ADTRAN Total Access 334 User manual

1
jobAid
DESCRIPTION
This Job Aid supports the Total Access 334 Indoor 3rd Generation
Single Family Unit (SFU) Optical Network Termination (ONT). The
illustration above displays the rear of the SFU ONT and a cut-away of
the top depicting status LEDs.
Ports/Connectors
■2 POTS Ports
■4 Gigabit Ethernet Ports
■DC Power Plug
■UPS Connector
■CATV
■SC Fiber Connector (located behind the protector panel labeled
“Fiber Port”. Refer to “Installing Fiber” on page 2 for installation
information.)
Resetting the ONT
A reset button is available if the SFU ONT needs to be rebooted. To
reset the SFU ONT, press the RESET button for 5 seconds or longer.
The RESET button is located next to the USB port.
WARNING
!
All settings will return to Factory Defaults: Registration provisioning
will be lost.
Voice Processing
POTS uses in-band signaling tones and currents to determine call
status (for example, call request). Because POTS allows for the
transfer of audio signals below 3.3 kHz, POTS systems are also used
for modems that allow data transmission (referred to as dial up
connections).
Total Access 334
Indoor 3rd Generation SFU ONT
with RF
Ethernet Interface
The SFU ONT supports data service through four 10/100/1000Base-T
Ethernet interfaces via an RJ-45 connector.
Power
The power feed is 12 VDC. The total power consumption with 4
Ethernet ports running, and all lines off-hook is approximately 7.2
Watts.
The SFU ONT uses a standard DC barrel-type connector as a primary
power source. A connection for an optional un-interruptible power
supply (UPS) is provided.
Fiber
Fiber is supplied to the SFU ONT using an SC Fiber connection
located behind a removable protective panel.
UPS
The SFU ONT provides an optional connection for an UPS. An UPS is
a battery backup system designed to continue providing power when
the primary power source is lost. Power is supplied to the SFU ONT
by a local power source with battery backup that utilizes the AC
power at the customer premises.
CATV
The SFU ONT provides a coaxial connection that can be used to
access cable television programming.
INSTALLATION
After unpacking the SFU ONT, inspect it for damage. If damage is
noted, file a claim with the carrier and then contact ADTRAN. For
more information, refer to the warranty.
CLEI: BVMBP10F_ _
Product P/N: 1287736G3
Issue Date: April 2015
Document P/N: 61287736G3-22B
Documentation for ADTRAN Carrier Networks products is
available for viewing and download directly from the
ADTRAN Support Community website.
Go to:https://supportforums.adtran.com/welcome
Registration is required.
ADTRAN offers training courses on our products, including
customized training and courses taught at our facilities or at
customer sites.
For inquiries, go to: http://adtran.com/training
The following related online documents and resources provide additional information for this product:
Total Access 5000 Series Fiber to the Premises Deployment Guide
Total Access 5000/5006 Engineering Guide
ON/OFF PWR UPS POTS1 POTS2 ETH1 ETH2 ETH3 ETH4
Fiber Port
CATV
POWER BATTERY FAIL ETH4 ETH3 ETH2 ETH1 POTS MGMT WLAN

