Buy APC by Schneider Electric ProtectNet Analog Telephone Line Surge Suppressor in United States - Cartnear.com
APC by Schneider Electric ProtectNet Analog Telephone Line Surge Suppressor
CTNR20317 0731304000433 CTNR20317APC by Schneider Electric
2025-11-21
/itm/apc-by-schneider-electric-protectnet-analog-telephone-line-surge-suppressor-20317
USD
52.81
$ 52.81 $ 53.89
Item Added to Cart
customer
*Product availability is subject to suppliers inventory
SHIPPING ALL OVER UNITED STATES
100% MONEY BACK GUARANTEE
EASY 30 DAYSRETURNS & REFUNDS
24/7 CUSTOMER SUPPORT
TRUSTED AND SAFE WEBSITE
100% SECURE CHECKOUT
• Color: Beige
• Maximum Operating Temperature: 113°F (45°C)
• Maximum Surge Current: 200 A
• Dataline Protection: Modem/Fax/DSL
• Height: 4.1"
Data line surges make up an overwhelming majority of all surge induced damages where the equipment was thought to be already protected but had a back door such as a modem line unprotected. Network interface cards, in particular, can be destroyed by relatively mild spikes. According to Ethernet standards (IEEE 802.3), non-AC network electrical hazards include: Direct contact between components and power or lightning circuits, static charge buildup on cables and component, high-energy transients coupled onto the local cabling system (those induced by other cables which are installed in the general proximity of network cables or lightning within a mile radius) and potential differences (even from building to building, between safety grounds to which components are connected.)
• Maximum Operating Temperature: 113°F (45°C)
• Maximum Surge Current: 200 A
• Dataline Protection: Modem/Fax/DSL
• Height: 4.1"
Data line surges make up an overwhelming majority of all surge induced damages where the equipment was thought to be already protected but had a back door such as a modem line unprotected. Network interface cards, in particular, can be destroyed by relatively mild spikes. According to Ethernet standards (IEEE 802.3), non-AC network electrical hazards include: Direct contact between components and power or lightning circuits, static charge buildup on cables and component, high-energy transients coupled onto the local cabling system (those induced by other cables which are installed in the general proximity of network cables or lightning within a mile radius) and potential differences (even from building to building, between safety grounds to which components are connected.)
