3M Cable Box 2250M User Manual
3M™ Dynatel™  
Cable/Pipe/Fault Advanced Locator  
2250M/2273M Series  
(With 3-watt, 5-watt, or 12-watt Transmitter)  
Operator’s Manual  
2250M  
2250M-iD  
2273M  
2273M-iD  
June 2014  
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9. Locating Frequencies...................................................................................... 31  
A. Active Frequencies .................................................................................... 31  
B. Power Frequencies..................................................................................... 32  
C. Passive Frequencies ................................................................................... 32  
D. Auxiliary Frequencies................................................................................ 32  
10. Locating in Directional Peak Mode.............................................................. 33  
11. Locating Active Duct Probes (Sondes) ......................................................... 35  
A. Determining ADP Depth............................................................................ 35  
12. Locating Buried Sheath Faults and Earth-Return Faults ............................. 36  
A. Transmitter Setup....................................................................................... 36  
B. Pinpointing the Buried Fault...................................................................... 37  
13. Locating 3M™ Electronic Markers and 3M™ iD Markers............................. 39  
A. Enabling/Disabling Marker Types............................................................. 39  
B. Alert Mode ................................................................................................. 39  
C. Single Marker Locate................................................................................. 40  
D. Dual Marker Locate................................................................................... 41  
E. 3M iD Marker Depth.................................................................................. 41  
F. Passive Electronic Marker (Non-iD) Depth ............................................... 42  
14. Creating/Editing Templates for 3M™ iD Markers......................................... 43  
A. Creating New Templates............................................................................ 43  
B. Editing Templates ...................................................................................... 45  
15. Writing 3M iD Markers ................................................................................ 46  
A. Modifying Marker Data to be Written....................................................... 47  
16. Reading 3M iD Markers .............................................................................. 48  
17. Reviewing Marker Read/Write History ........................................................ 49  
A. Read History.............................................................................................. 49  
B. Write History [SK]..................................................................................... 50  
18. GPS Operation .............................................................................................. 50  
A. Communicating with the GPS Device....................................................... 51  
B. Capturing the GPS Coordinates (Capture Mode / Mode 1)....................... 51  
C. Sending 3M iD Marker Data to GPS (Capture-Transmit Mode / Mode 2)52  
D. Path Mapping with GPS ............................................................................ 52  
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19. Additional Applications ................................................................................ 53  
A. Aerial Faults (Toning)................................................................................ 53  
B. Cable Identification.................................................................................... 55  
20. Help Mode .................................................................................................... 56  
21. 3M™ Dynatel™ PC Tool Kit and Locator Software Upgrades....................... 56  
22. Self Test Of Receiver.................................................................................... 57  
23. Product Description And Optional Accessories............................................ 57  
A. Product Description ................................................................................... 57  
B. Standard Configurations ............................................................................ 58  
C. Optional 3M™ Accessories for 3M Dynatel™ Locators.............................. 59  
24. Receiver Specifications................................................................................. 60  
25. Transmitter Specifications............................................................................. 62  
26. Environmental and Regulatory Specifications.............................................. 63  
27. Rechargeable Battery Information................................................................ 63  
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Congratulations! You have just purchased one of the finest, most advanced locating  
devices available today!  
The 3M™ Dynatel™ Cable/Pipe/Fault Locators 2250M-iD/2273M-iD are designed with  
all of the functionality of previous Dynatel models, and iD versions have the enhanced  
capability to read and write user information into the 3M iD markers. Information such  
as a pre-programmed identification number, facility data, application type, placement  
date and other details can all be read, stored and downloaded to your PC for enhanced  
resource management with this revolutionary equipment. The Dynatel Cable/Pipe/Fault  
Locators 2250M-iD/2273M-iD will also search for two different types of utility markers  
simultaneously. When used in conjunction with a hand-held GPS device the ability to  
transmit path and marker coordinates multiplies the potential to the mapping industry.  
This equipment provides a simple system for mapping utility information directly into  
CAD and GIS systems.  
The 2250M/2273M Series transmitters are available in 3-watt, 5-watt and 12-watt units.  
12 watts for the 12-watt transmitter, or 5 watts for the 5-watt transmitter, is attained by  
utilizing the Cigarette Lighter Adapter or External Rechargeable Battery (2200RB).  
3M is dedicated to bringing you premium equipment with outstanding reliability, backed  
by one of the best warranties in the business and outstanding service.  
Visit our website at www.3M.com/dynatel for more application notes and product  
information.  
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1. Safety Information  
Please read, understand and follow all safety information contained in these instructions  
prior to the use of the 3M™ Dynatel™ Cable/Pipe/Fault Advanced M-Series Locator.  
Retain these instructions for future reference.  
A. Intended Use  
The 3M Dynatel Cable/Pipe/Fault Advanced M-Series Locator is used to identify the  
placement of underground utility lines. The system must be installed as specified in  
the 3M Dynatel Cable/Pipe/Fault Advanced Locator 2250M/2273M Series Operator  
Manual. It has not been evaluated for other uses or locations. If this equipment is used  
in a manner not specified by 3M, the protections provided by the equipment may be  
impaired.  
Explanation of Signal Word Consequences  
Indicates hazardous situation which if not avoided, could result in  
death or serious injury.  
! Warning:  
Indicates hazardous situation which if not avoided, could result in  
minor or moderate injury.  
! Caution:  
Explanation of Product Safety Label Symbols  
Do not throw away in normal trash.  
Warning: Risk of electric shock  
F
! WARNING  
This WARNING applies to the following 3M Dyna-Couplers;  
• 3" (75 mm) - Part number 3001  
• 4.5" (114 mm) - Part number 4001  
• 6" (150 mm) - Part number 1196  
• All accessory kits containing any of the listed Dyna-Couplers - Part numbers 3019, 4519,  
1196/C  
A potential for electrical shock exists when using the Dyna-Coupler on cables energized with  
electrical power. Use appropriate safety procedures.  
DO NOT USE ON CABLES CARRYING IN EXCESS OF 600 VOLTS RMS.  
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! WARNING  
This WARNING applies to the use of the Direct Connect Cables and the Transmitter.  
To avoid potential shock, or electrically damaging the Transmitter, when setting up the  
Transmitter to locate using the Direct Connect method, follow these basic steps;  
•
ALWAYS plug the Direct Connect Cable into the Transmitter Output Jack [T-6] BEFORE  
connecting the leads to the cable/pipe to be located and the ground rod.  
– Connect the red lead to the cable/pipe.  
– Connect the black lead to ground rod.  
A POTENTIAL FOR ELECTRICAL SHOCK, AND/OR TRANSMITTER ELECTRICAL DAMAGE, EXISTS  
WHEN USING THE DIRECT CONNECT CABLE ON CABLES ENERGIZED WITH ELECTRICAL POWER  
IF THE ABOVE INSTRUCTIONS ARE NOT FOLLOWED. USE APPROPRIATE SAFETY PROCEDURES.  
CHECK VOLTAGE BEFORE CONNECTING TRANSMITTER. VOLTAGE HIGHER THAN 240 VOLTS WILL  
DAMAGE EQUIPMENT. FOLLOW STANDARD PROCEDURES FOR REDUCING THE VOLTAGE.  
2. About This Manual  
There are two basic models included in the 3M™ Dynatel™ Locator 2200M Series. The  
2250M locator is designed for cable/pipe locating. The 2273M locator is designed for  
cable/pipe and fault locating. The iD option (read/write capability to 3MTM iD Markers)  
is available for both models. There are three transmitter options: 3 Watt, 5 Watt, or 12  
Watt. This instruction manual will include all features. All instructions are applicable to  
all products, unless noted.  
The 12-watt transmitter option offers additional power output levels for improved  
induction performance and 8 kHz (low frequency) induction for shallow facilities, such  
as risers. Output Power up to 12 Watts for the 12-watt transmitter is achieved using the  
supplied external power source. The maximum output power in Direct Connect method  
is reduced to below FCC limits. (FCC limits: 1 Watt at 200 kHz and 10 Watts at 33 kHz)  
In order to demonstrate all available functions, the illustrations depict the 2273M-iD  
receiver unit and the 2250 and 2273 12-watt transmitters. The 2250M receiver may vary  
from the illustrations shown.  
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3. Quick Start  
A. Transmitter Battery Installation  
Loosen the six screws on the battery compartment cover on the bottom of the transmitter.  
Remove the cover.  
Install six ‘C’ size alkaline cell batteries (LR14) into the compartment as indicated by  
the polarity symbols (+ and –).  
Replace the cover and tighten the screws.  
6 'C' (LR14) size  
Alkaline Batteries  
Press and hold OFF [T-1] to manually test the batteries. The display and audio will  
indicate one of the following levels: (OK w/solid tone = good; LO w/beeping tone =  
low; "--" w/no tone = replace)  
! Caution  
To reduce the risks associated with fire and explosion:  
• Do not short, excessively heat, or dispose of batteries in fire.  
• Install batteries with proper polarity.  
• Use only Alkaline "C" (LR14) sized batteries.  
• Do not charge batteries  
• Do not use leaking batteries  
To reduce the risks associated with environmental contamination:  
• Dispose of batteries and electronic components in accordance with all regulations.  
• Ensure batteries are installed with correct polarity.  
• Always remove batteries when storing the units for long periods of time.  
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B. Receiver Battery Installation  
Remove cap from receiver handle.  
Install eight ‘AA’ size alkaline cell batteries (LR6) into the battery holder as indicated by  
the polarity symbols (+ and –).  
Attach battery holder to the PP3 connector in the receiver handle, and slide holder into  
the handle. Replace the cap.  
8 “AA” (LR6) Alkaline Batteries  
1. Twist cap to open battery  
compartment.  
2. Slide battery compartment  
out of handle.  
! Caution  
To reduce the risks associated with fire and explosion:  
• Do not short, excessively heat, or dispose of batteries in fire.  
• Install batteries with proper polarity.  
• Use only Alkaline "AA" (LR 6) sized batteries.  
• Do not charge batteries  
• Do not use leaking batteries  
To reduce the risks associated with environmental contamination:  
• Dispose of batteries and electronic components in accordance with all regulations.  
• Ensure batteries are installed with correct polarity.  
• Always remove batteries when storing the units for long periods of time.  
The receiver batteries are tested for two seconds every time the unit is turned on.  
The bar graph on the display will fill to the relative battery level.  
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The Battery Icon [8] on the Locating Displays will continuously indicate the battery  
level.  
C. Cleaning  
Use a soft damp cloth to clean the product and test leads if necessary.  
D. Service and Accessories  
Information regarding service, accessories, or replacement parts can be obtained by  
contacting 3M at 1-800-426-8688.  
This equipment does not require annual calibration or maintenance.  
E. 3M™ Dynatel™ Transmitter 2250 Keypad and Connector Definitions  
TM  
Dynatel 2250  
Trace  
-
+
o
Output Level  
off  
on  
T-1  
T-2  
T-3  
T-5  
T-6  
T-7  
[T-1] off: Turns unit off and performs battery test.  
[T-2] on: Ohm-meter / Tone: Turns the unit on and cycles through the following  
commands when pressed repeatedly.  
Ohm-meter: Measures the continuity of the trace conductor/pipe and its far-end  
ground. It is also used to measure the fault resistance to earth.  
Tone: In the tone mode, the transmitter generates 577 Hz and 200 kHz signals.  
[T-3] on: Trace (frequency): Turns the unit on and places the unit in Trace mode.  
Select Frequency: Press Trace [T-3] repeatedly to cycle through the transmitter’s  
active frequencies (577 Hz, 8 kHz, 33 kHz, and 200 kHz). The selected frequency  
will be displayed [T-4]. ‘ALL' indicates that the following active frequencies are  
transmitting simultaneously: 577 Hz, 8 kHz, 33 kHz, and 200 kHz.  
[T-4] Digital Display:  
Indicator Flags: These flags coincide with the operational mode of the transmitter.  
(From top left to bottom right) Trace mode [T-3], Tone mode [T-2], Ohm-meter [T-2],  
Voltage (at start up the transmitter checks for foreign voltage), and the Output Level  
Flag (no flag = normal output; flag = high output; flashing flag = maximum output).  
Digital Display: Indicates frequency, relative current, resistance, battery level and  
voltage (if present on target).  
[T-5] Output Level: Cycles output level; normal, high and maximum.  
Normal=No Flag; High=Flag; Maximum=Flashing Flag (indicated in Digital Display  
[T-4])  
NOTE: An external 12-volt power source is required to obtain Max Output level (12  
watts for 12-watt transmitters and 5 watts for 5-watt transmitters).  
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NOTE: 12 Watt Output Level varies by frequency. Output is limited to 10 watts at  
33 kHz and 1 watt at 200 kHz using the direct connection method.  
[T-6] Output Jack: Port for direct connect cables or Dyna-coupler.  
[T-7] External Jack: Port to connect cigarette lighter adapter cable, or rechargeable  
battery (2200RB). Input voltage level: 9-18 VDC. (Only on 5-watt and 12-watt  
transmitters.)  
F. 3M™ Dynatel™ Transmitter 2273 Keypad and Connector Definitions  
T-1  
T-2  
T-3  
T-4  
T-5  
T-7  
[T-1] off: Turns unit off and performs battery test.  