261287736G3-22B
Connecting POTS
If POTS cables are not available, refer to Figure 2 and the following
procedure to create the POTS cables:
1. Trim the insulation for the subscriber POTS cables.
2. Refer to the illustration below and connect the twisted pair Tip
(green) and Ring (Red) to the RJ-11 connector using an RJ-11
crimper.
3. Insert the RJ-11 connector in the appropriate POTS 1 or POTS 2
jack.
Figure 2. POTS RJ-II Connector
Connecting Ethernet
The SFU ONT supports four 1 Gigabit (10/100/1000Base-T) connec-
tions (LAN 1 to LAN 4).
If Ethernet cables are not available, use the following procedure and
table to create the Ethernet cables:
1. Trim the insulation for the subscriber Ethernet cable.
2. Connect the wires per the following table using an RJ-45
Crimper.
3. Insert the CAT 6 rated cable in the appropriate LAN 1 through
LAN 4 ports.
Installing Fiber
CAUTION
!
LASER RADIATION
1500 nm to 1600 nm
Do not view directly with optical instruments.
This product contains a Class 1M Laser module that complies with 21
CFR 1040.10 and 1040.11 and IEC 60825-1 and -2.
Fiber is installed in an SC connecter located behind a removable
protector panel on the right-rear of the SFU ONT. Refer to Figure 3
when installing fiber:
1. Remove the phillips-head screw from the right side of the fiber
protector panel.
2. Slide the protector cover back to expose the SC connector.
Ethernet RJ-45 Pin-out
Pin Name Description Color Code
1 TRD0+ Transmit/Receive Positive White/
Orange
2 TRD0- Transmit/Receive Negative Orange
3 TRD1+ Transmit/Receive Positive White/Green
4 TRD2+ Transmit/Receive Positive Blue
5 TRD2- Transmit/Receive Negative White/Blue
6 TRD1- Transmit/Receive Negative Green
7 TRD3+ Transmit/Receive Positive White/Brown
8 TRD3- Transmit/Receive Negative Brown
1 2 3 4
1 = Not Connected
2 = Tip
3 = Ring
4 = Not connected
Installation consists of positioning the SFU ONT either on a desktop
or wall mount, connecting POTS, Ethernet and Fiber, and connecting
power.
Required tools
Standard technician tools and those listed below are required for
installing the SFU ONT:
■Carpenter’s level
■3/32 inch screw driver for connecting SFU ONT power
■RJ-45/RJ-11 crimper
■A telephony/data communication test set
■PON power meter with wavelength filtering
■Fiberscope or videoscope
■Two #8 Pan Head screws (1 inch or greater in length)
■Assorted tie wraps for securing cabling and wiring
For fiber optic connections, the following are required:
■Fiber Optical Fusion Splice Tools
■ODC Fiber cleaning tool
■SC Fiber connector
Desk Top Installation
The SFU ONT can sit on a desktop or be wall mounted. With a desk
mount, ensure the SFU ONT is not located in direct sunlight and is
not located next to any thermal obstructions.
Wall Mount Installation
The SFU ONT can be wall mounted.
To wall mount the SFU ONT, reference Figure 1 and complete the
following steps:
1. Decide on a location for the SFU ONT. Mount below eye-level
so the LEDs are visible.
Figure 1. Wall Mount SFU ONT
2. Attach a 1/4 inch mounting board (typically plywood) to the
wall. If the wall is drywall construction, ensure the mounting
board is supported by the wall studs.
3. Install two #8 Pan Head screws (1 inch or greater in length)
using the key holes on the back of the SFU ONT as location
markers. Leave approximately 1/4 inch protruding from the
mounting surface.
4. Slide the SFU ONT over the Pan Head screws and exert a small
amount of downward pressure to ensure that the top of the
slots are resting on the shafts of the Pan Head screws.
Rear of SFU ONT

61287736G3-22B 3
Figure 3. Connecting SC Connector
3. Clean the ends of the incoming fiber and the SC Connection.
4. Connect the incoming fiber cable to the SC connection.
5. Route the fiber cable through the slot in the protective cover
and slide it back in place.
6. Replace and secure the panel using the phillips-head screw.
Installing Power
Plug the supplied 12V AC/DC Power Converter into the PWR
connection on the rear of the chassis. Connect the power plug to a
standard 120 VAC outlet.
Using a UPS
The SFU ONT can typically use an un-interruptible power supply
(UPS) if desired. Power is supplied to the SFU ONT by a local power
source with battery backup that utilizes the AC power at the
customer premises. The UPS powers the SFU ONT and functions as a
BBU supplying continuous 12 VDC. Refer to the installation material
that is provided with the UPS when installing the BBU.
Connecting UPS
Connect the UPS to the 8-pin MOLEX connector labeled “UPS”
located on the rear of the SFU ONT chassis. Figure 4 represents the
UPS MOLEX connector.
Figure 4. UPS Connector
The UPS Power/Alarm Connections Table at the top on the next
column defines each pin on the connector.
Coaxial Connection
Refer to the first illustration in this Job Aid and connect the coaxial
cable to the connector labeled CATV on the rear of the SFU ONT.
Protective
Cover
SC Connector
Note:
This illustration may not
match your ONT, but the
Fiber Installation is the same.
87 6 5
43
4321
UPS Power/Alarm Table
The table below provides a pin-out for the UPS connector.
ON/OFF Button
An On/Off button is located on the far-left side of the rear of the SFU
ONT. User functionality is limited to this button.
NOTE
If a BBU is being used and is disconnected, the SFU ONT is not
protected from power outages, and will send a “Battery Missing”
alarm to the OLT.
LED STATUS
The LEDs are located beneath the plastic housing and are only visible
after power has been applied. The following table provides the LED
status during normal operations.
Pin-Out Description Alarm
1 Power Input (+12 VDC) -
2UPSStatus-OnBattery1
3 UPS Status - Battery Missing 2
4 Signal Return -
5Power12VReturn -
6 UPS Status - Replace Battery 3
7 UPS Status - Low Battery 4
8 No Connection -
Label Status Indication
PWR 

Off
Green
AC or battery off
AC or battery power valid
BATTERY 

2
2
Off
Green
Green Flashing
Slow
Green Flashing Fast
ONT boot or battery missing or
not equipped
Battery equipped and no bat-
tery alarms present
Loss of AC, on battery
Battery low
LOS 

