Fluke Impact Driver PN 650454 User Manual

®
70/73  
Series III Multimeter  
Instruction Sheet  
W Read First: Safety Information  
To ensure that the meter is used safely, follow these instructions:  
Never use the meter if the meter or test leads look damaged.  
Be sure the test leads and rotary switch are in the correct  
position for the desired measurement.  
Never measure resistance in a circuit when power is applied.  
Never touch the probes to a voltage source when the test  
leads are plugged into the 10 A or 300 mA input jack.  
To avoid damage or injury, never use the meter on circuits that  
exceed 4800 volt-amps.  
Never apply more than the rated voltage between any input  
jack and earth ground.  
Be careful when working with voltages above 60 V dc or 30 V  
ac rms. Such voltages pose a shock hazard.  
Keep your fingers behind the finger guards on the test probes  
when making measurements.  
Warning  
To avoid false readings, which could lead to  
possible electric shock or personal injury, replace  
the battery as soon as the battery indicator (N)  
appears.  
Symbols  
Read First: Safety Information  
Manual Range or Automatic Touch Hold mode  
Double Insulation  
W
Z
T
Overvoltage Installation Category per IEC 1010-1.  
Typical CAT II locations include main wall outlets,  
local appliances, and portable equipment.  
CAT II  
PN 650454 August 1997 Rev.2, 2/98  
1997, 1998 Fluke Corporation. All rights reserved. Printed in U.S.A.  
All product names are trademarks of their respective companies.  
 
Automatic Touch Hold Mode  
W Warning  
To avoid electric shock, do not use the Touch Hold  
to determine if a circuit with high voltage is dead.  
The Touch Hold mode will not capture unstable or  
noisy readings.  
The Touch Hold mode automatically captures and displays  
stable readings. Press R for 2 seconds while turning the  
meter on.  
H
V DC  
V DC  
V DC  
V
V
V
2 seconds  
_
_
_
+
+
single  
beep  
hr3f.eps  
When the meter captures a new input, it beeps and a new  
reading is displayed. To manually force a new measurement to  
be held, press R.  
Note  
Stray voltages can produce a new reading.  
To exit the Touch Hold mode, turn the meter off.  
Bar Graph  
The bar graph shows readings relative to the full scale value of a  
displayed measurement range and indicates polarity.  
hr16f.eps  
 
Standby  
If the meter is on but is inactive for an hour (20 minutes in diode  
test), the screen goes blank and displays selected bar graph  
segments. To resume operation, turn the rotary switch or press  
R.  
AC and DC Voltage (K L L)  
m
Volts AC  
Volts DC  
Millivolts DC  
V AC  
V DC  
V
V
mV  
_
_
_
+
+
+
hr4f.eps  
Resistance (e)  
Turn off the power and discharge all capacitors. An external  
voltage across a component will give invalid resistance readings.  
k
_
+
hr6f.eps  
 
Diode Test (G)  
Good Diode  
Good Diode  
_
_
+
+
Single Beep  
Forward Bias  
Bad Diode  
Reverse Bias  
Bad Diode  
_
_
+
+
or  
Open  
Shorted  
hr7f.eps  
 
Continuity Test ( R )  
_
_
+
+
hr5f.eps  
If continuity exists (resistance < 210 ), the beeper sounds  
continuously. The meter beeps twice if it is in the Touch Hold  
mode.  
Current (? A)  
W Warning  
To avoid injury, do not attempt a current  
measurement if the open circuit voltage is above the  
rated voltage of the meter.  
To avoid blowing an input fuse, use the 10 A jack until you are  
sure that the current is less than 300 mA.  
Turn off power to the circuit. Break the circuit. (For circuits of  
more than 10 amps, use a current clamp.) Put the meter in series  
with the circuit as shown and turn power on.  
DC  
1
70  
A
+
4
2
_
3
hr8f.eps  
 
Holster  
The snap-on holster absorbs shocks and protects the meter and  
comes with a Flex-Stand . To protect the front of the meter, put  
the meter face down in the holster.  
hr15f.eps  
Maintenance  
W Warning  
To avoid electric shock, remove the test leads  
before opening the case, and close the case before  
using the meter. To prevent fire and possible arc-  
flash, use fuses with ratings shown on the back of  
the meter.  
Caution  
To avoid damaging meter components, lift up the  
end of the battery as shown. To avoid  
contamination or static damage, do not touch the  
circuit board without proper static protection.  
 
