Hioki FT3151 Analog Earth Tester

Hioki FT3151

Hioki FT3151 Analog Earth Tester

The FT3151 Analog EarthTester uses the AC phase differential system to measure earthing resistance, which assures that accurate measurements are unaffected by earth voltage and auxiliary earthing resistance. New innovate cord winders make clean up a breeze.

Hioki DT4282 Digital Multimeter

Hioki DT4282

Hioki DT4282 Digital Multimeter

The Hioki DT4200 Digital Multimeter Series consist of a complete lineup of 9 models ranging from professional to industrial to pocket types. The DT4282 is a high-precision 60,000 count digital multimeter with direct 10A input and all of the functions and features required for advanced testing in laboratories and R&D.

Hioki DT4281 Digital Multimeter

Hioki DT4281

Hioki DT4281 Digital Multimeter

The Hioki DT4200 Digital Multimeter Series consist of a complete lineup of 9 models ranging from professional to industrial to pocket meters. The DT4281 is our top-of-the-line high-precision 60000 count digital multimeter with all of the functions and features required for advanced testing in complex power and electrical applications.

Hioki DT4252 Digital Multimeter

Hioki DT4252

Hioki DT4252 Digital Multimeter

Hioki DT4222 Digital Multimeter

Hioki DT4222

Hioki DT4222 Digital Multimeter

Hioki DT4221 Digital Multimeter

Hioki DT4221

Hioki DT4221 Digital Multimeter

Hioki CM3289 AC Clamp Meter

Hioki CM3289

Hioki CM3289 AC Clamp Meter

Hioki PD3129-10 Phase Detector

Hioki PD3129-10

Hioki PD3129-10 Phase Detector

Hioki PD3129 Phase Detector

Hioki PD3129

Hioki PD3129 Phase Detector

Hioki 3664 Optical Power Meter

Hioki 3664

Hioki 3664 Optical Power Meter

The Hioki 3664 is an optical power meter for measuring the optical power of a spatial light. It is ideal for testing the optical power of the laser light source and LED light source of audio and video equipment such as Blue-Ray and DVD recorders, drives, and copiers. The optional optical sensors for the power meter are interchangeable and their sensitivity can be adjusted independently.