V7-46 V7-46
4.9 63

Voltmeter V7-46 universal (V746, B-7-46, B 7 46, b7-46, B-746, B 746, b746, b-7-46, b 7 46, b-746, b 746)
     Designed to measure DC voltage and current, RMS AC voltage and current strength, electrical resistance to direct current, the ratio of two voltages and provides a mathematical and logical processing of measurement results.

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Radiometric devices
voltmeters (V2-, V3-, V4-, V7-, V8-, V9-, F and others)
voltmeters V7
V7-46 Voltmeter V7-46 Universal.

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Product information updated 05 December 2024.

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Warranty:

12 months.

Warranty extension up to 5 years. 

Terms of delivery:

To all regions of the country, international delivery. 

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Product information updated 05 December 2024.

Found cheaper?

Let us know. Our price is the best. 

Warranty:

12 months.

Warranty extension up to 5 years. 

Terms of delivery:

To all regions of the country, international delivery. 

print

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Technical characteristics

    Voltmeter V7-46 universal (V746, B-7-46, B 7 46, b7-46, B-746, B 746, b746, b-7-46, b 7 46, b-746, b 746)
    Voltmeter V7-46 universal designed to measure DC voltage and current, RMS AC voltage and current strength, electrical resistance to direct current, the ratio of two voltages and provides a mathematical and logical processing of measurement results.
    Voltmeter V7-46 is used for measurement when setting up, testing and operation of various electronic equipment and allows its use as a stand-alone or as part of automated measuring systems (AIS).Voltmeter is not connected to channel public (CPC).
 
Technical characteristics of the devices voltmeters B7-46 Universal:
    Operating conditions voltmeter as follows:
    Ambient air temperature - from -10 º C to +50 ° C;
    Relative humidity up to 98% at 25 ° C;
    atmospheric pressure of 60kPa (450mm.rt.st.) to 107kPa (800mm.rt.st);
    B7-46 voltmeter measures the DC voltage of positive and negative polarities in the measurement ranges with upper limits 29mV, 200mV, 2V, 20V, 200V, 1000V.
    Maximum permissible error of measurement of dc voltage as a percentage equal to the values ​​given:
    1) in Table 1.1 - Calibration interval for 6 months;
    2) Table 1.2 - during the calibration interval of 12 and 24 months;
    3) in Table 1.1 - for 24chnepreryvnoy work after calibration with respect to the outer measure with an accuracy of 0.003%;
 
    Table 1.1 Maximum permissible error of measurement of DC
 
Ranges
Fast-Corollary
Stage quantization (number of digits to display)
20mV
0.1 mv / s
100nV (5 1 / 2)
1izmer / s
1mkV (4 1 / 2)
5izmer / s
10mkV (3 1 / 2)
200mV
5izmer / s
1mkV (5 1 / 2)
10izmer / s
10mkV (4 1 / 2)
50izmer / s
100mkV (3 1 / 2)
2B
5izmer / s
10mkV (5 1 / 2)
10izmer / s
100mkV (4 1 / 2)
50izmer / s
1mV (3 1 / 2)
20B
5izmer / s
100mkV (5 1 / 2)
10izmer / s
1mV (4 1 / 2)
50izmer / s
10 mV (3 1 / 2)
200V
5izmer / s
1mV (5 1 / 2)
10izmer / s
10 mV (4 1 / 2)
50izmer / s
100mV (3 1 / 2)
1000V
5izmer / s
10 mV (5 1 / 2)
10izmer / s
100mV (4 1 / 2)
50izmer / s
1B (3 1 / 2)
 
Ranges
Maximum permissible error for Calibration interval
24h
6 months
20mV
± [0,03 +0,02 (U a / U-1)]%
± [0,04 +0,02 (U a / U-1)]%
± [0,03 +0,025 (U a / U-1)]%
± [0,04 +0,025 (U a / U-1)]%
± [0,1 +0,1 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
200mV
± [0,015 +0,0025 (U a / U-1)]%
± [0,025 +0,0025 (U a / U-1)]%
± [0,02 +0,015 (U a / U-1)]%
± [0,025 +0,02 (U a / U-1)]%
± [0,1 +0,1 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
2B
± [0,01 +0,002 (U a / U-1)]%
± [0,02 +0,002 (U a / U-1)]%
± [0,015 +0,01 (U a / U-1)]%
± [0,02 +0,015 (U a / U-1)]%
± [0,1 +0,1 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
20B
± [0,015 +0,002 (U a / U-1)]%
± [0,02 +0,002 (U a / U-1)]%
± [0,02 +0,01 (U a / U-1)]%
± [0,025 +0,01 (U a / U-1)]%
± [0,1 +0,1 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
200V
± [0,015 +0,002 (U a / U-1)]%
± [0,02 +0,002 (U a / U-1)]%
± [0,02 +0,01 (U a / U-1)]%
± [0,025 +0,02 (U a / U-1)]%
± [0,1 +0,1 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
1000V
± [0,02 +0,004 (U a / U-1)]%
± [0,025 +0,004 (U a / U-1)]%
± [0,03 +0,02 (U a / U-1)]%
± [0,04 +0,02 (U a / U-1)]%
± [0,2 +0,1 (U a / U-1)]%
± [0,25 +0,1 (U a / U-1)]%
 
