Patch cord cat. 5e, RJ45-RJ45, gray, U/UTP, LSZH, 1m
Product Code: CCADGE-B1002-A010-C0
Brands Corning
-1000x1000.jpg "Patch Cords, UTP, cat 5e, FRNC/LSZH, 1м, Gray, Product Code CCADGE-B1002-A010-C0 - product image 2")
-1000x1000.jpg "Patch Cords, UTP, cat 5e, FRNC/LSZH, 1м, Gray, Product Code CCADGE-B1002-A010-C0 - product image 3")
-1000x1000.jpg "Patch Cords, UTP, cat 5e, FRNC/LSZH, 1м, Gray, Product Code CCADGE-B1002-A010-C0 - product image 4")
-1000x1000.jpg "Patch Cords, UTP, cat 5e, FRNC/LSZH, 1м, Gray, Product Code CCADGE-B1002-A010-C0 - product image 5")
-1000x1000.jpg "Patch Cords, UTP, cat 5e, FRNC/LSZH, 1м, Gray, Product Code CCADGE-B1002-A010-C0 - product image 6")
208.00 грн./pc
Price with Tax
In Stock
Specification
Type
UTP
Category
cat 5e
Sheath material
FRNC/LSZH
Length
1м
Colour
Gray
PrintDescription
The application-neutral Everon™ Copper Datacom category 5e patch cords are unscreened (U/UTP). They are assembled with unshielded RJ45 connectors on each end. The zero halogen patch cords (LSZH) are non-corrosive according to IEC 60754-2 (FRNC), low smoke according to IEC 61034 and flame retardant according to IEC 60332-1. Everon Copper Datacom CCADGE patch cords provide additional latch protection. They are available in various lengths and colors.
Features and Benefits
- Application-neutral due to using all four pairs of RJ45 connectors
- Additional latch protection
- Category 5 / 5e
- Supports Power over Ethernet (PoE / PoE+/ PoE++). IEEE 802.3bt-2018 performance (4PPoE) Ready for new applications powered on 4 pairs up to 90W
- Supports Power over Ethernet (PoE / PoE+) according IEEE 802.3at
- Outer Jacket Color Grey
- Conductor Copper Wire, AWG 26
- Twisting 2 cores to a pair
- Outer Jacket Material LSZH™/FRNC
- Ordering Information
- Product Number CCADGE-B10
Electrical Specifications
- Mutual capacity 1600 pF/km
- Max. loop resistance 150 Ω/km
- Delay skew 45 ns/100 m
- Propagation delay 5.38 ns/m at 100 MHz
- DC resistance unbalance 5 %
- Insulation Resistance 500 MΩ*km
- Impedance Zo at 1-100 MHz 100 Ω ± 5% at 100 MHz
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