Brymen TOP TRONIC TBM251 User manual

USER'S
MANUAL
TBM251
TBM252
TBM255
TBM257
J A C K
J A C K
!

1
1) SAFETY
Terms in this manual
WARNING identifies conditions and actions that could result in serious injury or even death to
the user.
CAUTION identifies conditions and actions that could cause damage or malfunction in the
instrument.
This manual contains information and warnings that must be followed for operating the instrument
safely and maintaining the instrument in a safe operating condition. If the instrument is used in a
manner not specified by the manufacturer, the protection provided by the instrument may be
impaired. The meter is intended only for indoor use.
The meter protection rating, against the users, is double insulation per IEC61010-1 2nd Ed.,
EN61010-1 2nd Ed., UL61010-1 2nd Ed. and CAN/CSA C22.2 No. 61010.1-0.92 to Category II
1000V, CAT III 600V and CAT IV 300V AC & DC.
Terminals (to COM) measurement category:
V : Category II 1000V, CAT III 600V and CAT IV 300V AC & DC.
mAA : Category III 500Vac and 300Vdc.
A : Category III 600Vac and 300Vdc.
Per IEC61010-1 2nd Ed. (2001) Measurement Category
Measurement Category IV (CAT IV) is for measurements performed at the source of the low-
voltage installation. Examples are electricity meters and measurements on primary overcurrent
protection devices and ripple control units.
Measurement Category III (CAT III) is for measurements performed in the building installation.
Examples are measurements on distribution boards, circuit- breakers, wiring, including cables,
bus-bars, junction boxes, switches, socket-outlets in the fixed installation, and equipment for
industrial use and some other equipment, for example, stationary motors with permanent
connection to the fixed installation.
Measurement Category II (CAT II) is for measurements performed on circuits directly connected
to the low voltage installation. Examples are measurements on household appliances, portable
tools and similar equipment.

2
WARNING
To reduce the risk of fire or electric shock, do not expose this product to rain or moisture. To avoid
electrical shock hazard, observe the proper safety precautions when working with voltages above
60 VDC or 30 VAC rms. These voltage levels pose a potential shock hazard to the user. Do not
touch test lead tips or the circuit being tested while power is applied to the circuit being measured.
Keep your fingers behind the finger guards of the test leads during measurement. Inspect test
leads, connectors, and probes for damaged insulation or exposed metal before using the
instrument. If any defects are found, replace them immediately. Do not measure any current that
exceeds the current rating of the protection fuse. Do not attempt a current measurement to any
circuit where the open circuit voltage is above the protection fuse voltage rating. Suspected open
circuit voltage should be checked with voltage functions. Never attempt a voltage measurement
with the test lead inserted into the A/mA or A input jack. Only replace the blown fuse with the
proper rating as specified in this manual.
CAUTION
Disconnect the test leads from the test points before changing functions. Always set the
instrument to the highest range and work downward for an unknown value when using manual
ranging mode.
INTERNATIONAL ELECTRICAL SYMBOLS
!Caution ! Refer to the explanation in this Manual
Caution ! Risk of electric shock
Earth (Ground)
Double Insulation or Reinforced insulation
Fuse
AC--Alternating Current
DC--Direct Current
2) CENELEC DIRECTIVES
The instruments conform to CENELEC Low-voltage directive 2006/95/EC and Electromagnetic
compatibility directive 2004/108/EC

3
3) PRODUCT DESCRIPTION
Note: Top of the line model is used as representative for illustration purposes. Please refer to your
respective model for function availability.
1) 3-5/6 digits 6000 counts LCD
display
2) Push-buttons for special
functions & features
3) Selector to turn the Power On or
Off and Select a function
4) Input Jack for milli-amp and
micro-amp current functions
5) Input Jack for all functions
EXCEPT current (A, mA, A)
functions
6) Common (Ground reference)
Input Jack for all functions
7) Input Jack for 8A (15A for 30sec)
current function
Analog bar-graph
The analog bar graph provides a visual indication of measurement like a traditional analog meter
needle. It is excellent in detecting faulty contacts, identifying potentiometer clicks, and indicating
signal spikes during adjustments.
J A C K
J A C K
!