    Table 1.2 Maximum permissible error of measurement of DC
 
Ranges
Fast-Corollary
Stage quantization (number of digits to display)
20mV
0.1 mv / s
100nV (5 1 / 2)
1izmer / s
1mkV (4 1 / 2)
5izmer / s
10mkV (3 1 / 2)
200mV
5izmer / s
1mkV (5 1 / 2)
10izmer / s
10mkV (4 1 / 2)
50izmer / s
100mkV (3 1 / 2)
2B
5izmer / s
10mkV (5 1 / 2)
10izmer / s
100mkV (4 1 / 2)
50izmer / s
1mV (3 1 / 2)
20B
5izmer / s
100mkV (5 1 / 2)
10izmer / s
1mV (4 1 / 2)
50izmer / s
10 mV (3 1 / 2)
200V
5izmer / s
1mV (5 1 / 2)
10izmer / s
10 mV (4 1 / 2)
50izmer / s
100mV (3 1 / 2)
1000V
5izmer / s
10 mV (5 1 / 2)
10izmer / s
100mV (4 1 / 2)
50izmer / s
1B (3 1 / 2)
 
Ranges
Maximum permissible error for Calibration interval
12 months
24 months
20mV
± [0,05 +0,02 (U a / U-1)]%
± [0,06 +0,03 (U a / U-1)]%
± [0,05 +0,025 (U a / U-1)]%
± [0,08 +0,03 (U a / U-1)]%
± [0,2 +0,1 (U a / U-1)]%
± [0,3 +0,1 (U a / U-1)]%
200mV
± [0,025 +0,0025 (U a / U-1)]%
± [0,04 +0,003 (U a / U-1)]%
± [0,03 +0,025 (U a / U-1)]%
± [0,05 +0,03 (U a / U-1)]%
± [0,1 +0,1 (U a / U-1)]%
± [0,25 +0,1 (U a / U-1)]%
2B
± [0,025 +0,0025 (U a / U-1)]%
± [0,03 +0,003 (U a / U-1)]%
± [0,025 +0,02 (U a / U-1)]%
± [0,04 +0,02 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
± [0,25 +0,1 (U a / U-1)]%
20B
± [0,025 +0,0025 (U a / U-1)]%
± [0,04 +0,003 (U a / U-1)]%
± [0,025 +0,02 (U a / U-1)]%
± [0,04 +0,02 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
± [0,25 +0,1 (U a / U-1)]%
200V
± [0,03 +0,002 (U a / U-1)]%
± [0,05 +0,003 (U a / U-1)]%
± [0,03 +0,02 (U a / U-1)]%
± [0,05 +0,03 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
± [0,25 +0,1 (U a / U-1)]%
1000V
± [0,03 +0,004 (U a / U-1)]%
± [0,04 +0,006 (U a / U-1)]%
± [0,05 +0,02 (U a / U-1)]%
± [0,08 +0,03 (U a / U-1)]%
± [0,25 +0,1 (U a / U-1)]%
± [0,4 +0,2 (U a / U-1)]%
 
Table1.1, 1.2, and then use the following notation:
U to the - the final value of the set range;
    U - value of the measured input voltage voltmeters;
 
    Voltmeter V7-46 stands for all bands except the largest, within 1 min. voltage equal to a finite value of the next higher range.At the limit of measurement range from 1000 V voltmeter stand for 1min. 1200V voltage value;
    Performance of the voltmeter quantization step for each range of measurement, the number of decimal places to display correspond to the values ​​given in Table 1.1, 1.2;
    Input resistance of B7-46 when measuring a constant voltage of at least 1 GOhm on range measurements from outside 20mV, 200mV and 2V is 10 megohms ± 1,0 MW in range of measurements with the limits of 20V, 200V, 1000V;
    Measurement error of input impedance measurements at ranges beyond 20mV, 200mV and 2Vne more than ± 10%;
    Rejection ratio of the normal type of frequency 50Hz, 100Hz, 400Hz, and the measurement of DC voltage of at least 60 dB;
    Rejection ratio of the general form of direct current or alternating current power line frequency when measuring DC voltage of at least 120 dB in normal conditions the resistance of the unbalance 1K;
    Voltmeter V7-46 provides a measurement of rms AC voltage up to 20V of arbitrary shape in the frequency range from 20Hz to 1MHz, to 700V at frequencies from 20Hz to 100kHz and has a range with upper limits 200mV, 2V, 20V, 200V, 700V;
Crest factor of the measured voltage to a ≤ 4, with a maximum value of the input voltage not exceeding 1000V voltmeter;
Maximum permissible error of measurement of AC-form as a percentage of the measured voltage at values ​​of 0,005 U to U for a calibration interval for 6, 12, 24 months is equal to the values ​​given:
    1) tabl.1.3, 1.4 at the time of measurement 0.33, 2c;
    2) tabl.1.5, 1.6 for a measurement time of 0.1 s;
 
    Table 1.3 Maximum permissible error of measurement of AC voltage of arbitrary shape
 
Calibration interval
Frequency band
Limit of the basic error in measuring time 0.33, 2c, in measuring ranges from outside
200mV
6 months
20Hz-60Hz
± [0,4 +0,1 (U a / U-1)]%
60Hz-400Hz
± [0,4 +0,1 (U a / U-1)]%
400Hz-10kHz
± [0,3 +0,15 (U a / U-1)]%
10kHz-20kHz
± [0,4 +0,15 (U a / U-1)]%
20kHz-100kHz
± [0,6 +0,15 (U a / U-1)]%
100kHz-300 kHz
± [5 +1 (Ua / U-1)]%
300 kHz-1000kGts
-
12 months
20Hz-40Hz
± [0,5 +0,1 (U a / U-1)]%
400Hz-20kHz
± [0,5 +0,15 (U a / U-1)]%
20kHz-100kHz
± [2 +0,15 (U a / U-1)]%
100kHz-300 kHz
± [10 +2 (U to / U-1)]%
300 kHz-1000kGts
-
24 months
20Hz-400Hz
± [0,6 +0,2 (U a / U-1)]%
400Hz-20kHz
± [0,6 +0,25 (U a / U-1)]%
20kHz-100kHz
± [2 +0,25 (U a / U-1)]%
100kHz-300 kHz
± [12 +2 (U to / U-1)]%
300 kHz-1000kGts
-
 