[T-2] on: Ohm-meter / Fault Locate / Tone: Turns the unit on and cycles through the  
following commands when pressed repeatedly.  
Ohm-meter: Measures the continuity of the trace conductor/pipe and its far-end  
ground. It is also used to measure the fault resistance to earth.  
Fault Locate: (2273M units only) In this mode, the transmitter sends two alternating  
locating frequencies (577 Hz and 33 kHz) as well as fault signals 10 and 20 Hz.  
Tone: In the tone mode, the transmitter generates 577 Hz and 200 kHz signals.  
[T-3] on: Trace (frequency): Turns the unit on and places the unit in Trace mode.  
Select Frequency: Press Trace [T-3] repeatedly to cycle through the transmitter’s  
active frequencies (577 Hz, 8 kHz, 33 kHz, and 200 kHz). The selected frequency  
will be displayed [T-4]. ‘ALL' indicates that the following active frequencies are  
transmitting simultaneously: 577 Hz, 8 kHz, 33 kHz and 200 kHz.  
[T-4] Digital Display:  
Indicator Flags: These flags coincide with the operational mode of the transmitter.  
(From top left to bottom right) Fault mode [T-2] (2273 units only), Tone mode [T-2],  
Trace mode [T-3], Ohm-meter [T-2], Voltage (at start up the transmitter checks for  
foreign voltage), and the Output Level Flag (no flag = normal output; flag = high  
output; flashing flag = maximum output).  
Digital Display: Indicates frequency, relative current, resistance, battery level and  
voltage (if present on target).  
[T-5] Output Level: Cycles output level; normal, high and maximum.  
Normal=No Flag; High=Flag; Maximum=Flashing Flag (indicated in Digital Display  
[T-4])  
NOTE: An external 12-volt power source is required to obtain Max Output level (12  
watts for 12-watt transmitters and 5 watts for 5-watt transmitters).  
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NOTE: 12 Watt Output Level varies by frequency. Output is limited to 10 watts at  
33 kHz and 1 watt at 200 kHz using the direct connection method.  
[T-6] Output Jack: Port for direct connect cables or 3M™ Dyna-coupler.  
[T-7] External Jack: Port to connect cigarette lighter adapter cable, or rechargeable  
battery (2200RB). Input voltage level: 9-18 VDC. (Only on 5-watt and 12-watt  
transmitters.)  
G. Maximum Transmitter Output  
An external 12V DC source is required for 12-Watt Output (Max setting) using a 12-watt  
transmitter or 5 watt output (Max setting) using a 5-watt transmitter. Connecting the  
rechargeable battery (2200RB) to the External Jack [T-7] will provide this external  
source, or the cigarette lighter adapter cable (included with 12-watt and 5-watt  
transmitters) can be used to connect the DC power from a vehicle’s battery source to  
the transmitter’s External Jack [T-7].  
Press Output Level [T-5] twice for maximum output mode.  
The indicator flag will flash when the transmitter is in maximum output mode.  
Note: The external DC source does not charge the internal batteries.  
! WARNING  
To reduce the risk associated with hazardous voltage:  
• Potential for electric shock exists when handling connection cables while the transmitter is  
ON. Make all connections prior to powering on the unit. Turn transmitter OFF before handling  
connection cables.  
• Voltage greater than 240 volts will damage equipment and could cause personal injury or  
death. Make all connections before turning on the transmitter. Follow standard procedures  
for reducing the voltage.  
• Do not change or modify this product in any way.  
H. Rechargeable Battery  
The 3M™ Dynatel™ Sealed Gel-Cell Battery  
2200RB can be used as an auxiliary battery in  
3M™ Dynatel™ Transmitters 2200 Series. It plugs  
into the External Jack [T-7] and provides power  
for the transmitter. When the rechargeable battery  
is plugged in, normal output, high output, and  
maximum output are available. When the  
rechargeable battery is connected to the  
transmitter, the alkaline batteries are bypassed.  
The rechargeable battery is a lead acid battery  
rated at 5.4 amp-hours and is equipped with a user replaceable fuse (5A/32V).  
Note: The internal batteries must be at least 5.4 volts. Do not remove the alkaline  
batteries from the transmitter when using the rechargeable battery. Rechargeable  
battery, or cigarette lighter adapter cable, is required for Maximum output level.  
Rechargeable battery is shown installed in the well of the transmitter case.  
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I. 3M™ Dynatel™ Receiver 2250M Key Pad and Display Definitions  
™
Dynatel  
8
3
2A  
10  
2250M Cable/Pipe Locator  
11  
12  
7
9
Access panel on  
bottom side of  
Receiver under  
rubber cover.  
SK  
1
2
6
OK  
On/Off  
Menu  
Spkr/Xpnd  
Gain Adjust  
Locate  
5
4
[1] On/Off (Power): Turns unit on and off.  
[2] Speaker Volume Control: Adjusts the volume of the receiver (off, low, med, high,  
and Xpand).  
[2A] Speaker Volume Icon: Indicates the relative volume level of the receiver. When  
the third ring is dotted and ‘xpnd' appears below the speaker icon, the receiver is in  
“Expander” mode. This mode is used to pinpoint the target cable or pipe.  
[3] Contrast: The arrows located above and below the contrast icon will adjust the  
contrast of the display.  
[4] Gain Adjust: Adjusts the sensitivity of the receiver either up or down to maintain a  
satisfactory signal level.  
[5] Locate/OK: Sets the receiver to trace mode for locating Cable/Pipe, Markers (for  
iD units only), Tone. Tone/Ext is used to activate the External Jack [13]. Acknowledges  
setup entries (OK).  
[6] Menu: Displays setup screen for configuration of the unit, i.e.: clock, language,  
depth units, marker data and frequencies.  
[7] Backlight: Toggles the backlight low, high, and off.  
[8] Battery Icon: Indicates battery level.  
[SK] Soft Keys: There are four soft keys (yellow keys) on the receiver. The function  
of each key is shown above the yellow key on the display screen. The functions will  
change, depending on the operation mode of the receiver. For instruction purposes in this  
manual, the display command is followed by [SK] to identify it as a soft key.  
[9] Soft Key Commands: Definitions for each of the four soft key functions.  
[10] Signal Strength: Digital reading of the signal that the receiver is detecting from the  
target.  
[11] Bar Graph: Graphical representation of the received signal.  
[12] Gain Level: Displays relative gain level.  
[l3] External Jack: Port to connect cables from external devices such as the earth frame  
(A-Frame), a second 3M Dyna-Coupler, or a toning coil.  
[14] Serial Port: RS232 port to connect the receiver to a PC via serial cable or USB-to-  
serial adapter cable.  
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[15] Earphone Jack: Will fit standard 1/8" (3.175 mm) mini-jack mono earphone plug  
(not included).  
J. 3M™ Dynatel™ Receiver 2273M Key Pad and Display Definitions  
Access panel on  
bottom side of  
Receiver under  
rubber cover.  
[1] On/Off (Power): Turns unit on and off.  
[2] Speaker Volume Control: Adjusts the volume of the receiver (off, low, med, high,  
and Xpand).  
[2A] Speaker Volume Icon: Indicates the relative volume level of the receiver. When  
the third ring is dotted and ‘xpnd' appears below the speaker icon, the receiver is in  
“Expander” mode. This mode is used to pinpoint the target cable or pipe.  
[3] Contrast: The arrows located above and below the contrast icon will adjust the  
contrast of the display.  
[4] Gain Adjust: Adjusts the sensitivity of the receiver either up or down to maintain a  
satisfactory signal level.  
[5] Locate/OK: Sets the receiver to trace mode for locating Cable/Pipe, Markers (for  
iD units only), Fault Finding, Tone. Tone/Ext is used to activate the External Jack [14].  
Acknowledges setup entries (OK).  
[6] Menu: Displays setup screen for configuration of the unit, i.e.: clock, language,  
depth units, marker data and frequencies.  
[7] Backlight: Toggles the backlight low, high, and off.  
[8] Battery Icon: Indicates battery level.  
[SK] Soft Keys: There are four soft keys (yellow keys) on the receiver. The function  
of each key is shown above the yellow key on the display screen. The functions will  
change, depending on the operation mode of the receiver. For instruction purposes in this  
manual, the display command is followed by [SK] to identify it as a soft key.  
[9] Soft Key Commands: Definitions for each of the four soft key functions.  
[10] Signal Strength: Digital reading of the signal that the receiver is detecting from the  
target.  
[11] Bar Graph: Graphical representation of the received signal.  
[12] Gain Level: Displays relative gain level.  
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[13] Fault Finding Direction Indicators: Corresponds to the Earth Contact Frame  
(A-Frame) probe (leg) colors.  
[l4] External Jack: Port to connect cables from external devices such as the earth frame  
(A-Frame), a second 3M™ Dyna-Coupler, or a toning coil.  
[15] Serial Port: RS232 port to connect the receiver to a PC via serial cable or USB-to-  
serial adapter cable.  
[16] Earphone Jack: Will fit standard 1/8" (3.175 mm) mini-jack mono earphone plug  
(not included).  
4. Menu Displays  
A. Main Menu  
When the Menu [6] button is pressed, the Main Menu display appears.  
The function appears on the display above each soft key.  
1. Write Mode: System used to write information to 3M iD Markers  
2. Data/Template: Displays marker history and  
template creation/selection displays:  
a. Read History – 100 memory locations for  
Read iD Markers  
b. Write History – 100 memory locations for  
Written iD Markers  
c. User Templates – Create and edit iD  
templates for iD Markers (max = 32)  
d. Trace Templates – Create and edit  
templates used to identify path (max = 5)  
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3. COM Setup: Displays second level COM  
Port setting display to configure RS232 port  
communication with different devices –  
a. PC – Receiver will communicate to a  
computer  
b. NMEA – Port is configured to accept  
coordinates from GPS device  
c. GIS – Port is configured to send 3M™ iD  
marker information or path information  
to GPS device and receive coordinates  
from GPS device.  
d. PDA – receiver will send 3M iD marker and  
path information in ASCII string.  
4. >>More: Advances to next menu display  
5. <<Back: Returns to previous menu display  
6. Setup: Displays second and third level displays  
for receiver configuration  
a. Depth Units – Choose unit of measure; in,  
ft-in, or cm  
b. Clock – Date and time stamped on marker  
information and depth readings.  
c. Language – Toggles between English and  
alternate language  
d. >>More - Advances to next menu display  
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e. <<Back - Returns to previous display  
f. Marker Type – enable and disable marker  
utility types  
g. Locate Frequencies – enable and disable  
receiver frequencies for locate mode  
h. >>More - Advances to next menu display  
i. <<Back - Returns to previous display  
j. Tone/Freq - External Port or Tone  
Frequencies – enable and disable frequencies  
that are detectable through the external port  
of the receiver  
k. Power Filter Frequency – Select the power  
frequency of the region to aid in 50/60 Hz  
interference rejection when using Auxiliary  
frequencies  
l. Audio Configuration – Select audio  
response of unit for Directional Peak mode  
7. Self Test: Displays information about receiver  
unit and performs a self check test  
8. Help: Offers the user basic on-screen  
instructions  
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5. Configuring The Receiver  
In the setup mode, the units of depth measurement, time, date, and date format can be  
set. The receiver can be configured to detect only certain frequencies and/or specific  
utility markers (3M™ Dynatel™ Receivers 2250M-iD and 2273M-iD only). User defined  
frequencies can be programmed, language of the receiver can be selected, and tone  
frequencies set.  
A. Select Depth Units  
MENU [6] + >>More [SK:4] + Setup [SK:6] + Units [SKToggle:6a]  
1. Press Units [SK toggle:6a].  
2. The soft key command will toggle between  
inches (in), centimeters (cm), and feet/inches  
(ft-in).  
3. Press Locate/OK [5].  
B. Setting the Receiver Clock  
Set the time, date, and date format of the receiver. Depth and Current measurements are  
time and date stamped, as well as read write marker information (iD units only).  
MENU [6] + >>More [SK:4] + Setup [SK:6] + Clock [SK:6b]  
1. Press the left/right arrow [SK] to highlight the  
digit of the date or time to change.  
2. Press the + or - [SK] to increment or decrement.  
3. When the date format is highlighted, the format  
will toggle between mm/dd/yy and dd/mm/yy.  
4. Press Locate/OK [5] to save, or Menu [6] to  
cancel.  
C. Selecting a Language  
MENU [6] + >>More [SK:4] + Setup [SK:6] + Lang [SKToggle:6c]  
The soft key command will cycle through available languages. Press Locate/OK [5].  
Alternate languages can be uploaded to the receiver using the 3M™ Dynatel™ PCTools  
Software. The 3M™ Dynatel™ PC Tool Kit Software is available free of charge at  
www.3M.com/dynatel under the Software section; 2550/2573/2250M/2273M/1420  
Locator PC Tools xx.x.x (EXE xx.xMB).  