4
Average sensing RMS calibrated
RMS (Root-Mean-Square) is the term used to describe the effective or equivalent DC value of an
AC signal. Most digital multimeters use average sensing RMS calibrated technique to measure
RMS values of AC signals. This technique is to obtain the average value by rectifying and filtering
the AC signal. The average value is then scaled upward (calibrated) to read the RMS value of a
sine wave. In measuring pure sinusoidal waveform, this technique is fast, accurate and cost
effective. In measuring non-sinusoidal waveforms, however, significant errors can be introduced
because of different scaling factors relating average to RMS values.
True RMS
True RMS is a term which identifies a DMM that responds accurately to the effective RMS value
regardless of the waveforms such as: square, sawtooth, triangle, pulse trains, spikes, as well as
distorted waveforms with the presence of harmonics. Harmonics may cause :
1)Overheated transformers, generators and motors to burn out faster than normal
2)Circuit breakers to trip prematurely
3)Fuses to blow
4)Neutrals to overheat due to the triplen harmonics present on the neutral
5)Bus bars and electrical panels to vibrate
Crest Factor
Crest Factor is the ratio of the Crest (instantaneous peak) value to the True RMS value, and is
commonly used to define the dynamic range of a True RMS DMM. A pure sinusoidal waveform
has a Crest Factor of 1.4. A badly distorted sinusoidal waveform normally has a much higher
Crest Factor.
NMRR (Normal Mode Rejection Ratio)
NMRR is the DMM's ability to reject unwanted AC noise effect that can cause inaccurate DC
measurements. NMRR is typically specified in terms of dB (decibel). This series has a NMRR
specification of >60dB at 50 and 60Hz, which means a good ability to reject the effect of AC noise
in DC measurements.
CMRR (Common Mode Rejection Ratio)
Common mode voltage is voltage present on both the COM and VOLTAGE input terminals of a
DMM, with respect to ground. CMRR is the DMM's ability to reject common mode voltage effect
that can cause digit rolling or offset in voltage measurements. This series has a CMRR
specifications of >60dB at DC to 60Hz in ACV function; and >100dB at DC, 50 and 60Hz in DCV
function. If neither NMRR nor CMRR specification is specified, a DMM's performance will be
uncertain.
4) OPERATION
CAUTION
Before and after hazardous voltage measurements, test the voltage function on a known source
such as line voltage to determine proper meter functioning.

5
AutoCheckTM mode (model 257 & 255 only)
This innovative AutoCheckTM feature automatically selects measurement function of DCV, ACV
or Resistance () based on the input via the test leads.
With no input, the meter displays “Auto” when it is ready.
With no voltage signal but a resistance below 10M(nominal) is present, the meter displays the
resistance value. When the resistance is below “Audible Threshold”, the meter further gives a
continuity beep tone.
When a signal above the voltage threshold of 1V DC or AC up to the rated 1000V is present, the
meter displays the voltage value in appropriate DC or AC, whichever larger in peak magnitude.
Note:
*Range-Lock and Function-Lock Feature: When a measurement reading is being displayed in
AutoCheckTM mode, press the RANGE or SELECT button momentarily 1 time can lock the range
or function it was in. Press the button momentarily repeatedly to step through the ranges or
functions.
*As Hazardous-Alert: When making resistance measurements in AutoCheckTM mode, an
unexpected display of voltage readings alerts you that the object under test is being energized.
*Ghost-voltage Buster: Ghost-voltages are unwanted stray signals coupled from adjacent hard
signals, which confuse common multimeter voltage measurements. Our AutoCheckTM mode
provides low (ramp-up) input impedance (approx. 2.5kΩ at low voltage) to drain ghost voltages
leaving mainly hard signal values on meter readings. It is an invaluable feature for precise
indication of hard signals, such as distinguishing between hot and open wires (to ground) in
electrical installation applications.

