TELARIS
®
LOOP
UNITEST
®
Instruction Manual Cat. No. 8978
2
English
3
Contents
Contents Page
1.0 Introduction / Scope of Supply ..............................................4
2.0 Transport and Storage............................................................4
3.0 Safety Measures ....................................................................5
4.0 General Information ..............................................................6
5.0 Display Indications / Control Elements ..................................7
6.0 Carrying out Measurements ..................................................8
6.1 Loop Measurement ................................................................8
6.2 Internal Mains Resistance Measurement................................9
6.3 RPE/RN/RL Measurement......................................................10
6.4 AC Voltage Measurement (VAC) ............................................11
6.5 Frequency Measurement (f) ..................................................11
6.6 Contact Electrode ..................................................................11
7.0 Display Indications.................................................................12
8.0 Storing Measurements ..........................................................14
9.0 Deleting stored Measurement Data ........................................14
10.0 Energy Management ..............................................................14
11.0 Appropriate Usage ................................................................14
12.0 Maintenance ..........................................................................14
12.1 Cleaning ................................................................................14
13.0 Battery Replacement..............................................................15
14.0 Calibration Interval ................................................................15
15.0 Technical Data........................................................................16
References marked on instrument or in instruction manual:
Warning of a potential danger, comply with instruction manual.
Reference. Please use utmost atention
Caution! Dangerous voltage. Danger of electrical shock.
Continuous double or reinforced insulation
complies with Category II.
Conformity symbol, the instrument complies
with the valid directives. It complies with the
EMC Directive (89/336/EEC), Standards EN
50081-1 and EN 50082-1 are fulfilled. It also
complies with the Low Voltage Directive
(73/23/EEC), Standard EN 61010-1 is fulfilled.
The instruction manual contains information
and references, necessary for safe operation
and maintenance of the instrument.
Prior to using the instrument (commissioning / assembly) the user is kindly requested to thoroughly
read the instruction manual and comply with it in all
sections.
Failure to read the instruction manual or to comply
with the warnings and references contained herein
can result in serious bodily harm or instrument damage.
1.0 Introduction
You have purchased a high quality measurement instrument of Ch. BEHA GmbH which will allow you
to carry out measurement over a long period of time.
The company Ch. BEHA GmbH is a member of the
world wide operating BEHA Group with its head office in Glottertal/Schwarzwald which also houses
our development centre. The BEHA Group is a leading organisation for Test and Measuring Instruments.
The instrument UNITEST TELARIS LOOP is characterised by the following features:
• A unit designed to allow the user to quickly establish earth loop impedance, mains internal resistance and prospective short circuit current.
• Enables the user to measure the individual conductor resistances independently: protective conductor resistance, phase resistance and neutral
conductor resistance.
• Designed to test the earth loop resistance without
tripping any RCD
• Designed to test AC voltages up to 300V AC.
• Designed to test frequency ranges up to 200 Hz.
• Includes a built-in memory capability allowing the
user to store up to 250 test results.
• Supplied with an infrared/ RS 232 serial port for
transferring test data or printing out results via the
PC.
• Enables the user to pre-select the maximum permissible contact voltage.
• Includes a clear and large LCD display providing
the user with an optimum visual
indication of both test values and limits
• Includes an integrated energy management system with auto-power-off function to
ensure optimum battery usage.
• Supplied complete with standard carrying case.
• Designed to meet the constructional standards
IEC 61010, IEC 61557-1/3, EN 61557-1/3, DIN
VDE 0413, Part 3.
Scope of Supply
1 pc TELARIS LOOP
1 pc test lead
1 pc measuring lead
1 pc alligator clamps
3 pcs test probe
1 pc battery 9V, IEC 6LR61
1 pc carrying case
1 pc instruction manual
2.0 Transport and Storage
Please keep the original packaging for later transport, e.g. for calibration. Any transport damage due
to faulty packaging will be excluded from warranty
claims.