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D. Enabling/Disabling Frequencies  
MENU [6] + >>More [SK:4] + Setup [SK:6] + >>More [SK:6d] + Locate Freq [SK:6g]  
The user can select the frequencies that the receiver will detect. All the available  
frequencies are listed in four groups (Left to Right: Active, Power, Passive, and  
Auxiliary). The Auxiliary group also contains the User Defined Frequencies. (See  
Creating User Defined Frequencies, Section 5F.)  
1. Press the right arrow [SK] to move the highlight  
bar to the section of frequencies to enable, or  
disable.  
2. Press the up/down arrows [SK] to highlight the  
specific frequency.  
3. Press Enabl/Disabl [SK]. (Enable denoted by )  
4. Repeat steps 2 & 3 to enable/disable other  
frequencies.  
5. Press Locate/OK [5] to save.  
E. Selecting External Jack [14] ([13] on 2250M locator) Frequencies  
(Tone Frequencies)  
MENU [6] + >>More [SK:4] + Setup [SK:6] + >>More [SK:6d] + Tone Freq [SK:6j]  
A coupler can be plugged into the External Jack [14]  
([13]) on 2250M locator) of the receiver and used to  
identify cables. (See Additional Applications: Cable  
Identification, Section 19B.) The same procedure  
as D. Enabling/Disabling Frequencies (above)  
is followed for selecting frequencies that can be  
detected by the External Jack [14] ([13]) on 2250M  
locator) found on the bottom of the receiver.  
F. Creating User Defined Frequencies  
MENU [6] + >>More [SK:4] + Setup [SK:6] + >>More [SK:6d] + Locate Freq [SK:6g]  
There are four user defined frequencies available on the receiver. (These frequencies  
must be between 50 Hz and 999 Hz.) These frequencies are found in the column on the  
far right of the Locate Freq display (Auxiliary frequencies). These frequencies, once  
programmed, will appear in the Locate mode under the Aux [SK] frequency list when  
Freq [SK] is selected in the Locate mode.  
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To program the user defined frequencies press the  
right arrow [SK] to highlight the Auxiliary group  
of frequencies. Press the up/down arrows [SK]  
to highlight the user frequency to program. Press  
Enabl/Disabl [SK].  
Press the left/right arrows [SK] to move the square  
cursor to a digit. Press Select [SK] to enter the  
number in the frequency field.  
Press Locate/OK [5] to save the programmed  
frequency, or press Exit [SK] to cancel. The  
frequency will appear in the locate frequency  
display as U ###, where ### represents the selected  
frequency.  
Note: To redefine a previously programmed user  
frequency, highlight the frequency, press enabl/  
disabl, select the back arrow with the cursor, and  
press select to delete the previous entry.  
G. Filtering Power Frequency Interference  
MENU [6] + >>More [SK:4] + Setup [SK:6] + >>More [SK:6d] + >>More [SK:6h] + Filter [SK:6k]  
In order to filter out unwanted power influences  
while locating with user-defined frequencies, verify  
the correct frequency is selected for your location  
(default is 60 Hz). Press Locate/OK [5].  
H. Selecting Locating Audio  
MENU [6] + >>More [SK:4] + Setup [SK:6] + >>More [SK:6d] + >>More [SK:6h] +  
Audio Config [SK:6l]  
The user can choose the audio response of the  
receiver when using the Directional Peak mode for  
path locating. Highlight the audio selection and press  
Locate/OK [5] to save.  
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6. Buried Cables And Pipes:  
Transmitter Connections  
Perform a battery test. Use one of the following three methods to produce a trace signal  
on the target pipe or cable.  
A. Direct Connect Method  
! WARNING  
This WARNING applies to the use of the Direct Connect Cables and the Transmitter.  
To avoid potential shock, or electrically damaging the Transmitter, when setting up the  
Transmitter to locate using the Direct Connect method, follow these basic steps;  
•
ALWAYS plug the Direct Connect Cable into the Transmitter Output Jack [T-6] BEFORE  
connecting the leads to the cable/pipe to be located and the ground rod.  
– Connect the red lead to the cable/pipe.  
– Connect the black lead to ground rod.  
A POTENTIAL FOR ELECTRICAL SHOCK, AND/OR TRANSMITTER ELECTRICAL DAMAGE, EXISTS  
WHEN USING THE DIRECT CONNECT CABLE ON CABLES ENERGIZED WITH ELECTRICAL POWER  
IF THE ABOVE INSTRUCTIONS ARE NOT FOLLOWED. USE APPROPRIATE SAFETY PROCEDURES.  
CHECK VOLTAGE BEFORE CONNECTING TRANSMITTER. VOLTAGE HIGHER THAN 240 VOLTS WILL  
DAMAGE EQUIPMENT. FOLLOW STANDARD PROCEDURES FOR REDUCING THE VOLTAGE.  
Plug the direct connect cable into the Output Jack [T-6] of the transmitter. Connect  
the black clip to the ground rod. Place the ground rod in the earth perpendicular to the  
suspected cable/pipe path. If necessary, extend the black lead with the Ground Extension  
Cable (#9043 available separately).  
1. Remove the ground bonding and attach the red clip to the shield of the cable, pipe,  
or target conductor. (If locating power cables, the red clip can be attached to the  
transformer cabinet, or the meter box). Metal contact must be made between the red  
clip and the transformer cabinet or meter box. If painted, some paint will need to be  
removed/scraped off to allow metal-to-metal contact.  
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2. Turn the transmitter on by pressing Ohms [T-2]. The continuity of the circuit will be  
measured. The results are displayed [T-4] in ohms and as a tone.  
− If the continuity of the circuit is very good (the reading on the display is less  
than 3K Ω. and a solid tone from the transmitter is heard) all frequencies can  
be used to locate. Always use the lowest frequency available (for example, 577  
Hz). Lower frequencies are less likely to ‘bleed over’ to other cables in the same  
area, and are very good for tracing over long distances.  
− If the circuit reads more than 3K Ω., but less than lOK Ω (indicated by a  
beeping tone from the transmitter) it will be necessary to use a higher frequency  
than 577 Hz in order to locate the cable/pipe.  
− If the circuit reads more than lOK Ω., it will be necessary to use an RF signal  
such as 33 kHz or 200 kHz.  
− If there is no tone and the transmitter indicates that there is an open circuit (OL  
in the display) this could be an indication of a poor ground, or an open-ended  
cable or pipe. Use one of the higher frequencies available, at high or maximum  
output power level. If it is an open-ended cable or pipe, the receiver's response  
will decrease suddenly at the site of the clear or severed end.  
Note: In the ohms mode, the transmitter can detect voltage as well as ohms. If a low  
voltage is detected, the display will alternate between displaying ohms and volts. When  
displaying ohms, the flag over the Ω symbol will be visible. When displaying volts, the  
flag over the ‘V' will be visible. When the voltage magnitude is sufficient to impair the  
accuracy of the ohms measurement, only voltage will be displayed. If the voltage is  
AC, a sine wave will be visible on the display [T-4]. If a high AC voltage is detected, a  
rapid beeping tone will be heard.  
3. Press Trace [T-3] repeatedly until the desired frequency appears on the display.  
4. Press Output Level [T-5] to select high or maximum output power level for longer  
tracing distances or deep pipe/cable.  
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B. Dyna-Coupler Method  
! WARNING  
This WARNING applies to the following 3M™ Dyna-Couplers;  
• 3" (75 mm) - Part number 3001  
• 4.5" (114 mm) - Part number 4001  
• 6" (150 mm) - Part number 1196  
• All accessory kits containing any of the listed 3M Dyna-Couplers - Part numbers 3019, 4519,  
1196/C  
A potential for electrical shock exists when using the 3M Dyna-Coupler on cables energized  
with electrical power. Use appropriate safety procedures.  
DO NOT USE ON CABLES CARRYING IN EXCESS OF 600 VOLTS RMS.  
Use a ground extension cable,  
or wire, and ground rod set-up  
between a target pipe/cable and  
a gas meter valve/box, or cable/  
electrical meter box. This will  
isolate the locate signal to the  
target pipe/cable section below  
the meter/box, between the  
grounding points. This provides a  
good return path for the tracing  
signal. Insulating coupling above  
a gas meter valve on a pipe will  
isolate the returning signal from  
ground and may make locating  
more difficult.  
1. Connect the 3M Dyna-Coupler to the transmitter Output Jack [T-6] using the  
coupler cable (9011).  
2. Clamp the 3M Dyna-Coupler around the cable or pipe, below any bonds, just before  
it enters the earth. The jaws of the coupler must fully close.  
3. Press Trace [T-3] to turn on the transmitter. Press again to select 8 kHz, 33 kHz or  
200 kHz.  
Note: When using a 3M Dyna-Coupler, always select high or maximum output power  
level by pressing the Output Level [T-5] key on the transmitter.  
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C. Induction Method  
If you cannot make a direct connection, or use the 3M™ Dyna-Coupler clamp to apply a  
locating signal on the target, use the induction method. When nothing is plugged into the  
Output Jack [T-6] of the transmitter the unit will be placed into induction mode when it  
is turned on. This method uses the internal coil of the transmitter to generate a magnetic  
field. This is the least preferred method of applying a signal on a target conductor  
because it can easily be picked up by other non-target conductors in the area. However,  
it is the preferred method of applying a signal to multiple cables/pipes in the same  
trench, and for the ‘two-person sweeping’ application.  
3M Dynatel transmitters provide a choice of induction frequencies and output power  
levels. Higher induction output power levels are needed for detecting deeper depths and  
longer ranges. The 2200M Series 3 Watt transmitters provides two induction frequencies:  
33 kHz and 200 kHz. The 12 Watt transmitter provides three induction frequencies: 8  
kHz, 33 kHz and 200 kHz. The 200 kHz frequency is commonly used for deeper cables/  
pipes and the lower frequencies are used to give longer locate distances. The 8 kHz  
(low frequency) induction helps in locating shallow facilities, such as risers (12 Watt  
transmitter only.)  
The following sections review Non-sweeping and Sweeping (Area) methods used  
with the Induction Mode. The Non-Sweeping method is utilized when a specific target  
requires path tracing. The transmitter remains stationary in-line over the target and the  
path is traced. The Sweeping method is utilized when a designated area needs to be  
swept for non-specific targets, for example, all the buried pipes or conductors in the  
designated area. Several sweeping methods will be reviewed.  
A. Non-Sweeping (Passive) Induction Mode Locating  
• Position the transmitter over the target facility, with the hinge of the transmitter over  
and in line with the cable/pipe path. Remove any cables from the Output Jack [T-6].  
− Align the Induction Direction arrows on the transmitter with the target  
conductor.  
• Turn on the transmitter, select the frequency and select high output or maximum  
output power level for best signal-to-noise ratio.  
• Trace the signal path with the receiver using the Induction Peak (Ind Pk) mode.  
The Induction Peak (Ind Pk) mode of the receiver is a mode in which the upper antenna  
of the receiver is tuned to minimize distortion from the magnetic field of the transmitter.  
Use Induction Peak (Ind Pk) mode when sweeping distance between the transmitter and  
receiver is 25–60 feet (7.6–20 m). Beyond 60 feet (20 m) you can also use the Special  
(single) Peak (Spl Pk) or Directional Peak (Dir Pk) modes. Special (single) Peak (Spl  
Pk) can be used for maximum detection depth and range (needed for deep conductors  
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and metal pipes), but would require increased sweep distance separation between the  
transmitter and receiver.  
Note: If nothing is plugged into the Output Jack [T-6] of the transmitter, the  
transmitter will automatically turn on the internal antennae, and the last frequency  
used (8 kHz (12 Watt transmitter only), 33 kHz or 200 kHz) will broadcast in induction  
mode.  
The induction frequency can be changed by pressing the Frequency button on the  
transmitter. For best results, the receiver should be at least 25 feet (7.6 m) away from  
the transmitter to begin tracing the target path and have the gain set between 78-84%  
when starting the sweep. This is used to establish a baseline gain threshold prior to  
starting a sweep. When crossing a target pipe or cable, the bar graph will close and  
the signal strength and audio response will increase. Attempting to trace the target  
close to the transmitter may lead to false indications due to the receiver detecting the  
large magnetic field radiating from the transmitter.  
B. Sweeping (Active) Induction Mode Locating  
Sweeping an area with the 3M™ Dynatel™ Locator 2200M Series allows the location of  
multiple metallic cables and pipes buried in an area without direct connect or coupler  
access to the cable or pipe. This approach is effective before any excavation takes place.  
Note that when specific buried objects need to be identified, it's important to use the  
direct connect or coupler method for applying the signal. This will help limit the applied  
locate signal to a specific facility that provides more position and depth accuracy along  
with an effective identification. There are two main types of “no access” or “blind”  
Induction Sweeps;  
Passive Sweeps: These require only the use of the Receiver with passive frequency  
detection capability. This method uses existing external signal sources, such as 60 Hz/50  
Hz for electric power, 15 kHz to approximately 30 kHz for low frequency radio signals,  
120 Hz / 100 Hz CPS impressed current Cathodic Protection signals and the less  
commonly occurring CATV signal of 31.25 kHz NTSC with CRT TV turned on.  
Active Sweeps: These require both the Receiver and Transmitter with Induction  
capability. This method refers to using a 3M Dynatel transmitter as the signal source  
through induction, instead of relying on passive frequencies that may exist on the  
buried conductor or metal pipe. Active Induction allows for detecting buried cables  
and metal pipes in the absence of passive signals and at deep depths and short sections.  
