450
Content
Network Analysis and Performance Solutions
10. Network Analysis and Performance Solutions
page
10.1 Copper Test Equipment
DynatelTM 900 Series Subscriber Loop Test Products
452 - 455
DynatelTM 965DSP Subscriber Loop Analyser
456 - 459
Dynatel
460 - 462
TM
945DSP Subscriber Loop Tester
3MTM 1342 Far End Device II
463
Dynatel
Cable and Fault Locators
464 - 471
3MTM and DynatelTM Electronic Marker System
472 - 475
Dynatel
476 - 477
TM
TM
1420-iD 1420E-iD Electronic Marker System Marker Locators
DynatelTM 1400 Series Electronic Marker System iD Ball Markers
478 - 480
Testing Products Accessories
481 - 483
Wire Identification and Re-arrangement System
484 - 487
10.2.1 Mini OTDR 2000
3MTM Optical Time Domain Reflectometre
3M
TM
OTDR Multi-mode Modules
488
489
3MTM OTDR Single-mode Modules
490
3MTM 2000-PM power metre sub-module
491
3MTM Visible Fault Finder 2000-0635-VL
492
3M
493
TM
OTDR Mainframe
Ordering information
494 - 495
10.2.2 Optical Modular Network Tester
3MTM OMNT Single-mode Modules
496 - 497
3MTM Optical Switch Module
498
3M
499
TM
USB Video Microscope Camera
3MTM OMNT Mainframe
500 - 501
www.3MTelecommunications.com
10.2 Fibre Optic Test Equipment
10
451
10.1
Copper Test Equipment
DynatelTM 900 Series
Subscriber Loop Test Products
Description
Dynatel 965DSP/SA
Subscriber Loop Analyser
Rugged and portable for harsh environments, Dynatel 900 Series
test sets offer the right mix of functions, from loop diagnostic routines
to fault locating, transmission testing and combination test/terminal
capabilities.
Dynatel 945DSP
Subscriber Loop Tester
The Dynatel 945DSP
Subscriber Loop Tester is a
microprocessor-controlled test
set that provides full-featured
POTS testing. The 945DSP
subscriber loop tester performs
a wide range of voice band
tests to analyse problems on
twisted-pair cables. Weatherresistant and weighing only 1
pound (0,5 kg), the hand-held
945DSP test set is housed in a
lightweight case for portability
and ease of handling.
452
The Dynatel 965DSP/SA Subscriber Loop Analyser is a
micropro-cessor controlled integrated test set that provides full-featured POTS, wideband and DSL-specific testing. The functions
include fault location and repair verification on twisted-pair and drop
cables (utilising capacitance bridge, resistance bridge and Time
Domain Reflectometer (TDR) functions).
The Dynatel 965DSP/SA subscriber loop analyser executes a wide
range of individual tests, or performs automatic test routines to
categorise and sectionalise problems. The hand-held 965DSP/SA
test set is housed in a lightweight, ergonomically designed case for
portability and ease of handling.
The unit is weather-resistant and weighs only 4.3 pounds (1.95 kg).
10.1
Copper Test Equipment
DynatelTM 900 Series
Subscriber Loop Test Products
Type/Order text
Kit Contents for Dynatel Subscriber Loop Test Products
Product Number
965DSP/xDSL
945DSP
Analyser
•
•
Conductor strap
•
Wire gauge
•
Self-test circuit board
•
Alkaline battery holder
•
Nickel metal hydride battery pack
•
AC adapter
•
4 alkaline AA
Specified test cables
•
•
Instruction manual
•
•
1030 conductor gauge
054007-31253
054007-31253
Alkaline battery holder
051138-57685
110/220 VAC adapter
051138-57606
Softcase
051138-57605
Nickel metal hydride battery pack
051138-57686
Black/red test lead, alligator,
bed-of-nails
051138-57648
Black/red test lead, banana
051138-57608
Blue/yellow test lead, alligator
bed-of-nails
051138-57649
Blue/yellow test lead, banana
051138-57610
Green test lead, alligator,
bed-of-nails
051138-57650
Green test lead, banana
051138-57612
Ground strap, alligator
051138-58529
Ground strap, 4 mm banana
051138-58532
Optional accessories available
yes
051138-57648
051138-57650
Video training tape
optional*
Cigarette adapter
051138-57744
Printer IR adapter
051138-89331
Seiko DPU-414 Printer Package
051138-89332
IR adapter cable
051138-58764
1162 KM box (K-test adapter)
051138-70089
Far end device
051138-89322
1.2 MHz ADSL Upgrade
051138-70498
Network Analysis and Performance Solutions
Specified batteries
10
453
10.1
Copper Test Equipment
DynatelTM 900 Series
Subscriber Loop Test Products
Description
Features for the Dynatel 900 Series Subscriber Loop Test Products
Features
965DSP
965SA
965 DSP-B
945DSP
Resistance fault locate
•
•
•
Open fault locate
•
•
•
Load coil count
•
•
•
Longitudinal balance
•
•
•
Caller Identification (CID)
•
•
•
Split fault locate
•
•
•
Voltage measurement
•
•
•
•
Tone source
•
•
•
•
Current measurement
•
•
•
•
Ohms measurement
•
•
•
•
Ohms-to-distance conversion
•
•
•
Loss measurement
•
•
•
•
Noise measurement
•
•
•
•
Ringers count
•
•
•
Self-test and self-calibration
•
•
•
Wideband noise/loss for ISDN and HDSL
•
•
•
Line Prequalification tests for
basic rate ISDN service
•
•
•
TDR (echometer)
•
•
IR port
•
•
•
Internal memory
•
•
•
Communications craft set
•
•
•
Feet, metres,
Fahrenheit,
Celsius
Feet, metres,
Fahrenheit,
Celsius
Feet, metres,
Fahrenheit,
Celsius
Feet, metres,
Fahrenheit,
Celsius
•
•
•
•
Auto diagnostic DC testing (loop)
•
•
•
Auto diagnostic AC testing
(transmission)
•
•
•
High insulation resistance test
•
•
Resistance difference and
loop resistance
•
•
•
•
REG detection
Measurement units
Backlit pixel full graphic display
4 x 20 character backlit LCD display
Spectrum analyser
•
E, F, G, filtering
•
Soak test
V6.0
•
V6.0
Kick test
V6.0
•
V6.0
•
•
•
Onboard operating instructions
454
•
10.1
Copper Test Equipment
DynatelTM 900 Series
Subscriber Loop Test Products
Type/Order text
Packaging
Minimum order
Available Q4
Alkaline batteries, single needle clips
Alkaline batteries, bed-of-nails clips
CID, alkaline batteries, single needle clips
CID, alkaline batteries, bed-of-nails clips
CID, NiCd batteries, single needle clips
CID, NiCd batteries, bed-of-nails clips
965SA
965 DSP-B
945DSP
1/cs.