4
Introduction / Scope of Supply / Transport and Storage
English
5
Safety Measures
In order to avoid instrument damage, it is advised to remove batteries when not using the instrument over a certain period of time. However, should the instrument be contaminated by
leaking battery cells, you are kindly requested to
return it to the factory for cleaning and inspection.
Instruments must be stored in dry and closed areas.
In the case of an instrument being transported in extreme temperatures, a recovery time of minimum 2
hours is required prior to instrument operation.
3.0 Safety Measures
The UNITEST TELARIS LOOP has been designed
and checked in accordance with the safety regulations for Electronic Test and Measurement Instruments EN 61010 and IEC 1010, and left our factory
in a safe and perfect condition. To maintain this condition the user must pay attention to the safety references contained in this instruction manual.
The respective accident prevention regulations
established by the professional associations regarding electrical systems and equipment must
be strictly met for all tasks.
In order to avoid electrical shock, the valid safety and VDE regulations regarding excessive
contact voltages must receive the utmost attention, when working with voltages exceeding
120V (60V) DC or 50V (25V)rms AC. The values
in brackets are valid for limited ranges (eg for
medicine and agriculture).
If the operator’s safety can no longer be guaranteed, the instrument is to be put out of service and protected against use. The safety is no
longer guaranteed, if the instrument:
• shows obvious damage
• does not carry out the desired measurement.
• has been stored for too long under unfavourable conditions.
• has been subjected to mechanical stress du-
ring transport.
The instrument may only be used within the
operating ranges as specified in the technical
data section.
Avoid any heating up of the instrument by direct
sunlight to ensure perfect functioning and long
instrument life.
The Earth Loop Resistance Measurement Instrument complies with the overvoltage class
CAT III / 300V and may only be used for mains
systems of maximum 230 V (fused at maximum
16 A).
Only use the mains cable supplied. The unit
was calibrated with this cable and only in this
way can the resistance values measured be
exactly indicated.
4.0 General Information
The loop impedance (L-PE / loop impedance) is understood as the sum of all resistance values within
a current loop, consisting of the resistors of the current source, the external conductor of the current
source up to the measurement point and the return
line (PE conductor) until the other current source
pole. The measurement determines the loop impedance between external conductor and the PE conductor. The Loop impedance value is measured by
short-term mains loading.
Additionally, the instrument TELARIS Loop allows
the user to test the mains internal resistance measurement (L-N). This measurement is not required
by DIN VDE [German Standard], however it is considered as important and valuable support in practical applications e.g. for evaluating an installation
as well as for trouble shooting.
Simultaneously to measurement, the instrument
TELARIS LOOP determines (by calculation) the
short-circuit current. The short-circuit current must
be known to guarantee that an excess current release having been switched in series can trigger at
an appropriate current level and thus at sufficient
speed in the event of short-circuit.
Terms:
Loop Impedance (ZL):
Sum of impedance values within a current loop (between the L and PE conductor).
Internal Resistance (RI):
Sum of resistance values within a current loop (between the L and N conductor).
RL: Phase resistance
RPE: Protective conductor resistance
RN: Neutral conductor
RE: Earth-Resistance
Short-Circuit Current (IPSC):
Occurring current flow in the event of short circuit.