3M Dynatel transmitters provide a choice of induction frequencies and output power  
levels. Higher induction output power levels are needed for detecting deeper depths and  
longer ranges. The 2200M Series 3 Watt transmitters provides two induction frequencies:  
33 kHz and 200 kHz. The 12 Watt transmitter provides three induction frequencies: 8  
kHz, 33 kHz and 200 kHz. The 200 kHz frequency is commonly used for deeper cables/  
pipes and the lower frequencies are used to give longer locate distances. The 8 kHz (low  
frequency) induction helps in locating shallow facilities, such as risers.  
C. Passive Sweeps  
Select Special (single) Peak (Spl Pk) mode on the receiver and then select the frequency  
(source; for example, power, LF, etc.) to be traced. Passive sweeps at power frequency  
will detect buried power cables and conductors carrying 60 Hz/50 Hz power signal in the  
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ground. Other passive sources exist, such as Cathodic Protection, LF and CATV cable  
(with NTSC TV CRT turned on).  
Walk in a grid pattern over the sweep area holding the receiver as shown in the  
following illustration. Stop when there is a response increase, locate the position of the  
maximum signal, follow the conductor path all the way out of the sweep area while  
putting location marks on the ground. Resume the sweep until another cable or pipe is  
detected, or the whole area is completely swept. Switch to another available passive  
frequency in the receiver and sweep again.  
D. One-person Active Induction Mode Sweeps  
One-person active induction mode sweeps require that the transmitter be set on the  
ground over the suspected path of the buried infrastructure. The receiver is used to  
detect signals induced by the transmitter on buried long conductors. Proper placement  
and orientation is key to maximize the induced signal in the buried cable or metallic  
pipe enough to be detectable by the receiver along each path in the swept area. (Note  
that no signal is induced onto a conductor whose path is perpendicular to the Induction  
Direction indication.)  
• Place the transmitter in the upright (bottom on ground) position for directional  
optimization when aligned with the Induction Direction shown on the label on the  
transmitter.  
• Tip the transmitter over towards the front, and lay it on it's front surface, for multi-  
directional wide area induction. (Note that no signal is induced onto a conductor  
whose path is directly under the transmitter).  
• Remove anything plugged into the Output Jack [T-6] (this will place unit in Induction  
Mode), select highest available frequency (200 kHz) and highest output power level.  
• Select the Induction Peak (Ind Pk) mode and 200 kHz frequency on the receiver.  
When in close proximity to the transmitter in induction mode, there is a direct signal  
from the induction antenna in the transmitter to the receiver through the air. Induction  
Peak (Ind Pk) mode is a newly added locate mode for use in closer proximity to a  
transmitter in Induction mode (<60 ft , 20 m typ.). Special (single) Peak (Spl Pk)  
would give the highest sensitivity, but is affected by the air signal more than Induction  
Peak (Ind Pk) mode.  
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E. Two-person Active Induction Mode Sweeps  
In two-person active induction mode sweeps, one person holds the transmitter and  
the other holds the receiver while walking together in a sweep pattern detecting long  
conductors in the ground when crossed by transmitter and receiver positions and  
orientation, as shown below:  
Transmitter Set-up  
• Remove anything plugged into the Output Jack [T-6] (this will place unit in Induction  
Mode), select high frequency (200 kHz), or medium frequency (33 kHz or 82 kHz),  
and highest output power level.  
• Hold the transmitter with the lid facing up and align it with the Induction Direction  
arrow label, as shown on the transmitter, with the receiver  
Receiver Set-up  
• Set the receiver to the same frequency as the transmitter.  
• Select the Induction Peak (Ind Pk) mode, and press the Gain Adjust [4] (+ or -) key  
until the bar graph is just visible.  
Sweeping  
• Sweeping can be done at close distances between the transmitter and receiver.  
• For best results, the receiver should be at least 25 feet (7.6 m) away from the  
transmitter to begin tracing the target path and have the gain set between 78-84%  
when starting the sweep. Attempting to trace the target close to the transmitter may  
lead to false indications due to the receiver detecting the large magnetic field radiating  
from the transmitter.  
• Induction Peak (Ind Pk) mode cancels the air signal coming directly from the  
transmitter induction antenna to the receiver. Increasing the sweep distance between  
the transmitter and receiver reduces the direct air signal and allows for sensing  
deeper conductors and sections of metal pipes. Use Induction Peak (Ind Pk) mode  
when sweeping distance between the transmitter and receiver is 25–60 feet (7.6–20  
m). Beyond 60 feet (20 m) you can also use the Special (single) Peak (Spl Pk) or  
Directional Peak (Dir Pk) modes.  
• Special (single) Peak (Spl Pk) can be used for maximum detection depth and range  
(needed for deep conductors and metal pipes), but would require increased sweep  
distance separation between the transmitter and receiver.  
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7. Receiver Modes  
A. Directional Peak (Dir Pk)  
Locate/OK [5] + Cable/Pipe [SK] + Mode [SK] + Dir Pk [SK Toggle]  
In Dir Pk mode, four peak antennas are used to analyze the magnetic field pattern. The  
Bar Graph [1l] indicates Signal Strength [10] and the directional arrows sense the edges  
of the magnetic field. The left/right arrows will indicate the direction to the nearest cable  
that is in-line with the receiver handle.  
As the antenna crosses the cable or pipe, the receiver speaker volume increases to a  
maximum, the Bar Graph [1l] fills from both sides toward the middle, and the numeric  
Signal Strength [10] increases. As the antenna moves off the target path, the speaker  
volume decreases and the Bar Graph [1l] opens. Use the Bar Graph [1l] and the numeric  
Signal Strength [10] value to locate the exact target path.  
Right of Target Path  
Left of Target Path  
Directly Over Target Path  
Once the target path has been located, the arrows at the top of the display will indicate  
the location of the target path in relationship to the receiver.  
Note: When field distortion (due to congestion) is affecting the receiver the left/right  
arrows may not coincide with the bar graph. Use the maximum numerical signal  
strength to target the cable or pipe.  
B. Directional Null (DirNull)  
Locate/OK [5] + Cable/Pipe [SK] + Mode [SK] + DirNull [SK Toggle]  
In DirNull mode, as the operator approaches the cable or pipe, the numerical Signal  
Strength [10] will increase then fall sharply as the receiver crosses the target cable  
or pipe. The Bar Graph [1l] fills from both sides toward the middle and the receiver  
speaker volume decreases. As the antenna moves off the target path, the Bar Graph [1l]  
opens, the Signal Strength [10] increases, and the speaker volume increases. Gain adjust  
is automatic in DirNull mode.  
The center of the DirNull display provides a ‘compass view' of the target path. An arrow  
will point toward the location of the cable/pipe in 45-degree steps. A solid line will  
appear over the cable/pipe, indicating its orientation to the receiver handle.  
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For example:  
Figure 1: If the target path is to the right of the  
receiver, and running parallel to the operator, the  
right arrow will display.  
Figure 2: If the target path is to the left and in front  
of the operator (not running parallel to the receiver)  
the arrow will point toward the top left side of  
the display.  
Figure 3: When the receiver crosses the target path,  
a solid line will appear, instead of arrows, indicating  
the target path and its orientation to the receiver  
handle.  
Before marking target path, always use Directional Peak (Dir Pk) or Special Peak (Spl  
Pk) mode to verify location.  
C. Special Peak (Spl Pk)  
Locate/OK [5] + Cable/Pipe [SK] + Mode [SK] + Spl Pk [SK Toggle]  
Special Peak Mode turns on only the peak antenna closest to the ground. Special Peak  
Mode is used in applications such as very deep cables or pipes, or when the signal is too  
weak for directional peak tracing.  
Left or Right of Target Path  
Directly Over Target Path  
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D. Induction Peak (Ind Pk)  
Locate/OK [5] + Cable/Pipe [SK] + Mode [SK] + Ind Pk [SK Toggle]  
If you cannot make a direct connection, or use the 3M™ Dyna-Coupler Clamp to apply  
a locating signal on the target, use the induction method. This method uses the internal  
coil of the transmitter to generate a magnetic field.  
The Induction Peak mode of the receiver is a mode in which the upper antenna of the  
receiver is tuned to minimize distortion from the magnetic field of the transmitter.  
Left or Right of Target Path  
Directly Over Target Path  
E. Expanded Mode  
When the third ring of the speaker icon is dotted  
or broken and ‘xpnd’ appears below the speaker  
icon as shown, the receiver is in “Expanded”  
mode. This mode is used for pinpointing a  
target cable or pipe. The area of response of  
the receiver narrows, allowing the locator to  
detect very small signal changes. Press the  
Speaker Volume Control [2] key to activate the  
"Expanded" mode.  
8. Depth and Current Estimate  
Verifying the target path, depth and current can be helpful tools.  
1. Pinpoint the cable or pipe being located.  
2. Lower the tip of the receiver to the ground and  
press Depth [SK].  
− The depth to the target cable or pipe is  
displayed in the units specified in the receiver  
set up menu. The bold current reading is a  
relative current measurement. This reading  
can be compared to the current reading that  
alternately flashes with the frequency on the  
transmitter to help identify the target cable/  
pipe. The highest relative current value will  
be the target cable/pipe and will compare  
closest to the transmitter relative current value.  
The milliamp reading is an actual current  
measurement.  
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− There are two options for measuring depth.  
Live depth is a continuous measurement.  
1-Shot Depth is an averaging of the depth  
reading over a short period of time. When in  
1-Shot mode, the unit will average the depth  
reading for three seconds, and then display  
the result on the display. Press Depth [SK] to  
alternate between the two modes.  
− Five depth readings can be saved with the  
time, date and relative current measurements.  
3. Pressing Save [SK] will place each entry in sequential order in memory (M1 - M5)  
until five readings have been stored. The unit will overwrite saved entries in excess  
of five, beginning with M1.  
4. Press Clear All [SK] to delete all stored depth  
information.  
− The operator may select the memory location  
to store the depth readings by pressing Mem  
Select [SK]. When the preferred location  
appears on the display, press Save [SK]. The  
display and memory location will populate  
with the current information.  
− Each memory location can be reviewed by  
pressing Mem Select [SK].  
5. Press Locate/OK [5] to return to Locate Mode.  
9. Locating Frequencies  
A. Active Frequencies  
Active frequencies are trace signals supplied by a 3M™ Dynatel™ Transmitter 2200  
Series (577 Hz, 8 kHz, 33 kHz, or 200 kHz).  
1. Select the same frequency that the transmitter is generating.  
2. Press Locate/OK [5]  
3. Press Cable/Pipe [SK]  
4. Press Freq [SK]  
5. Press Active [SK Toggle] until the desired frequency is displayed in the soft key  
command [9] (“Active” 577, 8K, 33K or 200K)  
6. Press Locate/OK [5] to return to Locate mode.  
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B. Power Frequencies  
Power frequencies refer to 50 or 60 Hz signals, and their harmonics, that can be traced  
without the use of a transmitter.  
60: Best for general locating of passive power.  
60H (high harmonic): If the 60 choice appears to be responding slowly, or poorly, then  
60H is the second choice for locating of passive power.  
60L (low harmonic): Third choice for passive power locating. May be used when 60 or  
60L is weak or erratic. 60L may be the best choice when locating primary power cables.  
120 Hz: Used for locating rectified AC power signals, often found on pipelines using  
impressed current cathodic protection.  
1. Press Locate/OK [5]  
2. Press Cable/Pipe [SK]  
3. Press Freq [SK]  
4. Press Power [SK Toggle] until the desired frequency is displayed in the soft key  
command [9] (“Power” 60, 60L, 60H, or 120).  
5. Press Locate/OK [5] to return to Locate mode.  
All U.S. receivers default to 60 Hz.  
To set the receiver to detect 50 Hz signals refer to Enabling/Disabling Frequencies  
section of this manual.  
C. Passive Frequencies  
The receiver (without a 3M™ Dynatel™ Transmitter 2200 Series) can be used to detect  
some CATV cables (31.5 kHz). (A horizontal-scan television NTSC must be turned on to  
generate this frequency.)  
1. Press Locate/OK [5]  
2. Press Cable/Pipe [SK]  
3. Press Freq [SK]  
4. Press Pasv [SK Toggle]  
5. Press Locate/OK [5] to return to Locate mode.  
D. Auxiliary Frequencies  
Auxiliary frequencies are signals generated from remote location transmitters, or  
frequency generating transmitters.  
1. Press Locate/OK [5]  
2. Press Cable/Pipe [SK]  
3. Press Freq [SK]  
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4. Press Aux [SK Toggle] until the desired frequency is displayed in the softkey  
command [9] (“Aux” 512, 560, 333 Hz, or user defined frequencies).  
5. Press Locate/OK [5] to return to Locate mode.  
10. Locating in Directional Peak Mode  
The following are instructions for locating a buried pipe or cable using the direct connect  
method and the directional peak (Dir Pk) mode. Other methods of connection and  
tracing modes/features are explained in previous sections.  
