The MY600 Digital Insulation Tester has enhanced operation compared to the conventional model, by using a shortened measurement time and color indicating judging function. This is a new concept in insulation testing and includes enhanced communication to a PC or tablet.
Set a desired reference value with the comparator function, and it will judge PASS (Green) or FAIL (Red) of a measurement result.
The measurement time of insulation resistance is approx. 0.5 s, which contributes to reducing the operation time.
*Under the conditions specified by Yokogawa, it may take time to measure due to the influence of capacitive component of a measuring target.
PC communication is possible with the dedicated USB communication adaptor (91030). Users can save as many as 1000 measurements to the internal memory from which data required for report generation, such as measurement data/time, measured value and range can be transmitted to a PC via communication.
91030 USB communication adaptor （Sold separately）
Driver installation is required to use the 91030 USB communication adaptor.
The increase and decrease of resistance value can be measured by continuously measuring the insulation resistance for a prescribed time. The insulation deterioration of the unit under test can be diagnosed by this increase/ decrease. This parameter is useful for preventive maintenance of industrial automation equipment such as Magnetic Flow Meters or electrical equipment.
*PI: Polarization Index (Resistance after 10 minutes and Resistance after 1 minute)
DAR: Dielectric Absorption Rate (Resistance after 1 minute and Resistance after 15 seconds)
MY600 has a backlight that automatically lights up in a dark place, as well as an LED light to illuminate objects.
Users can turn measurement on/ off with the hand switch on the line probe, allowing them to work more efficiently. This probe is included with the unit.
Resistance Measurement Accuracy (tolerance): Within 1 year of shipment
|Rated Measuring Voltage||50V||100V||125V||250V||500V||1000V|
|Maximum Effective Reading||100 MΩ||200 MΩ||250 MΩ||500 MΩ||2000 MΩ||4000 MΩ|
|First Effective Measuring Range||0.100 to 10.00 MΩ||0.100 to 20.00 MΩ||0.100 to 25.00 MΩ||0.100 to 50.00 MΩ||0.100 to 500 MΩ||0.100 to 1000 MΩ|
|Accuracy at First Effective Measuring Range||±2% reading ±2 digit|
|Second Effective Measuring Range||10.01 to 100 MΩ||20.01 to 200.0 MΩ||25.01 to 250.0 MΩ||50.1 to 500 MΩ||501 to 2000 MΩ||1001 to 4000 MΩ|
|Accuracy at Second Effective Measuring Range||±5% reading|
|Accuracy at 0.050 to 0.099 MΩ||±2% reading ±4 digit|
|Accuracy at 0.000 to 0.049 MΩ||±2% reading ±6 digit|
Accuracy (tolerance): Within 1 year of shipment
|AC Voltage Measurement Range||2 Vrms to 600 Vrms (45-65 Hz)|
|DC Voltage Measurement Range||±(2.0 to 600) Vdc|
|AC/DC Voltage Measurement Accuracy||±1% reading ±4 digit|
|Low Resistance Measurement Range||40.00/400.0/4000 Ω (Auto range)|
|Low Resistance Measurement Accuracy||±2.5% reading ±8 digit (0.20 to 4000 Ω) ±8 digit (0.00 to 0.19 Ω)|
|Display||4000 Counts Digital Display|
|Built-in Functions||PI/DAR, PASS/FAIL with indicator, USB communication, Auto LED light|
|Measurement Categories||CAT III 600V|
USB communication dedicated cable between PC and the main unit
Infrared communication adaptor and Communications cable (USB) 1 set.
CD contents: Communication driver, User’s manual, Install manual.
Main baby and accessoryhousing
Length: 1.4 m, MY600 only
Length: 2.0 m, Earth probe and alligator clip adapters
Size: 61.9 × 26 mm
Length: 115.4 mm
For hanging the main body during measurement
This Digital Insulation Tester includes 1 MY600 Digital Insulation Tester, 1 Soft case, 1 Line probe with remote switch, 1 Earth probe set, 1 Shoulder strap, and 4 AA batteries.
Preventative maintenance is crucial to maintaining reliable plant operations and reducing costly downtime. As electrical cables are found everywhere in industrial plants, insulaiton testing is one of the many active measures used in this type of periodic equipment validation. Insulation testers ensure the integrity of electrical cables by measuring the quality of the conductivity state. By diagnosing insulation quality early on, you can prevent harmful leakage currents from destroying nearby equipment or harming your personnel.