Specified Threshold Value of Contact Voltage (UL):
Peak value of contact voltage (Limit), which may be
maintained without time limit under specific environmental influence and corresponding to an rms
value of 25V / 50V AC
6
General Information
V
ZL
Voltage-Source
English
7
Display Indications and Control Elements
5.0 Display Indications and Control Elements
Display Indications
1. Attention, warning symbol
2. “Limit”: exceeding the threshold value
3. “UB>UL”: contact voltage present exceeds the pre-set
limit (25V or 50V)
4. “Temp”: internal temperature protection has triggered
5. Symbol for “Socket Error”
6. Symbol “Reverse Mains Plug”
7. Display of units (refer to 12)
8. Symbol for “Battery status”
9. Measurement value display 31/2 display
10. Limit for Contact voltage value
11. Symbol for Memory assignment
12. Measurement function display
Control Elements
13. Mains connector for mains lead /Test lead
14. LCD
15. Key ”Vc / UL” : 50V/25V (25V for medical and agricul-
tural uses)
16. Contact electrode
17. Measurement function switch:
off
ZL/IPSC - Loop impedance / short-circuit current
RI/IPSC -Internal resistance / short-circuit current
RPE / RN / RL -
VAC - AC voltage
f- mains frequency
18. Key Start: starting measurement
19. Key Store: to store measurement values
20. Key Send: to transfer stored measurement values to a
PC
21. Key Clear:
to delete the total memory
to delete the individual measurement values
to display total number of stored measurement values
22. Infrared interface: to transfer the stored measurement
values only with Serial-Port (Catr-No: 1204)
23. Key Display to display different measurement values
(resistance measurement ranges)
24. Battery Case
13)
14)
16)
17)
18)
19)
20)
21)
23)
22)
24)
15)
6.0 Carrying out Measurements
Prior to any measurement, test the instrument
for perfect functioning by using a functional
EUT. This could be a correctly wired socket of
which perfect functioning is known.
To obtain precise measurement results, switch
off all loads or disconnect them from the mains.
An exact measurement may only be carried out
using the supplied test lead / mains lead. The instrument has been calibrated with this cable. If
other cables are employed, the measurement
accuracy can no longer be guaranteed.
If several measurements are carried out during
a short period the temperature monitor is triggered. After a short cooling-down period, the
measurements may be resumed.
For resistance measurements in compliance
with 6.1, 6.2 and 6.3, the ground conductor
must not be live in order to comply with the
respective specifications.
6.1 Loop Impedance Measurement /
Short-Circuit Current Measurement
Connect the mains lead to the mains connector
(13).
Select the measurement function R via the fun-
ction switch (17).
Connect the test cables / mains plug to UUT /
socket by respecting correct polarity
Set a voltage contact limit using the key (15) of
the screen.
The socket is continuously monitored for perfect functioning. If the symbol (6) "Reverse
mains plug” is displayed, the plug has to be turned or the connection N and L of the three-pole
test lead have to be reversed. If the symbol
“Socket Error” (5) is displayed, an internal
mains error exists. If the voltage between N and
PE exceeds the selected (50V/25V), "UB>UL"
(3) is displayed.
For a complete socket test the contact elctrode (16) must be touched, and the LC-display
must be watched. If the symbol “socket
error”(5) is displayed a PE error exists.
Press key “Start” (18)
Wait for approx. 5 seconds, during this the dis-
play shows “-”
Read the measurement result on display.
By pressing the key “Display” (23) you may now
select the different measurement values.
If the RL conductor resistance exceeds 19.99
Ω, the measurement is interrupted and the
message "Attention (1) + Limit (2) + RL" is displayed.
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Carrying out Measurements
English
9
Carrying out Measurements
If the RN conductor resistance exceeds
19.99Ω, the measurement is interrupted. The
message "Attention (1) + Limit (2) + RN" is displayed.
If the RPE resistance of PE conductor exceeds
1999Ω, the message "Attention (1) + Limit (2)
+ RN" is displayed.
If a contact voltage UB is generated between N
and PE during the active measurement and exceeding the selected contact voltage limit UL,
the measurement is interrupted and the symbol "UB>UL" (3) is displayed.
If a measurement has been interrupted due to
contact voltage limit UL excess, the symbol
"UB>UL" (3) disappears at the same time as the
mains plug has been disconnected from the
socket and connected to a socket in perfect
working condition. During data saving, the
UB>UL error will be saved.
Please also refer to Chapter 7.0
Option to save measurement results pressing
the key "Store" (19).
If the defective condition of a socket has to be
saved, first press the key “Start” (18). After the
acoustic alarm signal the key "Store" (19) may
be pressed.
