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| 제품특징 | 제품사양 | 자료실 |
Measurements International’s (MI) series of Shunt Measurement Systems offers the best accuracy and lowest uncertainty of any commercial system available on the market today. The MI high current range extenders expand the measuring capabilities of the MI model 6010 and MI model 6242 to measure lower resistance values at higher currents with accredited uncertainties <20 ppm@10uΩ to 0.1ppm@1Ω and 0.1ppm@10kΩ being achievable.
Measurements International is the original manufacturer of the automated Resistance Measurement System. With the most current comparator experience in the industry, Measurements International shunt measurement systems are designed using sound metrology principles. MIL has world class expertise in both DC Resistance Metrology for National Measurement Institutes (NMI’s), Primary and Calibration laboratories who need to achieve the lowest possible certified / traceable uncertainty in their calibration equipment.
As your Accreditation partner and global support partner MIL offers leading product knowledge and applications expertise through coaching, system design, implementation, calibration services and ongoing expert support.
At MIL, it’s not only about the equipment or the science….
It’s about what that will enable you to do, and the ease with which you can do it.
The new series of shunt measurement systems are the only self calibrating bridge systems which use a full 25 bit binary wound DCC Comparator. Self calibration of the comparator can be verified using the interchange technique when calibrating resistors. The 6010 and 6242 series bridges are commonly being used globaly to calibrate resistors and shunts as well as other manufacturer’s bridges and shunt measurement systems.
With the ability to go up in current to 3000A and above as well as voltages up to 1000V and above (6242 only) the MI high current systems have become the optimal solution for Metrology Laboratories worldwide.
The MI 6010 and 6242 series of Shunt Measurement Systems provide the widest range with lowest uncertainty of any manufacturer. The reversing switch has the advantage that the systematic error due to current mismatch between the positive current and the negative current amplitudes is negligible.
| 제품특징 | 제품사양 | 자료실 |
Measurement range |
150 mA to 150 A |
100 μΩ to 1 Ω |
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150 mA to 300 A |
10 μΩ to 1 Ω |
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300 A to 3000 A |
1 μΩ to 1 Ω |
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Linearity |
±0.02 ppm of full-scale |
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Warm-up time to full rated accuracy |
1 min |
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Temperature coefficient |
0.01 ppm/°C |
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Communication |
IEEE 488 |
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Test current accuracy supplies that use a reversing switch. |
150 mA to 150 A |
±0.1% |
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150 mA to 300A |
±0.1% |
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300 A to 3000 A |
± 0.1% of range + 1 bit for 8 hours |
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Compliance voltage |
0 to 100 A |
4.2 V |
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100 A to 3000 A |
3.3 V |
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Maximum operating range (30 to 90% RH) NC |
+10 °C to +40 °C | +50 °F to 104 °F | |
Temperature Storage Range |
-20 °C to +60 °C | -4 °F to +140 °F | |
Model
Model 6242D/150 A System
Model 6242D/300 A System
Model 6242B/400 A System
Model 6242D/1000 A System
Model 6242D/2000 A System
Model 6242D/2000 A System