HP Hewlett Packard Power Supply 380976 User Manual

User Guide  
1Φ/3Φ 1000 Amp True RMS Power Clamp-On  
Model 380976  
 
Warranty  
EXTECH INSTRUMENTS CORPORATION warrants this instrument to be free of defects  
in parts and workmanship for one year from date of shipment (a six month limited warranty  
applies to sensors and cables). If it should become necessary to return the instrument for  
service during or beyond the warranty period, contact the Customer Service Department at  
information. A Return Authorization (RA) number must be issued before any product is  
returned to Extech. The sender is responsible for shipping charges, freight, insurance and  
proper packaging to prevent damage in transit. This warranty does not apply to defects  
resulting from action of the user such as misuse, improper wiring, operation outside of  
specification, improper maintenance or repair, or unauthorized modification. Extech  
specifically disclaims any implied warranties or merchantability or fitness for a specific  
purpose and will not be liable for any direct, indirect, incidental or consequential damages.  
Extech's total liability is limited to repair or replacement of the product. The warranty set  
forth above is inclusive and no other warranty, whether written or oral, is expressed or  
implied.  
Safety Information  
Read the following safety information carefully before attempting to operate or  
service the meter.  
To avoid damage to the instrument do not exceed the maximum input limits shown in  
the technical specifications.  
Do not use the meter or test leads if they appear damaged.  
Use extreme caution when working around bare conductors or bus bars. Accidental  
contact with the conductor could result in electric shock.  
Use the meter only as specified in this manual; otherwise, the protection provided by  
the meter may be impaired.  
Read the operating instructions before use and follow all safety information.  
Use caution when working with voltages above 60VDC or 30VAC RMS. Such  
voltages represent a shock hazard.  
Before taking resistance measurements or testing continuity, disconnect the circuit  
under test from the main power supply and remove all loads from the circuit.  
Safety symbols  
Caution! Refer to this manual before using the meter.  
Dangerous voltages.  
Meter is protected throughout by double insulation or  
reinforced insulation.  
When servicing, use only specified replacement parts.  
Complies with EN-61010-1, IEC 1010-2-32  
380976 V3.1 6/08  
3
 
Meter Description  
1. Transformer Jaws  
2. Jaw opening trigger  
3. Data Hold & MX/MN button  
4. Function Selector  
5. Range button  
6. Temperature input jack  
7. LCD Display  
8. ‘COM’ input jack  
9. ‘V’ input jack  
10.  
µA input jack  
380976 V3.1 6/08  
4
 