6.2 Internal Mains Resistance Measurement
Short-Circuit Current Measurement
To obtain precise measurement results, switch
off all loads or disconnect them from the mains.
Connect the mains lead to the mains connector
(13)
Select measurement function via the function
switch (17).
Select contact voltage limit by means of the key
“VC / UL” (15) in display.
The socket is continuously monitored for perfect functioning. If the symbol (6) "reverse
mains plug” is displayed, the plug has to be turned or the connection N and L of the three-pole
test lead have to be reversed. If the symbol
“Socket Error” (5) is displayed, an internal
mains error exists. If the voltage between N and
PE exceeds the selected (50V/25V), "UB>UL"
(3) is displayed.
By touching the contact electrode (16) the
contact voltage limit (chapter 6.6) may now be
tested. If the symbol "socket error " (5) is displayed, a PE-error exists.
Press key “Start” (18).
Wait for approx. 3 seconds, during this the dis-
play shows “-”
Read the measurement result on the display.
By pressing the key “Display” (23) you may now
select the different measurement variables (RI /
IPSC)
If the internal resistance exceeds 19.99 Ω, the
message "Attention (1) + Limit (2) " is displayed.
Also refer to chapter 7.0.
Possibility to store measurement results by
pressing the key „Store" (19).
If the defective condition of a socket has to be
saved, first press the key “Start” (18). After the
acoustic alarm signal the key "Store" (19) may
be pressed.
6.3 RPE / RN / RL Measurement
To obtain precise measurement results, switch
off all loads or disconnect them from the mains.
Connect the mains lead to the mains connector
(13)
Select the measurement function via the func-
tion switch (17).
Select the contact voltage by means of the key
“VC / UL” (15) on the display.
The socket is continuously checked for perfect
functioning. If the symbol (6) "Reverse mains
plug” is displayed, the plug has to be turned or
the connection N and L of the three-pole test
lead have to be reversed. If the symbol for
“Socket Error” (5) is displayed, an internal
mains error exists. If the voltage between N and
PE exceeds the selected contact voltage limit
(50V/25V), "UB>UL" (3) is displayed.
By touching the contact electrode (16) the
contact voltage limit (chapter 6.6) may now be
tested. If the symbol "Socket Error " (5) is displayed, a PE-error exists.
Press key “Start” (18).
Wait for approx. 5 seconds during this the dis-
play shows “-”.
Read the measurement result on the display.
By pressing the key “Display” (23) you may now
select between the different measure
ment variables.
If a value exceeds the measurement limit, the
Attention symbol appears. If this result is selected with the key “Display“, the Attention
Symbol and “Limit” are displayed.
If the value RN exceeds the measurement
Limit, the outrun of RL is displayed too, because RN is necessary to get RL.
If the value for RPE shows 0,00Ω this could be
a Note of an exceeding interfering voltage.
If a contact voltage UB is generated between N
and PE during active measurement exceeding
the selected contact voltage limit UL, the measurement is interrupted and the symbol
"UB>UL" (3) is displayed.
If a measurement has been interrupted due to
contact voltage limit UL excess, the symbol
"UB>UL" (3) disappears at the same time as the
mains plug has been disconnected from the
socket. During data saving, the UB>UL error
will be saved.
Also refer to chapter 7.0.
Possibility to store measurement results by
pressing the key „Store" (19).
If the defective condition of a socket has to be
saved, first press the key “Start” (18). After the
acoustic alarm signal the key "Store" (19) may
be pressed.
10
Carrying out Measurements
English
11
Carrying out Measurements
6.4 AC Voltage Measurement
Never apply voltages exceeding 300V to input
sockets.
Connect mains lead (13) to the mains connec-
tor
Select function VAC via the function switch (17)
Select the contact voltage by means of key (15)
in display
Connect the the test leads /mains plug to UUT
Read the measurement result on the display
If the voltage exceeds 300V, the message "Attention (1) + Limit (2) " is displayed. In this instance, immediately disconnect the measurement instrument from UUT.