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WARNING:
AutoCheckTM mode input impedance increases abruptly from initial 2.5kΩ to a few hundred kΩ’s
on high voltage hard signals. “LoZ” displays on the LCD to remind the users of being in such low
impedance mode. Peak initial load current, while probing 1000VAC for example, can be up to
566mA (1000V x 1.414 / 2.5kΩ), decreasing abruptly to approx. 3.8mA (1000V x 1.414 / 375kΩ)
within a fraction of a second. Do not use AutoCheckTM mode on circuits that could be damaged by
such low input impedance. Instead, use rotary selector or high input impedance voltage
modes to minimize loading for such circuits.
DCV, ACV, & Line Frequency functions
Press the Hz push-button for one second or more to activate or to exit Hz.
!
DCV
J A C K
J A C K
ACV
!
J A C K
J A C K
!
J A C K
J A C K
Hz
Note:
*Input sensitivity varies automatically with function range selected before activating the Hz
function. 6V function range has the highest and the 1000V range has the lowest. It is
recommended to first measure the signal voltage (or current) level then activate the Hz function in
that voltage (or current) range to automatically set the most appropriate trigger level. You can also
press the RANGE button momentarily to select another trigger level manually. If the Hz reading
becomes unstable, select lower sensitivity to avoid electrical noise. If the reading shows zero,
select higher sensitivity.
*Number of Bar-graph pointer is used to indicate input range (sensitivity) selected. 1/2/3/4 pointers
indicate 6/60/600/1000V, 6/10/-/-A, 60/600/-/-mA or 600/6000/-/-uA is selected in corresponding V,
A, mA or uA function respectively. ( “-” means range not available)
*The Hz of mV function is designed specially for logic level (3V or 5V family) frequency
measurement.

7
Resistance, Continuity, Capacitance (model 257, 255 & 252 only), & Diode
test functions
Press the SELECT button momentarily to select the subject functions in sequence. Last selection
will be saved as power up default for repeat measurement convenience.
CAUTION
Discharge capacitors before making any measurement. Large value capacitors should be
discharged through an appropriate resistance load.
CAUTION
Using resistance and continuity function in a live circuit will produce false results and may damage
the instrument. In many cases the suspected component must be disconnected from the circuit to
obtain an accurate reading
Continuity function is convenient for checking wiring connections and operation of switches. A
continuous beep tone indicates a complete wire.
Normal forward voltage drop (forward biased) for a good silicon diode is between 0.400V to
0.900V. A reading higher than that indicates a leaky diode (defective). A zero reading indicates a
shorted diode (defective). An OL indicates an open diode (defective). Reverse the test leads
connections (reverse biased) across the diode. The digital display shows OL if the diode is good.
Any other readings indicate the diode is resistive or shorted (defective).
DCmV, ACmV, Temperature oC & oF functions (model 257, 255 & 252 only)
Press the SELECT button momentarily to select the subject functions in sequence. Last selection
will be saved as power up default for repeat measurement convenience.

8
Note: Be sure to insert the banana plug K-type temperature bead probe Bkp60 with correct
polarities. You can also use a plug adapter Bkb32 (Optional purchase) with banana pins to K-type
socket to adapt other standard K type mini plug temperature probes.
A, mA, and A Current functions
Press SELECT button momentarily to toggle between DC and AC.Last selection will be saved as
power up default for repeat measurement convenience.

