UEi Instruments DL289 Phoenix III Digital Clamp Meter TRMS offers the highest combination of functions, features, and safety offered in a meter today. Combined with The Hook extended clamp head, no contractor will have to compromise their safety, efficiency, or comfort. Three year limited warranty.

The TIF Instruments TIF7201 Pocket IR Laser Thermometer is designed to accurately measure without direct contact with a 1:1 distance target ratio.

Psiber LanMaster 35 LM35 PoE and Lan Network Link Tester is ideal for installing and maintaining Local Area Networks (LAN) using Power over Ethernet (PoE).

Amprobe PRM-2 Phase Sequence Tester is used to assure proper and safe connection of the electrical equipment on three-phase systems. The PRM-2 has the following features: Simple to use, Voltage range 100 - 600V, and New ergonomic design. Phase sequence testing is crucial for some of the three-phase loads, whenever they need to be connected to the electrical system. Improper connection of three-phase motors may lead to reverse rotation, and as a result it may damage equipment powered by a motor.

Test insertion loss of multimode MT-RJ fiber optic cables and connectors, or pair with an optical power meter for link loss testing of installed cable plants.

The Greenlee 508S Mini Wire Finder and Cable Locator traces wires up to 3 feet in depth, underground or in walls, up to 1000 feet. Also capable of determining the approximate depth of cable or wire underground.

Amprobe DM-III Multitest F Power Quality Data Logger and Analyzer is a complete kit. Amprobe DM-III Multitest F Power Quality Data Logger and Analyzer is a portable power quality meter, monitor and recorder that works with single and three phase systems (Y and Delta) and will measure voltage anomalies including sags and surges, power system harmonics and power factor. Megohmmeter functions: Selectable test voltages up to 1000V.

Optical Power Meter model 522B made by Tempo performs insertion Loss and Link Loss Testing. The 522B standard optical power meter is capable of performing measurements from +3dBm to -75dBm, making it ideal for general single-mode and multimode fiber optic testing. A large, backlit LCD display enables users to easily view measured optical power levels and the calibration wavelength in use. A color-coded, user friendly keypad and simple, intuitive controls make optical power measurements, data storage and retrieval, and report printing easy and efficient.

The AEMC 3620 Kit-150ft 3-Point Digital Ground Resistance Tester is capable of three-terminal operations for fall-of-potential earth/ground resistance as well as 2-point tests. Measures ground resistance from 0.5 to 1000? with prompt and accurate results. Features an easy to read 3.1" logarithmic scale with a separate marking for 25?. Simple measuring with a "Press-to-Measure" button.

The AEMC 3620 3-Point Analog Ground Resistance Tester is capable of three-terminal operations for fall-of-potential earth/ground resistance as well as 2-point tests. Measures ground resistance from 0.5 to 1000? with prompt and accurate results. Features an easy to read 3.1" logarithmic scale with a separate marking for 25?. Simple measuring with a "Press-to-Measure" button.

AEMC 1250N 1000V Megohmmeter is a compact, self-contained, hand-cranked True Megohmmeter. This practical and dependable instrument is designed for a broad range of plant and field service applications. The easy hand-cranked operation provides a steady, rectified DC voltage output across the entire range for consistently reliable readings. AEMC Analog Megohmmeter Model 1250N has three test voltages for insulation resistance testing: 250, 500 and 1000V, and has a test voltage range for safety checks to confirm the sample is fully discharged and not connected to an energized circuit.

AEMC 1039 Kit 100V Megohmmeter includes: Model 1039 digital megohmmeter, field case, two color-coded leads, black test probe, remote test probe, MN211 AC current probe, batteries and user manual. The Remote Test Probe (with target light) is used for all measurements. The yellow button on the probe button is used the same way as the button on the instruments. The test voltage is generated when the button is pushed.