Installation Guide OADM - Client

Installation Guide
OADM
Overview
This document provides steps necessary to correctly install and configure
Canoga Perkins’ passive OADM product. The passive OADM comes in two
configurations: “Drop and Continue” and “Drop and Insert.”
Installation
Ensure that there is no visible damage to the OADM module and that the OADM
module meets the installation requirements. Refer to the Technical Specifications
page. The OADM can be installed in either slot of a UCS 1001 or in a UCS 1000.
Insert the OADM module in either slot of a UCS 1001 Chassis. Insert the 6702 in
the other slot. See figure 1.
Figure 1
Drop and continue applications
Items required
• 1 x Model number OADM-2001-xx03
• 1 x Model number 6702 (Remote wavelength must match the OADM’s
dropped wavelength)
• 1 x UCS 1001 or UCS 1000
• Singlemode fiber optic jumpers
Identify the West Link Tx/Rx fiber pair and East Link Tx/Rx fiber pair.
• The West Link Tx/Rx fiber pair is the composite optical signal to and from
the central location or West location.
• The East Link Tx/Rx fiber pair is the optical signal continuing to and coming
from the East site.
• Connect the OADM to the link. See Figure 2.
Canoga Perkins Corporation, 20600 Prairie Street, Chatsworth, CA 91311-6008
Phone: (818) 718-6300, FAX (818) 718-6312 www.canoga.com
P/N 6912425 Rev B
Figure 2
•
•
Using a pair of singlemode fiber optic jumpers, connect the “West 1xxx”
port to the Remote Tx/Rx port of the 6702 CWDM transponder.
Connection of the ports must be Tx to Rx. See Figure 3.
Figure 3
The wavelength listed on the Remote Tx/Rx port of the 6702 must match the wavelength listed on
the “West 1xxx” port of the OADM.
Canoga Perkins Corporation, 20600 Prairie Street, Chatsworth, CA 91311-6008
Phone: (818) 718-6300, FAX (818) 718-6312 www.canoga.com
P/N 6912425 Rev B
Drop and insert applications
Items required
• 1 x Model number OADM-2002-xx03
• 2 x Model number 6702 (Remote wavelength must match the OADM’s
dropped wavelength)
• 2 x UCS 1001 or 1 x UCS 1000
• Singlemode fiber optic jumpers
Identify the West Link Tx/Rx fiber pair and East Link Tx/Rx fiber pair.
• The West Link Tx/Rx fiber pair is the composite optical signal to and from
the central location or West location.
• The East Link Tx/Rx fiber pair is the optical signal continuing to and coming
from the East site.
• Using a pair of singlemode fiber optic jumpers, connect the “West 1xxx” port
to the Remote Tx/Rx port of the 6702 CWDM transponder communicating to
the West Link.
• Using another pair of singlemode fiber optic jumpers, connect the “East
1xxx” port to the Remote Tx/Rx port of the 6702 CWDM transponder
communicating to the East Link.
• Connection of the ports has been color coded in figure 4 to depict the fiber
optic jumper connections. See Figure 4.
Figure 4
The wavelength listed on the Remote Tx/Rx port of the 6702 must match the wavelength listed on
the “West 1xxx” and “East 1xxx” port of the OADM.
Canoga Perkins Corporation, 20600 Prairie Street, Chatsworth, CA 91311-6008
Phone: (818) 718-6300, FAX (818) 718-6312 www.canoga.com
P/N 6912425 Rev B
Technical Specifications
Drop and Insert
WDM Type
Number of Filters
Number of Channels
Channel Wavelengths
Center Wavelength Accuracy
Passband @ 0.5dB
Insertion Loss
Drop Channel
Passing Channels
Adjacent Channel Isolation
Non-adjacent Channel Isolation
Uniformity
Directivity
Optical Input Return Loss
PDL
PMD
Thermal Stability, Loss
Thermal Stability, Drift
Optical Power Capacity
Storage Temperature
Operating Temperature
Termination
Multilayer Thin Film Optical Filter
2 Mux / 2 Demux
Single Channel Drop & Insert
1310,1470,1490,1510,1530,1550,1570,1590,1610nm
±1.0nm
>14nm, <17nm
Mux
Demux
≤1.6dB
≤1.6dB
≤1.6dB
>30 Demux
>40 Demux
<1.5dB
>50dB
>45dB
<0.1dB
<0.1ps
0.005dB/°C
0.005nm/°C
≥300mW
-40 ~ 85°C
0 ~ 70°C
Local Channels: SC/UPC; Composite: SC/UPC
Drop and continue
WDM Type
Number of Filters
Number of Channels
Channel Wavelengths
Center Wavelength Accuracy
Passband @ 0.5dB
Insertion Loss
Drop Channel
Passing Channels
Adjacent Channel Isolation
Non-adjacent Channel Isolation
Uniformity
Directivity
Optical Input Return Loss
PDL
PMD
Thermal Stability, Loss
Thermal Stability, Drift
Optical Power Capacity
Storage Temperature
Operating Temperature
Termination
Multilayer Thin Film Optical Filter
1 Mux / 1 Demux
Single Channel Drop & Insert
1310,1470,1490,1510,1530,1550,1570,1590,1610nm
±1.0nm
>14nm, <17nm
Mux
Demux
≤1.0dB
≤1.0dB
≤1.0dB
>30 Demux
>40 Demux
<1.5dB
>50dB
>45dB
<0.1dB
<0.1ps
0.005dB/°C
0.005nm/°C
≥300mW
-40 ~ 85°C
0 ~ 70°C
Local Channels: SC/UPC; Composite: SC/UPC
Canoga Perkins Corporation, 20600 Prairie Street, Chatsworth, CA 91311-6008
Phone: (818) 718-6300, FAX (818) 718-6312 www.canoga.com
P/N 6912425 Rev B
Physical
Dimensions
7.9”H x 1.0”W x 10.4”D
(201 x 25 x 264mm)
Weight
1.2lb
(.54kg)
Regulatory Compliance
UL 60950/CSA C22.2
IEC 60950
IEC 60825-1
FCC Part 15 Class A
CISPR 22
EN 50082-1
AS/NZS 3548
NEBS Level 3
CE
Canoga Perkins Corporation, 20600 Prairie Street, Chatsworth, CA 91311-6008
Phone: (818) 718-6300, FAX (818) 718-6312 www.canoga.com
P/N 6912425 Rev B
Warranty Information
Current Warranty information is available on-line in the Client Login Area of the Canoga
Perkins web site (www.canoga.com) or by contacting Technical Support at 800-360-6642
(voice) or fiber@canoga.com (email).
Canoga Perkins Corporation, 20600 Prairie Street, Chatsworth, CA 91311-6008
Phone: (818) 718-6300, FAX (818) 718-6312 www.canoga.com
P/N 6912425 Rev B