■ 제품필수정보

제조사	Lapp
제조사품명	2170281
간략설명	Lapp Cat5e Ethernet Cable, SF/UTP Shield, Blue PUR Sheath, 50m

■ 제품사양

Length = 50m LAN Category = Cat5e Sheath
색상 = Blue Shield
타입 = SF/UTP Outer Sheath Material = PUR Conductor Strand
타입 = Solid PUR versions: UL AWM Style 21576 Flame retardant acc. to IEC 60332-1-2 Halogen-free according to IEC 60754-1 (amount of halogen acid gas) Corrosiveness of combustion gases according to IEC 60754-2 (degree of acidity). Lapp Etherline Industrial Cat5e Cable. A Cat5e performance ethernet cable from Lapp for fixed installation in industrial settings. It benefits from seamless communication from the sensor to the internet and is screened against interference. Features and Benefits. ·Designed for use in automation systems. ·Suitable for fixed installation in dry and damp rooms. ·Screened against interference. ·Seamless communication from the sensor/actuator level to the Internet. ·PUR outer sheath is resistant to mineral oils and abrasion. ·Suitable for fixed installation in dry and damp rooms. ·Halogen free. ·Good mechanical resistance. · ; 8079562 8079562 - Is the 4 pair version of the Etherline® cable with 4 twisted pairs. Product Application Information. This Cat5e cable is suitable for EtherCat and EtherNet/IP applications. Ideal for use in harsh industrial environments. Why choose Cat5e over Cat5 cables. Cat5 and Cat5e are virtually identical and cannot be told apart by thickness, colour or material. Cat5e cables sometimes have a more durable protective jacket making them suitable for use for many more years than a Cat5 cable. Within the jacket the wiring inside tends to be much tightly twisted making them more resistant to crosstalk. Cat5e cables are able to support networks that run up to 1 gigabyte per second making them ideal for use within IT where the fast transference of data is essential. Cat5e cables also have a higher bandwidth of 350 MHz which means they can carry a lot more information from one system to another than Cat5 cables can. What is crosstalk?. Crosstalk is the electromagnetic interference that occurs between cables when they are close to each other. This interference can lead to errors in data transmission.