Internal Fuse Test  
70  
10 A  
300 mA  
OK  
OK  
OK  
OK  
<0.5  
5-8  
hr10f.eps  
Battery and Fuse Replacement  
Note  
Before opening the case, make sure the test leads are  
removed and the rotary switch is turned to OFF.  
70  
F1  
F2  
hr11f.eps  
 
Cleaning  
To clean the meter, use a damp cloth and mild detergent; do not  
use abrasives or solvents on the meter.  
Service and Parts  
For service information in the U.S.A. and Canada, call 1-800-44-  
FLUKE (1-800-443-5853), in Europe, 31 40 267 8200, from other  
countries, 1-425-356-5500.  
Item  
Description  
Fluke  
PN  
Quan.  
BT1  
F1*  
F2*  
Battery, 9 V, NEDA 1604/IEC 6F22, or  
NEDA 1604A/IEC 6LR61  
696534  
614487  
1
1
1
Fuse, F630 mA, 250 V, Min Interrupt  
Rating 1500 A, IEC 127-1  
740670  
Fuse, F11 A, 1000 VAC/DC, Min  
Interrupt Rating 17 kA  
943118  
* For safety, use exact replacement  
Specifications  
Accuracy is specified for a period of one year after calibration, at  
18°C to 28°C (64°F to 82°F) with relative humidity to 90%. AC  
conversions are ac-coupled, average responding, and calibrated  
to the RMS value of a sine wave input.  
Accuracy specifications are given as:  
±([% of reading] + [number of least significant digits])  
Maximum Voltage Between  
any Terminal and Earth  
Ground  
600 V  
Display  
Digital: 3,200 counts, updates 2.5/sec  
Analog: 31 segments, updates 25/sec  
Response Time of Digital  
Display  
V ac < 2 s  
V dc < 1 s  
< 1 s to 320 k, < 2s to 3.2 M,  
< 10 s to 32 MΩ  
Operating Temperature  
Storage Temperature  
Temperature Coefficient  
0°C to 50°C  
-40°C to 60°C  
0.1 x (specified accuracy)/°C  
(<18°C or >28°C)  
 
Electromagnetic Compatibility  
in RF field of 3 V/m on all  
functions except MΩ  
Total accuracy = Specified accuracy  
plus +2.0% of range for all functions  
except:  
320.0 mV range: total accuracy =  
specified accuracy + 1.0% of range  
320.0range: total accuracy =  
specified accuracy + 8% of range  
Relative Humidity  
except 32 MRange:  
0% to 90% (0°C to 35°C)  
0% to 70% (35°C to 50°C)  
0% to 80% (0°C to 35°C)  
0% to 70% (35°C to 50°C)  
Operating: 2000 meters  
Storage: 12,000 meters  
32 MRange only:  
Altitude  
Battery Type  
Battery Life  
9 V, NEDA 1604 or 6F22 or 006P,  
or NEDA 1604A or 6LR61  
2000 hrs typical with alkaline  
1600 hrs typical with carbon zinc  
Continuity Beeper  
Shock, Vibration  
4096 Hz  
per MIL-T-PRF 28800F Class III,  
Sinusoidal, Non Operating  
Size (H x W x L)  
2.8 cm x 7.5 cm x 16.6 cm  
(1.12 in x 2.95 in x 6.55 in)  
Weight  
Safety  
340 g (12.0 oz)  
600 V CAT II per ANSI/ISA S82.01-  
1994, EN 61010-1: 1993, CSA C22.2  
No 1010.1-92, UL 3111-1.  
EMC Regulations  
EN 61326-1: 1997  
Certifications/Listings  
 
Function  
Range  
Accuracy  
3.200 V, 32.00 V, 320.0 V  
600 V  
±(0.3%+1)  
±(0.4%+1)  
0L  
320.0 mV  
±(0.3%+1)  
L
m
K (45 to 500 Hz, 3.2V  
range. Other ranges 45  
to 1 kHz)  
3.200 V, 32.00 V,  
320.0 V, 600 V  
±(2%+2)  
±(2%+2)  
320.0  
±(0.5%+2)  
±(0.5%+1)  
±(0.5%+1)  
±(2%+1)  
3200 , 32.00 k,  
320.0 k, 3.200 MΩ  
32.00 MΩ  
2.0 V  
±(1% typical)  
Function  
Range  
Accuracy  
Typical  
Burden  
Voltage  
? (45 Hz to 32.00 mA, 320.0 mA  
±(2.5%+2)  
±(2.5%+2)  
6 mV/mA  
50 mV/A  
1 kHz)  
10.00 A *  
(73 only)  
A
32.00 mA, 320.0 mA  
10.00 A *  
±(1.5%+2)  
±(1.5%+2)  
6 mV/mA  
50 mV/A  
(73 only)  
* 10 A continuous, 20 A for 30 seconds maximum.  
 
Overload protection for all functions and ranges: 600 V.  
Function  
L, L, K  
Input Impedance (Nominal)  
>10 M, <50 pF  
m
Common Mode  
Rejection Ratio (1  
kUnbalanced)  
Normal Mode  
Rejection  
>120 dB at dc, 50 Hz,  
or 60 Hz  
>60 dB at 50 Hz or 60 Hz  
L,  
L
m
>60 dB dc to 60 Hz  
K
Open Circuit Test  
Voltage  
Full Scale Voltage  
To 3.2 MΩ  
32 MΩ  
<3.1 V dc  
<2.8 V dc (typical)  
<440 mV dc  
<420 mV dc  
(typical)  
<1.4 V dc  
<1.3 V dc  
(typical)  
e
<3.1 V dc  
2.0 V dc  
G R  
Typical Short Circuit Current  
400 µA  
500 µA  
e
G R  
VF  
Typical Test Current  
G
0.0 V  
0.6 V  
1.2 V  
2.0 V  
0.5 mA  
0.4 mA  
0.3 mA  
0.1 mA  
 

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