Also refer to chapter 7.0.
No possibility to store the measurement results.
6.5 Frequency Measurement
Never apply tvoltages exceeding 300V to input
sockets.
Connect the mains lead to the mains connec-
tor (13)
Select the function f via the function switch (17)
Connect the the test leads /mains plug to UUT
Read the measurement result on the display
Also refer to chapter 7.0.
No possibility to store the measurement results.
6.6 Contact Electrode
Measurement of the present contact voltage is carried out after setting the contact voltage limit. By
touching the contact electrode, exceeding the limit
is automatically indicated (>25V or 50V).
7.0 Display Indications
All segments are illuminated
The instrument is ready to
carry out measurements.
Contact voltage limit 50V
Active measurement
Contact voltage limit 50V
Resistance measurement
RPE/ RN/ RL
RPE = 1.88 Ω
Contact voltage limit 50 V
Resistance measurement
RPE/ RN/ RL
RL exceeded (>19.99 Ω)
Contact voltage limit 50 V
Resistance measurement
Ri/Ipsc
IPSC = 88A
Contact voltage limit 25 V
Resistance measurement
Zl/ Ipsc
Contact voltage limit exceeded
Contact voltage limit 50 V
Resistance measurement
Zl/ Ipsc
ZL = 2,88 Ω
Contact voltage limit 50 V
Resistance measurement
Zl/ Ipsc
RL excessive (>19,99 Ω)
Measurement is interrupted
Contact voltage limit 50 V
Resistance measurement
Zl/ Ipsc
ZL excessive (>1,999kΩ)
Contact voltage limit 50 V
Socket error
Nominal voltage tolerance exceeded
Contact voltage limit 50 V
Socket Error
Faulty socket wiring (during
contact with PE electrode)
Contact voltage limit 50 V
PE Error
Contact voltage limit 50 V
Contact voltage limit exceeded
Battery / temperature / memory display
Battery nearly empty
Excessive internal temperature Memory data
12
Display Indications
English
13
Storing Measurement Result
turn plug
turn plug / exchange L-N
Frequency measurement f
50Hz
Frequency measurement
Frequency below 10Hz or
above 200 Hz
Voltage measurement
U AC 230 V
Voltage measurement V AC
Voltage above 300V
Memory address assignment
Memory address number 8
8.0 Storing Measurement Result
Possibility to store measurement values by means
of the key „Store" (19) after completion of measurement. Altogether, 250 measurement values may
be saved. Proceed as follows:
Carry out measurement
Read measurement value on display.
Save measurement result by pressing key
„Store" (19).
Upon completion of storing, a short signal is au-
dible and the symbol„M" (11) appears in the
display for memory location.
In case of a full memory, the symbol „M"
blinks. Storing another value impossible.
The stored data is maintained even when the
instrument is switched off or during battery replacement.
Double storing is impossible ! A double beep
signal is audible
Measurement results may only be stored in the
resistance measurement ranges.
Additionally, all stored measurement data may be
transferred to the PC (data archive) by means of an
infrared interface (22). For this purpose, the interface adapter, available as optional feature (Cat. No.
1204) is required. Please refer to the instructions of
the interface adapter.
9.0 Deleting stored Measurement Data /
Display of All Memory Entries
Possibility to delete data by using key „Clear" (21).
Furthermore, it is possible to display the total number of measurement value entries on the display:
Display of Total Number of Measurement Value
Entries:
Set function switch (17) to one of the 5 measu-
rement ranges
Briefly press the key „Clear" (21). A short beep
signal is audible
The total number of all measurement values
saved is displayed
The display disappears after 2 seconds
Delete the Last Memorised Measurement Value:
Set function switch (17) to one of the 5 func-
tions
Press key „Clear" (21) for approx. 2 seconds.
A short beep signal is audible
After 2 seconds, a further beep signal is audible
and the number of the remaining stored data is
displayed
Get down from the key “Clear” (21)
Deleting all Stored Measurement Values:
Set function switch (17) to one of the 5 func-
tions
Press key „Clear" (21) for approx. 5 seconds.