1/cs.
1/cs.
1/cs.
1 each
1 each
1 each
1 each
N/A
N/A
N/A
N/A
N/A
N/A
051138-57603
051138-57603
N/A
051138-58528
051138-58528
N/A
N/A
051138-58643
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Bed-of-nails clips/c-message weighting
Bed-of-nails clips/psophometric filter
Single needle clips/c-message weighting
Single needle clips/psophometric filter
TDR upgrade kit
051138-87220
051138-87221
051138-87222
051138-87223
051138-58770
10
Network Analysis and Performance Solutions
Nickel Metal Hydride batteries,
bed-of-nails clips, US
Nickel Metal Hydride batteries,
4 mm banana plugs, multi-language
Nickel Metal Hydride batteries,
bed-of-nails clips, US w/out TDR
965DSP
455
10.1
Copper Test Equipment
DynatelTM 965DSP
Subscriber Loop Analyser
Technical characteristics
Wideband Spectrum Analyser
Sample Screens
ISDN 2BIQ Crosstalk
T1 Crosstalk
ADSL Downstream Crosstalk
Wideband Autotest
Inactive & Wideband Loss Frequencies
Service Type
Single Frequency (kHz)
Sweep Frequency (kHz)
POTS
1004 (Hz)
404, 804, 1004, 1204,1404, 1604, 1804, 2004, 2804, 3004 (Hz)
56 kB
28
20, 28, 32, 40, 48, 82 64 kB 32 20, 28, 32, 40, 48, 82
ISDN
40
20, 28, 32, 40, 48, 60, 70, 82
HDSL
196
20, 30, 50, 70, 90, 110, 130, 196, 400
T1
772
200, 400, 500, 700, 772, 1024
E1
1024
200, 400, 500, 700, 772, 1024
ADSL
138
20, 30, 50, 69, 90
1100 110, 138, 276, 400, 600, 800, 1000, 110016
Wideband Test (with FED)
Test
Basic
Vdc
Yes
Full
Pass/Fail
Yes
No
Ohms
Yes
Yes
Yes
Opens
Yes
Yes
Yes
Capacitive balance
Yes
Yes
Yes
Longitudinal balance
Yes
Yes
Yes
Sweep loss
No
Yes
Yes
Single tone loss
Yes
No
Yes
Loop resistance
Yes
No
Yes
Loop ohms
No
Yes
Yes
Resistive balance
No
Yes
Yes
Load coil
Yes
Yes
No
Wideband Autotest Results
Sample Screens
Pass/Fail
456
Numeric Value
Transmission
Graphic View of Slope
10.1
Copper Test Equipment
DynatelTM 965DSP
Subscriber Loop Analyser
Description
• K-Test – allows RFL measurement when both wires in a pair are
faulted and there is no separate good pair available.
• Ringers – measures and displays capacitance associated with
one or more ringers and the equivalent count.
• Level Trace – measures and displays the AC impedance of the
unterminated line as a function of frequency.
• 3M™ Far End Device and CTC’s Smartstrap™support for
wideband autotest.
• Soak Test – provides a digital display of the resistance
between tip/ground and ring/ground prior to stressing the pair;
then displays the resistance values while stressing the pair with a
DC Voltage.
• Fast kick – provides the technician a fast voltage, length and
resistance measurement between tip/ring, tip/ground and
ring/ground.
The 3M Dynatel 965DSP/SA Subscriber Loop Analyser offers two
additional test features. Wideband noise measurements are made
with the E (ISDN/ISDL), F (HDSL) and G (ADSL) filters. The
Spectrum Analyser test function enables the operator to view the
high-frequency communications spectrum and identify spectral
interference such as crosstalk noise generated by other services.
Flexible, practical features
The 965DSP series subscriber loop analysers are designed for
functionality and ease of use.
Features of the units include:
• IR port – infrared port for downloading future software programs
and uploading test results to a PC or printer.
• Self-calibration – internal instrument calibration and set-up
procedures.