1. Insert the ground rod into the ground, perpendicular to the suspected target path.  
2. Remove the grounding from the near-end of the target cable/pipe.  
Note: Never connect or disconnect the transmitter when the unit is on.  
3. Connect the red lead of the transmitter to the shield, neutral, or deenergized target  
conductor.  
4. Connect the black lead of the transmitter to the ground rod.  
5. Perform a battery check by pressing and holding off [T-1].  
6. Power on the transmitter by pressing Ohms [T-2] once for Ohm-meter mode. An  
indicator flag will be displayed above the ohms symbol (Ω) in the Digital Display  
[T-4].  
a. A solid tone from the transmitter indicates a complete circuit with a good  
ground.  
b. A beeping tone from the transmitter indicates a usable ground. An attempt  
should be made to improve the ground.  
c. No tone from the transmitter indicates a poor, or no ground. The transmitter will  
display ‘OL’ in this instance. An attempt should be made to improve the ground.  
Verify that the far end is grounded.  
7. Press Trace [T-3] to set the transmitter to Trace mode.  
8. Select a frequency on the transmitter by pressing Trace [T-3]. The unit will cycle  
through the available frequencies (577, 8K, 33K, 200K, and ALL).  
9. Press On/Off (Power) [1] to power on the receiver.  
10. Press Locate/OK [5].  
11. Press Cable/Pipe [SK].  
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12. Set the Frequency and mode of the receiver.  
a. Press Freq [SK]  
b. Select the same frequency on the receiver  
as the transmitter by pressing Active [SK  
Toggle].  
c. Press Locate/OK [5] to save the setting and  
return to locate mode.  
d. Press Mode [SK Toggle] until Dir Pk is  
displayed.  
13. Stand away from the suspected target path and adjust the Gain [4] down until the  
bar graph opens completely.  
14. Walk in a wide circle with your back toward the transmitter (about 10 to 15 feet  
(3–4.5 m) away).  
− Watch the receiver display and listen to the signal. Take note of where the  
receiver detects the strongest Signal Strength [10].  
− The bar graph will close when the unit detects a signal, and the arrows  
will reverse.  
− Adjust the Gain [4] down if the bar graph closes completely.  
− The Signal Strength [10] numbers on the display will change with the signal  
strength (smaller, as you walk away from the target path; larger, as you approach  
the target path).  
− Make a complete circle around the transmitter. Return to each point in the circle  
that the receiver detected.  
15. Measure the depth and current of each point to identify the target path. The depth  
of the target path should be as expected and the relative current should compare  
to the relative current that is alternately flashing with the frequency value on the  
transmitter.  
Note: The relative current reading will decrease steadily as the locator moves away  
from the transmitter. When using higher frequencies, this decline is more evident.  
16. Adjust the gain so that the bar graph responds to the target path (open when off  
path, almost completely closed when directly over target).  
17. Trace the cable/pipe at a slow walk while moving the receiver in a side-to-side  
motion, keeping the receiver perpendicular to the ground.  
18. Measure the depth and current occasionally to verify target path.  
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Note: In order to measure the depth and current accurately, the operator must  
pinpoint the target pipe or cable, and the receiver handle should be in-line with the  
target path.  
− While in Dir Pk mode, find the highest Signal Strength [10].  
− Lower the tip of the receiver to the ground. Twist the receiver left and right  
while watching the signal strength.  
− When the highest Signal Strength [10] reading is displayed, the handle of the  
receiver is in line with the target pipe or cable.  
Occasionally, a signal will appear on adjacent cables or pipes. Compare the relative  
and actual current readings (value that is under the relative current value and in mA  
units) over each path to help determine the target path. Current readings will be  
significantly less on the adjacent cable compared to the target path.  
19. As tracing proceeds, remember that the most powerful signal is near the transmitter.  
As the receiver gets farther away from the transmitter the Signal Strength [10]  
decreases. It may be necessary to readjust the gain as needed to ensure that there is  
adequate signal for the receiver to operate. Press the Gain [4] up or down when the  
Bar Graph [11] is no longer visible (too little signal) or when the Bar Graph [11] is  
closed (too much signal).  
20. Trace the path until you reach a logical termination point (i.e.: terminal, meter,  
cabinet, etc).  
11. Locating Active Duct Probes (Sondes)  
1. Press On/Off [1] on the receiver.  
2. Press Locate/OK [5].  
3. Press Cable/Pipe [SK].  
4. Press Mode [SK Toggle] to select Special Peak (Spl Pk).  
5. Press Freq [SK].  
6. Press Active [SK Toggle] to select the 33kHz frequency (for a 33 kHz Sonde  
or Active Duct Probe (ADP)).  
7. Press Locate/OK [5].  
8. With the receiver handle perpendicular to the conduit path, locate the ADP position  
by moving along the path until the strongest signal is found. Adjust Gain [4] up or  
down when the bar graph remains either fully open or fully closed.  
9. Refer to the ADP operating instructions for further information.  
A. Determining ADP Depth  
1. Place the tip of the receiver on the ground directly above the located ADP position.  
2. Maintain the handle orientation perpendicular to the target path.  
3. Press Depth [SK] in the Cable Locate display.  
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4. Press Sonde Depth [SK] to read ADP Depth  
− The depth to the ADP is displayed in units,  
as specified in the receiver set up menu.  
− Five Sonde depth readings can be saved  
with the time and date measured. Press Mem  
Select [SK] after the Sonde depth displays.  
− Press Mem Select [SK] to select a specific  
memory location (M1-M5) or select Save  
[SK]. Save [SK] will place each entry in  
sequential order in memory (M1–M5) until  
five readings have been stored. The unit will  
overwrite saved entries in excess of five,  
beginning with M1.  
5. Press Clear All [SK] to delete all saved depth readings.  
6. Press Mem Select [SK] to select the memory location to store the depth readings.  
7. When the preferred location appears on the display, press Save [SK]. The display  
and memory location will populate with the current information.  
8. Each memory location can be reviewed by pressing Mem Select [SK].  
9. Press Cable Depth [SK] to switch to the cable depth display, or Locate/OK [5] to  
return to Locate Mode.  
Note: During a depth measurement, the display will exhibit ‘- -’ when the received  
signal is too low, too high or erratic.  
12. Locating Buried Sheath Faults and  
Earth Return Faults  
(3M™ Dynatel™ Models 2273M and 2273M-iD only)  
Note: Remove (disconnect) both the near-end and far-end grounding from the test  
section. Fault location will not work unless the near-end and far-end grounds are  
disconnected.  
Note: This method only works on direct buried cables/conductors. It will not work if  
the cables/conductors are faulted inside of a conduit, such as a PVC conduit.  
A. Transmitter Setup  
Note: Do not make any connections while the transmitter is on.  
1. Attach the red clip to the earth-faulted conductor of the cable or conductor under test.  
2. Place the ground rod behind the transmitter and in parallel with the target path.  
3. Connect the black clip to the ground rod behind the transmitter and in parallel with  
the target path.  
4. Press and hold off [T-1] to perform a battery test.  
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5. Press on: Ohm-meter/Fault Locate/Tone [T-2] to turn the transmitter on and place  
the transmitter in Ohm-meter mode.  
− The resistance of the fault will be displayed in ohms on the transmitter Digital  
Display [T-4].  
− Resistance less than 50KΩ = Significant fault exists  
− Resistance 50KΩ to 1.0MΩ = High resistance fault exists (May or may not  
cause problems yet, but gets worse with time.)  
− Resistance greater than 1.0MΩ = No significant fault exists  
Note: The fault locating limit is 2.0MΩ, although the transmitter's ohm-meter mode  
can display a fault resistance up to 10MΩ.  
− Note: The fault locating limit is 2.0MΩ, although the transmitter's ohm-meter  
mode can display a fault resistance up to 10MΩ.  
6. Press on: Ohm-meter/Fault Locate/Tone [T-2] again, to select Fault Locate mode.  
− The Indicator Flag will turn on under the fault icon in the Digital Display [T-4]  
(as shown in the illustration below)  
B. Pinpointing the Buried Fault  
1. Connect the 3M™ Earth Contact Frame (also known as an A-Frame) to the External  
Jack [14] ([13] on 2250M) of the receiver using the earth frame cable (4 ft. (1.2m)  
cable).  
2. Press On/Off (Power) [1] to power on the receiver. The receiver display screen will  
display "Fault Calibrating" for about 5 seconds.  
3. Press Locate/OK [5].  
4. Press Fault [SK] to select Fault mode.  
5. Hold the receiver in one hand and the Earth Contact Frame in the other with the  
solid green-banded leg of the frame toward the test section. Near the location of  
the ground rod (about one Earth Contact Frame width away from the ground rod,  
slightly to the side and towards the faulted cable), insert the Earth Contact Frame  
probes fully into the ground in line with the target path.  
6. Press Ref [SK] to record the fault level reference signal. The signal level will be  
recorded in the box above Ref [SK] on the display. This reference indicates the  
Signal Strength [10] level at the ground rod. When the operator reaches the major  
fault location, the Signal Strength [10] indicated on the receiver will be very close  
(within 12dB) to this reference signal level.  
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7. Continue along the cable path, re-inserting the 3M™ Earth Contact Frame probes  
every few steps while watching the receiver bar graph. The bar graph on the  
receiver will fill toward the right side of the display (green Fault Finding Direction  
Indicator [13] (See illustration below)), indicating that the fault is ahead of the  
operator (in the direction of the green-banded leg of the Earth Contact Frame).  
Green Band  
Red-and-White-Striped Band  
Transmitter Signal  
Ground Fault location  
Move in direction of red-banded leg of  
Move in direction of green-banded leg of  
3M™ Earth Contact Frame.  
3M™ Earth Contact Frame.  
8. When the bar graph fills toward the left (red-and-white-striped Fault Finding  
Direction Indicator [13] (See illustration above)) side of the display, the fault has  
been passed and is now behind the operator. Move back, inserting the Earth Contact  
Frame every few inches, until the arrows alternate back to green. Mark the point  
beneath the center of the frame. Turn the Earth Contact Frame 90 degrees and insert  
into the ground over the previously marked point. Move the Earth Contact Frame  
to the left and right (following the directions of the green and red indicator arrows).  
When the arrows reverse a third time, turn the Earth Contact Frame 90 degrees  
again. Pinpoint the fault by moving the Earth Contact Frame in the direction of the  
green and red arrows. The fault is located beneath the center of the Earth Contact  
Frame when the arrows change from one side to the other this time.  
9. To verify the fault location, insert the Earth Contact Frame’s red-and-white-striped  
probe directly on the spot identified above. Pivot the Earth Contact Frame in a  
circle around the red-and-white-striped leg re-inserting the green-banded leg in the  
ground every few degrees of the circle (Figure 2). The arrow should always point  
toward the left (red) indicating that the fault is directly below the red-and-white-  
striped leg.  
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10. After a fault is located and pinpointed, move the 3M™ Earth Contact Frame about  
one Earth Contact Frame width away from the fault and insert it in the ground with  
the green-banded leg towards the fault. Compare the numeric signal level with the  
fault level reference signal indicated in the lower left box labeled Ref. If the reading  
is within 12 dB of the reference signal, the operator has found the major fault. If  
the fault reading does not fall within 12 db of the reference signal reading, multiple  
faults may exist. The signal level of this secondary fault can be saved by pressing  
Fault 1 [SK] or Fault 2 [SK]. The fault with the highest reading will be the primary  
fault.  
Note: For additional information about locating buried sheath faults and earth return  
faults, please see the 3M publication Cable and Pipe Locating Techniques at www.3M.  
com/dynatel.  
13. Locating 3M™ Electronic Markers and  
3M™ iD Markers  
(3M™ Dynatel™ Models 2250M-iD and 2273M-iD only)  
A. Enabling/Disabling Marker Types  
Menu [6] + >>More [SK:4] + Setup [SK:6] + >>More [SK:6d] + Marker Type [SK:6f]  
The unit will default with all markers enabled (✓).  
1. Press the up/down arrows [SK] to highlight a  
utility to enable or disable.  
2. Press Enabl/Disabl [SK].  
− Only the markers that are enabled () will  
be available in the locate mode.  
3. Press Locate/OK [5] to save settings or Exit  
[SK] to cancel.  
B. Alert Mode  
While tracing a cable or pipe, it is possible to search for markers.  
1. Press Alert [SK].  
− If the unit is in Dir Pk, DirNull or Ind Pk,  
a prompt will notify the operator that alert  
mode only functions in Special Peak  
(Spl Pk) mode.  
2. Press Mode [SK Toggle] for Spl Pk.  
3. Press Alert On [SK Toggle].  
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− The receiver display will add the Alert bar  
graph and the type of marker to the display  
with a prompt to adjust the marker gain.  
4. Press the Gain [4] until only a small mark on  
the marker bar graph is visible.  
5. Press Locate/OK [5] to save the marker gain  
setting.  
− The display will return to Special Peak Cable  
Locate / Alert On.  
− If the selected type of utility marker is  
detected, a second audio tone will emit from  
the unit and the marker bar graph will fill.  
The marker utility will default to the last  
type of marker set in marker locate mode.  
6. Press Locate/OK [5] + Marker [SK] + Marker 1  
[SK Toggle] to change the type of marker that  
the unit will detect in alert mode.  
