Tripp Lite
1111 West 35th Street
Chicago, IL 60609 USA
Telephone: +(773) 869 1234
E-mail: saleshelp@tripplite.com
Model Number: DSUT1CSU
RJ45 Network Surge Suppressor for Digital and Leased Lines, T-1 Equipment and ISDN Interfaces
Highlights
Complete T1 and ISDN (RJ11/45/48) surge protection
Protects against the effects of electrostatic discharge, faulty wiring and
lightning
Description
Tripp Lite's DSUT1CSU offers complete surge suppression for equipment on digital and leased lines, T1 and ISDN interfaces. Ideal for the
protection of sensitive "U" and "S/T" interfaces on modems, NT1 devices, CSU/DSUs, terminal adapters and other pieces of high-speed equipment.
Convenient 8 position input/output RJ style jacks are RJ11/45/48 compatible, includes 5 inch ethernet patch cable for convenient placement at the
protected device network connection. Surge suppression is handled with balanced arrays of high-speed avalanche diodes that divert excess
energies created by electrostatic discharges, faulty wiring or lightning away from network interface connections. Tripp Lite network surge suppressors
reduce blown interface ports, garbled network transmissions, system lock-ups and hard equipment failure by safely shunting dataline surges to
ground.
SUPPRESSION: 1 set RJ11/45/48 in/out jacks, protects wires 1-8, 60V clamping
Applications
Ideal for the protection of sensitive "U" and "S/T" interfaces on modems, NT1 devices, CSU/DSUs, terminal adapters and other pieces of
high-speed equipment
Package Includes
DSUT1CSU dataline protector
5 inch RJ45 patch cable
Instruction manual and warranty information
Features
DSUT1CSU offers full surge suppression for CSU/DSU's and other high speed equipment on digital and leased lines, T1 and ISDN
interfaces
Convenient RJ45 input and output connections make for simple installation (RJ45 input/output connections, pins 1-8, 60V clamping)
5 inch ethernet patch cable enables ideal protection placed as close as possible to the point of use
Surge suppression utilizing high speed avalanche diodes divert excess energies on the network to ground
Specifications
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