Measurements  
AC + DC Voltage Measurements  
WARNING  
The maximum input is 600V. Do no attempt voltage measurements above this limit.  
Exceeding this limit could cause electrical shock and damage to the meter.  
1. Set the rotary switch to the ‘  
V’ position.  
2. Insert the test leads into the meter’s input jacks. (Black to  
‘COM’ and Red to ‘V’)  
3. Connect the test leads to the measured circuit.  
4. The meter will automatically detect and display AC or DC  
voltage. The meter will also automatically select the  
appropriate range.  
5. Read the voltage (main display) and frequency (upper,  
smaller display digits) on the LCD.  
NOTE: The sensitivity for Automatic AC/DC Voltage detection is  
1V. Voltage below 1V may indicate DC.  
NOTE: The sensitivity for voltage measurements is 1.2V and the frequency range is  
40Hz to 1 KHz. If the frequency is less than 40Hz the LCD may display ‘Hz’.  
AC Current Measurements  
1. Set the rotary switch to the "~A" position.  
2. Press the Trigger to open the jaw.  
3. Fully enclose the conductor that is being measured in the jaw. No gap should exist  
between the two jaw halves. The conductor under test must be a single wire; if there  
are multiple wires in a cable the conductor must first be isolated (see diagram below).  
4. The meter selects the range automatically.  
5. Read the measured current (main display) and frequency (upper display) on the LCD.  
NOTE: The sensitivity for current measurements is 6A and the frequency range is  
40Hz to 400Hz. If the frequency is less than 40Hz the LCD may display ‘Hz’.  
380976 V3.1 6/08  
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AC Power Measurements  
1Φ KW, KVA, KVAR, Power Factor & Phase Angle Measurement  
1. Set the rotary switch to the ‘KW/KVA’  
position.  
2. Insert the test leads to the meter as  
follows: Black to ‘COM’ and Red to ‘V’.  
3. Connect the black lead to the neutral line.  
4. Connect the red lead to the power line  
and clamp onto the same lead to which  
the red lead is connected.  
5. The meter selects the best range  
automatically.  
6. Select the desired display combination  
using the RANGE key. Press RANGE to  
scroll through the following combination displays:  
ƒ
ƒ
ƒ
ƒ
ƒ
kW and HP (horsepower)  
kW and PF (power factor)  
kW and KVAR (reactive power)  
KVA and phase angle (θ)  
V and A  
Note that LEAD and LAG icons are also displayed on the LCD to inform the user that the  
voltage is leading or lagging the current with regard to phase.  
Note: Allow 2 seconds after each RANGE key press for the meter to update the display.  
1 HP = 746 Watts  
KW  
= cosθ  
PF =  
KVA  
KVA (Apparent Power) = (V*A) / 1000  
(KVA)2 (KW)2  
KVAR (Reactive Power) =  
= KVA sinθ  
*
NOTES  
1. The ‘+’ sign printed on the meter must face the power source for best accuracy.  
2. If the device under test is a switching mode power supply, the KW, PF, and  
Phase angle measurements may not be accurate.  
380976 V3.1 6/08  
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3Φ 3-Wire KW, HP, KVA, KVAR, Power Factor & Phase Angle Measurement  
1. First, measure WRS(L1L2) (refer to the diagram below).  
a. Set the rotary switch to the “  
V ”.  
b. Press and hold the “HOLD” key while setting the rotary switch to “KW/KVA”, the  
3φ3W and WL12 symbols will appear.  
c. Insert the test leads into the jacks.  
d. Select a phase (e.g. S or L2) as COM and connect the test probe of the COM  
(black) terminal to that phase (e.g. S or L2).  
e. Connect the test probe of V (red) terminal to the second phase (e.g. R or L1).  
f.  
Clamp the same phase as step e. (e.g. R or L1).  
g. The power clamp will automatically select the proper range.  
h. Wait until the reading is stable (about 6 seconds). Press the “HOLD” key to store  
the measured value. The WL23 symbol will appear.  
2. Second, measure WTS(L3L2) (refer to the diagram that follows the steps below).  
a. Disconnect the test probe from the phase where the jaw clamp was set in the  
previous measurement.  
b. Connect the test probe to the third phase (e.g. T or L3).  
c. Clamp the third phase where test probe is connected to (e.g. T or L3)  
d. The power clamp will automatically select the proper range.  
e. Wait until the reading is stable (about 6 seconds) and then press the “HOLD” key  
to store the measured value.  
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3. The power clamp will process these two sets of data (WL12 , WL23), and show the result  
on the LCD. The WL123 symbol will be shown to indicate 3 3W power. The 3 3W power  
φ
φ
(in watts) is stored in the meter memory.  
4. To read a single data record, press the “HOLD” key to select desired WL12 , WL23  
or WL123 display then press the “RANGE” key to select KW+HP (Horse Power),  
KW+PF (Power Factor), KW+KVAR, KVA+θ(Phase Angle) or A+V.  
5. W3 3W = WRS(L1L2) + WTS(L3L2)  
φ
2
2
KVA3φ3W = K  
3φ3W + KVAR 3φ3W  
W
KW  
3φ3W  
PF3φ3W  
=
KVA  
3φ3W  
6. Set the rotary switch to another position to exit this mode and clear the stored data.  
380976 V3.1 6/08  
8
 