• Graphical user interface – user-friendly, icon-based display of
test results.
• Replaceable test leads.
• HELP function – an internal help menu provides information as
needed during operation.
• Telephone – internal telephone or “talk set.”
• Rechargeable nickel metal hydride batteries – with battery
charger and alkaline battery holder.
• Backlit high resolution/high contrast LCD display.
Rugged, weather-resistant design
The hand-held 965DSP test sets are housed in lightweight,
ergonomically designed cases for portability and ease of handling.
The units are weather-resistant and weighs only 4.3 lb. (1.95 kg).
The Dynatel brand and its distinctive Dynatel yellow cases are your
assurance of rugged dependability.
10
Network Analysis and Performance Solutions
Complete testing of POTS, wideband\par services and digital
subscriber lines
The 3M Dynatel 965DSP series subscriber loop analysers are
microprocessor-controlled integrated test sets that provide full-featured POTS, wideband and DSL-specific testing.
Test functions include fault location and repair verification on twistedpair and drop cables (utilising capacitance bridge, resistance bridge
and Time Domain Reflectometre). The Dynatel 965DSP subscriber
loop analysers execute a wide range of individual tests and perform
automatic test routines to categorise and sectionalise problems.
Specific tests and measurements performed by the units include:
• Voltage – detects and measures the presence of central office
(exchange) or foreign DC or AC voltages.
• Tone – provides test tones for conductor identification and transmission testing with ten default tones, user selectable as ID tone
(up to 1,000Hz), voiceband (to 20kHz) or wideband (to 1.2MHz).
• Current – measures DC loop current.
• Resistance – measures conductor and insulation resistance up to
1000 megohms.
• TDR – full-featured Time Domain Reflectometre with userselectable pulse widths, length, gain zoom, filter and Vp.
Five modes of operation:
Single trace – provides graphical representation of events
on a pair.
Dual trace – allows active comparison of two traces.
Differential – displays difference between two circuits.
Crosstalk – displays the crosstalk from one pair to another.
Memory – allows comparison of an active trace with a trace
stored in memory.
Peak – displays a history of maximum and minimum values
with the live trace.
• Resistive fault location – displays distance to fault.
• Opens – locates opens at distances up to 100,000 ft. (30 km).
• Load coil count – counts the number of load coils (up to 5) and
provides distance to the first load coil.
• Wideband loss and noise – loss and noise measurements to
1.2 MHz for pre-qualifying ISDN/IDSL, HDSL and ADSL.
• Loss – measures voiceband loss.
• Noise – measures noise metallic and noise to ground in dBrnc
or dBm0p.
• Longitudinal balance – provides active measurement of line
balance.
• Autotest – allows an automatic test of active, inactive and wide
band (56K/64K DDS, ISDN/IDSL, HDSL, T1, E1 and ADSL)
lines with pass/fail limits.
• Ground resistance – measures protector ground potential
compared to central office ground.
• Special resistance – allows the 965DSP to measure the loop
resistance and the resistance difference between two
conductors on a pair.
457
10.1
Copper Test Equipment
DynatelTM 965DSP
Subscriber Loop Analyser
Technical characteristics
Dynatel™ 965DSP Subscriber Loop Analyser (A, B & SA)
Electrical Specifications
Main Functions
Range
Resolution
Voltage (DC)
0 to 99.9 V
100 to 300 V
0.1 V
1V
1% ± 0.5 V
3%
Voltage (AC)
0 to 99.9 V
100 to 250 V
0 to 59.9 mA
60 to 110 mA
0 to 9999 Ω
With CO voltage
0.1 V
1V
0.1 mA
0.1 mA
1Ω
0 to 9999 Ω
1% ± 0.5 V
3%
1% ± 0.3 mA
2%
1% ± 5 Ω
1Ω
10 k to 99.9 k Ω
100 k to 999 k Ω
1 M to 9.9 M Ω
10 M to 99 M Ω
100 M to 990 M Ω
0 to 3,000 ft. (0 to 1000 m)
3,000 to 10,000 ft. (1 km to 3 km)
10,000 to 50,000 ft. (3 km to 15 km)
50,000 to 100,000 ft. (15 km to 30 km)
0.1 k Ω
1kΩ
0.1 M Ω
1MΩ
10 M Ω
1 ft. (1 m)
1 ft. (1 m)
10 ft. (10 m)
100 ft. (100 m)
1%
3%
3%
5%
10%
1% ± 3 ft. (1 m)
3%
5%
10%
0 to 20 M Ω
0 to 99.99 Ω RTS
100 to 999.9 Ω RTS
1 k Ω to 7 k Ω RTS
-40 to +10 dBm, 200 to 3000 Hz
-40 to +10 dBm, 3000 to 9995 Hz
-40 to +10 dBm, 10 k to 19.9 kHz