7. Press Locate/OK [5] and then Cable/Pipe [SK]  
to return to the locate mode with the newly  
selected marker type now visible on the display.  
Adjust the Gain [4] again (per Step 4 above)  
and then press Locate/OK [5].  
C. Single Marker Locate  
1. Press Locate/OK [5]  
2. Press Marker [SK]  
3. Press Markr 1 [SK Toggle] to select desired  
utility.  
4. ꢀMarkr 2 should be OFF.  
Note: Only the marker types enabled in the setup  
menu will be shown. (See Enabling/Disabling  
Marker types, Section 13A). When scanning for  
markers, the gain level [12] should be set high.  
− When a marker is detected, adjust the Gain  
[4] down until the bar graph opens.  
− The bar graph will close, the audio will  
be steady, and the Signal Strength will be  
maximum when the receiver detects a marker  
of the specified utility and has pinpointed its  
location.  
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D. Dual Marker Locate  
1. Press Locate/OK [5].  
2. Press Marker [SK].  
3. Press MARKR 1 [SK Toggle] to select desired  
utility.  
4. Press MARKR 2 [SK Toggle] to select desired  
utility.  
Note: Only the marker types enabled in the setup menu will be shown. (See Enabling/  
Disabling Marker types, Section 13A). When scanning for markers, the gain level [4]  
should be set high.  
− The third and fourth soft key commands will populate with the types of utilities  
selected for Marker 1 and Marker 2.  
5. Adjust the Gain [4] down until the bar graphs open.  
− The bar graph will close, the audio will increase, and the Signal Strength [10]  
will increase when the receiver detects a marker of the specified utility.  
− When one of the two markers is detected, press the “XXX Only” [SK] for the  
detected utility marker. ("XXX" represents the marker types selected. In the  
above example, PWR Only and TEL Only.)  
− The receiver will switch to Single Marker Locate in order to pinpoint the  
marker.  
6. Press Markr 2 [SK Toggle] to return to Dual Marker Locate.  
E. 3M™ iD Marker Depth  
1. Lower the tip of the receiver to the ground over the pinpointed marker.  
2. Press Depth [SK].  
− The receiver will examine the marker  
(Calculating, please wait...)  
− If the marker is a 3M™ iD Marker, the  
receiver will display the depth of the  
marker, and its identification serial  
number.  
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3. To save the depth reading, press Mem Select  
[SK].  
− Five depth readings can be saved with the  
time, date, and its identification number.  
− Save [SK] will place each entry in  
sequential order in memory (M1 - M5)  
until five readings have been stored. The  
receiver will overwrite saved entries in  
excess of five, beginning with M1.  
4. Optional: Press Clear All [SK] to delete all stored depth information.  
5. Press Mem Select [SK] to select a specific memory location (M1–M5) to store the  
depth readings. When the preferred location appears on the display, press Save  
[SK]. The display and memory location will populate with the current information.  
6. Each memory location can be reviewed by pressing Mem Select [SK].  
7. Press Locate/OK [5] to return to Marker Locate Mode.  
F. Passive 3M™ Electronic Marker (Non-iD) Depth  
1. Lower the tip of the receiver to the ground over the pinpointed marker.  
2. Press Depth [SK].  
− The receiver will examine the targeted marker.  
− The display will instruct the operator to raise the unit 6 inches (15.2 cm) from  
the ground.  
Note: This 6-inch (15.2 cm) rise must be exact for the depth reading to be accurate.  
A suggestion is to utilize a 6 inch (15.2 cm) piece of plastic pipe or wood as a spacer  
between the ground and the tip of the receiver for this precise measurement.  
3. Raise the receiver 6 inches (15.2 cm). Press the  
Depth [SK] key again. The estimated depth of  
the marker from ground level will be displayed.  
− Five depth readings can be saved with the  
time and date.  
4. To access the memory locations, press Mem  
Select [SK].  
− Save [SK] will place each entry in sequential  
order in memory (M1–M5) until five  
readings have been stored. The receiver will  
overwrite saved entries in excess of five,  
beginning with M1.  
5. Optional: Press Clear All [SK] to delete all stored depth information.  
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6. Press Mem Select [SK] to select a specific memory location (M1–M5) to store the  
depth readings. When the preferred location appears on the display, press Save  
[SK]. The display and memory location will populate with the current information.  
7. Each memory location can be reviewed by pressing Mem Select [SK Toggle].  
8. Press Locate/OK [5] to return to Marker Locate Mode.  
14. Creating/Editing Templates for 3M™ iD Markers  
In the User Template display, the operator can create and modify templates for writing  
to iD markers. Note that the easiest way to create user templates is by using the 3M™  
Dynatel™ PC Tool Kit software on a PC and then downloading them to a receiver via  
the RS232 Serial Port [15] ([13] on 2250M locator) on the receiver and the provided  
RS232 cable or RS232-to-USB adapter cable. The 3M™ Dynatel™ PC Tool Kit software  
is available free of charge at www.3M.com/dynatel under the Software section;  
2550/2573/2250M/2273M/1420 Locator PC Tools xx.x.x (EXE xx.xMB).  
A. Creating New Templates  
Menu [6] + Data/Templat [SK:2] + User Templat [SK:2c]  
1. Select Create New by pressing the up/down  
arrows [SK].  
2. Press View/Edit [SK].  
This arrow indicates that additional  
viewable information is available  
by pressing the down arrow [SK].  
3. Name the template.  
4. Press Modify [SK] to manually enter the  
name of the template.  
5. Select UserEdit.  
6. Press Locate/OK [5]  
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7. Move the boxed cursor by pressing the left/  
right arrows [SK], or up/down arrow [SK],  
to move the cursor up or down.  
8. Press Select [SK] to enter the alphanumeric  
character.  
− Entry will appear at the top of the  
display.  
9. Press Locate/OK [5] when entry is  
complete.  
10. Press Exit [SK] to cancel.  
Note: To clear the previous field entry, select  
the ‘back arrow’ with the cursor and delete the  
previous entry.  
11. Navigate through the fields by pressing the  
left/right arrows [SK].  
12. Press Modify [SK] to populate the  
highlighted field.  
13. When modifying the Labels (left hand side  
of template information) there are three  
options for editing that are presented:  
a. UserEdit  
b. Choosing one of the common  
(compressed) terms from the available  
list of terms.  
c. Del Row (delete row)  
14. When modifying the Descriptions (right  
hand side of template information) there are  
four options for editing that are presented:  
a. UserEdit  
b. Delete Row  
c. Last 10 UserEdits  
d. Show All - lists common (compressed)  
terms  
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15. Populate as many fields as possible from  
the drop-down list of common (compressed)  
terms available to conserve marker memory  
space, or choose UserEdit if a term is not  
found to meet the user's requirements.  
Select term by pressing the up/down arrows  
[SK] and press Locate/OK [5].  
16. Navigate to the next field by pressing the  
left/right arrow [SK].  
17. Press Modify [SK] to populate the  
highlighted field.  
18. Populate additional fields, as needed,  
using the above procedure steps 16 and 17.  
Templates are limited to six Label and six  
Description fields (256 bits of data total).  
19. When the template is complete, save the  
template by pressing Locate/OK [5].  
B. Editing Templates  
The operator can select an existing template and  
make changes to it in the same manner described in  
Creating Templates. The following save screen will  
be displayed.  
Over Write: Saves all modifications that have been made to the original template.  
Rename: Overwrites the old template with the new name and all modifications. Display  
will return to the template name field. Modify the name of the template and press  
Locate/OK [5] to save.  
Save New: Creates a new template containing all information. Original template remains  
unchanged. Display will return to the template name field. Modify the name of the  
template and press Locate/OK [5] to save.  
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Cancel: Clears all modifications made to any unsaved template.  
15. Writing 3M™ iD Markers  
The Write Mode enables the user to write information into 3M™ iD markers. It is also  
possible to edit the information to be written into an iD Marker.  
Menu [6] + Write Mode [SK:1]  
Step 1. Select a template from the list on the display  
to be written into the marker by pressing the  
up/down arrows  
− [SK] to highlight the preferred template.  
‘Last Written /Read’ is the most recent data  
that was written to/read from a marker by the  
locator.  
Step 2. Press View/Edit [SK].  
− Four Write Mode options will be displayed  
at the bottom of the screen.  
− [SK1] Overwrite: Will overwrite any data  
existing on an unlocked marker if ‘Yes’ is  
selected and ‘No’ will prevent overwrite.  
− [SK2] X-Type: Choose ‘Yes’ if writing to a  
Gen 2 marker and ‘No’ if writing to a Gen  
1 marker. Gen 2 markers will have an “X”  
following the serial number that is printed on  
the attached tag.  
− [SK3] Marker: Select type of marker to be  
written by repeatedly pressing Marker [SK  
Toggle]. [SK4] Lock/Unlocked: Press  
− [SK4] Lock/Unlocked: Press [SK4] to toggle  
between locking and unlocking the marker.  
The default setting is unlocked and note  
that a locked unit cannot be modified once  
locked. If the marker will be locked then a  
verification screen will appear to ensure that  
the marker is locked intentionally.  
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Step 3. Press Menu/OK  
− The selected template will be displayed.  
− The arrow on the right side of the display  
indicates there is more information than can  
be displayed on the screen (scroll down by  
pressing the down arrow [SK]).  
Step 4. Enter user information that will be written to  
this marker. (See 15.A Modifying Marker Data to be  
Written)  
Step 5. Verify that all information is correct  
Step 6. Hold the locator directly over the top of the  
marker. The locator should be within the following  
maximum writing ranges for each  
of the different 3M™ iD Marker formats;  
− Near Surface iD Marker = 6 in (15 cm)  
maximum  
− Ball iD Marker = 12 in (30 cm) maximum  
− Full Range iD Marker = 24 in (61 cm)  
maximum  
Step 7. Press Start Write [SK].  
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Step 8. After writing to the 3M™ iD Marker is  
completed, the following screen will be displayed.  
The following messages may appear in the  
writing process.  
− Message 1. If the overwrite option was set  
to "No" And there was data present on the  
target market then the following screen will  
be displayed;  
− Message 2. When writing to a passive  
marker or the wrong frequency then the  
following will be displayed.  
− Message 3. This screen indicates that X-Type  
marker option was incorrectly set to "Yes"  
or "No". Verify the serial number that is  
displayed on the marker ends with an “X” to  
select "Yes" for X-Type, else select "No".  
Note: Once the marker data has been locked, the information contained on the marker  
is PERMANENT. Choosing to permanently lock the marker data is irreversible. Once  
the data is locked it can not be overwritten. Assure that the data that is being written is  
correct before proceeding.  
A. Modifying Marker Data to be Written  
To alter the information to be written into the marker  
Press Menu [6] + Write Mode [SK:1]  
Step 1. Select a template from the list on the display  
to be written into the marker by pressing  
the up/down arrows [SK] to highlight the  
preferred template. ‘Last Written/Read’ is  
the most recent data that was written to/read  
from a marker by the receiver.  
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Step 2. Press View/Edit [SK].  
Four Write Mode options will be displayed  
at the bottom of the screen.  
− [SK1] Overwrite: Will overwrite any  
data existing on an unlocked marker if  
‘Yes’ is selected and ‘No’ will prevent  
overwrite.  
− [SK2] X-Type: Choose ‘Yes’ if writing  
to a Gen 2 marker and ‘No’ if writing to  
a Gen 1 marker. Gen 2 markers will have  
an “X” following the serial number that  
is printed on the attached tag.  
− [SK3] Marker: Select type of marker to  
be written by repeatedly pressing Marker  
[SK Toggle].  
− [SK4] Lock/Unlocked: Press [SK4] to  
toggle between locking and unlocking  
the marker. The default setting is  
unlocked and note that a locked unit  
cannot be modified once locked. If the  
marker will be locked then a verification  
screen will appear to ensure that the  
marker is locked intentionally.  
Step 3. Press Menu/OK  
The selected template will be displayed.  
The arrow on the right side of the display  
indicates there is more information than can  
be displayed on the screen (scroll down by  
pressing the down arrow [SK]).  
Step 4. Press the up/down arrows [SK] to highlight  
the information to change.  
Step 5. Press Modify [SK]. The percentage  
displayed in the upper right portion of the  
display indicates the remaining memory  
available on the marker.  
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Step 6. The operator may select User Edit in order  
to ‘type’ the modification, or Delete Row to  
remove the entire row from the template, or  
select Show All to display a list of common  
compressed terms.  
Note: Using a common compressed term requires  
less memory in the marker.  
Step 7. Select an option from the list by pressing the  
up/down arrows [SK]. Press Locate/OK [5].  
Step 8. If User Edit is selected, the following  
display will appear.  
Step 9. Move the boxed cursor to the ‘back arrow’  
and press Select [SK] to delete the entry to  
be modified.  
Step 10. Move the boxed cursor by pressing the left/  
right arrows [SK], or the Up/ Down Arrow  
[SK], to move the cursor to the next row.  
Step 11. Press Select [SK] to enter the alphanumeric  
character.  
− Entry will appear at the top of the display.  
Step 12. Press Locate/OK [5] when entry is complete.  