NOTE  
Once a phase is selected as COM, users can not change this selection in the  
subsequent measurement. For example, if S (or L2) phase is selected, S (or L2)  
phase is always connected to the COM during measurement of WRS (or WL1L2) and  
W
TS (or WL3L2) in 3 3W unbalanced power.  
φ
NOTE  
1. The "+" sign printed on Panel must face the power source for accurate  
measurement.  
2. If the device under test is a switching power supply, the meter KW, PF and θ  
reading maybe incorrect.  
NOTE  
For 3 3W unbalanced power measurements, W  
or W  
could be negative.  
TS  
φ
RS  
Ensure that all connections are correct before accepting a reading as valid.  
380976 V3.1 6/08  
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3Φ 4-Wire KW, HP, KVA, KVAR, Power Factor & Phase Angle Measurement  
1. First, measure WR(L1) (refer to the diagram below).  
a. Set the rotary switch to the “  
V ” position.  
b. Press and hold the “RANGE” key while setting the rotary switch to the “KW/KVA”  
position, the 3φ4W and WL1 symbols should appear.  
c. Insert the test leads into the input jacks.  
d. Connect the neutral line to the COM (black) terminal.  
e. Connect the test probe of the V (red) terminal to the first phase (e.g. R or L1).  
f.  
Clamp on to the same phase (e.g. R or L1).  
g. The power clamp meter will automatically select the proper range.  
h. Wait until the reading is stable (about 6 seconds) and then press the “HOLD” key;  
the WL1 symbol will clear and the WL2 symbol will appear in order to instruct users  
to take the WS(L2) measurement.  
2. Second, measure WS(L2) (refer to the diagram that follows the steps below)  
a. Disconnect the test probe from the phase where the jaw was clamped in the  
previous measurement.  
b. Connect the test probe of the V (red) terminal to the second phase (e.g. S or L2).  
c. Clamp on to the phase where the test probe is connected (e.g. S or L2 phase)  
d. The power clamp will automatically select proper range.  
e. Wait until the reading is stable (about 6 seconds) and then press the “HOLD” key;  
the WL2 symbol will disappear. The WL3 symbol will appear to instruct users to take  
the WT(L3) measurement.  
380976 V3.1 6/08  
10  
 
3. Third, measure W  
(refer to the diagram that follows the steps below)  
T(L3)  
a. Disconnect the test probe from the phase where the jaws were clamped in the  
previous measurement.  
b. Connect the test probe of the V (red) terminal to the third phase (e.g. T or L3  
phase).  
c. Clamp the phase where the test probe is connected to (e.g. T or L3).  
d. The power clamp will automatically select the proper range.  
e. Wait until the reading is stable (about 6 seconds), and then press the “HOLD” key;  
The WL3 symbol will disappear.  
380976 V3.1 6/08  
11  
 
4. The power clamp will process these three sets of data (WL1, WL2 WL3) and show the result on  
the LCD. The WL123 symbol will be shown to indicate the 3 4W power (refer to diagram).  
φ
The 3 4W power value in watts is now stored in the meter’s memory.  
φ
5. To read a single data record, use the “HOLD” key to select WL1, WL2, WL3 or  
WL123 display then press the “RANGE” key to select KW+HP (Horse Power),  
KW+PF (Power Factor), KW+KVAR, KVA+θ(Phase Angle) or A+V displays.  
380976 V3.1 6/08  
12  
 