-50 to +2 dBm, 20 k to 1200 kHz
0 to 50 dBrnc (-90 to -40 dBm0p)
40 to 100 dBrnc (-50 to 10 dBm0p)
0 to 85 dB
—
0.01 Ω
0.1 Ω
1.0 Ω
0.1 dB, 1 Hz
0.1 dB, 5 Hz
1dB, 10 Hz
0.1 dB, kHz
1 dB
1 dB
1 dB
—
0.1% of RTS ± 0.01 Ω
0.2% of RTS ± 0.01 Ω
1.0% of RTS ± 0.01 Ω
0.5 dB, 2 Hz
0.5 dB, 10 Hz
1dB, 20 Hz
2 dB, 1%
2 dB
2 dB
2 dB
200 to 1000 Hz, fixed level
200 to 9999 Hz, -20 to +1 dBm
10 k to 19.99 kHz, -20 to +1 dBm
20 k to 1200 kHz,
DTMF, Pulse
1 Hz
1 Hz, 0.1 dB
1 Hz, 0.1 dB
0 dBm
Standard
1%
1% Hz, 0.2 dB
2% Hz, 1 dB
1 kHz 1 dB
Standard
100, 200, 500, 1,000, 2,000 (30, 60, 150, 300, 600, 1500
5,000, 10,000, 20,000, 30,000 ft, 3,000, 6,000, 10,000 m)
1 ft. (1 m)
0.6%
5 nS, 34 nS, 235 nS, 1600 nS
0.50 to 0.99 (150 to 299 m/µs)
Single trace, dual trace,
differential, memory, crosstalk, peak
Same specifications as full tests
Fixed values
0.01 (1 m/µs)
—
—
—
—
See above
See above
Active/inactive
Near-end & far-end block errors
—
1 error
—
1 error
0.1 dB
1 dB
1 dB
1 dB
2 dB
2 dB18
Current
Resistance (DC) and Soak Test
1% ± 50 Ω
Opens (no noise)
RFL
Fault range
Resistance to
fault (no noise)
Loss (& frequency)
With 600 Ω Zin
With 135 Ω Zin
Noise metallic 600 Ω Zin
Noise to ground
Longitudinal balance
Tone output
ID
Precision - 600 Ω Zout
Wideband - 135 Ω Zout
Dial mode
TDR
Under typical conditions a
range 500 ft bridge tap can be seen
at 18,000 ft on a 20,000 ft
24 AWG cable. (150 m bridge
tap at 5500 m on a 6000 m
0.5 mm cable).
Pulse width
Velocity input
Modes
Auto tests
SA Functions (ISDN/IDSL, HDSL, ADSL)
ISDN
Link test
Error test (US & Canada only)
DSL
Loss (& frequency)
With 100 Ω or 135 Ω Zin
Noise (with E, F, & G filters)
Metallic with100 Ω /135 Ω Zin
Longitudinal with 10 k Ω Zin
Wideband Spectrum Analyser
Range
5 Spans
Dynamic range
Frequency resolution
Input impedance
458
-75 to +5 dBm, 20 kHz to 1200 kHz
+10/+20/+30 to +90 dBrn
+40/+50/+60 to + 120 dBrn
10 kHz to 1.8 MHz
from 120kHz to 2 MHz
-90 to +10 dBm
1% of span
135 Ω
Accuracy
10.1
Copper Test Equipment
DynatelTM 965DSP
Subscriber Loop Analyser
Technical characteristics
Dynatel 965DSP Subscriber Loop Analyser (A, B & SA) (cont`d.)
Physical Specifications
Size H x W x D in. (cm)
Net weight lbs. (kg)
Shipping weight lbs. (kg)
Material
Accessories
Test leads
Environmental Specifications
10.3 x 4.7 x 3.2 (25 x 10 x 6)
4.3 (1.95) with battery and soft case
7.8 (3.54)
GE Xenoy
Operating temperature
Storage temperature
Humidity
0° to 140°F (-18 to 60°C)
-40° to 165°F (-40 to 75°C)
0 to 95%, non-condensing
Soft case
Battery holder
Battery pack
U.S. – 5 ft. (1.5 m) test leads with 2 mm gold-plated banana plugs on
one end and chrome-plated alligator clips on other end (black/red, blue/
yellow, green) European - 5 ft. (1.5 m) test leads with 2 mm gold-plated
banana plugs on one end and 4 mm gold-plated banana plugs on other
end (black/red, blue/yellow, green)
U.S. – 1.5 ft. (0.5 m) with alligator clips on ends European – 1.5 ft.
(0.5 m) with banana plugs on ends
100-250 Vac (50/60 Hz) input; 12 Vdc (1 A) output. For charging only.
Do not operate when using charger.
Heavy-duty fabric case for unit and test leads
Plastic holder for 6 AA (LR6) batteries
Custom 1.5 amp-hour nickel metal hydride
Toolbox Functions
Range
Resolution
Accuracy
Load coil count
Ohms/distance
calculator
Caller ID (U.S. & Canada only)
Carrier level
Self-calibrate
Loop resistance
0 to 5
0 to 9999 ohms
0 to 99999 ft (0 to 30 km)
Date, time, number, name
-4 to -32 dBm
Pass/fail
0 to 99.9 Ω
100 to 999.9 Ω
1000 to 7000 Ω
0 to 99.99 Ω
5 to 500 Ω
1
0.01 Ω
1 ft (0.1 m)
—
1 dBm
±1
—
—
—
2 dBm
0.01 Ω
0.1 Ω
1Ω
0.01 Ω
1Ω
0.1% ± 0.01 Ω
0.2% ± 0.01 Ω
1.0% ± 0.01 Ω
1% of loop resistance ± 0.01 Ω
1% ± 1 Ω
0 to 7K Ω
(Fault Res1) > twice (Fault Res2)
__
__
__
__
0 to 99 Ω
100 to 999 Ω
1K Ω to 3.5K Ω
100 results of each, minimum
0.01 Ω
0.1 Ω
1Ω
5%
5%
5%
0.0 to 4.0
0 to 2000 nF
0.1 Ω
10 nF
RFL strap
Resistance difference
Ground resistance
K-Test
Loop resistance
Fault ratio
Resistance to fault
(no noise)
Stored results
(Autotest and TDR)
Ringers
General Specifications
Ruggedness
Water-resistance
Standards
Language
Units
Battery life
Charging time
Keypad
Display in. (cm)
Note: Routine calibration is not
recommended or required.