9
*Note: When measuring a 3-phase system, special attention should be taken to the phase-to-
phase voltage which is significantly higher than the phase-to-earth voltage. To avoid exceeding
the voltage rating of the protection fuse(s) accidentally, always consider the phase-to-phase
voltage as the working voltage for the protection fuse(s).
Electric Field EF-Detection
At Volt or Current function, press the EF button for one second or more and release to toggle to
EF-Detection feature. The meter displays “E.F.” when it is ready. Signal strength is indicated as a
series of bar-graph segments on the display plus variable beep tones.
Non-Contact EF-Detection: An antenna is located along the top-right end of the meter, which
detects electric field surrounds current-carrying conductors. It is ideal for tracing live wiring
connections, locating wiring breakage and to distinguish between live or earth connections.
Probe-Contact EF-Detection: For more precise indication of live wires, such as distinguishing
between live and ground connections, use the Red (+) test probe for direct contact
measurements.
PC computer interface capabilities
The instrument equips with an optical isolated interface port at the meter back for data
communication. Press HOLD button while turning the meter on to enable meter PC-COMM output.
Optional purchase PC interface kit BRUA20X is required to connect the meter to the PC computer
RS232 or USB ports.
MAX/MIN at Fast 20/s measurement mode (model 257 & 255 only)
Press REC button momentarily to activate MAX/MIN recording mode. The LCD “MAX MIN” turn
on, and the reading update rate will be increased to 20/second. The meter beeps when new MAX
(maximum) or MIN (minimum) reading is updated. Press the button momentarily to read the MAX
and MIN readings in sequence. Press the button for 1 second or more to exit MAX/MIN recording
mode. Auto-ranging remains, and Auto-Power-Off is disabled automatically in this mode.

10
5ms CREST capture mode (model 257 & 255 only)
Press CREST button momentarily to activate CREST (Instantaneous Peak-Hold) mode to capture
voltage or current signal duration as short as 5ms. The LCD “C” & “MAX” turn on. Press the button
momentarily to read the MAX and MIN readings in sequence. Press the button for 1 second or
more to exit CREST capture mode. Auto-ranging and Auto-Power-Off are disabled automatically in
this mode.
Backlighted LCD display (model 257 & 255 only)
Press the SELECT button for 1 second or more to toggle the LCD backlight. The backlight will
also be turned off automatically after 32 seconds to extend battery life.
Hold
The hold feature freezes the display for later view. Press the HOLD button momentarily to toggle
the hold feature.
Relative Zero ( )mode
Relative zero allows the user to offset the meter consecutive measurements with the displaying
reading as the reference value. Practically all displaying readings can be set as relative reference
value including MAX/MIN feature readings. Press the REL button momentarily to toggle relative
zero mode.
Manual or Auto-ranging
Press the RANGE button momentarily to select manual-ranging, and the meter will remain in the
range it was in, the LCD turns off. Press the button momentarily again to step through the
ranges. Press and hold the button for 1 second or more to resume auto-ranging.
Note: Manual ranging feature is not available in Hz and functions.
Set Beeper Off
Press the RANGE button while turning the meter on to temporarily disable the Beeper feature.
Turn the rotary switch OFF and then back on to resume.
Beep-Jack™Input Warning
The meter beeps as well as displays “InEr” to warn the user against possible damage to the meter
due to improper connections to the A, mA, or A input jacks when other function (like voltage
function) is selected.
Auto-Power-Off (APO)
The Auto-Power-Off (APO) mode turns the meter off automatically to extend battery life after
approximately 34 minutes of no rotary switch or push button operations. To wake up the meter
from APO, press the SELECT, CREST or REC button momentarily or turn the rotary switch OFF
and then back on. Always turn the rotary switch to the OFF position when the meter is not in use
Disabling Auto-Power-Off
Press the SELECT button while turning the meter on to temporarily disable the Auto-Power-Off
(APO) feature. Turn the rotary switch OFF and then back on to resume.
5) MAINTENANCE
WARNING

