In this operator’s manual and on the product, safety
symbols and signal words are used to communicate
important safety information. This section is provided
to improve understanding of these signal words and
symbols.
This is the safety alert symbol. It is
used to alert you to potential personal
injury hazards. Obey all safety
messages that follow this symbol to
avoid possible injury or death.
indicates a hazardous situation which, if not avoided,
WILL result in death or serious injury.
indicates a hazardous situation which, if not avoided,
COULD result in death or serious injury.
This symbol indicates the risk of arc
ash.
This symbol indicates the risk of
electrical shock.
indicates hazards or unsafe practices which, if not
avoided, MAY result in injury or property damage.
This symbol means read the
instruction manual carefully before
using the equipment. The operator’s
manual contains important
information on the safe and proper
operation of the equipment.
This symbol means always wear
safety glasses with side shields or
goggles when handling or using this
equipment to reduce the risk of eye
injury.
This symbol means to always wear
gloves when using this equipment to
reduce the risk of injury.
Safety is essential in the use and maintenance of
Greenlee tools and equipment. This instruction manual
and any markings on the tool provide information for
avoiding hazards and unsafe practices related to the
use of this tool. Observe all the safety information
provided in this manual.
Before operating this tool, read and understand:
• This operator’s manual
• The instructions for any other equipment or
material used with this tool
• Markings on the tool
• Required worksite safety procedures
Failure to follow all instructions and warnings may
result in serious injury or death.
• Only a person trained in working around and
on high voltage electric systems should use
this tool. The voltages these instruments operate
around are to be considered live and dangerous
and are lethal. Severe injury or death can occur if
improperly used.
• Always follow proper high voltage procedures,
including use of personal protective equipment,
when working near or around high voltage
equipment or conductors.
• Always use hot sticks when using this tool.
Follow rigorous hot stick work practices to reduce
the risk of injury or death from electric shock or arc
ash.
• Do not touch any part of the detector while it is
in contact with high voltage. The tool should be
considered as at the same voltage as the conductor
under test. Maintain proper high voltage work
clearances.
• Do not let familiarity gained from frequent use
of these tools allow you to become complacent
and ignore tool and work site safety principles.
A careless action can cause severe injury or death
within a fraction of a second.
• Use this tool for the manufacturer’s intended
purpose only. Use other than what is instructed in
this manual could result in a hazardous situation.
• Use the correct accessories for your application.
Use of the wrong or underrated accessories
increases the risk of injury and tool damage.
• Stay alert, watch what you are doing and use
common sense when using this tool. Do not
use tool while you are tired or under the inuence
of drugs, alcohol or medication. A moment of
inattention could result in serious injury or death.
• Do not allow another high voltage conductor,
or grounded point to contact the tool housing
during use. Keep the housing clear of all
conductors. Always maintain proper high voltage
work clearances.
• Do not use the detector at voltages outside
of its designed range. Testing outside of the
specied range will result in a false reading or
no reading at all and could lead to a hazardous
situation. Consult the product label for the specic
ranges for the unit supplied.
• Confirm proper operation before and after each
use to reduce the risk of injury due to false
readings. False readings could lead to a hazardous
situation and increases the risk of severe injury or
death.
• Do not overreach. Always keep proper footing and
balance, this enables better control of the tool in
unexpected situations.
• Keep tools clean and in good condition. A dirty
or damaged tool increases the risk of false readings
and increases the risk of electrical shock.
The TAG-200X and TAG-200XMR Voltage Detectors are designed to detect line voltage on distribution lines within a
range of operating voltages.
The TAG-200X Voltage Detector is a single range voltage detector with one range of operating voltages set within the unit.
The TAG-200XMR Voltage Detector is a multi-range voltage detector that can be set for up to three operating voltage levels.
Features
• Higher voltage levels can be set so the level is no more than three times (e.g. 4kV to 12 kV and 35kV) the
previous voltage setting.
• Specic voltages are chosen by the customer before delivery for the minimum and maximum ratings of the unit.
The on-product markings will show the specic voltage range settings of the unit.
• An audible alarm and red LEDs indicate voltage detection within range of the unit settings.
• The All-Check self-test feature provides a full test of the battery, the electronic circuitry and the audible and
visual alarm.
• A universal spline and shotgun connection for hot sticks is built into the polycarbonate housing.
Specifications
Dimensions ............................................................................. 10 in. x 2.5 in. x 3.7 in. (25.4 cm x 6.4 cm x 9.4 cm)
Weight ............................................................................................................................................0.86 lb (0.39 kg)
Buzzer Noise Level ............................................................................................................................ 103 dB @ 2 ft.