Survives 5 ft. (1.5 m) drop in soft case
Splashproof; may be used in light to moderate rain
Meets FCC part 15, class A: Digital Devices for the US, and EN55022
(radiated emissions), EN55024-2 (electrostatic discharge), EN55024-3
(radiated immunity) EN55024-4 (transient immunity) and IEC1010
(product safety) for Europe. Built to ISO9001 certification for manufacturing
facilities. Built to Bellcore (Telcordia Technologies) TSY000078 manufacturing
methods. Meets UL50 Rain Test.
English and multi-languages
Feet or metres, Fahrenheit or Celsius, dBrnC or dBm0p, m/uS or Vp
Rechargeable battery pack, 12 hours typical usage (no backlight), 4 hours
typical (with backlight); typical usage defined as 30 minutes on, 30 minutes off
Minimum 2.5 hours from low to full
24-key membrane keypad with tactile feedback
2.5 x 2.5 (74 x 74), 192 by 192 pixel resolution, backlight
Network Analysis and Performance Solutions
AC/DC battery charger
10
459
10.1
Copper Test Equipment
DynatelTM 945DSP
Subscriber Loop Tester
Description
• Loss – measures voiceband loss up to 5KHz, displaying
frequency and level.
• Noise – measures circuit noise and power influence, and
displays calculated balance.
C-Message Weighting is used in the U.S. and Canada,and a
Psophometric Filter where ITU (CCITT) Standards are used.
• Longitudinal Balance – this test provides active measurement
of line balance.
• Dial Key – allows storage of 10-14 digit numbers for testing of
active lines.
Flexible, practical features
The 945DSP Subscriber Loop
Tester is designed for
functionality and ease of use.
Features include:
• Self-calibration.
• Graphical user interface –
user-friendly, icon-based
display of test results.
• Replaceable test leads.
• Backlit high resolution/high
contrast LCD display.
• Simultaneous display of T-R,
T-G and R-G readings in
Ohms, Volts and Opens.
• Accepts Alkaline, Ni-Cad or
NiMH batteries.
Complete Testing of POTS Loops
The 3M Dynatel 945DSP Subscriber Loop Tester is a low-cost
microprocessorcontrolled test set that provides full-featured POTS
testing.
The Dynatel 945DSP performs a widerange of voice band tests to
analyse problems on twisted pair cables.
Specific tests an measurements performed by the unit include:
• Voltage (V) – detects and measures the presence of central
office or foreign DC and AC voltages on R-T, R-G and T-G.
• Current (mA) – measures DC loop current.
• Ground resistance – when measuring mA,press the set up key
to measure and display the ground path resistance
(when supported by the switch).
• Resistance Test (Ω) – measures conductorand insulation
resistance up to 30 megohms. Accurate readings in the presence
of foreign voltage. Full autoranging.
• Insulation Soak Test – monitors the leakage resistance from the
test leads to ground and indicates changes in the insulation
resistance over time in the presence of high voltage.
Increasing resistance is an indication of a wet fault and
decreasing resistance is an indication of oxidation which is
breaking down and becoming more conductive.
• Opens – Measures the open length of tip, ring or cable pair at
distances up to 100,000 ft, (30 km).
• Tone – provides 577 Hz ID tone for conductor identification,
and 404, 1004 and 2804 Hz precision tones for determining
circuit loss.
460
Rugged, weather-resistant design
The 945DSP test set is housed in a lightweight, hand-held case for
portability and ease of handling. The unit is weather-resistant and
weighs only 1 lb (0.5 kg).The Dynatel brand and its distinctive
Dynatel yellow colour are your assurance of rugged dependability
10.1
Copper Test Equipment
DynatelTM 945DSP
Subscriber Loop Tester
Technical characteristics
Dynatel 945DSP Subscriber Loop Tester
Electrical Specifications
Range
Resolution
Accuracy
Test leads
Voltage (AC)
0 to 75 V
75 to 250 V
0 to ± 100 V
± 100 to ± 350 V
0 to ±110 mA
0 to 999Ω
1 KΩ to 9.9 KΩ
10 KΩ to 99.9 KΩ
100 KΩ to 999 KΩ
1 MΩ to 9.9 MΩ
10 MΩto 30 MΩ
0 to 50Ω
-50 to +10 dBm
200 to 5000 Hz
1V
1V
1V
1V
1 mA
1Ω
10 Ω\
100 Ω
1 KΩ
100 KΩ
1 MΩ
1Ω
1 dB
±1V
±3V
±1V
±3V
± 2 mA
± 5 Ω or 3%
±3%
±3%
±3%
±3%
±10%
+3Ω
± 1 dB
R-T, R-G, T-G
R-T, R-G, T-G
R-T, R-G, T-G
R-T, R-G, T-G
R-T (Zin = 430 Ω)
R-T, R-G, T-G
R-T, R-G, T-G
R-T, R-G, T-G
R-T, R-G, T-G
R-T, R-G, T-G
R-T, R-G, T-G
0 to 60 dBrnc
0 to 60 dBrnp
1 dB
1 dB
± 2 dB
± 2 dB
R-T (Zin=600Ω)
R-T (Zin=600Ω)
40 to 100 dBrnc
40 to 100 dBrnp
0 to 9,999 ft.
