DT4211 - Entry Level DMM

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The DT4211 is a digital multimeter for the budget-minded, but packed with functions and safety considerations, with ±0.5% DC V accuracy, direct current input, and wide 40 Hz to 500Hz bandwidth

Key Features

• Extensive measurement functionality

• Large screen for excellent visibility

• No dead batteries during measurement with approx. 800 hours of continuous operating time

• CAT III 600 V, CAT II 1000 V

• Wide operating temperature range of -10°C to 50°C

• 3-year product guarantee, 12-month accuracy guarantee

DC Voltage	400.0 mV to 1000 V, 5 ranges, Basic accuracy: ±0.5 % rdg. ±3 dgt.
AC Voltage	400.0 mV to 1000 V, 5 ranges, Frequency characteristics: 40 Hz - 500 Hz Basic accuracy 40 - 500 Hz : ±1.0 % rdg. ±5 dgt. (Average rectified)
Resistance	400.0 Ω to 40.00 MΩ, 6 ranges, Basic accuracy: ±0.5 % rdg. ±2 dgt.
DC Current	400.0 μA to 10.00 A, 6 ranges, Basic accuracy: ±1.2 % rdg. ±3 dgt.
AC Current	400.0 μV to 10.00 A, 6 ranges, Frequency characteristics: 40 Hz - 500 Hz Basic accuracy 40 - 500 Hz : ±1.2 % rdg. ±5 dgt. (Average rectified)
Temperature (use with DT4910)	N/A
Voltage detection	N/A
C (capacitance)	50.00 nF to 100.0 μF, 5 ranges, Basic accuracy: ±2.0 % rdg. ±5 dgt.
Frequency	AC V measurement: 5.000 Hz (1 Hz or more) to 5.000 MHz, 7 ranges, Basic accuracy: ±0.1 % rdg. ±3 dgt., Minimum sensitivity voltage: Square wave of 1.5 Vrms
Continuity check	Continuity threshold [ON]: 90 Ω ±40 Ω or less (Buzzer sound)
Diode test	Open terminal voltage: 3.0 V or less, Testing current 0.5 mA
Environment	Operating temperature: -10 to 50 °C, Storage temperature: -20 to 60 °C
Other functions	Display value hold, Relative display, Auto-power off, Back light
Display	4-digits LCD, max. 4000 counts
Display refresh rates	3 times/s
Power supply	LR6 alkaline batteries ×2, or R6P batteries ×2, Continuous use: 800 hr (When using LR6)
Dimensions and mass	91.6 mm (3.61 in)W × 180.6 mm (7.11 in)H× 57.1 mm (2.25 in)D, 388 g (13.7 oz) (including batteries and holster)
Accessories	Test Lead L9206 ×1, holster (attached) ×1, instruction manual ×1, R6P manganese battery ×2

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM’s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer.

If you connect the DT4252 to a computer with the optional Communication Package DT4900-01, you can graph data stored in the instrument’s internal memory and display measurement results in real time on the computer. In addition, displayed measured values can be saved (in text format). *The computer and multimeter are electrically isolated by means of optical communications so that data can be sent with peace of mind.

True RMS measurement for accurate measurement of even distorted current waveforms

Digital multimeters implement two types of measurement: mean-value measurement and true RMS measurement. The two methods yield significantly different measurement results for current waveforms, which are often distorted. For accurate measurement, it is necessary to use an instrument with true RMS capability.

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

All development, design, and manufacturing processes for almost all Hioki digital multimeters are carried out at our Head Office in Nagano Prefecture. Some of the industry’s most advanced technological capabilities enable us to deliver products of the highest possible quality.

Safe measurement requires use of an instrument that suits the measurement location.

To ensure operators’ ability to use measuring instruments safely, IEC 61010 classifies the locations in which instruments are used into a series of safety-based measurement categories (ranging from CAT II to CAT IV). Using an instrument that does not satisfy the required safety level can lead to an electrical accident.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM’s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM’s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM’s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM’s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM’s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM’s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

(DT4211)

DC Voltage	400.0 mV to 1000 V, 5 ranges, Basic accuracy: ±0.5 % rdg. ±3 dgt.
AC Voltage	400.0 mV to 1000 V, 5 ranges, Frequency characteristics: 40 Hz - 500 Hz Basic accuracy 40 - 500 Hz : ±1.0 % rdg. ±5 dgt. (Average rectified)
Resistance	400.0 Ω to 40.00 MΩ, 6 ranges, Basic accuracy: ±0.5 % rdg. ±2 dgt.
DC Current	400.0 μA to 10.00 A, 6 ranges, Basic accuracy: ±1.2 % rdg. ±3 dgt.
AC Current	400.0 μV to 10.00 A, 6 ranges, Frequency characteristics: 40 Hz - 500 Hz Basic accuracy 40 - 500 Hz : ±1.2 % rdg. ±5 dgt. (Average rectified)
Temperature (use with DT4910)	N/A
Voltage detection	N/A
C (capacitance)	50.00 nF to 100.0 μF, 5 ranges, Basic accuracy: ±2.0 % rdg. ±5 dgt.
Frequency	AC V measurement: 5.000 Hz (1 Hz or more) to 5.000 MHz, 7 ranges, Basic accuracy: ±0.1 % rdg. ±3 dgt., Minimum sensitivity voltage: Square wave of 1.5 Vrms
Continuity check	Continuity threshold [ON]: 90 Ω ±40 Ω or less (Buzzer sound)
Diode test	Open terminal voltage: 3.0 V or less, Testing current 0.5 mA
Environment	Operating temperature: -10 to 50 °C, Storage temperature: -20 to 60 °C
Other functions	Display value hold, Relative display, Auto-power off, Back light
Display	4-digits LCD, max. 4000 counts
Display refresh rates	3 times/s
Power supply	LR6 alkaline batteries ×2, or R6P batteries ×2, Continuous use: 800 hr (When using LR6)
Dimensions and mass	91.6 mm (3.61 in)W × 180.6 mm (7.11 in)H× 57.1 mm (2.25 in)D, 388 g (13.7 oz) (including batteries and holster)
Accessories	Test Lead L9206 ×1, holster (attached) ×1, instruction manual ×1, R6P manganese battery ×2

SKU	DT4211
Brand	Hioki
Shipping Weight	0.3888kg
Unit Of Measure	ea

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DT4211 - Entry Level DMM

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Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

Measure output voltage on the secondary sides of inverters by eliminating harmonic components

Measurement data can be downloaded to, reviewed on, and saved to a computer.

True RMS measurement for accurate measurement of even distorted current waveforms

Designed and manufactured in Japan to ensure high quality and guaranteed with a 3-year warranty for peace of mind

Safe measurement requires use of an instrument that suits the measurement location.

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