Three short beep signals are audible.
„0" appears on the display. The memory is com-
pletely deleted, the „M" (11) symbol in the dis play disappears.
10.0 Energy Management
Approximately 5 minutes after the last key operation, the instrument switches off automatically (autopower-off). To switch the instrument on again, turn
the rotary switch from the „OFF" position to the desired function. If the Battery is almost dead, the
symbol (8) appears in the indication. The piece of
equipment works furthermore, however without
claim on retention of the spezifications. If the battery discharges further, the piece of equipment
switches itselfs off when reaching the minimal battery tension. At empty battery cannot switch the
piece of equipment on.
11.0 Appropriate Usage
The instrument may only be used under those conditions and for those purposes for which it was built.
For this reason, in particular the safety references
(chapter 3.0),as well as the technical data including
environmental conditions (chapter 15.0) and the
usage in dry environments must be followed at all
times.
When modifying or changing the instrument,
the operational safety can no longer be guaranteed.
If the battery case is open, the instrument must
not be connected to the measurements circuits
12.0 Maintenance
When using the instrument in compliance with the
instruction manual, no special maintenance is required.
12.1 Cleaning
If the instrument is dirty after daily usage, it is advised to clean it by using a damp cloth and a mild household detergent. Prior to cleaning, ensure that the
instrument is switched off and disconnected from
the external voltage supply and any other instruments connected (such as EUT, control instruments, etc.).
Never use acid detergents or dissolvants for
cleaning.
14
Deleting stored Measurement Data / Maintenance
English
15
Battery Replacement / Calibration Interval
13.0 Battery Replacement
Prior to battery replacement, disconnect the instrument from the connected measurement
circuits.
If the battery symbol (8) appears in the dis-
play, proceed with battery replacement.
Switch off the instrument via the function witch
(17).
Loosen the screws on the instrument rear.
Lift the battery case cover (by slightly hitting the
instrument in the palm of your hand).
Remove the discharged batteries.
Insert new batteries and ensure there is correct
polarity.
Only use batteries in compliance with the specifications in the technical data section. ( Type
6LR61 / Block 9V) .
Replace the battery case cover and retighten the
screws.
The instrument is now ready for further measu-
rements.
Never try to disassemble battery cells. Never
throw a battery into a fire as this could lead to
an explosion. Never expose batteries to humidity
Please consider your environment when you dispose of your used batteries. They belong in a rubbish dump for hazardous waste. In most cases, the
batteries can be returned to their point of sale.
Please, comply with the appropriate regulations
concerning the return, recycling and disposal of
used batteries and accumulators.
The instrument is not allowed to be used with
an open battery case
If an instrument is not used over an extended
period of time, the accumulators or batteries
must be removed. Should the instrument be
contaminated by leaking battery cells, the instrument has to be returned for cleaning and inspection to the factory.
14.0 Calibration Interval
The instrument has to be periodically calibrated by
our service department in order to ensure the specified accuracy of the measurement results. We recommend a calibration interval of one year.
15.0 Technical Data
Display: ..................................................LCD, 3 1/2 digit
Reference range: ....................................+17°C ... 27°C, max. 70 % rel. humidity
Mains voltage: ........................................230V + 10%/-15%
Mains frequency: ....................................50-60 Hz
Test current (ZL, RI, RN, RL, RPE): ........approx. 6 A/ 5mA
for all resistance ranges applies:
test current / time (RL, RN, RI): ..............ca. 7,5A / 60ms AC
test current / time (ZL, RPE): ..................ca. 5 mA / 3s DC
Contact voltage limit: ..............................25V/50V
protective earth conductor must be free of interfering voltage.
