M201

Precision High Voltage Capacitance Bridge M201 measures the capacitance and dissipation factor (tanδ) with high accuracy

Measuring using M201 requires the use of the external high voltage standard capacitor

Maximum test voltage is limited higest voltage value of standard capacitor

High measurement accuracy C&tanδ testing: up to ± 0,002 % (Cx) and ± 0,00002 (tanδ)
Measurement of C&tanδ at test current up to 50 A
Easy handling
Small size and low weight

M201 is used for:

Precision C&tanδ measurement of standard capacitors
Precision C&tanδ measurement of capacitors and HV cables with large capacitance
C&tanδ testing on rated voltage of: Instrument Transformers, Power Transformers, Bushings, Switches, Surge Arresters, Capacitors, Cables
Metrological research

The circuit for measurements of capacitance less than 1 μF (test current up to 0,5 A)

The circuit for measurements of capacitance more than 1 μF (test current up to 50 A)

Measurement ranges and error limits of M201 without error limits of the standard capacitor

# subr	С_Х/С₀	Allowable current flowing through the measurement object circuit , А	Limits of relative error for the capacitance measurement, %	Limits of absolute error for the dissipation factor measurement
1	0,01…0,1	0…0,5	±[2×10^-3 +2×10^-4×(C₀/C_X -10) +\|tanδ_X – tanδ₀\|]	±[2×10^-5+ 2×10^-6×(C₀/C_X -10) + 0,005×\|tanδ_X – tanδ₀\|]
1	0,1…1,0		±[1×10^-3 + \|tanδ_X – tanδ₀\|]	±[1×10^-5 + 0,005×\|tanδ_X – tanδ₀\|]
2	1,0…10
3	10…10²
4	10²…10³		±[2×10^-3 + \|tanδ_X – tanδ₀\|]	±[2×10^-5 + 0,005×\|tanδ_X – tanδ₀\|]
5*	10³…10⁴	0,03…5	±[5×10^-3+ \|tanδ_X – tanδ₀\|]	±[5×10^-5+ 0,005×\|tanδ_X – tanδ₀\|]
6*	10⁴…10⁵	0,3…50	±[5×10^-3+ \|tanδ_X – tanδ₀\|]	±[5×10^-5+ 0,005×\|tanδ_X – tanδ₀\|]

* – with M200E1 using

Measurement ranges and error limits of M201 with the standard capacitor using. Capacitor is the part of M201

# subr	С_Х/С₀	Allowable current flowing through the measurement object circuit , А	Limits of relative error for the capacitance measurement, %	Limits of absolute error for the dissipation factor measurement
1	0,01…0,1	0…0,5	±[5×10^-3 +2×10^-4×(C₀/C_X -10) +\|tanδ_X – tanδ₀\|]	±[5×10^-5+ 2×10^-6×(C₀/C_X -10) + 0,005×\|tanδ_X – tanδ₀\|]
1	0,1…1,0		±[4×10^-3 + \|tanδ_X – tanδ₀\|]	±[4×10^-5 + 0,005×\|tanδ_X – tanδ₀\|]
2	1,0…10
3	10…10²
4	10²…10³		±[5×10^-3 + \|tanδ_X – tanδ₀\|]	±[5×10^-5 + 0,005×\|tanδ_X – tanδ₀\|]
5*	10³…10⁴	0,03…5	±[8×10^-3+ \|tanδ_X – tanδ₀\|]	±[8×10^-5+ 0,005×\|tanδ_X – tanδ₀\|]
6*	10⁴…10⁵	0,3…50	±[8×10^-3+ \|tanδ_X – tanδ₀\|]	±[8×10^-5+ 0,005×\|tanδ_X – tanδ₀\|]

* – with M200E1 using

Limits of relative error for the testing voltage measuremen	±1 %
Limits of absolute error for the testing voltage frequency measurement	±0,1 Hz
Power mains:
Measuring unit	built-in rechargeable battery
Charging unit:
Rated Voltage	220/230 V
Rated Frequency	50 Hz
Normal conditions:
Temperature range	15°С … 25°С
Relative Humidity	Up to 80 %. non-condensing
Operating Temperature	0 … 40 °С
Relative Humidity	Up to 80 % non-condensing
Size:
M201	250 x 185 x 350 mm
M200E1	130 x 200 x 200 mm
Weight:
M201	10 kg
M200E1	4 kg
Standards compliance: Safety EMC Calibration Interval	IEC 61010-1:2010 IEC 61326-1:2013 2 years recommended

* – measuring at the frequency of 60 Hz can be agreed with the customer