Calibration interval
Limit of the basic error in measuring time 0.33, 2c, in measuring ranges from outside
2B
20B
6 months
± [0,4 +0,1 (U a / U-1)]%
± [0,4 +0,1 (U a / U-1)]%
± [0,3 +0,1 (U a / U-1)]%
± [0,3 +0,1 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
± [0,15 +0,1 (U a / U-1)]%
± [0,3 +0,1 (U a / U-1)]%
± [0,3 +0,1 (U a / U-1)]%
± [0,6 +0,1 (U a / U-1)]%
± [0,6 +0,1 (U a / U-1)]%
± [2,5 +0,4 (U a / U-1)]%
± [2,5 +0,4 (U a / U-1)]%
± [5 +1 (Ua / U-1)]%
± [5 +1 (Ua / U-1)]%
12 months
± [0,5 +0,1 (U a / U-1)]%
± [0,5 +0,1 (U a / U-1)]%
± [0,4 +0,15 (U a / U-1)]%
± [0,4 +0,15 (U a / U-1)]%
± [1,5 +0,15 (U a / U-1)]%
± [1,5 +0,15 (U a / U-1)]%
± [5 +1 (Ua / U-1)]%
± [5 +1 (Ua / U-1)]%
± [10 +2 (U to / U-1)]%
± [10 +2 (U to / U-1)]%
24 months
± [0,6 +0,2 (U a / U-1)]%
± [0,6 +0,2 (U a / U-1)]%
± [0,6 +0,2 (U a / U-1)]%
± [0,6 +0,2 (U a / U-1)]%
± [2 +0,25 (U a / U-1)]%
± [2,5 +0,25 (U a / U-1)]%
± [6 +1 (Ua / U-1)]%
± [6 +1 (Ua / U-1)]%
± [12 +1,5 (U a / U-1)]%
± [12 +1,5 (U a / U-1)]%
 
    Table 1.4 Maximum permissible error of measurement of AC voltage of arbitrary shape
 
Mezhpoverochny interval
Frequency band
Limit of the basic error in measuring time 0.33, 2c, in measuring ranges from outside
200V
700V
6 months
20Hz-400Hz
± [0,4 +0,1 (U a / U-1)]%
± [0,5 +0,1 (U a / U-1)]%
400Hz-10kHz
± [0,25 +0,6 (U a / U-1)]%
± [0,4 +0,06 (U a / U-1)]%
10kHz-20kHz
± [0,4 +0,1 (U a / U-1)]%
± [0,6 +0,1 (U a / U-1)]%
20kHz-100kHz
± [0,6 +0,1 (U a / U-1)]%
± [0,6 +0,1 (U a / U-1)]%
12 months
20Hz-400Hz
± [0,5 +0,1 (U a / U-1)]%
± [0,8 +0,1 (U a / U-1)]%
400Hz-10kHz
± [0,5 +0,15 (U a / U-1)]%
± [0,5 +0,15 (U a / U-1)]%
10kHz-20kHz
± [0,5 +0,15 (U a / U-1)]%
± [0,8 +0,15 (U a / U-1)]%
20kHz-100kHz
± [1,5 +0,15 (U a / U-1)]%
± [2 +0,15 (U a / U-1)]%
24 months
20Hz-400Hz
± [0,6 +0,2 (U a / U-1)]%
± [1 +0,3 (U a / U-1)]%
400Hz-10kHz
± [0,6 +0,2 (U a / U-1)]%
± [1 +0,3 (U a / U-1)]%
10kHz-20kHz
± [0,6 +0,3 (U a / U-1)]%
± [1 +0,3 (U a / U-1)]%
20kHz-100kHz
± [2,5 +0,25 (U a / U-1)]%
± [3 +0,4 (U a / U-1)]%
 
    Table 1.5 Maximum permissible error of measurement of AC voltage of arbitrary shape
 
Calibration interval
Frequency band
Limit of the basic error in measuring time 0.33, 2c, in measuring ranges from outside
200mV
6 months
400Hz-10kHz
± [0,5 +0,2 (U a / U-1)]%
10kHz-20kHz
± [0,6 +0,2 (U a / U-1)]%
20kHz-100kHz
± [1 +0,3 (U a / U-1)]%
0.1 MHz-0, 3MHz
± [6 +2 (Uto / U-1)]%
0.3 MHz, 1MHz
-
12 months
400Hz-20kHz
± [0,6 +0,3 (U a / U-1)]%
20kHz-100kHz
± [2 +0,3 (U a / U-1)]%
0.1 MHz-0, 3MHz
± [10 +2 (U to / U-1)]%
0.3 MHz, 1MHz
-
24 months
400Hz-20kHz
± [1 +0,5 (U a / U-1)]%
20kHz-100kHz
± [3 +0,4 (U a / U-1)]%
0.1 MHz-0, 3MHz
± [15 +2 (U to / U-1)]%
0.3 MHz, 1MHz
-
 