6. W3 4W = WR(L1) + WS(L2) WT(L3)  
φ
2
2
KVA  
3φ4W  
= K  
3φ4W  
+ KVAR  
3φ4W  
W
KW  
3φ4W  
3φ4W  
PF3φ4W  
=
KVA  
7. Set the rotary switch to another position to exit this mode and clear the stored data.  
NOTE  
1. The "+" sign printed on meter must face the power source for accurate  
measurement.  
2. If the device under test is switching power supply, the KW, PF and θ readings  
may not be correct.  
NOTE  
For 3 4W power measurements, WR or WS and WT must be positive. If one shows  
φ
negative power, check the connections.  
Resistance and Audible Continuity Measurements  
WARNING  
Before taking any in-circuit resistance measurements remove power from the circuit  
under test and discharge all capacitors.  
1. Set the rotary switch to the , ’  
2. Insert the test leads into the input jacks. (Black to ‘COM’ and  
Red to ‘’  
or ‘M’ position.  
)
3. Connect the test leads to the circuit or component under test.  
4. Read the resistance value on the LCD.  
5. For measurements < 40  
, the continuity beeper will sound.  
380976 V3.1 6/08  
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Capacitance Measurements  
1. Fully discharge the capacitor under test before proceeding.  
2. Insert the test leads into the input jacks. (Black to ‘COM’ and  
Red to ‘  
’).  
3. Set the rotary switch to the ‘  
’ position.  
4. Connect the red and black test leads to the capacitor. For  
Electrolytic (polarized) capacitors, connect the red test lead to  
the positive side and the black lead to the negative side.  
5. Read the capacitance value displayed on the LCD.  
Note: Large valued capacitors will take a long period of time to charge and to auto-range  
to the correct range. (up to 60 seconds in the worst case). For improved resolution  
and shortest test time, manually pre-selecting the proper range is recommended.  
Diode Tests  
1. Set the rotary switch to the "  
" position.  
2. Insert the test leads into the input jacks. (Black to ‘COM’ and Red to ‘  
’)  
3. Touch the test probe tips to the diode or semiconductor junction under test. Note the  
meter reading.  
4. Reverse the test lead polarity by reversing the red and black leads. Note this reading.  
5. The diode or junction can be evaluated as follows:  
a. If one reading shows a value and the other reading shows ‘OL’ (overload), the  
diode is good.  
b. If both readings show ‘OL’, the device is open.  
c. If both readings are very small or zero, the device is shorted.  
d. Note that the audible continuity function is operational in this mode (<40mV).  
Temperature Measurements  
1. Set the rotary switch to the "TEMP" position.  
2. Press the RANGE button to select the desired unit of measure (C or  
F).  
3. Insert the Type K Thermocouple into the subminiature input jacks  
located to the lower left of the rotary selector switch.  
4. Touch the thermocouple sensor to the object under test.  
5. Read the temperature value on the LCD.  
AC and DC µA Measurements  
1. Set the rotary switch to the "  
" position.  
µA  
2. Insert the test leads into the input jacks. (Black to ‘COM’ and  
Red to ‘µA)  
3. Connect the test leads in series with the circuit or device  
under test.  
4. The meter will automatically select AC or DC and the  
appropriate range.  
5. Read the current value on the LCD.  
380976 V3.1 6/08  
14  
 
Meter Control Keys  
HOLD - MX/MN Key  
Data Hold Function  
Press this key momentarily to put the meter into Data Hold mode (HOLD will appear on  
the LCD). In this mode, the meter freezes the displayed reading. To exit the Data Hold  
mode, press the key again (the HOLD icon will switch off). Note that the Data Hold  
mode is not available for Capacitance measurements.  
MX/MN (Maximum and Minimum reading mode)  
The MX/MN mode permits the user to record and recall the highest and lowest readings.  
The MX/MN feature is available for ACA, ACV, DCV, TEMP, and µA functions only. The  
following steps outline the MX/MN feature:  
1. Take an ACA, ACV, DCV, TEMP, or µA measurement as described earlier.  
2. Press and hold the MX/MN key for 2 seconds.  
3. The Elapsed Timer (top display) and the MX/MN & ® indicators will appear on the  
LCD.  
4. The Elapsed Timer shows the duration of the measurement session in Minutes and  
Seconds (the Elapsed Timer switches to Hours and Minutes after 60 minutes). The  
maximum recording time is 100 hours.  
5. The ® indicator informs the user that the measurement range is being held. Note  
that the AUTO POWER OFF feature is disabled in the MX/MN mode.  
6. Press the MX/MN key again to view the highest reading and the time (shown on  
the Elapsed Timer) that the reading was taken. The ‘MX’ icon will appear on the  
LCD.  
7. Press the MX/MN key again to view the lowest reading and the time (shown on the  
Elapsed Timer) that the reading was taken. The ‘MN’ icon will appear on the LCD.  
8. Press again to view the current elapsed time and measurement.  
9. To exit this mode, press and hold the MX/MN key until MX/MN indicators switch off.  
Using the HOLD button for Power Measurements  
Refer to the power measurement section of this manual for details.  
RANGE Key  
The RANGE Key operation varies from mode to mode. Refer to the information below:  
In ACA, ACV, DCV, A, Capacitance, and Resistance modes:  
µ
1. Press RANGE to enter the Manual Range mode (the ® indicator will appear).  
2. Press RANGE again to select the desired range manually.  
3. Press and hold the RANGE key to exit this mode (the ® indicator switches off).  
In KW/kVA mode:  
As described earlier, use the RANGE key to select the desired display combination:  
KW & PF, KW & KVAR, KVA & Phase angle, or Current / Voltage.  
In TEMP mode:  
Use the RANGE key to select the desired unit of measure (oC or oF).  
380976 V3.1 6/08  
15  
 