Loop Impedance ZL
Range Resolution Tolerance
0,05...19.99 Ohm 0.01 Ohm
20...199.9 Ohm 0.1 Ohm ± 5% rdg. ± 5 Digit
200 Ohm...1.999 kOhm 1 Ohm
Internal Resistance RI
Range Resolution Tolerance
0,05...19.99 Ohm 0.01 Ohm ± 5% rdg. ±5 Digit
Resistance Neutral Conductor RN
Range Resolution Tolerance
0.05 Ohm 0.01 Ohm ± 5% rdg. ± 5 Digit
Resistance Protective Conductor RPE
Range Resolution Tolerance
0.05...19.99 Ohm 0.01 Ohm
20...199.9 Ohm 0.1 Ohm ± 5% rdg. ± 5 Digit
200 Ohm...1.999 kOhm 1 Ohm
Resistance Phase Conductor RL
Range Resolution Tolerance
0.05...19.99 Ohm 0.01 Ohm ± 5% rdg. ±5 Digit
Prospective Short-Circuit Current Measurement (ZL/IPSC and RI/IPSC)
Range Resolution
0...2kA1 Amathematical
19.9kA10 Acalculation
16
Technical Data
I
PSC
=VAC
,
Ik =
V
AC
ZL RI
English
17
Warranty
Table with limit values for short-circuit currents for fuses according to DIN VDE 0636 characteristics gL:
Nominal current Min. display for safe tripping Min. display for safe tripping
during 5s (in Amps) during 0.2s (in Amps)
6A 32 67
10A 53 110
16A 81 163
25A 135 312
40A 228 490
63A 414 979
100A 714 -
AC Voltage VAC
Range Resolution Tolerance Overload Protection
0...300V 1V ±(1% rdg. +3 Digit) 400V / RI = 1 MΩ
Mains Frequency f
Range Resolution Tolerance Overload Protection
10..200Hz 0,1 Hz ±(1% rdg. +2 Digit) 400V / RI = 1 MΩ
Contact voltage detection:
UL= 25V..................................................25V -5% /+15%
UL= 50V..................................................50V -5% /+15%
*For large mains voltage fluctuations during measurements, the measurement error may increase.
Auto power off: ......................................after approx. 5 min.
Power supply: ........................................1x9V block, 6LR61
current consumtiom: ..............................approx. 20mA
Battery life:..............................................at average usage, approx. 1 year
Fuse: ......................................................1A / 250V slow blow 5x20mmI
Dimensions (LxWxH): ............................235x103x70mm (without plug)
Weight: ..................................................500g incl battery
Environmental conditions:
Relative humidity: ..................................max 80%, non condensing
Overvoltage category: ............................CAT III / 300V to ground
Pollution degree: ....................................2
Protective class / degree: ........................II / IP50
Height above MSL:..................................up to 2000m
Temperature ranges (operating): ............0°C ... 40°C
Temperature ranges (storage): ..............-20°C ... +70°C
18
19
Die BEHA-Gruppe bestätigt
hiermit, dass das erworbene
Produkt gemäß den festgelegten Beha-Prüfanweisungen
während des Fertigungsprozesses kalibriert wurde. Alle
innerhalb der Beha-Gruppe
durchgeführten, qualitätsrelevanten Tätigkeiten und Prozesse werden permanent durch
ein QualitätsmanagementSystem nach ISO 9000 überwacht.
Die BEHA-Gruppe bestätigt
weiterhin, dass die während der
Kalibrierung verwendeten Prüf
einrichtungen und Instrumente
einer permanenten Prüfmittelüberwachung unterliegen. Die
Prüfmittel und Instrumente
werden in festgelegten Abständen mit Normalen kalibriert,
deren Kalibrierung auf nationale und internationale Standards
rückführbar ist.
The BEHA Group confirms
herein that the unit you have
purchased has been calibrated,
during the manufacturing
process, in compliance with
the test procedures defined by
BEHA. All BEHA procedures
and quality controls are monitored on a permanent basis in
compliance with the ISO 9000
Quality Management Standards.