Mezhpoverochny interval
Frequency band
Limit of the basic error in measuring time 0.33, 2c, in measuring ranges from outside
2B
20B
6 months
400Hz-10kHz
± [0,3 +0,1 (U a / U-1)]%
± [0,3 +0,15 (U a / U-1)]%
10kHz-20kHz
± [0,5 +0,25 (U a / U-1)]%
± [0,5 +0,25 (U a / U-1)]%
20kHz-100kHz
± [1 +0,25 (U a / U-1)]%
± [1 +0,25 (U a / U-1)]%
0.1 MHz-0, 3MHz
± [4 +0,4 (U a / U-1)]%
± [4 +0,5 (U a / U-1)]%
0.3 MHz, 1MHz
± [6 +2 (Uto / U-1)]%
± [6 +3 (Ua / U-1)]%
12 months
400Hz-20kHz
± [0,6 +0,25 (U a / U-1)]%
± [0,6 +0,25 (U a / U-1)]%
20kHz-100kHz
± [2,5 +0,25 (U a / U-1)]%
± [2,5 +0,25 (U a / U-1)]%
0.1 MHz-0, 3MHz
± [6 +1,5 (U a / U-1)]%
± [6 +1,5 (U a / U-1)]%
0.3 MHz, 1MHz
± [12 +2 (U to / U-1)]%
± [12 +2 (U to / U-1)]%
24 months
400Hz-20kHz
± [1 +0,5 (U a / U-1)]%
± [1 +0,5 (U a / U-1)]%
20kHz-100kHz
± [4 +0,4 (U a / U-1)]%
± [4 +0,4 (U a / U-1)]%
0.1 MHz-0, 3MHz
± [8 +1,5 (U a / U-1)]%
± [8 +1,5 (U a / U-1)]%
0.3 MHz, 1MHz
± [15 +2 (U to / U-1)]%
± [15 +2 (U to / U-1)]%
 
    Table 1.6 Maximum permissible error of measurement of AC voltage of arbitrary shape
 
Mezhpoverochny interval
Frequency band
Limit of the basic error in measuring time 0.33, 2c, in measuring ranges from outside
200V
700V
6 months
400Hz-10kHz
± [0,4 +0,2 (U a / U-1)]%
± [0,5 +0,2 (U a / U-1)]%
10kHz-20kHz
± [0,6 +0,3 (U a / U-1)]%
± [0,5 +0,3 (U a / U-1)]%
20kHz-100kHz
± [1 +0,25 (U a / U-1)]%
± [1 +0,4 (U a / U-1)]%
12 months
400Hz-20kHz
± [0,6 +0,3 (U a / U-1)]%
± [1 +0,4 (U a / U-1)]%
20kHz-100kHz
± [2,5 +0,25 (U a / U-1)]%
± [2,5 +0,4 (U a / U-1)]%
24 months
400Hz-20kHz
± [1 +0,5 (U a / U-1)]%
± [1,5 +1 (U a / U-1)]%
20kHz-100kHz
± [4 +0,4 (U a / U-1)]%
± [4 +0,5 (U a / U-1)]%
 
    Input impedance voltmeter V7-46 when measuring AC voltage is equal to 2 megohms ± 0,1 MOhm input capacitance less than 50pF;
    Measurement error of the input capacitance of less than ± 5%;
    Time measurement of alternating voltage at 4 1 / 2, 5 1 / 2 digits display at frequencies up to more 100Gtsne 2c at frequencies above 100 Hz - not more than 0.33;
    At 3 1 / 2 digits indicate the time of measurement at frequencies above 400Gtsne more than 0.1 seconds;
    Voltmeter V7-46 provides a measurement of the force on the DC measuring ranges with upper limits 20mkA, 200mkA, 2mA, 20mA, 200mA, 2000mA (up to 10A with external shunt);
    Maximum permissible error of measurement of force as a percentage of the DC calibration interval for 12, 24 months, the speed and degree of quantization for each measurement range voltmeter V7-46 are the values ​​given in tabl.1.7;
 
    Table 1.7 Maximum permissible error of measurement of force as a percentage of the DC calibration interval for 12, 24 months, the speed and degree of quantization of each span
 
Ranges
Fast-Corollary
Stage quantization (number of digits to display)
20mkA
5izmer / s
100pA (5 1 / 2)
10izmer / s
1Based (4 1 / 2)
50izmer / s
10nA (3 1 / 2)
200mkA
5izmer / s
1Based (5 1 / 2)
10izmer / s
10nA (4 1 / 2)
50izmer / s
100nA (3 1 / 2)
2mA
5izmer / s
10nA (5 1 / 2)
10izmer / s
100nA (4 1 / 2)
50izmer / s
1mkA (3 1 / 2)
20mA
5izmer / s
100nA (5 1 / 2)
10izmer / s
1mkA (4 1 / 2)
50izmer / s
10mkA (3 1 / 2)
200mA
5izmer / s
1mkA (5 1 / 2)
10izmer / s
10mkA (4 1 / 2)
50izmer / s
100mkA (3 1 / 2)
2000mA
5izmer / s
10mkA (5 1 / 2)
10izmer / s
100mkA (4 1 / 2)
50izmer / s
1mA (3 1 / 2)
 