ENVIRONMENTAL CONDITIONS
Operating Temperature................................................................................................5°F to 120°F (-15°C to 49°C)
Enclosure Material ............................................................................................................. Polycarbonate UL94V-2
Environmental Conditions .................................................................................................Indoor and Outdoor use
Humidity .................................................................................................................95% to 49°C (non-condensing)
ELECTRICAL SPECIFICATIONS
Minimum Voltage Setting ...............................................................................................4kV (2.4kV line-to-ground)
Maximum Voltage Setting .............................................................................................69kV (40kV line-to-ground)
Operating Frequency ..................................................................................................................................50/60Hz
Check on product markings for the specific ranges of the unit.
BATTERY
Battery ................................................................. one 9V Alkaline 1604A, IEC 6LR61 or Lithium 9V ANSI-1604LC
Battery Life (Alkaline).................................................................................... ............ 10 hrs. Continuous Operation
Battery Life (Lithium).................................................................................. .............. 16 hrs. Continuous Operation
Battery life with typical usage .................................................................................................................... 1 month
All specifications are nominal and may change as design improvements occur.
This product is designed for use by professionals
trained for working on and around high voltage electrical
equipment. If you are not trained in the work methods
required for safe operation, do not use this product.
It is recommended at least a second trained and
qualied person is present at appropriate distance to
respond if needed.
Follow all training and proper jobsite safety precautions
outlined by your industry, government and employer.
Make certain all other safety considerations have been
identied, implemented and are in place prior to using
this equipment.
Pre-Operation Inspection & Set-up
• Always use hot sticks when using this tool.
Follow rigorous hot stick work practices to reduce
the risk of injury or death from electric shock or arc
ash.
• Use the correct accessories for your application.
Use of the wrong or underrated accessories
increases the risk of injury and tool damage.
• Always follow proper high voltage procedures,
including use of personal protective equipment,
when working near or around high voltage
equipment or conductors.
• Confirm proper operation before and after each
use to reduce the risk of injury due to false
readings. False readings could lead to a hazardous
situation and increases the risk of severe injury or
death.
Check for damage and any other condition that may
affect the tool’s operation. Do not use this product if it
is damaged or not working as expected. Remove from
service and arrange for repair or replacement before
use. Many accidents are caused by poorly maintained
tools. A dirty or damaged detector increases the risk of
false readings.
1. Check that the detector and probes are clean and
dry before using.
2. Check housing and probes for damage such as
cracks, distortion in the case or probe and burns.
3. Identify the correct probe for the application and
make sure it is screwed rmly in place at the end of
the detector. Do not over-tighten. The probe will be
more difcult to remove.
For overhead applications use the Y probe:
TAG-200X Overhead Probes
CATALOG #VISUALDESCRIPTION
TAG-42029X
OVERHEAD Y PROBE
SMALL, TAG
OH STRAIGHT
TAG-41811X
SHORT PROBE,
TAG
For underground distribution (UG) and metal-enclosed
switchgear, use underground probes. Insert the probe
directly into the bushing, keep probe clear of all
surrounding surfaces. (See Page 11 - TAG Underground
Probes Table)
4. After assembly, test the TAG Voltage Detector by
using the Self-Test function.
Do not perform the All-Check Self-Test if the TAG
Detector is in contact with a voltage source.
Self-Test
i. Hold detector securely, looking at the User
Panel.
ii. Push and hold the TEST button. The red LEDs
will ash and the buzzer will sound.
iii. After releasing the TEST Button, a successful
test will show the green LED remaining ON
while the red LEDs and buzzer turing OFF.
The green LED will stay ON for approximately
three (3) minutes following the most recent
activity and will turn Off if the device remains
idle.
If holding the test button does not cause the
red and green LEDs to light and the buzzer
to sound, check the battery and change if
necessary. Repeat the Self-Test.
If the unit still doesn’t show the actions
described above, remove the unit from service
and send it for repair. Do not use the detector if
it does not pass the Self-Test.
5. After conrming completion of the self-test,
continue to hold the detector using the spline or
hot stick to test the fully assembled TAG Voltage
Detector on a known voltage source, such as the
PT-DET Proof Tester Voltage Detector Tester, before
using the detector on an unknown voltage source.
6. Securely attach the detector to the appropriate hot
stick, if it is not already attached, using the built-in
universal spline. Company, government and industry
hot stick safety procedures must be followed at all
times.
If any issues are found, do not use this tool until xed.
Tool Operation
• Do not touch any part of the tool while it is in
contact with high voltage. The tool should be
considered as at the same voltage as the conductor
under test.
• Do not allow another high voltage conductor,
or grounded point to contact the tool housing
during use. Keep the housing clear of all
conductors. Always maintain proper high voltage
work clearances.
• Do not use the detector on voltages outside
of its designed range. Testing outside of the
specied range will result in a false reading or
no reading at all and could lead to a hazardous
situation. Consult the product label for the specic
ranges for the unit supplied.
• Do not overreach. Always keep proper footing and
balance, this enables better control of the tool in
unexpected situations.
• OPPOSITE PHASE INTERFERENCE: This
condition may occur if you are testing a
grounded and de-energized conductor which
is close to a live, ungrounded conductor. When
applying the TAG Detector, attempt to approach
the conductor you want to test from outside
this possible eld. If you are within the eld of
the energized conductor, the TAG Detector may
indicate that the de-energized line is energized
due to induced current.
