Acer PASAR 223 User manual

1
ACERAB
Box 261
SE-43325 PARTILLE
Sweden
Telefon[phone]
Telefax+46(0)31-444410
www.acer.se
Instruction Manual
CAT III 600V
Digital Multimeter
PASAR® 223
Copyright©2005AcerAB.Allrightsreserved

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Contents
1.0 Introduction ..................................................................... 15
2.0 Safety Measures................................................................ 16
3.0 Operation Elements and Connections ......................... 17
4.0 Use of the Instrument
4.1 Preparation and Safety Measures ........................................ 18
4.2 Voltage Measurement AC/DC ................................................ 18
4.3 Current Measurment up to 200mA ........................................ 18
4.4 Resistance Measurement...................................................... 19
4.5 Diode Test .............................................................................. 19
4.6 Battery Test for 9V and 1.5V Batteries ................................ 19
5.0 Maintenance
5.1 Battery Replacement ............................................................. 20
5.2 Fuse Replacement ................................................................. 21
5.3 Cleaning ................................................................................. 21
6.0 Technical Data
6.1 General ................................................................................. 22
6.2 DC Voltage ............................................................................ 22
6.3 AC Voltage (40 Hz - 1 kHz) .................................................. 22
6.4 DC Current ............................................................................ 22
6.5 Resistance ............................................................................ 23
6.6 Diode Test ............................................................................. 23
6.7 Battery Test........................................................................... 23

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1.0 Introduction
The PASAR 223 is universally usable. The multimeter is built and
tested according to the latest safety regulations. It is a valuable help
for trade, industry area as well as for the hobby electronics
technician.
PASAR 223 is characterised by the following features:
3½ digit LC Display, max. 1999 digits
manual measurement range selection
AC and DC voltage measurement up to 600V
DC current measurement up to 200 mA
Resistance measurement up to 2 MΩ
Diode test
Battery test for 1.5V and 9V batteries
Constructed in compliance with the EMV 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.
After unpacking, verify that the instrument is undamaged.
The scope of supply comprises:
1PASAR® 223
2 test leads
1 battery 9V IEC 6F22 or 6LR61
1 Instruction manual
2.0 Safety Measures
PASAR 223 has been constructed and verified in compliance with
the safety measures for electronic test instruments DIN VDE 0411/
EN 61010/IEC 61010 and has left the factory in safe and perfect
condition.
To maintain this condition the user must pay attention to the safety
measures contained in this instruction manual.
The instruction manual contains informations and references,
necessary for safe operation and maintenance of the instrument.

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Prior to using the instrument the user is kindly requested to 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 cause danger to life
or serious injury and damage to the instrument.
In order to avoid electrical shock, the valid safety regulations
regarding excessive contact voltages must be taken when working
with voltages exceeding 120V (60V) DC or 50V (25V)rms AC. The
values in brackets are valid for limited ranges (as for example
medicine and agriculture).
Prior to taking any measurement ensure that the test leads and
test instrument are in perfect condition
The instrument may only be used under the conditions and for the
purposes for which it was constructed. For this reason, in
particular the safety references, the technical data including
environmental conditions and the usage in dry environments must
be followed.
The opening of the instrument may only be carried out by
professionals, except for fuse or battery replacement.
Prior to opening, the instrument has to be switched off and
disconnected from any circuits.
Do not carry out current measurements in systems with more
than 250V DC
The respective accident prevention regulations established by the
professional associations for electrical systems and equipment
must be strictly met at all times.
Avoid any heating up of the instrument by direct sunlight to ensure
perfect functioning and long instrument life.
!
!

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3.0 Operation Elements and Connections
1. Digital Display
2. Symbol ”-” for negativ Voltage
3. Low battery indication
4. Measurement range selection switch
5. Input socket for voltage, resistance and diode
6. Input socket COM
7. Input socket for Battery test and Current

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4.0 Use of the Instrument
4.1 Preparation and Safety Measures
Before connecting the test leads always set the measurement
range switch to the desired function.
Before switching to a new function or to a different measurement
range disconnect the leads from the test object.
The instrument may only be used in dry and clean environments.
Dirt and humidity reduce the insulation resistance and can lead to
electric blows when working with high voltages particularly.
The instrument may only be used within the operating ranges as
specified in the technical data section.
Prior to usage check the instrument for perfect functioning on a
known voltage source (see also DIN VDE 0105, Part 1).
4.2 Voltage Measurement AC/DC
Do not connect the probes to more than 600V AC/DC. Exceeding
these values can endanger the operator, and may result in damage
to the instrument.
1) Select measurement range (V- / V~) via measurement
functionselection switch (4). If the value to be measured is un-
known, the highest measurement range has to be selected.
2) Connect the black test lead to the COM socket and the red test
lead to the ”VΩ ” socket.
3) Connect test leads to UUT.
4) The value measured is shown on the digital display.
4.3 Current Measurement up to 200mA
Do not carry out current measurements in systems with more than
250V. Only measure currents up to 200mA.
1) Select measurement range ”200mA ” via measurement function
selection switch (4).
2) Connect the black test lead to the COM socket and the red test
lead to the ”200mA” socket
3) Connect multimeter in series to the test object and then switch
onUUT.
4) The value measured is shown on the digital display.