11
To avoid electrical shock, disconnect the meter from any circuit, remove the test leads from the
input jacks and turn OFF the meter before opening the case. Do not operate with open case.
Install only the same type of fuse or equivalent
Calibration
Periodic calibration at intervals of one year is recommended to maintain meter accuracy. Accuracy
is specified for a period of one year after calibration. If self-diagnostic message “C_Er” is being
displayed while powering on, some meter ranges might be largely out of specifications. To avoid
mis-leading measurements, stop using the meter and send it for re-calibration. Refer to the
LIMITED WARRANTY section for obtaining warranty or repairing service.
Cleaning and Storage
Periodically wipe the case with a damp cloth and mild detergent; do not use abrasives or solvents.
If the meter is not to be used for periods of longer than 60 days, remove the battery and store it
separately
Trouble Shooting
If the instrument fails to operate, check battery, fuses, leads, etc., and replace as necessary.
Double check operating procedure as described in this user’s manual
If the instrument voltage-resistance input terminal has subjected to high voltage transient (caused
by lightning or switching surge to the system) by accident or abnormal conditions of operation, the
series fusible resistors will be blown off (become high impedance) like fuses to protect the user
and the instrument. Most measuring functions through this terminal will then be open circuit. The
series fusible resistors and the spark gaps should then be replaced by qualified technician. Refer
to the LIMITED WARRANTY section for obtaining warranty or repairing service.
Battery and Fuse replacement
Battery use: 1.5V AAA Size battery x 2
Fuses use:
Fuse (FS1) for AmA current input:
0.63A/500Vac, IR 50kA, F fuse
Fuse (FS2) for A current input:
10A/600Vac, IR 100kA, F fuse
Battery and Fuse replacement:
Loosen the screw from the access
cover of the case bottom. Lift the
access cover. Replace the batteries or
fuse. Re-fasten the screw.

12
GENERAL SPECIFICATION
Display: 3-5/6 digits 6,000 counts
Update Rate: 5 per second nominal
24 Segments Bar graph: 40 per second max
Operating Temperature: 0oC to 40oC
Relative Humidity: Maximum relative humidity 80% for temperature up to 31oC decreasing
linearly to 50% relative humidity at 40oC
Altitude: Operating below 2000m
Storage Temperature: -20oC ~ 60oC, < 80% R.H. (with battery removed)
Temperature Coefficient: Nominal 0.15 x (specified accuracy)/ oC @ (0oC ~ 18oC or 28oC ~
40oC), or otherwise specified
Sensing:
Model 251, 252 & 255: Average sensing
Model 257: True RMS sensing
Pollution Degree: 2
Safety: Double insulation per IEC61010-1 2nd Ed., EN61010-1 2nd Ed., UL61010-1 2nd Ed. &
CAN/CSA C22.2 No. 61010.1-0.92 to Category II 1000V, CAT III 600V and CAT IV 300V AC & DC
Transient Protection: 6.5kV (1.2/50s surge)
Terminals (to COM) Measurement Category:
V : Category II 1000V, CAT III 600V and CAT IV 300V AC & DC.
mAA : Category III 500Vac and 300Vdc.
A : Category III 600Vac and 300Vdc.
E.M.C. : Meets EN61326-1:2006 (EN55022, EN61000-3-2, EN61000-3-3, EN61000-4-2,
EN61000-4-3, EN61000-4-4, , EN61000-4-5, EN61000-4-6, EN61000-4-8, EN61000-4-11)
In an RF field of 3V/m:
Capacitance function is not specified
Other function ranges:
Total Accuracy = Specified Accuracy + 100 digits
Performance above 3V/m is not specified
Overload Protection:
uA & mA: 0.63A/500Vac, IR 50kA @500Vac
A: 10A/600Vac IR 100kA @600Vac
V: 1050 Vrms, 1450 Vpeak
AutoCheckTM, mV, Ohm & others: 600 Vrms
Low Battery: Below approx. 2.3V
Power Supply: 1.5V AAA Size battery X 2
Power Consumption (typical): 3.5mA
APO Consumption (typical): 10A
APO Timing: Idle for 34 minutes
Dimension: 161*80*50mm L*W*H (With Holster)
Weight: Approx. 340 gm (With Holster)
Special Features: AutoCheckTM V & (model 255 & 257 only); Auto-ranging MAX/MIN Record
(model 255 & 257 only); Crest mode (Peak Hold, model 255 & 257 only), Backlighted LCD (model
255 & 257 only); Auto-ranging Relative Zero mode; Display Hold; EF-Detection (NCV); Interface
capabilities with PC computer; Input warning detection

