F-12
PREMISES COPPER PREMISES FIBER OSP FIBER OSP COMPOSITE CENTRAL OFFICE COPPER RDUP/RUS OSP COPPER BELL OSP COPPER OSP COPPER WIRE CANADIAN OSP COPPER TECHNICAL INFO
Rev 1/12 Ed 11.0Toll Free 800.551.8948 | Fax 770.657.6807 | SuperiorEssex.com/Comm
Conductor Solid Annealed Copper
Insulation
Dual insulation consisting of an inner layer of foamed, natural
polyolefin over which is applied a solid (skin) layer of
polyolefin colored in accordance with industry standards
Twisted Pairs
Individual insulated conductors; twisted into pairs with
varying lay lengths; specific color combinations provide
pair identification
≤ 25-Pair Core Pairs are assembled into a cylindrical core
> 25-Pair Core
Cables larger than 25-pair are assembled into units,
which are then used to assemble the core; units
are identifiable using color-coded binders
Filling Compound
80°C ETPR compound, completely filling the interstices
between the pairs and under the core wrap
Core Wrap Non-hygroscopic, dielectric tape applied over the core
Inner Shield
Corrugated, copolymer coated, 8 mil aluminum tape
applied directly over the core wrap; does not butt
or overlap at any point along the length of the cable;
flooded shield interface
Outer Shield
Rodent resistant, corrugated, copolymer coated, 6 mil
steel tape applied directly over the aluminum and
overlaps; flooded shield interface
Jacket Black, polyethylene
Jacket Marking
Identifying information includes a telephone handset,
cable code, pair count, AWG, date of manufacture
and sequential length markings at 2 foot intervals
Standards Compliance
ANSI/ICEA S-84-608-2007
RDUP 7 CFR 1755.890 (PE-89)
RoHS-compliant
Number of Pairs
Average Mutual
Capacitance @ 1000 Hz
nF/mile (nF/km)
Capacitance Unbalance
Pair to Pair @ 1 kHz
Capacitance Unbalance
Pair to Ground @ 1 kHz
Maximum Individual
pF @ 1 kft (pF @ 1 km)
Maximum RMS
pF @ 1 kft (pF @ 1 km)
Maximum Individual
pF @ 1 kft (pF @ 1 km)
Maximum Average
pF @ 1 kft (pF @ 1 km)
orless
() () - () -
Over () () () () ()
Conductor Size
AWG (mm)
Minimum Insulation
Resistance @ 68°F (20°C)
gigohm-mile (gigohm-km)
Maximum Average
Attenuation*
772 kHz @ 68°F (20°C)
dB/kft (dB/km)
Maximum Conductor
Resistance @ 68°F (20°C)
Ohms/sheath
mile (km)
DC Resistance Unbalance
Maximum %
Dielectric Strength
DC Potential – Volts
Average
Individual
Pair
Conductor
to Conductor
Conductor
to Shield
() () () ()
() () () ()
() () () ()
*For cables with 12-pair or less, the maximum average attenuation may be increased by 10% over the values shown.
Minimum Near End Crosstalk (NEXT)
@ 772 kHz
PSWUNEXTMean(dB)
PSWUNEXTWorstPair(dB)
Minimum Far End Crosstalk (FEXT)
@ 772 kHz
ConductorSize(AWG)
PSELFEXTMean(dBkft)
PSELFEXTWorstPair(dBkft)
CASPIC®–FSF
RDUP PE-89
CASPIC®-FSF Cables are designed for direct burial applications.
CASPIC-FSF cables are recommended for use in high-risk areas where
additional mechanical or rodent protection is required. CASPIC-FSF may
be used aerially, but must be attached to a support strand.
• Direct burial where additional mechanical protection
is requried or desired
• Lashed aerial where additional mechanical protection
is requried or desired
• Twisted into pairs with varying
lay lengths
• Minimizes crosstalk
• Core wrap • Provides thermal protection
• Filled core • Moisture resistant
• Dual shield design • Rodent resistant
• Fully flooded shield interfaces • Inhibits corrosion
and water migration
• Black, polyethylene jacket • Provides a tough, protective
covering designed to withstand
exposure to direct sunlight,
atmospheric temperature
changes and stresses expected
in standard installations
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