Choose where on the conductor the detector will be
used avoiding the previously mentioned situations.
2. Place the TAG Detector in direct metal-to-metal
contact with the conductor being tested for voltage.
The TAG Voltage Detector should be positioned
as close to a 90° orientation (perpendicular) to the
conductor as possible.
• If the conductor is energized within the range of
the detector, there will be both an audible sound
and the red lights will turn On.
• If the conductor is not energized no red lights will
show, the green LED from the Self-Test may still
be on if it is within 3 minutes from the Self-Test.
• The TAG will not give an alarm due to induced
voltage on de-energized conductors, unless the
induced voltage level exceeds the threshold
voltage of the detector.
3. Repeat the Self-Test. If the unit doesn’t pass the
Self-Test after testing the line, remove the unit from
service and send it for repair. Do not assume the
test results from that TAG Voltage Detector are
correct. Retest the conductor with a different TAG
Voltage Detector.
1. Inspect job site and conrm you have the right
tools for the job. Avoid these situations where false
readings may occur.
• 90° CORNER CONFIGURATIONS: Conductor
congurations, busbar and other electrical
apparatus all apply. Reposition the TAG
Detector to at least 3 feet (1 m) on both sides
of the 90° corner conguration and attempt to
retest.
• SAME PHASE INTERFERENCE: When two
conductors of the same phase are close to
each another, the eld generated could shield
the TAG Detector, causing it not to operate.
Reposition the TAG Detector to areas outside of
this eld.
• Do not touch the testing surface to reduce the
risk of electric shock.
• Do not use this tester except as directed to
reduce the risk of injury.
• Do not apply to energized circuits or equipment.
This tester could cause a short and cause injury.
• Do not operate this tester if housing is cracked
or without the battery cover to reduce the risk
of injury.
• Do not attempt to open the tool except to change
the battery. It contains no user-serviceable parts.
The PT-DET Proof Tester Voltage Detector Tester (Fig.
1) generates a high voltage AC for testing theTAG-200X
and TAG-200XMR Voltage Detectors only, up to and
including 69kV.
1. Hold the Tester in one hand and the TAG Detector in
the other hand by the spline or hot stick.
2. While touching the TAG Detector probe to the metal
end plate on the Tester, press and hold the TEST
button on the Tester. A properly operating TAG
Detector will signal the presence of voltage with
both a beeper and ashing lights.
If the Tester or Detector lights do not light, replace
the battery with a 9V lithium or alkaline type battery
of the unresponsive unit and try again.
Storage
It is recommended to store the TAG-200X and
its accessories in the carrying case provided. If a
prolonged period of storage is anticipated (six or more
months), remove the battery. Replace with a new battery
prior to using the TAG-200X again after a long time in
storage.
Maintenance
• Do not perform any maintenance other than
as described in this manual. Personal injury or
damage to the tool may result.
• Do not modify this tool. Modifying the tool in any
manner may result in personal injury and damage to
the tool.
• Do not attempt to open the tool except to change
the battery. It contains no user-serviceable parts
Cleaning
Use a silicone impregnated cloth to clean housing prior
to use in order to maintain the surface.
Changing the Battery
Batteries should be changed on a regular schedule,
and it is recommended the battery be changed every 6
months.
1. Pull out and rotate the locking pin
90 degrees to lock it in the “out”
position. (Fig. 2)
2. Withdraw the electronic subassembly by pulling down on the
carrier.
3. Remove the existing battery and
replace it with a fresh 9V battery.
When inserting battery into
housing, make certain that the
polarity is correct. (Fig. 3)
Figure 2
Figure 3
4. Push the electronic sub-assembly back into
the outer housing. Turn the locking pin until it
snaps back into a “closed” position to secure the
assembly.
• Tool service must be performed only by qualified
repair personnel. Service or maintenance
performed by unqualied personnel could result in a
risk of injury.
• When servicing a tool, use only identical
replacement parts. Use of unauthorized parts or
failure to follow maintenance instructions may create
a risk of electric shock or injury.
Every twelve months the TAG Voltage Detector should
be sent for inspection, cleaning, and function evaluation.
If needed, the unit will be recalibrated. This should be
done at a factory trained repair facility, the HDE factory,
or other qualied location.
If any repairs are required before recommended service,
contact Greenlee’s Customer Service.
Disposal
Parts of these tools contain valuable materials and
can be recycled. There are companies that specialize
in recycling that may be found locally. Dispose of
the components in compliance with all applicable
regulations. Contact your local waste management
authority for more information.
For EU Countries: Do not dispose of
electrical equipment with household
waste! According to the European
Guideline 2012/19/EU for Waste Electrical
and Electronic Equipment and its
implementation into national legislation,
electrical equipment that is no longer
usable must be collected separately and
disposed of in an environmentally correct
manner.