2
2
Off
Red
Red Flashing Slow
Red Flashing Fast
DS signal detected and is
within margins
No DS signal detected
DS signal is present but mar-
ginal
Software Upgrade failed
ETH 1-4 

2
Off
Green
Green Flashing Fast
Link is down or not equipped
Link is up but no data activity
Data is being sent or received
MGMT 

Off
Green
MGMT channel not active
MGMT channel active
POTS 1-2 

2
Off
Green
Green Flashing
Slow
Unequipped or on-hook and
not ringing
One of more lines off-hook
All line on-hook with one of
more lines in ringing state
WLAN Not supported

Warranty: ADTRAN will replace or repair this product within the warranty period if it does not
meet its published specifications or fails while in service. Warranty information can
be found online at www.adtran.com/warranty.
©2015 ADTRAN, Inc. All Rights Reserved. *61287736G3-22B*
REGISTRATION ID
There are two methods by which the OLT will register the ONT:
■Serial Number Activation (performed by the OLT when the ONT
is “Discovered”)
■Registration ID Activation (see below)
Set Registration ID Activation
To set the Registration ID using a DTMF Keypad on a standard telco
Lineman’s handset, complete the following steps:
1. Verify the PON fiber-feed is disconnected from the ONT.
2. Press the RESET button on a previously powered-up ONT, or
perform an initial power-up on a new ONT.
3. Wait approximately one minute for the start-up to complete,
(PWR LED is ON and solid; LOS LED is ON and solid).
4. Attach the handset to the POTS Port 1 and go off-hook.
5. Observe that the reorder tone (fast busy) is generated.
NOTE
The Reorder tone is continuously played after going off-hook until
the valid Registration ID password is dialed. See Step 6.
6. On the keypad, dial the registration ID password: *123#.
7. Observe that the special information tone is generated.
NOTE
This is a fast “Hi-Mid--Low” tone that repeats.
8. On the keypad, press *to initiate the Registration ID input
sequence.
9. Observe that the special information tone stops.
10. Dial the remainder of the Registration ID sequence: 10digit
plus #.
NOTE
If the Registration ID entered is not valid, the Special Information
tone will be re-played. An incorrect Registration ID can be changed
by re-entering the Registration ID password (*123#) and then re-
entering a correct Registration ID sequence.
11. Wait 2 seconds. A confirmation tone is generated by the
handset. This indicates a valid Registration ID was entered.
12. Hang-up the handset.
13. Push the RESET button, or power-cycle the ONT.
14. Connect the fiber between the PON and ONT.
15. The ONT should begin Ranging with the new Registration ID.
The NET LED will be solid and the LOS LED will blink during
ranging. The NET and MGT LEDs will become solid and the
LOS LED will extinguish once the ONT has successfully
activated. This will take approximately 10-20 seconds.
16. Once the ONT has Ranged on the PON, the handset
Registration ID process is disabled.
Specifications
■Electrical
♦Voltage: 12 Volts typical
♦Minimum Voltage: 10 Volts
♦Maximum Voltage: 13.9 Volts
♦Power Consumption: Typical 7.2 watts
■Physical
♦10.0 inches wide (25.5 centimeters)
♦5.9 inches deep ((15.0 centimeters)
♦1.5 inches high (3.7 centimeters)
♦Weight: 1 pound (0.45 kilograms)
■Environmental
♦Operational Temperature: 23°F to +113°F (–5°C to +45°C)
♦Storage Temperature: –40°F to 185°F (–40°C to +85°C)
♦Relative Humidity: 90%, noncondensing
■Optical
♦TX min power: +0.5 dBm
♦TX max power: +5.0 dBm
♦RSSI max sensitivity: –27.0 dBm
♦RX overload: –8.0 dBm
♦TX wavelength: 1310 nm typical
♦RX wavelength: 1490 nm typical
MAINTENANCE
The Indoor 3rd Generation SFU ONT does not require routine
hardware maintenance for normal operation. ADTRAN does not
recommend that repairs be attempted in the field. Repair services
may be obtained by returning the defective unit to ADTRAN. Refer to
the warranty for further information. Field support for software is
provided through upgrade facilities.
SAFETY AND REGULATORY COMPLIANCE
Refer to the Total Access 300 Series Indoor 3rd Generation SFU ONT
Safety and Regulatory Compliance Notice (61287735G3-17) for detailed
safety and regulatory information.
C A U T I O N
C A U T I O N
!
SUBJECT TO ELECTROSTATIC DAMAGE
OR DECREASE IN RELIABILITY.
HANDLING PRECAUTIONS REQUIRED.
ADTRAN CUSTOMER CARE:
From within the U.S. 1.800.726.8663
From outside the U.S. +1 256.963.8716
PRICING AND AVAILABILITY 1.800.827.0807