60,000 count and dual input channels 0.04% DC basic accuracy and 0.2% AC basic accuracy Bandwidth of 10KHz(max) Fast ACV, ACA response Dual channels measurement similar to a dual channels DSO( V+V , V+A) Hz + duty cycle dual display Capacitance measurement Standalone data logging of 10,708 records for both channels(803) RS-232C interface Application Software (Option) 1/7 the cost
The following accuracy is specified for one single channel (channel 1 or channel 2). If dual channels are used at the same time, additional % of accuracy should be added to the listed accuracy. Please refer to the supplemental dual channels specification. The following accuracy is also specified for the ZEROED (relative) value. The accuracy is given as ±% of reading ± number of least significant digits.
Continuity : ( , open voltage 3V approx.)
Range
Resolution
Beeper
Overload Protection
999.99 Ω
0.01 Ω
< 40 Ω ( approx )
AC 1000V
Frequency : (TTL)(Overload Protection AC 1000V)
Range ( Auto )
Resolution
Accuracy
1.000Hz -2MHz
0.0001Hz - 0.0001MHz
±0.005%±4dgts
DC Voltage: (Input Impedance: 10MΩ )(Overload Protection DC 1000V)
Range
Resolution
Accuracy
60.000mV
0.001mV
±0.2%±9dgts
600.00mV
0.01mV
±0.04%±6dgts
6.0000V
0.0001V
±0.04%±6dgts
60.000V
0.001V
±0.04%±6dgts
600.00V
0.01V
±0.04%±6dgts
1000.0V
0.1V
±0.08%±6dgts
DC Current: (10A terminal is protected by a 20A fast blown, high energy fuse, and the terminal of μ A and mA is protected by 1A fast blown, high energy fuse )
Range
Resolution
Accuracy
600.00 μ A
0.01 μ A
±0.4%±20dgts
6000.0 μ A
0.1 μ A
±0.2%±20dgts
60.000mA
0.001mA
±0.4%±20dgts
600.00mA
0.01mA
±0.2%±20dgts
1.0000A
0.0001A
±0.2%±20dgts
10.000A 1
0.001A
±0.6%±20dgts
Diode Test : (open voltage 3V approx. overload protection AC 1000V)
Range
Resolution
Accuracy
Short Circuit Current
3.0000V
0.0001V
±2%±5dgts
0.8 mA typical
Duty Cycle : (%, TTL, 1Hz – 600KHz) (Overlo ad Protection AC 1000V)
Range
Resolution
Accuracy
0.001% - 9.999%
0.001%
±30d/KHz±30dgts
10.00% - 100.00%
0.01%
±3d/KHz±3dgts
Resistance: ( Ω )
Range
Resolution
Accuracy
Overload Protection
999.99 Ω
0.01 Ω
±0.25%±9dgts
AC 1000V
9.9999K Ω
0.0001K Ω
±0.15%±6dgts
AC 1000V
99.999K Ω
0.001K Ω
±0.15%±6dgts
AC 1000V
999.99K Ω
0.01K Ω
±0.15%±6dgts
AC 1000V
9.9999M Ω
0.0001M Ω
±0.3%±9dgts
AC 1000V
40.000M Ω
0.001M Ω
±1.5%±9dgts
AC 1000V
Capacitance: ( , auto range , and for film capacitor or better)
Range
Resolution
Accuracy 1
60.00nF
0.01nF
±1.2%±8dgts
600.0nF
0.1n F
±2.5%±8dgts
6.000 μ F
0.001 μ F
±2.5 %±8dgts
60.00 μ F
0.01 μ F
±3.0%±8dgts
600.0 μ F
0.1 μ F
±5.0%±8dgts
AC Voltage: The accuracy of ACV or AC mV is specified for 5%-100% of range from 20Hz-10KHz, average sensing. Input Impedance is 10M Ω , and overloaded protection is AC 1000V for all range. Accuracy is also specified for single channel (channel 1 or channel 2). If dual channels measurements are performed, additional specification of accuracy will be introduced. Please refer to the supplemental dual channels specification. Due to the wide bandwidth, the reading might not be zero when no inputs present. But the residual reading does not affect the listed accuracy. If the AC reading is less than 100 least significant counts, it is set to zero by the un it.