Automatic Sleep Mode and Battery Replacement  
The Meter is powered by a 9V battery. An AUTO SLEEP feature is included to preserve  
battery life.  
Note: The Auto Power OFF feature is disabled when the meter is in the MIN/MAX mode  
Note: In the sleep mode the meter continues to draw a small amount of battery current.  
Always turn the function switch to the OFF position when storing the meter.  
Note: To restore operation after the sleep mode has engaged, turn the function switch to  
the OFF position and then back to the function desired.  
Auto Sleep Disable  
The meter automatically goes to sleep mode after 30 minutes to conserve battery energy.  
To defeat this feature:  
1. Turn the meter OFF.  
2. Press and hold the HOLD key while turning the selector switch to the AC Amps  
position.  
3. Release HOLD when the clock icon appears on the LCD.  
Battery Replacement  
WARNING  
To prevent electrical hazard or shock, turn off the meter and disconnect test  
leads before removing the back cover.  
+
When the battery power falls low, the LCD will display the battery icon  
To replace the 9V battery:  
.
1. Set the Range switch to the OFF position.  
2. Remove the back cover by first removing the rear screws and then prying open the  
housing.  
3. Replace the 9V battery.  
4. Reassemble the meter housing.  
380976 V3.1 6/08  
16  
 
Specifications  
General Specifications  
Display  
Dual Display; 4-digit, 10,000 count (0 to 9999) LCD  
1.6” (42mm)  
Jaw Opening  
Max. Input limit  
Sampling rate  
Max. voltage between any terminal and ground: 600Vrms  
2.5 times per second (Digital Display); Once every 6  
seconds (KW, KVA, and KVAR)  
Auto Sleep  
After approx. 30 minutes (feature can be defeated)  
Battery symbol appears on the LCD  
9V Battery  
Low battery indication  
Power supply  
Battery life  
Approx. 32 hours with alkaline battery  
32 to 122oF (0 to 50oC)  
Operating Temperature  
Operating Humidity  
Operating Altitude  
Storage Temperature  
Storage Humidity  
Temperature coefficient  
< 80% RH  
7000 ft. (2000 meters) maximum.  
14 to 140oF (-10 to 60oC)  
< 70% RH  
0.1 x (specified accuracy) / oC at < 64oF (18oC), > 82oF  
(28oC)  
Dimensions  
Weight  
9.0 x 3.0 x 1.5" (228 x 76 x 39mm)  
Approx. 1.0 lb. (465g)  
CE, UL  
Approvals  
Safety  
This meter is intended for indoor use and protected, against  
the users, by double insulation per EN61010-1 and  
IEC61010-1 2nd Edition (2001) to CAT III 600V; Pollution  
Degree 2. The meter also meets UL 61010A-1, First Edition  
UL Listed  
The UL mark does not indicate that this product has been  
evaluated for the accuracy of its readings.  
PER IEC1010 OVERVOLTAGE INSTALLATION CATEGORY  
OVERVOLTAGE CATEGORY I  
Equipment of OVERVOLTAGE CATEGORY I is equipment for connection to circuits in  
which measures are taken to limit the transient overvoltages to an appropriate low level.  
Note – Examples include protected electronic circuits.  
OVERVOLTAGE CATEGORY II  
Equipment of OVERVOLTAGE CATEGORY II is energy-consuming equipment to be  
supplied from the fixed installation.  
Note – Examples include household, office, and laboratory appliances.  
OVERVOLTAGE CATEGORY III  
Equipment of OVERVOLTAGE CATEGORY III is equipment in fixed installations.  
Note – Examples include switches in the fixed installation and some equipment for  
industrial use with permanent connection to the fixed installation.  
OVERVOLTAGE CATEGORY IV  
Equipment of OVERVOLTAGE CATEGORY IV is for use at the origin of the installation.  
Note – Examples include electricity meters and primary over-current protection equipment  
380976 V3.1 6/08  
17  
 
