CABLE TESTERS

Brand Owner (click to sort) Address Description
AT WORK WITH PROFESSIONALS EVERY DAY GREENLEE TEXTRON INC. 4455 Boeing Drive Rockford IL 61109 CABLE TESTERS;HAND-OPERATED SLITTERS; HAND-HELD, SCISSOR-TYPE CRIMPERS; HAND TOOLS, NAMELY WIRE AND CABLE CUTTERS; WIRE AND CABLE INSULATION STRIPPERS; INTERCHANGEABLE DIES PUNCHDOWN TOOLS, NAMELY HAND-HELD PUNCHDOWN TOOLS; TOOL KITS, NAMELY KITS CONTAINING HAND-HELD TOOLS, NAMELY SCREWDRIVERS, WIRE AND CABLE CUTTERS AND STRIPPERS, TWEEZERS, AND PLIERS; SCREWDRIVERS AND NUT DRIVERS;
SMARTSTRIP Schleuniger AG Bierigutstrasse 9 Thun CH-3608 Switzerland [ Cable testers, pull testers and instruments for measuring the crimp force applied to connectors for attachment to wires and cables ];Power operated machines, namely, cut and strip machines for cutting and stripping wire and cable; power operated machines, namely, wire and cable strip and crimp machines; automatic and semi-automatic machines for cutting and stripping glass optical fiber; power operated machines, namely, cut, strip and terminating machines for cutting, stripping, crimping, sealing, twisting and tinning of wires; power operated machines, namely, cutting machines for processing wire, cable, tubing and profiles; power operated machines, namely, wire and cable stripping machines; semi-automatic and automatic polymer optical fiber processing machines for stripping cables; [ power operated machines for cutting, stripping, surface treatment, laser welding and quality assurance purposes; power operated wire and cable processing accessories, namely, pre-feeding machines, coiling machines and wire stacking machines ];SMART STRIP;
SMARTSTRIP Schleuniger Holding AG Bierigutstrasse 9 CH-3608 Thun Switzerland [ Cable testers, pull testers and instruments for measuring the crimp force applied to connectors for attachment to wires and cables ];Power operated machines, namely, cut and strip machines for cutting and stripping wire and cable; power operated machines, namely, wire and cable strip and crimp machines; automatic and semi-automatic machines for cutting and stripping glass optical fiber; power operated machines, namely, cut, strip and terminating machines for cutting, stripping, crimping, sealing, twisting and tinning of wires; power operated machines, namely, cutting machines for processing wire, cable, tubing and profiles; power operated machines, namely, wire and cable stripping machines; semi-automatic and automatic polymer optical fiber processing machines for stripping cables; [ power operated machines for cutting, stripping, surface treatment, laser welding and quality assurance purposes; power operated wire and cable processing accessories, namely, pre-feeding machines, coiling machines and wire stacking machines ];SMART STRIP;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A physical layer device includes first, second, third and fourth twisted pairs. First, second, third and fourth hybrid devices communicate with the first, second, third and fourth twisted pairs, respectively. First, second, third and fourth cable testers communicate with the first, second, third and fourth hybrid devices, respectively. Each of the cable testers tests the first, second, third and fourth twisted pairs and determines a cable status of the first, second, third and fourth twisted pairs during first, second, third and fourth periods, respectively. At least one of the first, second, third and fourth periods overlaps another of the first, second, third and fourth periods.A cable testing system and method tests cable and determines status, cable length and reflection amplitude. The test module includes a pretest state machine that senses activity on the cable and enables testing if activity is not detected for a first period. A test state machine is enabled by the pretest state machine, transmits a test pulse on the cable, measures a reflection amplitude and calculates a cable length. The test module determines the status based on the measured amplitude and the calculated cable length. A lookup table includes a plurality of sets of reflection amplitudes as a function of cable length. The test module determines the status using the lookup table, the reflection amplitude and the cable length.