10,000 to 99,999 ft
(0 to 9,999 m)
10,000 to 30,000m
200 to 5000 Hz
1 dB
dB
1 ft.
100ft
(1 m)
100m
1 Hz
± 2 dB
± 2 dB
± 20 ft. ±5%
+/- 5%
( ± 6m, ±5%)
+/- 5%
± 3 Hz R-T
R & T-G (Zin=100 KΩ)
R & T-G (Zin=100 KΩ)
Ring, Tip, Mutual
0 to 65 dB
1 dB
± 2 dB T, R-G
Output
Frequency
Amplitude
Attachment
Remarks
ID tone
Precision tone
577.5 Hz
404,1004, 2804 Hz
8 Vpp
0 ± 0.5 dBm
R-T S
R-T
Squarewave, interrupted
600 Ω source sinewave
Physical Specifications
Size
Net weight
Shipping weight
Display size
7.5”H x 4”W x 1.5”D (19 cm x 10.2 cm x 3.8 cm)
1 lb. with battery and soft case (0.5 kg)
1.5 lbs (0.7 kg)
2.25” x 1.25” (5.7 cm x 3.2 cm)}
Voltage (DC)
Loop Current (DC)
Loop Resistance (DC)
Leakage Resistance
and Insulation Soak
Ground Resistance
Loop loss
Circuit Noise with
C-message weighting
Psophometric Filter*
Power Influence with
C-message weighting
Psophometric Filter*
Opens
Frequency during loss,
single frequency only
Longitudinal balance
Environmental Specifications
Operating temperature
0° to 140°F (-18° to 60°C)
Storage temperature
-40° to 140°F (-40° to 60°C)
Humidity
0 to 95%
Vibration Random
3-axis vibration at 12.5 Grms for 20 minutes
Rain proof/splash proof
Meets UL50, Rain test
EMI/EMC/Safety
Meets FCC part 15, Class A: Digital Devices for the
US EN55022 (radiated emissions), EN55024-2
(electrostatic discharge), EN55024-3 (radiated immunity),
EN55024-4 (transient immunity) and IEC1010
(product safety) for Europe.
General Specifications
Batteries
Dialling
Battery life
Display
Over voltage protection
Keypad
Function keys
4 - Disposable Alkaline (AA or LR6) but will accept
user provided Ni-Cad or NiMH batteries with user
provided external charger
DTMF and Pulse Dialing - 10 Number Storage
Alkaline: Up to 25 hours continuous, dependent
on temperature and use of backlight.
Graphical LCD with universal iconsTest leads
Removable red, black and green leads; 5 ft. (1.5 m)
450 Vdc, 250 Vac. Between any leads to protect the internal circuit
Field-rugged, waterproof membrane keypad
V (voltage), mA (loop current/ground resistance),
Ω (resistance/soak test), OPENS, TONE, DB, AUTO Cal.
Two non-testing function keys are ‘*’ and ‘#’
R-T (Zin=600Ω)
10
Network Analysis and Performance Solutions
Main Functions
Note: * Psophometric filter is available as a special order. Routine calibration is not recommended or required.
461
10.1
Copper Test Equipment
DynatelTM 945DSP
Subscriber Loop Tester
Type/Order text
Ref.-No.
To order, specify the 945DSP Subscriber Loop Tester from the list below.
All models of the 945DSP test set include alkaline batteries, test leads and soft case.
945DSP Subscriber Loop Tester - Complete Units
945DSP SLT, Alligator Clip, Bed-of-Nails Leads, C-Message Filter
CE-1006-8872-6
945DSP SLT, Alligator Clip, Bed-of-Nails Leads, Psophometric Filter
CE-1006-8873-4
945DSP SLT, Alligator Clip, Single Nail Leads, C-Message Filter
CE-1006-8874-2
945DSP SLT, Alligator Clip, Single Nail Leads, Psophometric Filter
CE-1006-8875-9
945DSP SLT, Test Leads with 4mm Banana Plug, C-Message Filter
CE-1006-8876-7
945DSP SLT, Test Leads with 4mm Banana Plug, Psophometric Filter
CE-1006-8877-5
Replacement Accessories
1144 Black/Red test lead, Alligator Clip, Bed of Nails, 945DSP & 965DSP
80-6108-6435-9
1143 Green test lead, Alligator Clip, Bed of Nails, 945DSP & 965DSP
80-6108-6437-5
Black/Red test lead, Alligator Clip, Single Nail, 945DSP & 965DSP
80-6111-6501-2
Green test lead, Alligator Clip, Single Nail, 945DSP & 965DSP
80-6111-6499-9
1174 Black/Red test lead, Alligator Clip long, Single Nail, 945DSP & 965DSP
80-6111-7358-6
1173 Green test lead, Alligator Clip long, Single Nail, 945DSP & 965DSP
80-6111-7357-8
Black/Red test lead, 4 mm banana plug, 1.5 m, 945DSP & 965DSP
80-6108-6395-5
Green test lead, 4 mm banana plug, 1.5 m, 945DSP & 965DSP
80-6108-6399-7
1152 945DSP SLT Soft Carry Case 051141-0445-8
CE-1006-8878-3
Single Nail Leads provided with 945DSP Models CE-1006-8874-2 and CE-1006-8875-9 are those with standard length Alligator Clips
(ie: 80-6111-6501-2 and 80-6111-6499-9)
462
10.1
Copper Test Equipment
3MTM 1342 Far End Device II
Description
3MTM 1342 Far End Device II
Support of “auto” test function on Dynatel 965DSP, 965DSP-SA
and 965DSP-B to facilitate loss measurement:
• Insertion loss to 1.2 MHz
• Slope
• Loop resistance
• Resistance balance
One technician, one test set: Pair Qualification
With a 3M Far End Device II (FEDII), one technician with a
3M™ Dynatel™ 965DSP Subscriber Loop Analyser can perform
end-to-end testing of metallic cable pairs. Commanded by the
Dynatel 965DSP, the FEDII provides trace tone to verify cable pair
connection, supports the 965DSP auto testing feature and qualifies
loop performance up to 1.2 MHz (ADSL).Controlled by DTMF
signaling from the 965DSP, the FEDII can be commanded to
remotely power-up, respond to test signaling, transmit tone on
technician-selected conductors,or close relays to short the pairs in
any combination. The unit can also be powered-up and commanded
manually. The new FEDII may be connected in series with a working
pair or bridged on to the test pair. In addition, the FEDII may be
connected to two separate pairs allowing the end users to test two
pairs.