13
Accessories: Test lead pair; batteries installed; user’s manual; BKP60 banana plug type-K
thermocouple (model 252, 255 & 257 only)
Optional purchase accessories: USB interface kit BRUA-20X; Magnetic hanger BMH-01;
BKB32 banana plug to type-K socket plug adaptor
Electrical Specification
Accuracy is given as +/- (% of reading digits + number of digits) or otherwise specified @ 23oC +/-
5oC and less than 75% R.H.
True RMS model BM257 ACV & ACA accuracies are specified from 5 % to 100 % of range or
otherwise specified. Maximum Crest Factor <3:1 at full scale & <6:1 at half scale, and with
frequency components fall within the meter specified frequency bandwidth for non-sinusoidal
waveforms
AC Voltage
RANGE
Accuracy
50Hz ~ 400Hz
60.00mV, 600.0mV
1.0% + 5d
6.000V
, 60.00V, 600.0V,
1000V
CMRR: >60dB @ DC to 60Hz, Rs=1k
Input Impedance: 10M, 50 pF nominal
AutoCheckTM_ACV (model 255 & 257 only)
RANGE
Accuracy
50Hz/60Hz
1.000V ~ 1000V
1.4
%
+
5
d
AutoCheckTM Lo-Z ACV Threshold:
> 1V nominal
AutoCheckTM Lo-Z ACV Input Impedance:
Initially approx. 2.5k, 120pF nominal;
Impedance increases abruptly within a fraction
of a second as display voltage is above 50V
(typical). Ended up impedances vs display
voltages typically are:
15k@100V
100k@300V
250k@600V
375k@1000V
Ohm
RANGE
Accuracy
600
.
0

,
6.000K

,
60.00K

,
600.0K

0.5%+4d
6.000M

0.7
%+4d
60
.
00M

1.2%+4d
Open Circuit Voltage: 0.45VDC typical
DC Voltage
RANGE
Accuracy
60.00mV
0
.
4
%+
5
d
600.0mV
0.2%+3d
6.000V
, 60.00V, 600.0V,
1000V
NMRR: > 60dB @ 50Hz/60Hz
CMRR: > 100dB @ DC, 50Hz/60Hz; Rs=1k
Input Impedance: 10M, 50 pF nominal
AutoCheckTM_DCV (model 255 & 257 only)
RANGE
Accuracy
1.000V ~ 1000V
1.3
%
+
3
d
AutoCheckTM Lo-Z DCV Threshold:
> +1.0VDC & < -1.0VDC nominal
AutoCheckTM Lo-Z DCV Input Impedance:
Initially approx. 2.5k, 120pF nominal;
Impedance increases abruptly within a fraction
of a second as display voltage is above 50V
(typical). Ended up impedances vs display
voltages typically are:
15k@100V
100k@300V
250k@600V
375k@1000V
AutoCheckTM_Ohm (model 255 & 257 only)
RANGE
1)
Accuracy
00.00

~ 6
0
.
00M

1.2
%
+
10
d
Open Circuit Voltage: 0.45VDC typical
1)AutoCheckTM Ohm Threshold:
< 10.00Mnominal

14
CREST Mode (model 255 & 257 only)
Accuracy: Specified accuracy plus 150 digits
for changes > 5ms in duration
RECORD Mode (model 255 & 257 only)
Accuracy: Specified accuracy plus 100 digits
for changes > 100ms in duration
Audible Continuity Tester
Audible Threshold: Between 10and 80
Response time: 32ms
Capacitance (model 252, 255 & 257 only)
RANGE
Accuracy
6
0.0
0
nF
, 6
00
.
0nF
2.0
%+5d
6.
000

F,
6
0
.
00

F
, 600.0

F
1
.
5
%+
5
d
3
000

F
2.0
%+5d
Accuracies with film capacitor or better
Diode Tester
RANGE
Accuracy
1.000V
1.0
%
+
3
d
Test Current: 0.56mA typically
Open Circuit Voltage: < 1.8VDC typically
DC Current
RANGE Accuracy
Burden
Voltage
6
00.0