Range
(ACV)
Resolution
Accuracy
(50/60Hz)
Accuracy
(45Hz - 1KHz)
Accuracy
(20Hz - 45Hz)
Accuracy (1KHz-10KHz)
60.000mV
0.001mV
±0.2%±40dgts
±0.6%±40dgts
±1.6%±50dgts
±4%±40dgts
600.00mV
0.001mV
±0.2%±40dgts
±0.6%±40dgts
±1.6%±50dgts
±2%±40dgts
6.0000V
0.01mV
±0.2%±40dgts
±0.6%±40dgts
±1.6%±50dgts
±2%±40dgts
60.000V
0.0001V
±0.2%±40dgts
±0.6±40dgts
±1.6%±50dgts
±2%±40dgts
600.00V (0-400V)
0.001V
±0.2%±40dgts
±1.0%±40dgts
±1.6%±50dgts
±9%±40dgts
600.00V (400-600V)
0.01V
±0.2%±40dgts
±1.0%±40dgts
±1.6%±50dgts
Not Specified
1000.0V (0-400V)
0.1V
±0.2%±40dgts
±4%±60dgts
±1.6%±50dgts
±4%±80dgts
1000.0V (400-1000V)
0.1V
±0.2%±40dgts
(45Hz - 400Hz) ±4%±60dgts
±1.6%±50dgts
Not Specified
Supplemental Dual Channels Specification (DC – 400Hz): The following accuracy should be added to all the listed accuracy if dual channels measurements are performed.
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ACV (Ch2)
DCV (Ch2)
ACA (Ch2)
DCA (Ch2)
ACV (Ch1)
±2%±( V1 - V2 )* 200 PPM (Ch1, Ch2)
±0.9%±(V1 - V2) * 20PPM (Ch1, Ch2)
±0. 2 μ A / V( μ A,Ch2)
± 2 μ A / V (mA,Ch2)
±0.4mA / V (A, Ch2)
±4mV / A (mV, Ch1)
± 9mV / A (V, Ch1)
±0.5% (Ch1, Ch2)
DCV (Ch1)
±0.9%±(V1 - V2) * 20 PPM (Ch1, Ch2)
±0.5% (Ch1,Ch2
±0.5% (Ch1, Ch2)
±0.5% (Ch1, Ch2)
AC Current: (The accuracy is specified for a single channel for 5%-100% of range for 45Hz – 10KHz,average sensing, , 10A terminal is protected by a 20A fast blown, high energy fuse, and the terminal of μ A and mA is protected by 1A fast blown, high energy fuse.If the AC reading is less than 100 least significant digits, it is set to zero by the unit )
Range (ACA)
Resolution
Accuracy (50/60Hz)
Accuracy (45Hz - 1KHz)
Accuracy (20Hz - 45Hz)
Accuracy (1KHz -10KHz)
600.00 μ A
0.01m A
±0.6%±40dgts
±0.8%±40dgts
±2%±20dgts
±4%±20dgts
6000.0 μ A
0.1m A
±0.6%±40dgts
±0.8%±40dgts
±2%±20dgts
±4%±20dgts
60.000mA
0.001mA
±0.6%±40dgts
±0.8%±40dgts
±2%±20dgts
±0.9%±20dgts
600.00mA
0.01mA
±0.6%±40dgts
±0.8%±40dgts
±2%±20dgts
±0.9%±20dgts
1.0000A
0.0001A
±0.6%±40dgts
±0.8%±40dgts
±2%±20dgts
±2.5%20dgts
10.000A 1
0.001A
±0.9%±40dgts
±0.9%±40dgts
±3.9%±20dgts
±2.5%20dgts
Range
(ACA)
Accuracy
(20Hz - 45Hz)
Accuracy
(1KHz – 10KHz)
Accuracy
(10KHz – 20KHz)
600.00 μ A
±1%±20dgts
±2%±20dgts
±1%±20dgts
6000.0 μ A
±1%±20dgts
±2%±20dgts
±1%±20dgts
60.000mA
±1%±20dgts
±0.5%±20dgts
±1%±20dgts
600.00mA
±1%±20dgts
±0.5%±20dgts
±1%±20dgts
1.0000A
±1%±20dgts
±1.5%±20dgts
Not Specified
10.000A 1
±2%±20dgts
±1.5%±20dgts
Not Specified
General Specification
Battery Type:
9V
Display:
5 + 5 digits LCD with 30 segments bar graph
Range Selection:
auto and manual
Overload Indication:
OL
Power Consumption:
4 mA ( approx )
Low battery Indication:
Operating Temperature:
-10 ℃ to 50 ℃
Operating Humidity:
less than 85% relative
Altitude:
up to 2000M
Storage Temperature:
-20 ℃ t o 60 ℃
Storage Humidity:
less than 75% relative
Dimension:
207mm(L) x 101mm (W) x 47mm (H)8.15" (L) x 4" (W) x 1.85" (H)
, open voltage 3V approx.)
, auto range , and for film capacitor or better)