Pocket accessory
Housed in a rugged, pocket-sized plastic case within a protective
Cordura pouch, the 3M Far End Device features a power on/off
LED and a test lead. The FED optimises its replaceable 9V-battery
life with an automatic power-down feature.
Ordering Information: Model 3MTM 1342
To order, specify the 3M 1342 Far End Device II.
Included with the unit are:
• 1 set test leads with alligator clips (non-insulation-piercing)
• Cordura carrying case
• Operating instructions
• Warranty card
Replacement Parts are available from 3M Service and Repair Department
Ordering Information: Model 3MTM 1343
To order, specify the 3M 1343 Far End Device II.
Included with the unit are:
• 1 set test leads with bed of nails clips
• Cordura carrying case
• Operating instructions
• Warranty card
Replacement Parts are available from 3M Service and Repair Department
Technical characteristics
Specifications
Size
Weight
Operating temperature
Storage temperature
Battery life
Battery shelf life
Replacement battery
Strap resistance
DC input impedance
AC input impedance
Voltage rating
ID tone frequency
ID tone amplitude
Transmitted tones
4.7”H X 2.6”W X 0.9”D (11.9 cm X 6.6 cm X 2.3 cm)
5.6 oz. (159 g) with battery
0° to +140°F (-18° to +60°C)
-40° to +165°F (-40° to +75°C)
40 hours typical
2 months (installed)
Recommend: DuracellTM MN1604 9V
Alkaline or equivalent
Less than 0.2 ohms
>100 megohms tip-ring-ground
~100 kohms in series with
470 pf tip-ring
250 Vdc, 150 Vac
577 Hz and 1004 Hz
8 volts peak to peak; no load typical
0 dBm ± 0.5 dBm
400 Hz to 100 kHz
0 dBm ± 1.0 dBm
100 kHz to 1.2 Mhz
10
Network Analysis and Performance Solutions
Remote controlled far end
testing assistance
The perfect companion to the
3M Dynatel 965DSP Subscriber Loop Analyser, the 3M
1342 Far End Device II (FEDII)
provides remote controlled far
end testing assistance during
subscriber loop testing.
Designed to enhance technician
productivity, the FEDII connects
to the far end on a cable pair
to enable diagnostic testing to
be performed from the near
end controlled by the 3M
Dynatel 965DSP.
463
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Description
The right tool for the job
Depending on the model you choose, Dynatel cable locators find
the exact path and estimated depth of CATV and telephone cables,
as well as provide toning of aerial cable. Dynatel cable and fault
locators also identify and measure points of cable damage where
there is metallic contact to earth via a conductor or cable shield.
Built-in features for enhanced accuracy
From basic to full features, Dynatel locators have several built-in
features that allow you to perform cable locating with utmost
accuracy. You can choose up to four different modes (peak, null,
differential or special peak) depending on which is most effective
under your field conditions. Receivers incorporate an "expander"
function to make peaks and nulls more pronounced by enhancing
the amplitude difference between two conductors carrying the
same tone.
Easy to learn and simple to use
Dynatel locators require little training and are simple to use. Digital
LCD readouts and push-button operation make the units easy to
interpret for precise locates. A bar graph on the receiver indicates
received signal and proximity to the cable, and a "memory" feature
on some receivers, stores the operator setup from previous use.
With the push of a button, depth to the cable or pipe is displayed,
ensuring efficient locating and accurate excavation. By attaching the
Dynatel 2205/2206 Marker Locating Accessory to the Dynatel
Cable/Fault Locator, the operator can simultaneously trace a cable
path while finding buried EMS Markers along the way. Fault locators
include an earth contact frame that is colour-coded to correspond
with indications from the receiver. These indications simplify the
locating procedure by directing the operator to the fault.