A
0
.
5
%+
5
d
0.10 mV/uA
6
000

A
0.5%+3d
6
0
.
00
m
A
0.5%+5d 1.7 mV/mA
600.0mA
0.5%+3d
6.
000A
1.2
%+
6
d
0.03V/A
8.00A
1)
1.8
%+6d
1) 8A continuous, >8A to 15A for 30 sec. max
with 5 minutes cool down interval
AC Current
RANGE Accuracy
Burden
Voltage
50H
Z
~
400
H
Z
6
00.0

A
, 6
000

A
1.0%+3d
0.10
mV/uA
6
0
.
00
m
A
, 600.0mA
1.7 mV/mA
6.
000A
1.2
%+
6
d
0.03V/A
8.00A
1)
1.8
%+6d
1) 8A continuous, >8A to 15A for 30 sec. max
with 5 minutes cool down interval
Temperature (model 252, 255 & 257 only)
RANGE
Accuracy
-
5
0
o
C
~
10
00
o
C
0.
3
%
+
3
d
-
58
o
F ~ 1832
o
F
0.
3
%
+
6
d
K type thermocouple range & accuracy not
included
Logic Level Hz (mV Function)
RANGE
Sensitivity
(
square wave
)
5
.00
Hz
~ 500.0 k
H
z
3 V
peak
5
.00
Hz
~ 1.000 M
Hz
5 V
peak
Accuracy: 0.03%+2d
Hz (Line) @ ACV, DCV, Current &
AutoCheckTM
Function
Sensitivity
(Sine RMS)
Range
6
V
0.4
V
1
0Hz
-
10
kHz
60
V
4
V
1
0Hz
-
50
kHz
600
V
4
0V
1
0Hz
-
50
kHz
1000V
40
0V
45
Hz
-
1kHz
600

A
40

A
10
Hz
-
1
0kHz
6000

A
400

A
10
Hz
-
1
0kHz
60
mA
4mA
10
Hz
-
1
0kHz
600
mA
40
mA
10
Hz
-
1
0kHz
6
A
1A
10
Hz
-
1
kHz
10A
6A
10
Hz
-
1kHz
Accuracy: 0.03%+3d
Non-Contact EF-Detection
Typical Voltage
Bar
-
Graph
Indication
20V
(tolerance: 10V ~ 36V)
-
55V
(tolerance:
23
V ~ 83V)
-
-
110V
(tolerance:
59
V ~ 165V)
-
-
-
220V (tolerance:1
24
V ~ 330V)
-
-
-
-
440V
(tolerance:
250
V
& 1000V
)
-
-
-
-
-
Indication: Bar-graph segments & audible beep
tones proportional to the field strength
Detection Frequency: 50/60Hz
Detection Antenna: Top-right end of the meter
Probe-Contact EF-Detection: For more precise
indication of live wires, such as distinguishing
between live and ground connections, use
the Red (+) test probe for direct contact
measurements

LIMITED WARRANTY
BRYMEN warrants to the original product purchaser that each product it manufactures will be free
from defects in material and workmanship under normal use and service within a period of one
year from the date of purchase. BRYMEN's warranty does not apply to accessories, fuses, fusible
resistors, spark gaps, batteries or any product which, in BRYMEN's opinion, has been misused,
altered, neglected, or damaged by accident or abnormal conditions of operation or handling.
To obtain warranty service, contact your nearest BRYMEN authorized agent or send the product,
with proof of purchase and description of the difficulty, postage and insurance prepaid, to
BRYMEN TECHNOLOGY CORPORATION. BRYMEN assumes no risk for damage in transit.
BRYMEN will, at its option, repair or replace the defective product free of charge. However, if
BRYMEN determines that the failure was caused by misused, altered, neglected, or damaged by
accident or abnormal conditions of operation or handling, you will be billed for the repair.
THIS WARRANTY IS EXCLUSIVE AND IS IN LIEU OF ALL OTHER WARRANTIES,
EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTY OR
MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OR USE. BRYMEN WILL
NOT BE LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL
DAMAGES.
BRYMEN TECHNOLOGY CORPORATION
TEL:[phone]
FAX:[phone]
http://www.brymen.com
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