Step 13. If Show All is selected, the following display  
will appear.  
Step 14. Select a common compressed term from the  
list by pressing the up/down arrows [SK].  
Step 15. Press Locate/OK [5]. The modification will  
automatically populate the marker template.  
16. Reading 3M™ iD Markers  
The operator can retrieve the data from the iD marker by pressing Read [SK] on the  
Marker Locate display.  
The receiver tip should be lowered to the ground to reach maximum read depth.  
If more than one 3M™ iD Marker of the same utility is detected, the receiver will read  
the first marker and display the data from the marker.  
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The fourth yellow command key will be labeled  
“Read Next”. Press this key to extract the data from  
the other marker.  
All the information retrieved from the marker, including the date and time read, is  
saved into the ‘Read History’ file of the receiver. If a hand-held GPS device is used in  
conjunction with the receiver, coordinates can be saved into the Read History also. (See  
Reviewing Marker Read/Write History, Section 17)  
17. Reviewing Marker Read/Write History  
A. Read History  
The Read History mode is a historical file of all information that has been read from  
targeted markers (100 memory locations).  
Menu [6] + Data/Templat [SK:2] + Read History [SK:2a]  
The Read History screen displays the date and  
time that each marker was read, and its unique  
identification number.  
1. Select the marker data to be viewed by pressing  
the up/down arrows [SK]  
2. Press Marker Details [SK] to view all data that  
was retrieved from the marker.  
3. Press Read History [SK] to return to list or press  
Exit [SK] to return to Data/Template review  
display.  
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B. Write History [SK]  
Menu [6] + Data Templat [SK:2] + Write History [SK:2b]  
1. Select the marker data to be viewed by pressing  
the up/down arrows [SK].  
2. Press Write Details [SK] to view all data that  
was sent to the marker.  
3. Press Write History [SK] to return to the list of  
written data.  
4. Press Exit [SK] to return to Data/Template  
review display.  
For additional information concerning writing to 3M™ iD Markers, refer to  
www.3M.com/dynatel - Instruction Manual M-Series Locator PC Tools.  
18. GPS Operation  
A. Communicating with the GPS Device  
Menu [6] + COM Setup [SK:3]  
The Com Setup [SK:3] display will toggle through several options to configure the  
Serial Port [15] ([14] on 2250M) of the receiver (depending on the application, or  
capabilities of the GPS device). Select from the following options.  
NMEA – The Serial Port is configured to receive NMEA signals from a GPS device  
(4800 Baud Rate). (Capture Mode/Mode 1)  
GIS – The Serial Port is configured to send data to and receive data from a GPS device  
that has GIS mapping capabilities. (Capture/Transmit Mode/ Mode2)  
PC – The Serial Port is configured to communicate with a computer for the Dynatel PC  
Tool Kit application  
PDA – The Serial Port is configured to only send information if the GPS device only has  
the ability to receive information.  
Log Prompt = On – Before the receiver returns to locate mode, a verification screen  
will appear on the receiver display asking if you want to log this point. Press Locate/OK  
[5] to send data to the GPS device.  
Log Prompt = Off – When the receiver returns to locate mode, the locate information  
will be sent automatically to the GPS device.  
B. Capturing the GPS Coordinates (Capture Mode / Mode 1)  
Menu [6] + COM Setup [SK:3] + NMEA  
If the GPS device is not configured properly, there is an error communicating with the  
receiver, or the GPS has not acquired enough satellites to pinpoint the location, the  
receiver will display the message “Insert External Device”.  
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When the receiver is communicating with a GPS  
device, the LAT and LONG coordinates received  
from the GPS device will appear on the marker  
locate display.  
1. Locate a marker (See 13.C, Single Marker Locating.)  
2. Press Read [SK]  
The information from the 3M™ iD Marker, as well as the GPS coordinates, will display  
on the receiver display. This information is saved automatically in the Read Marker  
History. (See 17. Reviewing Marker Read/Write History.)  
If the marker is a passive marker (rather than iD) the receiver will display “No iD  
Marker Found”. The GPS coordinates of the attempt to read the non-iD marker are  
stored in the Read Marker History as serial number # 0000-0000-0000. The marker  
details will indicate “not an iD marker”, but will display the GPS coordinates.  
C. Sending 3M iD Marker Data to GPS (Capture-Transmit Mode / Mode  
2)  
Menu [6] + COM Setup [SK:3] + GIS  
Receivers that have marker locating capability (indicated by ‘iD’ in the model number)  
can be configured to send 3M™ iD Marker data directly to some GPS devices. When  
an iD marker is located and read, the information read from the iD marker with feature  
and attribute data is sent to the GPS device and is stamped with latitude, longitude and  
date/time data. The data acquired during this logging process can be uploaded to GIS  
mapping software. For more information and detailed instructions pertaining to specific  
GPS devices, refer to www.3M.com/dynatel for GPS instruction sheet.  
D. Path Mapping with GPS  
The M-Series cable and pipe locators are compatible with hand-held GPS devices and  
now have the ability to map the path of underground target facilities. While measuring  
the depth to the target, the technician can automatically log the coordinates of the path to  
the GPS device. These logged points contain the Trace template that can have valuable  
information regarding the facility (owner, utility, size, etc.) and the method used to find  
the path (frequency, current, and measured depth).  
In order to transmit the path information to a GPS device, the GPS has to have the  
ability to accept information on one of its com ports at 4800 Baud. Using the manual  
supplied with the GPS device, configure the com port of the GPS to communicate with  
the receiver.  
If ArcPad™ Software is the mapping software on the mobile device, download the 3M  
software application script from the website: www.3M.com/dynatel  
With ArcPad™ application installed, the receiver will send the path information (locate  
frequency, depth, current, and trace template information) into the software program as a  
logged point and can be saved as a .shp file.  
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1. Creating Trace Templates  
The easiest way to create a Trace template is using the 3M™ Dynatel™ PC Tools  
Software. The 3M™ Dynatel™ PC Tools software is available free of charge at www.3M.  
com/dynatel under the Software section; 2550/2573/2250M/2273M/1420 Locator PC  
Tools xx.x.x (EXE xx.xMB).  
• Create a TRACE template.  
• Save and download the template to the receiver.  
Up to four Trace Templates can be stored on the Receiver.  
Each Trace template is limited to 132 user editable characters.  
The trace template appears in table format: two columns with six lines.  
The first column is limited to 8 characters and the second column is limited to 14  
characters. In addition to the 132 character table, the receiver will send a sequence  
number, the frequency, the measured depth of the conductor, and the current to the GPS.  
2. Select Com Port Setting  
Menu [6] + Com [SK:3] + GIS [SK] (or PDA [SK])  
If the GPS device has the ability to send NMEA coordinates on its com port and has the  
ability to receive information at 4800 baud, set the receiver’s com port to GIS.  
If the GPS device only has the ability to receive information, set the com port of the  
receiver to PDA mode.  
Log Prompt = On: Before the receiver returns to locate mode, a verification display  
will display on the receiver with the trace template information that will be sent to the  
GPS device. This information can be modified and confirmed. Press OK to send to the  
GPS device.  
Log Prompt = Off: When the receiver returns to locate mode, the trace template and  
locate information will be sent automatically to the GPS device.  
3. Sending Path Information to GPS Device  
1. Establish communication with the GPS device.  
2. Set COM port on receiver.  
3. Locate target utility.  
4. Measure depth to target utility.  
− If Log prompt is activated, when the Locate/OK [5] button is pressed (or after a  
five second delay), a display will appear that displays the path information.  
5. Press Locate/OK [5] to send the information to the GPS device, or Exit to abort the  
exchange.  
For more information refer to the software release notes at www.3M.com/dynatel  
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19. Additional Applications  
A. Aerial Faults (Toning)  
1. Transmitter Setup  
1. Connect the transmitter (based on type of fault) as described in Connection  
Diagrams in the following section.  
2. Press and hold off [T-1] to perform a battery test.  
3. Press on: Ohm-meter/Fault Locate/Tone [T-2] to turn the Transmitter on and to  
verify the fault.  
4. Press on: Ohm-meter/Fault Locate/Tone [T-2] twice more to select the Tone mode.  
5. The Digital Display [T-4] will alternately flash between 577 and 200K.  
6. Press Output Level [T-5] for high or maximum output level.  
2. Receiver Setup  
1. Press On/Off (Power) [T-1] to turn the receiver on.  
2. Press Locate/OK [5]  
3. Press Tone/Ext [SK] to select Tone mode.  
4. Press Freq [SK Toggle] to select 577Hz.  
5. Connect a toning coil to the receiver External Jack [14] ([13] on 2250M  
transmitter).  
6. Move the toning coil along the cable and find a peak signal, then press Gain [4]  
down to adjust the receiver gain.  
7. Press Speaker Volume Control (Spkr/Xpnd) [2] to adjust the speaker volume as  
needed.  
8. Follow the cable with the toning coil.  
− When the receiver detects a short, cross, or ground fault (Connection Diagram  
Figures #1, #2, or #3), the audio and Signal Strength [10] will stop or drop off  
sharply.  
− When the receiver detects a split (Connection Diagram Figure #4) the audio and  
signal strength will increase significantly.  
− When verifying a split (Connection Diagram Figure #5) the audio and signal  
strength will decrease after the toning coil has passed the split.  
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3. Connection Diagrams  
Short: Red clip to Tip; Black clip to ring.  
Figure 1  
Cross: Red clip to the crossed conductor of one  
pair; Black clip to the crossed conductor of the  
other pair.  
Figure 2  
Ground: Red clip to the faulted conductor;  
Black clip to ground.  
Figure 3  
Split: Red clip to Tip of Pair 1; Black clip to  
Ring of Pair 1.  
Figure 4  
Verify Split: Red clip to good conductor of  
Pair 1; Black clip to split conductor of Pair 2  
Figure 5  
B. Cable Identification  
1. Transmitter Setup  
1. Connect the 3M™ Dyna-Coupler to the Transmitter Output Jack [T-6] using the  
coupler cable.  
Note: Cable Identification requires two 3M Dyna-Couplers: one at the Transmitter  
and one at the Receiver.  
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2. Clamp the 3M™ Dyna-Coupler around the cable or both the tip and ring of a pair.  
Make sure the jaws fully close.  
3. Press and hold off [T-1] to perform a battery check.  
4. Press on: Ohm-meter/Fault Locate/Tone [T-2] three times to set the transmitter to  
Tone mode.  
− The indicator flag will light in the Digital Display [T-4] under the Tone icon.  
5. Press Output Level [T-5] for high or maximum output power level.  
− The indicator flag will light in the Digital Display [T-4] above the Output Level  
icon when in high output power level and flash when in maximum output power  
level.  
− The Digital Display [T-4] will alternately flash between 577 and 200K.  
2. Receiver Setup  
1. Press On/Off (Power) [1] to power the receiver on.  
2. Press Locate/OK [5].  
3. Press Tone/Ext [SK] to select Tone mode.  
4. Connect a second coupler to the receiver’s External Jack [14] ([13] on 2250M)  
using the Earth Contact Frame cable (4 ft. (1.2 m) cable) or another coupler cable.  
5. Press Freq [SK Toggle] to select the highest transmitter frequency (200K).  
6. Check the first cable in the group by clamping the coupler around the cable. Make  
sure the jaws fully close.  
7. Press Gain [4] down and observe the numerical Signal Strength [10].  
8. Remember the signal strength value and continue by clamping the coupler around  
the next cable in the group.  
− If the Signal Strength [10] is greater than the previous observation, press Gain  
[4] down.  
− If the Signal Strength [10] is less than before, ignore it.  
− After checking all the cables in the group, the cable with the highest Signal  
Strength [10] reading is the target cable.  
20. Help Mode  
Menu [6] + >>More [SK:4] + Help [SK:8]  
The help display contains basic information about the unit and its operation. It is  
designed to be a quick reference guide.  
• Press the double up/down arrows [SK] to navigate between sections.  
− The single up/down arrows [SK] will scroll the display line by line.  
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21. 3M™ Dynatel™ PC Tool Kit and  
Locator Software Upgrades  
Locator software upgrades are periodically released and can be downloaded, free of  
charge, at www.3M.com/dynatel. Located under the Software Updates section, the  
software link is titled Dynatel M-Series Locator PC Tools. To download the software,  
click on the link and then select Dynatel M-Series Underground Locator PC Tools.  
Selecting this link will display the latest software downloads as well as any Release  
Notes related to the current software release.  
Once downloaded to your PC, double click the file and an auto-installer will install the C  
Tool desktop software. Double click the Dynatel PC Tool Kit icon on the desktop. Using  
the provided RS232 cable, or RS232-to-USB adapter cable, connect the Serial Port [14]  
on the locator to the PC and power the locator on. Click the Upgrade Software button in  
PC Tools to begin upgrade. Do not disconnect or power off the locator while the upgrade  
is in progress. Wait until the software indicates that the installation was successful. This  
will take approximately six to seven minutes to complete.  