Ranges
Fast-action
Maximum permissible error for Calibration interval
24h
6 months
20mkA
5izmer / s
± [0,15 +0,1 (I to / I-1)]%
± [0,25 +0,025 (I to / I-1)]%
10izmer / s
± [0,15 +0,02 (I to / I-1)]%
± [0,25 +0,025 (I to / I-1)]%
50izmer / s
± [0,15 +0,1 (I to / I-1)]%
± [0,25 +0,1 (I to / I-1)]%
200mkA
5izmer / s
± [0,1 +0,005 (I to / I-1)]%
± [0,15 +0,01 (I to / I-1)]%
10izmer / s
± [0,1 +0,001 (I to / I-1)]%
± [0,15 +0,015 (I to / I-1)]%
50izmer / s
± [0,15 +0,1 (I to / I-1)]%
± [0,25 +0,1 (I to / I-1)]%
2mA
5izmer / s
± [0,1 +0,005 (I to / I-1)]%
± [0,15 +0,01 (I to / I-1)]%
10izmer / s
± [0,1 +0,01 (I to / I-1)]%
± [0,15 +0,015 (I to / I-1)]%
50izmer / s
± [0,15 +0,1 (I to / I-1)]%
± [0,25 +0,1 (I to / I-1)]%
20mA
5izmer / s
± [0,1 +0,005 (I to / I-1)]%
± [0,15 +0,01 (I to / I-1)]%
10izmer / s
± [0,1 +0,01 (I to / I-1)]%
± [0,15 +0,015 (I to / I-1)]%
50izmer / s
± [0,15 +0,1 (I to / I-1)]%
± [0,25 +0,1 (I to / I-1)]%
200mA
5izmer / s
± [0,1 +0,005 (I to / I-1)]%
± [0,15 +0,01 (I to / I-1)]%
10izmer / s
± [0,1 +0,01 (I to / I-1)]%
± [0,15 +0,015 (I to / I-1)]%
50izmer / s
± [0,15 +0,1 (I to / I-1)]%
± [0,25 +0,15 (I to / I-1)]%
2000mA
5izmer / s
± [0,1 +0,005 (I to / I-1)]%
± [0,15 +0,01 (I to / I-1)]%
10izmer / s
± [0,1 +0,01 (I to / I-1)]%
± [0,15 +0,015 (I to / I-1)]%
50izmer / s
± [0,15 +0,1 (I to / I-1)]%
± [0,25 +0,15 (I to / I-1)]%
 
    Limit of the basic error of measuring the strength of the DC voltmeter with an external shunt, to 10A for calibration interval 12, and 24 months, the speed, level of quantization for each range of measurement equal to those given in tabl.1.8.
 
    Table 1.8 Maximum permissible error of measurement of force as a percentage of the DC calibration interval for 12, 24 months, the speed and degree of quantization of each span
 
Ranges
Fast-Corollary
Stage quantization (number of digits to display)
10A
5izmer / s
100mkA (5 1 / 2)
10izmer / s
1mA (4 1 / 2)
50izmer / s
10mA (3 1 / 2)
 
Ranges
Fast-action
Maximum permissible error for Calibration interval
24h
6 months
10A
5izmer / s
± [0,4 +0,01 (I to / I-1)]%
± [0,6 +0,02 (I to / I-1)]%
10izmer / s
± [0,4 +0,01 (I to / I-1)]%
± [0,6 +0,02 (I to / I-1)]%
50izmer / s
± [0,4 +0,01 (I to / I-1)]%
± [0,6 +0,02 (I to / I-1)]%
 
Table1.7, 1.8, and then use the following notation:
I to - the final value of the set measuring range (with external shunt to I = 10A);
    I - value of the measured current at the input of voltmeters;
 
    The maximum voltage drop on the input circuit of the voltmeter V7-46 when measuring the DC power no more:
    - 0.25 VNA measurement range from outside 20mkA, 200mkA, 2mA, 20mA;
    - 0.28 V on the measurement range with a limit of 200 mA;
    - 1V at the range with a limit of 2000mA;
    The voltage drop across an external shunt 10A is not more than 0.5 V;
    The error of measuring the voltage drop no more than ± 1%;
Voltmeter V7-46 provides a measurement of rms AC current by a factor of arbitrary shape and amplitude to ≤ 3 in the frequency range:
    - From 40Hz to 20kHz range for measurements with upper limits 200mkA, 2mA, 20mA, 200mA;
    - 40Hz to 10kHz on to the range of measurements from the upper limit of 2000mA;
    - From 40Hz to 2kHz range for the measurements with the upper limit of 10A (with external shunt);
Maximum permissible error of measurement of AC current as a percentage of arbitrary shape for the values ​​of the measured voltage of up to 0,005 I k I k for a calibration interval of 12, 24 months is equal to the values ​​given:
    1) in the measurement time tabl.1.9 0.33, 2c;
    2) tabl.1.10 measurement time 0.1 s;
 
    Table 1.9 Maximum permissible error of measurement of AC current of arbitrary shape
 
Mezhpove-rochny interval
Ranges
Limit of the basic error in measuring time 0.33, 2c, in the frequency range
40Hz-10kHz
10kHz-20kHz
12 months
200mkA
± [0,6 +0,15 (I to / I-1)]%
± [0,2 +0,15 (I to / I-1)]%
2mA
± [0,6 +0,15 (I to / I-1)]%
± [0,2 +0,15 (I to / I-1)]%
20mA
± [0,6 +0,15 (I to / I-1)]%
± [0,2 +0,15 (I to / I-1)]%
200mA
± [0,6 +0,15 (I to / I-1)]%
± [0,2 +0,15 (I to / I-1)]%
2000mA
± [0,6 +0,15 (I to / I-1)]%
± [0,2 +0,15 (I to / I-1)]%
10A (with external shunt)
± [1 +0,1 (I to / I-1)]% in the frequency range of 40Hz-2kHz
24 months
200mkA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
2mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
20mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
200mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
2000mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
10A (with external shunt)
± [1,5 +0,15 (I to / I-1)]% in the frequency range of 40Hz-2kHz
 
    Table 1.10 Maximum permissible error of measurement of AC current of arbitrary shape
 
