200 can be enabled for time synchronization by ticking the “Enable time sync” box. This box is only available on the T200 switches (i.e. Westermo switches with hardware level time stamping support). Press the ‘Set’ button and then the ‘Reset’ button to restart the Switch after any changes performed on the time synchronization parameters in the IP configuration tool. 5.
V4.2 Black * Red * - Minus supply voltage (Ground) * + Plus supply voltage * * Supply voltage is not present on RS422 connector on switch. Supply voltage must be from external power supply. (Reason is that the FS200 series of switches can operate on up to 60VDC, while the Acutime 2000 requires 24VDC power supply). The Acutime can also be powered from the same power source as the switch via the power plug if the switch is powered from external 24VDC. See tables below for more details about signal routing.
V4.2 Connection to the Acutime Gold: Westermo provide cables that are pre-assembled, the Acutime end is sealed for outdoor installations. The following standard cable lengths are available: 15 m and 30 m. But cables up to 120 m can be provided. Cable length specification: RS422 Serial communication port <1200m RS422 Pulse Per Second signal <1200m The T200 end of the cable shall be terminated for the receiver pairs (120 Ohm). The Acutime receiver end is terminated inside the GPS receiver.
V4.2 SNTP client operation is meant to be used in combination with serial time server operation on the 15 pin connector (E.g. GPS emulation), see 5.5 and 5.7, or for IRIG-B output generation, see 5.6. 5.4 PTP Slave The switch can operate as a PTP version 1 Slave. The switch will then perform time updates based on incoming PTP SYNC packets from a PTP version 1 Grand Master in the network in order to update the local clock of the T200 switch.
V4.2 Table 1 in chapter 5.1 shows the pin-out of the T200 serial interface connector. Only the RS422 transmit pairs shall be used if the switch is enabled for SNTP client/PTP Slave/serial time server support. This means pin 1 (RS422 TX+) and pin 11 (RS422 TX-). These pins shall be connected to the corresponding receive pairs (RX+ and RX-) on the serial devices enabled for time client support. Several serial devices (up to 32) can be connected on the same serial interface according to the RS422 standard.
V4.2 OUT 1 is available on the 15 pin time sync connector (GPS interface) on the T200 front panel. OUT 1 is pin 9 and 7 (ground) in case of TTL and pin 15(+) and 6(-) in case of RS422. OUT 2 is available on the 15 pin time sync connector (GPS interface) on the T200 front panel. OUT 2 is pin 3 and 7 (ground) in case of TTL and pin 13(+) and 8(-) in case of RS422. 6 Return procedure Contact your equipment supplier before returning any equipment.
V4.2 7 Upgrading of the R/T200 switch. 7.1 Introduction Upgrading of the FS 200 switch is done by transferring a file called Vx(software version number).BIN via FTP. Firmware upgrade is possible from software version 2.16 or newer firmware. This is done in two steps; first configure and start of the FTP server, second Transferring of the BIN file via the IP configuration tool. DO NOT REMOVE THE POWER SUPPLY DURING THE UPGRADE PROCESS !! 7.1.
V4.2 8 Software versions of the R/T200 switch. 8.1 Introduction The following major software versions have been launched for the R/T200 switch series: - version 1.xx; This version is now obsolete. - version 2.xx; This version is now obsolete. - version 3.xx; This version contains support for all features in the R/T200 Operator Manual including the VLAN and Security features. This version must be ordered separately. - version 4.
V4.2 MEMBER SWITCH FX FOCAL POINT SWITCH MEMBER SWITCH Step 1 FOCAL POINT SWITCH TX MEMBER SWITCH MEMBER SWITCH FX MEMBER SWITCH FOCAL POINT SWITCH Step 2 FOCAL POINT SWITCH TX MEMBER SWITCH MEMBER SWITCH FX FOCAL POINT SWITCH FOCAL POINT SWITCH TX Step 3 MEMBER SWITCH MEMBER SWITCH MEMBER SWITCH FX FOCAL POINT SWITCH Step 4 MEMBER SWITCH MEMBER SWITCH Figure 18, Major software version upgrade www.westermo.
V4.2 8.3 IP configuration tool – software versions The IP configuration tool version 9.9.x or newer can be used versus any managed switch from Westermo. Switch control options for a given switch will be enabled based on the type of switch and software version running on the switch. This means that no separate release note exist for a new version of the IP configuration tool. How to use the IP configuration tool is described in this document.