In addition, the BEHA Group
confirms that all test equipment and instruments used during the calibration process are
subject to constant control. All
test equipment and instruments used are calibrated at
determined intervals, using reference equipment which has
also been calibrated in compliance with (and traceable to)
the calibration standards of
national and international laboratories.
Le groupe BEHA déclare que
l´appareil auquel ce document
fait référence a été calibré au
cours de sa fabrication selon
les procédures de contrôle définies par BEHA. Toutes ces
procédures et contrôles de
qualité sont régis par le systéme de gestion ISO 9000.
Le groupe BEHA déclare par
ailleurs que les équipements de
contrôle et les instruments utilisés au cours du processus de
calibrage sont eux-mêmes
soumis à un contrôle technique
permanent.
Ces mêmes équipements de
contrôle sont calibrés régulièrement à l´aide d´appareils de
référence calibrés selon les directives et normes en vigueur
dans les laboratoires de recherche nationaux et internationaux.
El grupo BEHA declara que el
producto adquirido ha sido calibrado durante la producción
de acuerdo a las instrucciones
de test BEHA. Todos los procesos y actividades llevados a cabo dentro del grupo BEHA en
relación con la calidad del producto son supervisados permanentemente por el sistema
ISO 9000 de control de calidad.
Adicionalmente, el grupo BEHA
constata que los equipos e instrumentos de prueba utilizados
para la calibración también son
sometidos a un permanente
control. Estos equipos e instrumentos de prueba son a su vez
calibrados en intervalos regulares valiéndose de equipos de
referencia calibrados de acuerdo a directivas de laboratorios
nacionales e internacionales.
®
Connemara Electronics Beha GmbH
Industrial Park
Carrigaline, Co. Cork
Republic of Ireland
Tel. (+353) 21 4919000
Fax (+353) 21 4910010
e-mail: connemara.electronics@connelec.ie
IQ NET
AENOR Spain AFAQ France AIB-Vincotte Inter Belgium APCER Portugal BSI United Kingdom CSIQ Italy
CQS Czech Republic DQS Germany DS Denmark ELOT Greece FCAV Brazil IRAM Argentina JQA Japan
KEMA Netherlands KSA-QA Korea MSZT Hungary NCS Norway NSAI Ireland ÖQS Austria PCBC Poland PSB Singapore
QAS Australia QMI Canada SFS Finland SII Israel JQA Japan SIQ Slovenia SIS-SAQ Sweden SQS Switzerland
IQNet is represented in the USA by the following IQNet members: AFAQ, AIB-Vinçotte Inter, BSI, DQS, KEMA, NSAI and QMI
Qualitätszertifikat • Certificate of Quality
Certificat de Qualité • Certificado de calidad
I.S./ISO 9002/EN 29002
Quality Management System
Quality Management System
ISO 9001
CH. BEHA GmbH
Elektrotechnik - Elektronik
In den Engematten 14
D-79286 Glottertal / Germany
Tel. +49 (0) 76 84 / 80 09 - 0
Fax +49 (0) 76 84 / 80 09- 410
e-mail: info@beha.de
internet: http://www.beha.com
24 month Warranty
UNITEST instruments are subject to strict quality
control. However, should the instrument function
improperly during daily use, your are protected by
our 24 months warranty (valid only with invoice).
We will repair free of charge any defects in workmanship or material, provided the instrument is returned unopened and untampered i.e. with undamaged warranty label. Any damage due to dropping
or incorrect handling are not covered by the warranty. If the instrument shows failure following expiration of warranty, our service department can
offer you a quick and economical repair.
20
CH. BEHA GmbH
Elektronik - Elektrotechnik
In den Engematten 14
79286 Glottertal/Germany
Tel.: +49 (0) 76 84/80 09-0
Fax: +49 (0) 76 84 / 80 09-410
Techn. Hotline: +49 (0) 76 84/80 09-429
internet: http://www.beha.com
e-mail: info@beha.de
®
Reg.No. 3335
11/2002 Subject to technical change without notice! PTEB8978-00-RS
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