Calibration interval
Ranges
Limit of the basic error in measuring time 0.33, 2c, in the frequency range
400Hz-1kHz
10kHz-20kHz
12 months
200mkA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
2mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
20mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
200mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
2000mA
± [1 +0,25 (I to / I-1)]%
± [3 +0,3 (I to / I-1)]%
10A (with external shunt)
± [1,5 +0,15 (I to / I-1)]% in the frequency range of 40Hz-2kHz
24 months
200mkA
± [1,5 +0,5 (I to / I-1)]%
± [4 +0,4 (I to / I-1)]%
2mA
± [1,5 +0,5 (I to / I-1)]%
± [4 +0,4 (I to / I-1)]%
20mA
± [1,5 +0,5 (I to / I-1)]%
± [4 +0,4 (I to / I-1)]%
200mA
± [1,5 +0,5 (I to / I-1)]%
± [4 +0,4 (I to / I-1)]%
2000mA
± [1,5 +0,5 (I to / I-1)]%
± [4 +0,4 (I to / I-1)]%
10A (with external shunt)
± [2 +0,2 (I to / I-1)]% in the frequency range of 40Hz-2kHz
 
    The maximum voltage drop on the input circuit of the voltmeter V7-46 for measuring AC current up to:
    - 0.25 V on ranges of measurements outside 200mkA, 2mA, 20mA;
    - 0.28 V on the measurement range with a limit of 200 mA;
    B-1B on the measurement range with a limit of 2000mA;
    The voltage drop across an external shunt 10A is not more than 0.5 V;
    The error of measuring the voltage drop no more than ± 1%;
    Time measuring the strength of the AC, with 4 1 / 2, 5 1 / 2 digits indicate the frequency range from 40Hz to 100Hz, less than 2 s, at frequencies above 100 Hz - not more than 0.33;
    At 3 1 / 2 digits indicate the time of measurement at frequencies above 400 Hz with no more than 0.1;
    Voltmeter V7-46 provides a measure of DC resistance measurements on the bands with the upper limits of 20 ohms, 200 ohms, 2 ohms, 20 ohms, 200 ohms, 2000 ohms for the two-and four-wire and 20 MW, 200 MW - two-wire circuit;
    Maximum permissible error of measurement of electrical resistance as a percentage equal to the values ​​given:
    1) in Table.1.11 - Calibration interval for 6 months;
    2) in Table.1.12 - for a calibration interval of 12, 24 months;
    3) in Table.1.11 - within 24 hours of continuous operation after calibration with respect to the outer measure resistance with an accuracy of 0.005%;
Footnote.Voltmeter V7-46 provides a measure of DC resistance in the measurement range with a limit of 200 MW only in normal conditions;
    Speed ​​device, the quantization step for each range of measurement of electrical resistance correspond to the values ​​given in tabl.1.11, 1.12;
 
    Table 1.11 Maximum permissible error of measurement of electrical resistance
 
Ranges
Fast-Corollary
Stage quantization (number of digits to display)
20 ohms
0.1 mv / s
100 mO (5 1 / 2)
1izmer / s
1 M (4 1 / 2)
5izmer / s
10 m (3 1 / 2)
200 Ohm
3izmer / s
1 M (5 1 / 2)
5izmer / s
10 m (4 1 / 2)
50izmer / s
100 milliohms (3 1 / 2)
2 k
3izmer / s
10 m (5 1 / 2)
5izmer / s
100 milliohms (4 1 / 2)
50izmer / s
1 Ohms (3 1 / 2)
20 kOhm
3izmer / s
100 milliohms (5 1 / 2)
5izmer / s
1 W (4 1 / 2)
50izmer / s
10 Ohms (3 1 / 2)
200 kOhm
3izmer / s
1 W (5 1 / 2)
5izmer / s
10 ohms (4 1 / 2)
50izmer / s
100 W (3 1 / 2)
2000 ohms
3izmer / s
10 Ohms (5 1 / 2)
5izmer / s
100 W (4 1 / 2)
10izmer / s
1 k (3 1 / 2)
20 MOhm
1izmer / s
100 W (5 1 / 2)
3izmer / s
1 k (4 1 / 2)
5izmer / s
10K (3 1 / 2)
200 MOhm
1izmer / s
1K (5 1 / 2)
3izmer / s
10K (4 1 / 2)
5izmer / s
100K (3 1 / 2)
 
