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.
All chapters in this document are relevant for the T200 series.
Note: Using the time synchronization, SNMP, IGMP snooping, VLAN and MAC security
management features of the T200 series require minimum network knowledge by the user.
1.2 R200
The R200 series contains the same features as the T200 series except for time
synchronization.
All chapters in this document except chapter 5 are relevant for the R200 series.
Note: Using the SNMP, IGMP snooping, VLAN and MAC security management features of
the R200 series require minimum network knowled ge by the user.
1.3 U200
The U200 series is an unmanaged switch implementation with QoS support (layer 2 and 3).
The U200 switch series has the same approvals for industrial use as the R200 and T200
series.
All chapters in this document except chapters 3.3.8, 4, 5, and 7 are relevant for the U200
series.
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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. The program is available for
download from the Westermo web page.
Make sure that the IP Address of the configuration software (see figure below) is in the same
sub domain as your PC.
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:
1. Define which Switch that shall be the network Focal Point.
2. Power up the switch and connect this to the network.
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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:
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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. The Switch will run through the
start sequence. During this period communication to the Switch will be lost.
12. Connect the next Switch into the ring. (This must be connected from Port 8 to Port 7
in a clockwise manner on version 2.30 or older).
13. Press the ‘Scan for devices’ button. The second Switch will appear on the list.
14. Run the cursor over the second Switch and left click the mouse.
15. If required; assign a new IP address and Subnet address for this Switch.
16. Tick ‘Enable FRNT ring’ to ensure the Switch is configured to run within a Redundant
Ring.
17. Press the ‘Set’ button.
18. Press the ‘Restart’ button to re-configure the Switch. The Switch will run through the
start sequence. During this period communication to the Switch will be lost.
19. Continue connecting Switches in this manner until the ring has been completed
V4.2
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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 1, DIN rail mounting
Heavy duty DIN clips are also available (improved vibration properties) for horizontal DIN rail
mounting, MOUN0003. This mounting kit must be ordered separately.
3.1.2 19” dual units mounting
The U/R/T200 wall mounting kit, MOUN0009, contains the following parts:
- 2 x short angle brackets
- 4 x nut brackets
- 2 x H – lists
- 4 x curved nuts
- 4 x rack screws
- 4 x rack brackets
- 8 x brackets
- 8 x screws
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Figure 2 shows how to mount two URT200 by using the 19” dual units mounting kit.
This mounting kit must be ordered separately.
V4.2
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.
This mounting kit must be ordered separately.
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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.
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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
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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. This can be done either directly on the switch fiber port
or on a fiber patch panel if this is available (preferably).
V4.2
3.2 Power Supply Connector
3.2.1 Redundant power inputs
The switch is designed to operate permanently over a very wide range of power input (19 V
DC to 60 VDC). Two redundant inputs are provided to provide enhanced redundancy if either
supply fails.
The power supply draws power from the input that has the highest potential difference when
compared to the alternate supply.
This enables use of e.g. a 48V source as primary supply with a 24VDC battery as back up.
Power supply inputs have reverse polarity protection.
The switch is delivered with a power connector (Wieland 25.621.3553.0) that is suitable for
wires between AWG 20 and AWG 22 (0,34-0,5 mm
2
).
Figure 6, Power contact
3.2.2 Fault Contact
The switch is incorporated with a user configurable fault contact (STAT pin on the power
contact) that enables network and switch faults to be highlighted.
The user configurable fault contact is a solid state component and therefore requires power to
control the device.
As standard the fault contact will always highlight the following:
• Internal switch watchdog failure.
• Link / Port 7 Failure (if redundant ring mode is activated)
• Link / Port 8 Failure (if redundant ring mode is activated)
• Power Supply Failure
• Focal Point / Redundancy Mode activated.
• Time sync error; NMEA reports or PPS missing on RS232/422 interface
Using the Switch configuration software, the fault contact can highlight the following addition
failures:
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