Multímetro PCE-BDM 20-ICA incl. cetificado de calibración ISO
- Code / Model:
- Manufacturer: PCE Instruments
- Department:
- Category of products:
- Sub-category: Instruments and equipment
- You've seen it before.: 1
Multimeter for stationary workstations / Different functions /
The following information is provided by the manufacturer:
The following information is provided by the manufacturer:
This multimeter is a device for a stationary workstation. In addition to measuring current, voltage and resistance, it can be used to simultaneously measure temperature with two thermoelements and determine conductivity as well. This multimeter allows different types of measurement to be performed.
Another feature of the multimeter is the PASS/FAIL function. This function allows you to set a nominal range for any measuring function. Depending on the actual measuring value the multimeter screen will indicate "PASS" (approved) or "FAIL" (not approved). Thanks
Another feature of the multimeter is the PASS/FAIL function. This function allows you to set a nominal range for any measuring function. Depending on the actual measuring value the multimeter screen will indicate "PASS" (approved) or "FAIL" (not approved). Thanks
- Multi-meter table with reinforced housing
- USB interface for connection to PC
- PASS/FAIL function for quality control
- Extensive measuring functions
- Relative measurement of the measurement value
- Indication of value on bar chart
- Including ISO calibration certificate
- USB interface for connection to PC
- PASS/FAIL function for quality control
- Extensive measuring functions
- Relative measurement of the measurement value
- Indication of value on bar chart
- Including ISO calibration certificate
| Alternating voltage | ||
| Rate | Resolution adopted by the Council | Accuracy |
| Other electrical equipment | 0,001 mV | The frequency of the signal shall be: |
| Other electrical equipment | 0,01 mV | The frequency of the signal shall be: |
| 6 V | 0,0001 V | The frequency of the signal shall be: |
| 60 V | 0,001 V | The frequency of the signal shall be: |
| Other electrical equipment | 0,01 V | The frequency of the signal shall be: |
| Other electrical equipment | 0,1 V | The frequency of the signal shall be: |
| The input impedance shall be: > 10MΩ Protection against overload: 1000 V Indication: True RMS in a range of 10 ... 100% of the corresponding range |
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| Continuous voltage | ||
| Rate | Resolution adopted by the Council | Accuracy |
| Other electrical equipment | 0,001 mV | ±(0.025 % + 20 digits) |
| Other electrical equipment | 0,01 mV | ±(0.025 % + 5 digits) |
| 6 V | 0,0001 V | ±(0.025 % + 5 digits) |
| 60 V | 0,001 V | ±(0.025 % + 5 digits) |
| Other electrical equipment | 0,01 V | ±(0.003 % + 5 digits) |
| Other electrical equipment | 0,1 V | ±(0.003 % + 5 digits) |
| The input impedance shall be: > 10MΩ Protection against overload: 1000 V |
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| The following shall be added to the calculation of the voltage: | ||
| Rate | Resolution adopted by the Council | Accuracy |
| Other electrical equipment | 0,001 mV | The frequency of the signal shall be: |
| Other electrical equipment | 0,01 mV | The frequency of the signal shall be: |
| 6 V | 0,0001 V | The frequency of the signal shall be: |
| 60 V | 0,001 V | The frequency of the signal shall be: |
| Other electrical equipment | 0,01 V | The frequency of the signal shall be: |
| Other electrical equipment | 0,1 V | The following is the list of the parameters used for the calculation of the power consumption: |
| The input impedance shall be: > 10MΩ Protection against overload: 1000 V Indication: True RMS in a range of 10 ... 100% of the corresponding range |
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| Other power | ||
| Rate | Resolution adopted by the Council | Accuracy |
| Other, of a kind used for the manufacture of goods | 0,01 μA | The frequency of the signal shall be: |
| Other, not further worked than hot-rolled | 0,1 μA | The frequency of the signal shall be: |
| 60 mA | 0,001 mA | The frequency of the signal shall be: |
| Other, not further worked than hot-rolled | 0,01 mA | The frequency of the signal shall be: |
| 10 A | 0,001 A | The frequency of the signal shall be: |
| Indication: True RMS in a range of 10 ... 100% of the corresponding range Protection against overload: μA and mA measurement: Fuseable short circuit F 0,6 A 1000 V Ø6 x 32 mm Measurement 10 A: F 11 A 1000 V Ø 10 x 38 mm In a measurement close to 20 A the measurement time should not exceed 30 seconds. |
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| Continuous current | ||
| Rate | Resolution adopted by the Council | Accuracy |
| Other, of a kind used for the manufacture of goods | 0,01 μA | ±(0,8% + 20 digits) |
| Other, not further worked than hot-rolled | 0,1 μA | ±(0,8% + 10 digits) |
| 60 mA | 0,001 mA | ±(0,8% + 20 digits) |
| Other, not further worked than hot-rolled | 0,01 mA | ±(0,15 % + 10 digits) |
| 10 A | 0,001 A | ±(0,5% + 10 digits) |
| Protection against overload: μA and mA measurement: Fuseable short circuit F 0,6 A 1000 V Ø6 x 32 mm Measurement 10 A: F 11 A 1000 V Ø10 x 38 mm In a measurement close to 20 A the measurement time should not exceed 30 seconds. |
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| Other electrical equipment | ||
| Rate | Resolution adopted by the Council | Accuracy |
| Other, of a kind used for the manufacture of goods | 0,01 μA | The following is the list of the parameters used for the calculation of the power consumption: |
| Other, not further worked than hot-rolled | 0,1 μA | The following is the list of the parameters used for the calculation of the power consumption: |