Limit of measurement
Nij
Fast-action
Maximum permissible error for Calibration interval
24h
6 months
20 ohms
0.1 mv / s
± [0,025 +0,01 (R a / R-1)]%
± [0,04 + 0,015 (R a / R-1)]%
1izmer / s
± [0,025 +0,02 (R a / R-1)]%
± [0,04 + 0,015 (R a / R-1)]%
5izmer / s
± [0,1 +0,1 (R a / R-1)]%
± [0,15 + 0,1 (R a / R-1)]%
200 Ohm
3izmer / s
± [0,015 +0,005 (R a / R-1)]%
± [0,025 + 0,005 (R a / R-1)]%
5izmer / s
± [0,02 +0,01 (R a / R-1)]%
± [0,03 + 0,01 (R a / R-1)]%
50izmer / s
± [0,1 +0,1 (R a / R-1)]%
± [0,15 +0,1 (R a / R-1)]%
2 k
3izmer / s
± [0,015 +0,0025 (R a / R-1)]%
± [0,025 + 0,0025 (R a / R-1)]%
5izmer / s
± [0,02 +0,01 (R a / R-1)]%
± [0,025 + 0,01 (R a / R-1)]%
50izmer / s
± [0,1 +0,1 (R a / R-1)]%
± [0,15 + 0,1 (R a / R-1)]%
20 kOhm
3izmer / s
± [0,015 +0,0025 (R a / R-1)]%
± [0,025 + 0,0025 (R a / R-1)]%
5izmer / s
± [0,02 +0,01 (R a / R-1)]%
± [0,025 + 0,01 (R a / R-1)]%
50izmer / s
± [0,1 +0,1 (R a / R-1)]%
± [0,15 + 0,1 (R a / R-1)]%
200 kOhm
3izmer / s
± [0,015 +0,0025 (R a / R-1)]%
± [0,02 + 0,0025 (R a / R-1)]%
5izmer / s
± [0,02 +0,01 (R a / R-1)]%
± [0,025 + 0,01 (R a / R-1)]%
50izmer / s
± [0,1 +0,1 (R a / R-1)]%
± [0,15 + 0,1 (R a / R-1)]%
2000 ohms
3izmer / s
± [0,02 +0,003 (R a / R-1)]%
± [0,03 + 0,003 (R a / R-1)]%
5izmer / s
± [0,04 +0,01 (R a / R-1)]%
± [0,05 + 0,01 (R a / R-1)]%
10izmer / s
± [0,1 +0,1 (R a / R-1)]%
± [0,15 + 0,1 (R a / R-1)]%
20 MOhm
1izmer / s
± [0,04 +0,004 (R a / R-1)]%
± [0,06 + 0,004 (R a / R-1)]%
3izmer / s
± [0,1 +0,01 (R a / R-1)]%
± [0,15 + 0,01 (R a / R-1)]%
5izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,15 + 0,1 (R a / R-1)]%
200 MOhm
1izmer / s
± [0,3 +0,1 (R a / R-1)]%
± [0,3 + 0,1 (R a / R-1)]%
3izmer / s
± [1,0 +0,1 (R a / R-1)]%
± [1,0 + 0,1 (R a / R-1)]%
5izmer / s
± [3 +0,1 (R a / R-1)]%
± [3 + 0,1 (R a / R-1)]%
 
    Table 1.12 Maximum permissible error of measurement of electrical resistance
 
Ranges
Fast-Corollary
Stage quantization (number of digits to display)
20 ohms
0.1 mv / s
100 mO (5 1 / 2)
1izmer / s
1 M (4 1 / 2)
5izmer / s
10 m (3 1 / 2)
200 Ohm
3izmer / s
1 M (5 1 / 2)
5izmer / s
10 m (4 1 / 2)
50izmer / s
100 milliohms (3 1 / 2)
2 k
3izmer / s
10 m (5 1 / 2)
5izmer / s
100 milliohms (4 1 / 2)
50izmer / s
1 Ohms (3 1 / 2)
20 kOhm
3izmer / s
100 milliohms (5 1 / 2)
5izmer / s
1 W (4 1 / 2)
50izmer / s
10 Ohms (3 1 / 2)
200 kOhm
3izmer / s
1 W (5 1 / 2)
5izmer / s
10 ohms (4 1 / 2)
50izmer / s
100 W (3 1 / 2)
2000 ohms
3izmer / s
10 Ohms (5 1 / 2)
5izmer / s
100 W (4 1 / 2)
10izmer / s
1 k (3 1 / 2)
20 MOhm
1izmer / s
100 W (5 1 / 2)
3izmer / s
1 k (4 1 / 2)
5izmer / s
10K (3 1 / 2)
200 MOhm
1izmer / s
1K (5 1 / 2)
3izmer / s
10K (4 1 / 2)
5izmer / s
100K (3 1 / 2)
 
Limit change
rhenium
Fast-action
Maximum permissible error for Calibration interval
24h
24 months
20 ohms
0.1 mv / s
± [0,04 +0,015 (R a / R-1)]%
± [0,06 + 0,025 (R a / R-1)]%
1izmer / s
± [0,04 +0,02 (R a / R-1)]%
± [0,06 + 0,04 (R a / R-1)]%
5izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,25 + 0,15 (R a / R-1)]%
200 Ohm
3izmer / s
± [0,003 +0,005 (R a / R-1)]%
± [0,05 + 0,005 (R a / R-1)]%
5izmer / s
± [0,03 +0,01 (R a / R-1)]%
± [0,05 + 0,01 (R a / R-1)]%
50izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,25 + 0,15 (R a / R-1)]%
2 k
3izmer / s
± [0,025 +0,0025 (R a / R-1)]%
± [0,04 + 0,004 (R a / R-1)]%
5izmer / s
± [0,025 +0,01 (R a / R-1)]%
± [0,04 + 0,015 (R a / R-1)]%
50izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,25 + 0,1 (R a / R-1)]%
20 kOhm
3izmer / s
± [0,025 +0,0025 (R a / R-1)]%
± [0,04 + 0,004 (R a / R-1)]%
5izmer / s
± [0,25 +0,01 (R a / R-1)]%
± [0,04 + 0,01 (R a / R-1)]%
50izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,25 + 0,15 (R a / R-1)]%
200 kOhm
3izmer / s
± [0,025 +0,0025 (R a / R-1)]%
± [0,04 + 0,004 (R a / R-1)]%
5izmer / s
± [0,025 +0,01 (R a / R-1)]%
± [0,04 + 0,01 (R a / R-1)]%
50izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,25 + 0,15 (R a / R-1)]%
2000 ohms
3izmer / s
± [0,05 +0,003 (R a / R-1)]%
± [0,1 + 0,01 (R a / R-1)]%
5izmer / s
± [0,05 +0,01 (R a / R-1)]%
± [0,1 + 0,015 (R a / R-1)]%
10izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,25 + 0,1 (R a / R-1)]%
20 MOhm
1izmer / s
± [0,1 +0,004 (R a / R-1)]%
± [0,2 + 0,02 (R a / R-1)]%
3izmer / s
± [0,15 +0,01 (R a / R-1)]%
± [0,25 + 0,02 (R a / R-1)]%
5izmer / s
± [0,15 +0,1 (R a / R-1)]%
± [0,25 + 0,15 (R a / R-1)]%
200 MOhm
1izmer / s
± [0,4 +0,1 (R a / R-1)]%
± [0,6 + 0,2 (R a / R-1)]%
3izmer / s
± [1,5 +0,1 (R a / R-1)]%
± [2 + 0,2 (R a / R-1)]%
5izmer / s
± [4 +0,1 (R a / R-1)]%
± [5 + 0,2 (R a / R-1)]%
 