The Dynatel PC Tool Kit provides the user an excellent interface between the receiver  
and a PC. This software utility provides the tools by which the user can:  
• Upgrade the receiver to the latest software revision  
• Program one or multiple receivers to best suit specific user configurations  
• Load an alternate language into the receiver  
• Utilize the 3M™ iD Marker utility to:  
− Create templates for writing data to iD markers, or create Trace Templates for  
GPS path tracing when connected to a GPS device.  
− Download iD marker data that has been written or read by the receiver for  
documentation databases.  
Embedded in the desktop software is the most current software for the receiver, which  
affords the user the option of upgrading the unit without returning the unit to the  
3M Service and Repair Center.  
Please refer to the operating instructions included with the software.  
22. Self Test Of Receiver  
Menu [6] + >>More [SK:4] + Self Test [SK:7]  
This operation performs a self-test on the receiver.  
The receiver will display current information about the unit (model number, serial  
number, software revision, and hardware revision).  
1. Press Run [SK] to start the self test.  
− A status bar will appear while the self test is running.  
− Results will appear on the display when the test is complete.  
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− Press Exit [SK] to return to the Menu.  
23. Product Description And Optional Accessories  
A. Product Description  
2250M  
2273M  
T= Transmitter  
R=Receiver  
Transmitter Output Power: 3W=3 Watt. 5W=5 Watt, 12W=12 Watt  
Direct Connect Cable Clip Size: For 3 Watt and 5 Watt Transmitters only:  
C= Communication Clip only; U=Utility Clip only;  
For 12 Watt Transmitters only: CU=Communication and Utility Clips; W=Utility Clip only  
U=US Version; E=Export Version  
iD=Locates electronic markers, including read/write iD Marker capability  
2250M=Cable/Pipe Locator; 2273M=Cable/Pipe/Fault Locator  
Example: 2273M-iD/UCU12W-RT  
Description: 3M™ Dynatel™ Cable/Pipe/Fault Locator 2273M / iD capability; U.S.  
version; Communication and Utility direct connect cables (clips); 12-Watt Transmitter;  
Receiver and Transmitter included.  
B. Standard Configurations  
Standard Packages  
Part Number  
2250; 3, 5 or 12 Watt  
2273; 3, 5 or 12 Watt  
2250M-UR  
•
•
•
•
Transmitter  
•
•
•
Receiver w/o EMS  
2273M-UR  
2250M-iD/UR  
2273M-iD/UR  
8006  
Receiver w/EMS  
•
•
Ground Rod  
•
•
•
•
•
•
Dyna-Coupler Kit  
(3" [76 mm] Dyna-Coupler,  
Coupler Cable & Pouch)  
•
•
3019  
2876 (Utility - 10' [3 m])  
Direct Connect Cables  
•
•
•
9012 (Communication - 5' [1.5 m])  
Earth Contact Frame  
•
•
•
•
3014  
9026  
Earth Contact Frame Cable  
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C. Optional 3M™ Accessories for 3M Dynatel™ Locators  
Item  
Part Number  
Direct Connect Cables, Small Clip, 1/4" (6.4 mm), Communications  
version, 10' (3 m) cable length  
2892  
Direct Connect Cables, Large Clip, 5/8" (15.8 mm), Utility  
version, 10' (3 m) cable length  
2876  
9012  
Direct Connect Cables, Small Clip, 1/4" (6.4 mm), Communications  
version, 5' (1.5 m) cable length  
Ground Extension Cable  
9043  
3001  
4001  
1196  
3019  
Dyna-Coupler Clamp 3" (75 mm)  
Dyna-Coupler Clamp 4.5" (114 mm)  
Dyna-Coupler Clamp 6" (150 mm) w/ pouch  
Locator Coupler Accessory Kit, 3" (75 mm)  
(includes 3" (75 mm) Dyna-Coupler, Coupler Cable and Coupler Pouch)  
Locator Coupler Accessory Kit, 4.5" (114 mm)  
4519  
(includes 4.5" (114 mm) Dyna-Coupler, Coupler Cable and Coupler Pouch)  
Locator Coupler Accessory Kit, 6" (150 mm)  
1196/C  
(includes 6" (150 mm) Dyna-Coupler, Coupler Cable and Coupler Pouch)  
Coupler Cable 12' (3.6 m)  
9011  
2200RB  
457-594-000  
2200M  
3229  
Rechargeable Battery (12-volt DC)  
Cigarette Lighter Adapter Cable (12-volt DC)  
Carrying Bag  
33 kHz Sonde (ADP; Active Duct Probe)  
Earth Contact Frame (A-Fame)  
Earth Contact Frame (A-Fame) Cable  
3014  
9026  
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24. Receiver Specifications  
Item  
Specification  
Modes  
Directional Peak  
Directional Null  
Special Peak  
Induction Peak  
Frequency Response:  
Active  
577 Hz  
8 kHz  
33 kHz  
200 kHz  
Passive  
Power  
31.5 kHz (CATV)  
9 – 30 kHz (LF)  
50 Hz, 5th and 9th harmonic of 50 Hz  
60 Hz, 5th and 9th harmonic of 60 Hz  
(100 / 120 Hz) rectified power  
Auxiliary  
333 Hz  
512 Hz  
560 Hz  
User Defined Frequencies  
Display  
Four  
LCD  
Gain Control  
Manual and Automatic  
4–5 lbs. (1.8–2.3 kg) (model dependent)  
8 AA (LR6)  
Weight w/batteries  
Battery Qty. and size  
Battery Life  
30 hours average  
Depth Accuracy  
±2% ± 2 in. (5 cm) for 0–60 in. (0-1.5 m)  
±6% ± 2 in. (5 cm) for 60–120 in. (1.5–3.0 m)  
±10% ± 2 in. (5 cm) for 120–180 in. (3.0 m–4.5 m)  
Depth Range  
0–360 in. (0–914 cm)  
± 15% ± 2 in. (5 cm)  
Marker depth accuracy  
Maximum Program Range  
3M™ iD Markers  
Near-Surface  
Ball Marker  
Full-Range  
6 in (15 cm)  
12 in (30 cm)  
24 in (61 cm)  
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Item  
Specification  
Read Range 3M™ iD Markers  
Near-Surface  
Ball Marker  
Full-Range  
3 ft (0.9 m)  
5 ft (1.5 m)  
8 ft (2.4 m)  
Detection Depth 3M Non-iD (Passive)  
Markers  
Near Surface  
Ball Marker  
Mid-Range  
Full-Range  
2 ft (0.6 m)  
5 ft (1.5 m)  
6 ft (1.8 m)  
8 ft (2.4 m)  
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25. Transmitter Specifications  
Item  
Specification  
Trace Mode  
577 Hz  
8 kHz  
33 kHz  
200 kHz  
Fault Mode  
10/20 Hz - Fault signal  
(2273M models only)  
577 Hz / 33 kHz -Trace signal  
Note: The fault locating limit is 2.0MΩ although the transmitter's ohmmeter  
mode can display a fault resistance up to 10MΩ.  
Tone Mode  
577 Hz and 200 kHz pulsing at 8 Hz  
Induction Mode  
8 kHz (only available on 12 Watt Transmitter)  
33 kHz  
200 kHz  
Output Power  
(in Direct Connect mode)  
3 Watt Transmitter Model  
Normal setting: 0.5 W  
High setting: 3 W @ 577 Hz, 8 kHz, 33 kHz; 1 W @ 200 kHz  
5 Watt Transmitter Model  
Normal setting: 0.5 W  
High setting: 3 W @ 577 Hz, 8 kHz, 33 kHz; 1 W @ 200 kHz  
Maximum setting: 5 W @ 577 Hz, 8 kHz, 33 kHz; 1 W @ 200 kHz  
(with external DC power source)  
12 Watt Transmitter Model  
Normal setting: 0.5 W  
High setting: 3 W @ 577 Hz, 8 kHz, 33 kHz; 1 W @ 200 kHz  
Maximum setting: 12 W @ 577 Hz, 8 kHz; 10 W @ 33 kHz; 1 W @ 200 kHz  
(with external DC power source)  
Output Voltage (Maximum)  
Output Protection  
70 Vrms  
240 Vrms  
Weight w/batteries  
w/ alkaline batteries only: 5.2 lbs (2.4 kg)  
w/ rechargeable battery (2200RB) and alkaline batteries (5W and 12W  
transmitters only): 9.2 lbs (4.2 kg)  
Battery Qty. and size  
Battery Life  
For Normal and High Output Power: 6 "C" size, Alkaline (LR14)  
For Maximum Output Power: Rechargeable Battery (2200RB), 12V-6AH,  
Sealed Maintenance-Free Lead (Pb)-Acid Battery  
(See safety information below.)  
Normal Output Power level: 50 hours typical  
High Output Power level: 10 hours typical  
Typical transmitter specified battery life (listed above) is increased by 40%  
when using the 2200RB Rechargeable Battery (12 volt). Using the 2200RB  
bypasses the alkaline batteries.  
Maximum Output Power level: 4 hours typical (Maximum Output Power level  
achieved using 2200RB Rechargeable Battery.)  
External DC Power  
9–18 V DC  
Rechargeable Battery fuse  
5 Amp / 32 Volt  
Littelfuse MINI® Blade # 0297005  
Cigarette Lighter Adapter  
4 Amp / Fast Blow 250V  
Cable fuse  
78-8130-6150-0 Rev G  
63  
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26. Environmental and Regulatory Specifications  
Item  
Specification  
Standard  
IP54  
Regulatory  
FCC compliant, FCC Part 15  
-4°F to 122°F (-20°C to 50°C)  
-4°F to 158° F (-20°C to 70°C)  
Operating Temperature  
Storage Temperature  
27. Rechargeable Battery Information  
UN2800 classification as “Batteries, wet, Non-Spillable, and electric storage”  
as a result of passing the Vibration and Pressure Differential Test described in  
DOT [49 CFR 173.159(d) and IATA/ICAO [Special Provision A67].  
! CAUTION  
To reduce the risks associated with environmental contamination and possible injury:  
The 12W transmitter utilizes the 2200RB rechargeable battery for the Maximum Output Power  
level. This is a maintenance-free sealed lead (Pb)-acid battery.  
•
•
•
•
•
•
•
•
•
Replace the battery if the acid solution leaks.  
The batteries are not serviceable.  
Do not disassemble batteries.  
Do not remove vent caps.  
Do not rest tools or cables on batteries.  
Store lead-acid batteries with adequate ventilation.  
Do not heat batteries above 140°F (60°C)  
Never recharge batteries in an unventilated, enclosed space.  
Spent batteries must be treated as hazardous waste. Dispose of batteries and electronic  
components in accordance with all regulations.  
•
•
Do not incinerate batteries.  
Always remove/disconnect batteries when not in use or storing for long periods of time.  
64  
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This is the EU symbol for equipment that is covered under the Waste  
from Electrical and Electronic Equipment (WEEE) directive per CENELEC  
Specification 5041. It indicates that certain products should not be  
discarded in the trash, but rather should be recycled. This applies to all  
electronic pluggable and battery powered products.  
3M and Dynatel are trademarks of 3M Company.  
ArcPad is trademark of Environmental Systems Research Institute, Inc. (ERSI).  
MINI and Littlefuse are trademarks of Littlefuse, Inc.  
Important Notice  
All statements, technical information and recommendations related to 3M Products are based on information  
believed to be reliable, but the accuracy or completeness is not guaranteed. Before using the 3M Product, you  
must evaluate it and determine if it is suitable for your intended application. Because conditions of Product  
use are outside of our control and vary widely you assume all risks and liability associated with such use. Any  
Product-related statements not contained in current 3M publications, or any contrary statements contained in  
your purchase order, shall have no force or effect unless expressly agreed to in writing by an authorized officer  
of 3M.  
Limited Product Warranty  
3M Locators (except accessories), will conform to 3M's published specifications and will be free from defects  
in material and manufacture for a period of twelve (12) months from the date of purchase. Dry cell batteries  
included in any of 3M's products are warranted only to the extent the battery manufacturer determines such  
batteries are covered by its warranty. Locating accessories are warranted for ninety (90) days after purchase.  
3M's obligations and liability under this warranty are limited to repairing, replacing or refund of the purchase  
price, at 3M's option, any of 3M's products which, after normal and proper usage, are determined by 3M to be  
defective. This warranty does not extend to any of 3M's products which have been subjected to misuse, neglect,  
accident or improper applications, nor shall it extend to products which have been repaired or substantially  
altered outside 3M's manufacturing or repair facility, nor to any associated instruments, equipment or apparatus.  
Before utilizing any of 3M's products, BUYER should determine the suitability of the product for BUYER'S  
intended use. 3M MAKES NO OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING ANY IMPLIED  
WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. In no case shall 3M be  
liable for any special, or consequential damages based upon breach of warranty, breach of contract, negligence,  
strict liability or any other legal theory. This limitation does not apply to claims for personal injury.  
Special Condition: Shipments into authorized distributor/supplier locations will have an additional ninety (90) day  
warranty period.  
3
Electrical Markets Division  
6801 River Place Blvd.  
Austin, TX 78726-9000  
1-800-200-0265  
FAX: 1-877-601-1305  
www.3M.com/dynatel  
Please Recycle. Printed in USA.  
© 3M 2014. All Rights Reserved.  
78-8130-6150-0 Rev G  
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