(SALE - 2 LEFT) Triplett Pairmaster Tester Kit

The unique PairMaster Tester Kit from Triplett gives its user the ability to identify, verify and test Multi-drop LAN cabling installations for up to 16 cables with the simple press of a button.

Cable Testing
This cable test equipment checks for 8 different fault types including Near End Crosstalk (NEXT) for double split pairs.

Checks for the following conditions:
- Overvoltage
- Open Pair
- Shorted Pair
- Crossed Pair
- Split Pair
- Reversed Pair
- Transposed Pair
- Double Split Pair

Wire-Mapping
The PairMaster will check the point to point wiring, commonly referred to as wire-mapping. This tells the user whether or not the cable pairs, 1/2, 3/6, 4/5, 7/8, are wired correctly at both ends.

Green LEDs indicate Pass, Red LEDs indicate Fail. If a fault is detected, the corresponding Fault Code is displayed on the large, two digit, seven segment LEDs.

Near End Crosstalk (NEXT)
The Near End Crosstalk feature checks for excessive AC coupling between each pair in a cable. Once again, if a fault is detected, the PairMaster will display the Fault Code.

Cable Identification
The PairMaster can also identify a LAN Cable within a bundle. By connecting up to 16 available Remote Identifiers to the workstation wall jacks, the PairMaster will identify and display the number of the Remote Identifier connected to the cable. The user can then easily document the network topology.

Overload Protection
The PairMaster has built-in Overvoltage Protection. When voltage from a Central Office Battery is detected, the unit will flash (OL) and shut itself down.

Remote Identifiers
Each Remote Identifier is a small unit used in conjunction with the Triplett PairMaster for LAN Cable identification. The Remote Identifier properly terminates the LAN Cable when connected to the workstation wall jacks and contains the necessary circuitry to allow the PairMaster to verify proper wiring within the cable. Each of the 16 Remote Identifiers also has an overvoltage LED which lights to indicate the presence of damaging voltage.