| 60 mA | 0,001 mA | The following is the list of the parameters used for the calculation of the power consumption: |
| Other, not further worked than hot-rolled | 0,01 mA | The following is the list of the parameters used for the calculation of the power consumption: |
| 10 A | 0,001 A | The following is the list of the parameters used for the calculation of the power consumption: |
| Indication: True RMS in a range of 10 ... 100% of the corresponding range Protection against overload: μA and mA measurement: Fuseable short circuit F 0,6 A 1000 V Ø6 x 32 mm Measurement 10 A: F 11 A 1000 V Ø 10 x 38 mm In a measurement close to 20 A the measurement time should not exceed 30 seconds. |
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| The resistance | ||
| Rate | Resolution adopted by the Council | Accuracy |
| 600 Ω | 0,01Ω | In REL mode: ±(0.05 % + 10 digits) |
| 6 kΩ | Other, of a kind used for the manufacture of goods | ±(0.05 % + 2 digits) |
| Other, of a kind used for the manufacture of goods | Other, of a kind used for the manufacture of goods | ±(0.05 % + 2 digits) |
| Other, of a kind used for the manufacture of goods | Other, of a kind used for the manufacture of goods | ±(0.05 % + 2 digits) |
| 6 MΩ | 0,0001 MΩ | ±(0.3 % + 10 digits) |
| 60 MΩ | Other, of a kind used for the manufacture of goods | ±(2 % +10 digits) |
| Protection against overload: 1000 V In a range of 60 MΩ the ambient humidity should be less than 50%. |
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| The following is the list of the categories of vehicles: | ||
| Rate | Resolution adopted by the Council | Accuracy |
| 60 nS | 0,01 nS | ±(2 % + 10 digits) |
| Protection against overload: 1000 V Over the whole range the ambient humidity should be below 50%. |
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| Capacity | ||
| Rate | Resolution adopted by the Council | Accuracy |
| 6 nF | Other, not further worked than hot-rolled | ±(3 % + 10 digits) |
| Other | Other, not further worked than hot-rolled | ±(2.5% + 5 digits) |
| Other, not further worked than hot-rolled | Other, not further worked than cutting | ±(2 % + 5 digits) |
| 6 μF | Other, not further worked than hot-rolled | ±(2 % + 5 digits) |
| Other, of a kind used for the manufacture of goods | Other, not further worked than hot-rolled | ±(2 % + 5 digits) |
| Other, of a thickness of not more than 600 μF | Other, not further worked than hot-rolled | ±(2 % + 5 digits) |
| 6 mF | 1 μF | ±(5%+5 digits) |
| 60 mF | 10 μF | For reference only |
| Protection against overload: 1000 V | ||
| The temperature | ||
| Rate | Resolution adopted by the Council | Accuracy |
| -40 ... 40 °C | 1 °C | ±(2.0 % + 30 digits) |
| 40 ... 400 °C | 1 °C | ±(1.0 % + 30 digits) |
| 100 ... 1000 °C | 1 °C | ±2,5% |
| -40 ... 104 °F | 1 °F | ±(2.5 % + 50 digits) |
| Other, of a kind used for the manufacture of goods | 1 °F | ±(1.5 % + 50 digits) |
| 752 ... 1832 °F | 1 °F | ±2,5% |
| Protection against overload: 1000 V Temperature measurement in two channels Temperature sensor: Type K, applicable only for temperature measurements below 230 °C |
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| Frequency | ||
| Rate | Resolution adopted by the Council | Accuracy |
| 60 Hz | The following is the list of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of the values of | ±(0.02 % + 8 digits) |
| 600 Hz | 0,01 Hz | ±(0.01 % + 5 digits) |
| 6 kHz | Other power generators | ±(0.01 % + 5 digits) |
| Other power units | Other, of a kind used for the manufacture of goods | ±(0.01 % + 5 digits) |
| Other power units | Other, not further worked than hot-rolled | ±(0.01 % + 5 digits) |
| 6 MHz | The frequency of the signal shall be: | ±(0.01 % + 5 digits) |
| 60 MHz | The following is the list of the products used: | ±(0.01 % + 5 digits) |
| Protection against overload: 1000 V Input amplitude: 10 Hz ... 30 MHz: 600 mV< to < 30 Vrm, > 30 MHz: not specified |
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| The following is the list of the activities of the Agency: | ||
| Rate | Resolution adopted by the Council | Accuracy |
| 10 ... 90 percent (Figure 1 is replaced by the following: |
0,01 % | ±(1.2 % + 30 digits) |
| Protection against overload: 1000 V Rise time: < 1 μs, the signal is focused on the activation level |
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| The width of impulses | ||
| Rate | Resolution adopted by the Council | Accuracy |
| 250 mS | 0,001 ... 0,1 mS | ±(1.2 % + 30 digits) |
| Protection against overload: 1000 V Rise time: < 1 μs, the signal is focused on the activation level 10 Hz ... 200 kHz: pulse width > 2 μs The pulse range is limited by the frequency of the signal |
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| Continuity test | ||
| Resolution adopted by the Council | Description of the function | |
| 0,01 Ω | Short-circuit alarm: from < 10 Ω, the alarm is deactivated from > 50 Ω | |
| Protection against overload: 1000 V | ||
| Test of diodes | ||
| 0,0001 V | The vacuum voltage is approximately 3 V and the PN transition voltage drop is <3 V. A continuous acoustic signal indicates the short circuit of the PN transition. A typical voltage of a silicon PN transition is 0.5 ... 0.8 V. |
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| Protection against overvoltage: 1000 V | ||
| You can find more specifications on precision in the instruction manual. | ||
| Other specifications | ||
| Interface | USB or other | |
| Food | 100 ... 240 V, adjustable | |
| Environmental conditions | The following conditions shall apply: | |
| Dimension | Other, of a thickness of not more than 10 mm | |
| Weight | 3713 g | |