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4.4 Resistance Measurement
Prior to any resistance measurement it has to be ensured that the
resistor to be tested is not live. Failure to comply with this
prescription can lead to dangerous corporal user injuries or cause
instrument damage.
1) Select measurement range (Ω) via measurement function
selection switch (4).
2) Connect the black test lead to the COM socket and the red test
lead to the ”VΩ ” socket
3) Connect test leads to UUT.
4) The value measured is shown on the digital display.
5) If the range selected is too small, the figure ”1” is displayed
alone on the left side of the display. Change to a higher range.
4.5 Diode Test
Prior to any diode measurement it has to be ensured that the object
to be tested is not live.
1) Select measurement range ( ) via measurement function
selection switch (4).
2) Connect the black test lead to the COM socket and the red test
lead to the ”VΩ ” socket
3) Connect test leads to UUT.
4) Read the voltage drop in the forward direction from the digital
display. In the reverese direction, ”1” should appear at the left
side of the display.
Remark: The polarity of the test voltage is ”+“ at the red test lead.
4.6 Battery Test for 9V and 1.5V Batteries
1) Select measurement range to 1,5V or 9V (depending on
battery) via measurement function selection switch (4).
2) Connect the black test lead to the COM socket and the red test
lead to the ”Battery Test/200mA” socket
3) Connect the red test lead to the plus pole (+) and the black test
lead to the minus pole (-) of battery
4) The state of charge of the battery will be displayed in volts in
the display.
A good battery should have at least 1.2V or 7.5V respectively.

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5.0 Maintenance
When using the instrument in compliance with the instruction
manual, no special maintenance is required.
Apart from replacing the battery or fuse, any work on the unit may
only be carried out by an authorised specialist.
5.1 Battery Replacement
If the battery symbol is displayed in the LCD the battery must be
changed.
1) Prior to battery replacement, disconnect the instrument from
any circuit.
2) Switch off instrument.
3) Loosen the four screws on the instrument rear. Lift the case
cover.
4) Remove the discharged batteriy.
5) Insert a new battery (Type IEC 6LR61 or 6F22) respect polarity
6) Replace the case cover and retighten the screws.
Now the measurings can be carried out as normal.
Please help care for our environment, do not throw the used battery
in the normal household dustbin, make sure it is disposed of as
hazardous waste, or collected for recycling.
If an instrument is not used over an extended time period, the
batteries must be removed.

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5.2 Fuse replacement
If the fuse has tripped by overload or wrong operation it must be
replaced.
Exclusively use fuses of voltage and current values in compliance
with the technical data section.
Only use fuses: 200mA fast acting / 250V, 5 x 20mm.
1) Prior to fuse replacement, disconnect the instrument from any
circuit.
2) Switch off instrument.
3) Loosen the four screws on the instrument rear. Lift the case
cover.
4) Remove the defect fuse and insert new fuse type: 200 mA fast
acting / 250V, 5 x 20 mm
Using auxiliary fuses, in particular short-circuiting fuse holders is
prohibited and can cause instrument destruction or serious bodily
injury of operator.
5.3 Cleaning
If the instrument is dirty after daily useage, it is adviseable to clean it
by using a damp cloth and a mild household detergent. Never use
acid detergents or dissolvents for cleaning.

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6.0 Technical data
Display 3½ digit, LC Display, 1999 digits
Overload indication left ”1” is displayed
Low battery indication Battery symbol at approx. 7.2V
Overvoltage catagory CATIII 600V
Pollutiondegree 2
Working temperature 0 - +50°C max. 80% rel. humidity
Storage temperature -10 - +60°C max. 80% rel. humidity
Altitude up to 2000 m
Power Supply Battery 9V, IEC 6F22 or 6LR61
Fuse 200mA/250V fast acting, 5 x 20 mm
Dimensions 170 x 85 x 50 mm
Weight approx. 410 g
6.1 General
6.2 DC Voltage
Range Resolution Accuracy Overload protection
2V 1mV
20V 10mV ±(1,2%+3 digits) 600V AC/DC
200V 100mV
600V 1V Input inpedance: 1M Ω
6.4 DC Current
Range Resolution Accuracy Overload protection
200mA 100µA±(2,5%+3 digits) 250V AC/DC
Burden voltage approx. 5mV/mA
6.3 AC Voltage (40 Hz - 1 kHz)
Range Resolution Accuracy Acurracy Overload
40-100 Hz 100 Hz-1 kHz protection
200V 100mV
600V 1V
Input inpedance: 460 kΩ
±(1,5%+3 d) ±(2,5%+3 d) 600V AC/DC

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6.7 Battery test
Range Resolution Accuracy Test current Overload
protection
1,5V 10mV approx. 90mA
9V 10mV approx. 10mA
±(2,5%+3 d) 250V AC/DC
12 month Warranty
The instruments are subject to strict quality control. However,
should the instrument function improperly during daily use, your are
protected by our 12 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 with, i.e. with undamaged warranty label.
Any damage due to dropping or incorrect handling are not covered
by the warranty.
6.5 Resistance
Range Resolution Accuracy Overload protection
2000 Ω1Ω
20 kΩ10 Ω±(1,5%+3 digits) 600V AC/DC
200 kΩ100 Ω
2MΩ1 kΩ
6.6 Diode test
Range Resolution Test voltage Test current Overload protection
Diode 1mV < 3,2 < 1mA 600V AC/DC

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ACERAB
Box 261
SE-43325 PARTILLE
Sweden
Location: Brodalsvägen 7
Telefon [phone]
Telefax [phone]
www.acer.se