Table1.11, 1.12, and further the following notation:
R to the - the final value of the set range;
    R - value of the measured resistance at the input of voltmeters;
 
    DC current flowing through the measured resistance is equal to the values ​​given in tabl.1.13;
 
    Table 1.13 DC current flowing through the measured resistance
Ranges
The value of the current
20 ohms
1mA ± 0,2 mA
200 Ohm
1mA ± 0,2 mA
2 k
1mA ± 0,2 mA
20 kOhm
0.1 mA ± 0,02 mA
200 kOhm
1mA ± 0,2 mA
2000 ohms
1mA ± 0,2 mA
 
    The maximum value of DC voltage to the measured resistance (voltage in open nests) not more than 10V when measured at a range of measurements beyond 20 MW, 200 MW up to 2.1 V;
    Voltage measurement error of ± 5%;
    In the voltmeter provides checking of the parts.
    Limit of permissible additional error B7-46 from the ambient temperature for every 10 º C in the temperature range from -10 º C to +50 ° C does not exceed the permissible basic error for Calibration interval 6 months in the measurement of DC, AC voltage and electrical resistance, twice the limit - by measuring the ratio of two voltages, and half the limit of permissible basic error for Calibration interval of 12 months - when measured forces direct and alternating currents;
    Limit of permissible additional error B7-46 from the effects of high humidity does not exceed the permissible basic error for Calibration interval 6 months in the measurement of DC, AC voltage and electrical resistance, twice the limit of permissible error for Calibration interval 6 months in the measurement of the ratio of two voltages and half the limit allowed by basic error for Calibration interval of 12 months - the measurement of direct and alternating currents;
    Voltmeter V7-46 has production and operating margin 20% on major errors in the measurements, normalized for Calibration interval 6 months when measuring DC and AC voltages, electrical resistance, the ratio of two voltages, normalized for 12 months - when measured forces direct and alternating currents;
    Voltmeter V7-46 has the following modes:
    - Automatic zero setting;
    - Manual ranging;
    - Automatic selection of measuring range;
    - A one-time startup;
    - Start periodic;
    - Automatic calibration of the measuring path;
    Voltmeter allows continuous operation in the operating conditions for a time at least 24 hours while maintaining its performance in the limits established by TU;
Footnote.Continuous operation time does not include the time required to establish the operating mode of the voltmeter;
    Voltmeter V7-46 retains its specifications within the standards established by the TU, with its power from AC 220V ± 22V 50Hz ± 1,0 Hz and 115 ± 6V, ± 11V 220V 400Hz frequency of 28 Hz, 400 Hz-12Gts, content harmonics does not exceed 5%;
    The power consumed by the device from the power supply at rated voltage not exceeding 35V ∙ A;
    Weight B7-46 - no more than 7.5 kg.
 
Rate the product: V7-46
Number of views: 2056
Product rating: 4.3
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* rating and all product statistics are updated once a month; information is current as of 20 December 2024

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Description of the instruments taken from the technical documentation or technical literature. Most pictures of products made directly by our experts prior to shipment of goods. In the description of the device provided the main technical characteristics of the instrument: nominal measuring range, accuracy class, scale, supply voltage, size (size), weight. If the site you see the discrepancy device name (model) specifications, photo or documents attached - let us know - you will get a useful gift with-selling device.

 

While the need to clarify the overall weight and size or the size of the individual meter you can in our service center. If you need our engineers will help you choose the most complete analog or a suitable replacement for the device you are interested. All counterparts and replacement will be tested in one of our laboratories with the full compliance to your requirements.

In the technical documentation for each device or product, information is provided on the list and amount of precious metals content. The documentation gives the exact weight in grams of precious metals: Au gold, palladium Pd, platinum Pt, silver Ag, tantalum Ta and other platinum group metals (PGM) per unit item. These precious metals are found in nature in very limited quantities and therefore have such a high price.

On our website you can familiarize yourself with the technical characteristics of devices and obtain information on the content of precious metals in devices and radio components manufactured in the USSR. We draw your attention to the fact that often the actual content of precious metals differs by 10-25% from the reference one in a smaller direction! The price of precious metals will depend on their value and mass in grams.

All text and graphic information on the site is informative. The color, shade, material, geometric dimensions, weight, content, delivery set and other parameters of the goods presented on the site may vary depending on the batch of production and year of manufacture. Check with the sales department for more information.

 

If you can make repairs to the device yourself, our engineers can provide you with a complete set of necessary technical documentation: circuit diagram TO, ER, FD, PS. We also have an extensive database of technical and metrological documents: technical specifications (TS), the terms of reference (TOR), GOST (DSTU), the industry standard (OST) test procedure, the method of certification, verification scheme for more than 3,500 types of measuring equipment from the manufacturer this equipment. From the site you can download all the necessary software (the software driver) is required for the product purchased.

We carries out repairs and maintenance of measuring equipment in more than 75 different factories of the former Soviet Union and CIS.

We also have a library of legal documents that are related to our field of activity: the law, code, ordinance, decree, temporary position.