Measurement Specifications  
Accuracy: ±(% of rdg + number of digits) from 18oC to 28oC (64oF to 82oF) R.H. < 80%  
AC Current (50Hz to 400Hz) True RMS  
Range
Overload Protection  
1000A  
99.99A  
999.9A  
± (2%  
± (4  
+
+
20d) (50, 60Hz)  
20d) (40~400Hz)  
%
100mA  
1.0A  
μA True RMS (AC+DC)  
Range
±(1% + 20d)  
Overload Protection  
600V  
2.0µA  
99.99  
999.9  
μ
A
A
100nA  
μ
Burden Voltage: 5mV/µA  
AC Voltage (50Hz to 400Hz) True RMS  
Range  
Overload Protection  
999.9mV  
±(1% + 20d) (50, 60Hz)  
±(2% + 20d) (40~100Hz)  
600V  
9.999V  
99.99V  
600.0V  
100mV  
2V  
±(1% + 20d) (50, 60Hz)  
±(2% + 20d) (40~400Hz)  
Input impedance: 3M  
Ω
DC Voltage  
Range  
999.9mV  
9.999V  
99.99V  
600.0V  
Overload Protection  
600V  
±(1.0% + 20d)  
100mV  
2V  
Input resistance: 3M  
Ω
Resistance (Audible Continuity for readings <40Ω on the 999.9Ω range)  
Range  
Overload Protection  
600V  
999.9  
9.999K  
99.99K  
999.9K  
Ω
Ω
Ω
Ω
± (1% + 10d)  
100  
Ω
380976 V3.1 6/08  
18  
 
MΩ (Resistance)  
Range  
10K  
Overload Protection  
600V  
9.999M  
99.99M  
Ω
Ω
±(5% + 10d)  
Ω
Capacitance  
Range  
Overload Protection  
600V  
10.000  
100.00  
1000.0  
μ
μ
μ
F
F
F
±(1.5% + 5d)  
±(2.5% + 15d)  
7000  
μ
F
μ
1 F  
Diode (Continuity <40mV)  
Range  
2.000V  
1mV  
Overload Protection  
600V  
±(2  
%
+ 1d)  
Temperature (K-Type thermocouple)  
Range  
0.1oF  
Overload Protection  
30VAC or 60VDC  
-50oC to 900oC  
-58oF to 1000oF  
±(1% + 2oF  
)
1Φ/3Φ TRUE Power (PF > 0.5 or  
K
< 60o) (50/60Hz)  
Range  
Overload Protection  
60.00KW (<100A)  
600.0KW (>100A)  
±(5% + 20d)  
600VAC/  
1000AAC  
100W  
1Φ/3Φ Horse Power (HP) (PF > 0.5 or  
K
< 60o) (50/60Hz)  
Range  
0.1 HP  
Overload Protection  
600VAC/1000AAC  
80.00HP (<100A)  
800.0 HP (>100A)  
±(5% + 20d)  
1Φ/3Φ Reactive Power (KVAR) (PF > 0.5 or  
K
< 60o) (50/60Hz)  
K
Range  
Overload Protection  
60.00KVAR (<100A)  
600.0KVAR (>100A)  
±(5% + 20d)  
600VAC/  
1000AAC  
100VAR  
380976 V3.1 6/08  
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1Φ/3Φ Apparent Power (KVA)  
Range  
Overload Protection  
600VAC/1000AAC  
60.00KVA (<100A)  
600.0KVA (>100A)  
±(2.5% + 20d)  
100VA  
Phase Angle (50/60Hz)  
Range  
0.1º  
±6.0º  
Sensitivity  
-60° ~ 0° ~ +60°  
ACV>100V, ACA>10A  
Frequency  
Range  
0.1Hz  
Sensitivity  
40Hz/1KHz  
±(0.5% +  
2
d)  
ACV>5V, ACA>6A  
Calibration and Repair Services  
Extech offers repair and calibration services for the products we sell. Extech also  
provides NIST certification for most products. Call the Customer Service Department for  
information on calibration services available for this product. Extech recommends that  
annual calibrations be performed to verify meter performance and accuracy.  
ꢀꢁ  
Support line (781) 890-7440  
Technical support: Extension 200; E-mail: [email protected]  
Repair & Returns: Extension 210; E-mail: [email protected]  
Product specifications subject to change without notice  
For the latest version of this User Guide, Software updates, and other  
Extech Instruments Corporation, 285 Bear Hill Road, Waltham, MA 02451  
Copyright © 2007 Extech Instruments Corporation  
All rights reserved including the right of reproduction in whole or in part in any form.  
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