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5
Installing SFP Modules
You can install or remove an SFP module from an SFP port without having to power off the switch. To install an SFP module, complete the following steps.
1. Insert the module into the appropriate SFP port.
2. Press firmly to ensure that the module seats properly into the connector.
Figure 9. Installing an SFP Module into an SFP Port
3. To use the SFP module with another device, connect an appropriate cable into the SFP module port and attach the other end of the cable to the other device,
ensuring that the TX fiber connects to the RX connection of the other device, and that the RX fiber connects to the TX connection of the other device.
Connecting to the Switch
After the switch is installed and powered, it can be configured by two methods:
■ Web based Graphical User Interface (GUI)
■ Command Line Interface (CLI)
NOTE
g
The digital output (relay) connection is rated for 24VDC/1A. The digital input (voltage) connection uses the specification of
level 0
(low) power to
indicate a range from 0V to 6V, and
level 1
(high) power to indicate a range from 10V to 24V. It is not recommended to apply power ranges between
6V and 10V to the digital input connection as the low or high power states may not be applied correctly to power levels within that range.
NOTE
g
The two wires attached to the digital output contact form an open fault circuit by default. When a user-configured event (such as a digital input status
change) is triggered, the fault circuit becomes closed and can trigger a status change of an external device (if one is connected). The default state
of the DO relay can be configured via software to be either opened or closed, and when a user-configured event is triggered, the DO relay
connection will change state based on its configuration. If the DO is configured to be in an open state by default, the circuit will become closed when
an event is triggered. Conversely, if the relay is configured to be in an closed state by default, the connection will be opened if an event is triggered.
NOTE
g
This product is intended for use with a Class 1 Laser module that complies with FDA 21 CFR 1040.10, 1040.11 and IEC 60825-1. For continued
compliance with the above standards, only approved Class 1 Laser modules from an ADTRAN approved vendor list (located on the ADTRAN
website) should be installed in this product. ADTRAN cannot certify system integrity with other laser modules. Refer to the
https://supportcommunity.adtran.com
).
NOTE
g
This product is intended for indoor use only. Ethernet, PoE cables, and attached equipment are intended for use within the same building with
equipotential bonding, and not intended to be placed in separate buildings or structures. Failure to deploy as described could result in permanent
damage from lightning or other electrical events and voids the warranty. If it is necessary to connect the ports to remote outdoor equipment or
between structures then add an appropriate protection device per the following:
■ ADTRAN's Ethernet Port Protection Device (EPPD) (P/N 1700502G1) must be connected between the unit and the outside plant cable.
■ Use of any Ethernet protector other than ADTRAN's for this purpose will void the user's warranty.