464
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Technical characteristics
Features for Dynatel Cable and Fault Locators (international versions)
10
Features
2210E Cable Locator
2273E Cable/Fault Locator
•
•
Transmitter
Two operator-selectable frequencies
•
Four operator-selectable frequencies
Built-in ohmmetre
•
•
Indicates presence of foreign and
hazardous voltage
•
•
Built-in continuity test
•
•
•
Three tone application methods
(direct connect, coupler, inductive)
•
•
•
Auto load matching
•
•
•
High and normal output level
•
•
•
Sheath fault-finding capability
•
Fault-locate and cable-locate tones
applied simultaneously
•
Receiver
Peak mode
•
•
•
Null mode
•
•
Differential mode
•
•
Push button digital depth readout
•
•
•
Cable/pair identification
•
•
•
Measures signal current in cable
•
•
•
Direct readout of active duct probe depth
•
•
•
Visual and audible cable locates
•
•
•
Wet section testing
•
•
•
Graphic display
•
•
•
Ground level antenna
•
•
•
Expander amplifier
•
•
•
50/60 Hz power cable locate mode
•
•
•
Cable locator
•
•
•
Direct connect transmitter cable
•
•
•
8006 ground rod
•
•
Digital fault strength indicator
•
Kit Contents
3014 earth contact frame
•
9026 earth contact frame cable
Instruction manual
•
Network Analysis and Performance Solutions
2250E Cable Locator
•
•
•
•
Video
465
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Technical characteristics
Specifications for Dynatel Cable and Fault Locators (international versions)
Ordering Information
2210E Cable Locator
2250E Cable Locator
2273E Cable/Fault Locator
Net weight kg (lbs.)
Shipping weight kg (lbs.)
Operating temperature
Storage temperature
4.1 (9.1)
7.1 (15.7)
-20° to 50°C (-4° to 122°F)
-40° to 70°C (-40° to 158°F)
4.2 (9.3)
7.2 (15.91)
-20° to 50°C (-4° to 122°F)
-40° to 70°C (-40° to 158°F)
4.2 (9.3)
9.3 (20.59)
-20° to 50°C (-4° to 122°F)
-40° to 70°C (-40° to 158°F)
Transmitter
Output frequencies
One of two userTrace mode
selectable frequencies
Sheath fault mode (2273E only)
Tone mode
Induction mode
Output voltage (maximum)
15 Vrms max.
Sheath fault (2273E only)
Trace
Tone
Output power
Normal setting
100 milliwatts
High setting
3W
Power
Six LR14 cell alkaline batteries
Battery life
50 hrs. typical (normal mode)
10 hrs. typical (boost mode)
Size H x W x D cm (in.)
17.2 x 28.6 x 19.7
(6.75 x 11.25 x 7.75)
Weight kg (lbs.)
2.4 (5.2)
577 Hz, 8 kHz, 33 kHz, 133 kHz
for Sheath fault 10/20 Hz; and 577 Hz, 33 kHz for tracing
577 Hz and 133 kHz pulsed at 8 Hz
33 kHz, 133 kHz
70 Vrms
70 Vrms
Normal setting: 10 Vrms
High setting: 60 Vrms
Limited to 0.5 W
Limited to 5 W with external power (3W, with batteries)
Six LR14 cell alkaline batteries
Six LR14 cell alkaline batteries
Normal output level: 50 hrs.
Normal output level: 50 hrs.
High output level: 10 hrs.
High output level: 10 hrs.
17.2 x 28.6 x 19.7
17.2 x 28.6 x 19.7
(6.75 x 11.25 x 7.75)
(6.75 x 11.25 x 7.75)
2.4 (5.3)
2.4 (5.3)
Receiver
Frequencies
Trace and tone modes
Depth
Range
Power
Battery life
Size H x W x D cm (in.)
Weight kg (lbs.)
577 Hz, 33 kHz
50/60 Hz, User-selectable;
22 kHz
0 to 4.5 m (0 to 15 ft.)
Six LR6 cell alkaline batteries
60 hrs. typical
64.8 x 9.5 x 27.3
(25.5 x 3.75 x 10.75)
1.8 (3.9)
Ordering Information
Packaging
Minimum order
3W CATV, International
3W CATV, International w/3" Coupler
3W Telco, International
3W Telco, International w/3" Coupler
3019 Coupler Accessory Kit
Carrying Bag
0 to 4.5 m (0 to 15 ft.)
Six LR6 cell alkaline batteries
50 hrs. typical
64.8 x 9.5 x 27.3
(25.5 x 3.75 x 10.75)
1.8 (4.0)
0 to 4.5 m (0 to 15 ft.)
Six LR6 cell alkaline batteries
50 hrs. typical
64.8 x 9.5 x 27.3
(25.5 x 3.75 x 10.75)
1.8 (4.0)
2210E Cable Locator
2250E Cable Locator
2273E Cable/Fault Locator
1/cs.
1 each
1/cs.
1 each
1/cs.
1 each
051138-34619
051138-34620
051138-34607
051138-34608
051138-91427
051138-57443
051138-34637
051138-34638
051138-34626
051138-34627
051138-91427
051138-57443
051138-34655
051138-34656
051138-34643
051138-34644
051138-91427
051138-57443
051138-57443
051138-57443
054007-57443
054007-31261
054007-19042
054007-31274
054007-34026
054007-57443
054007-31261
054007-19042
054007-31274
054007-34026
Optional Accessories
3019 Coupler Accessory Kit
051138-57443
(3" Dyna-Coupler, Coupler extension cable and pouch)
2200 Series Carrying Bag
054007-57443
3005 1" Dyna-Coupler
054007-31261
1196 6" Dyna-Coupler with pouch
054007-19042
9011 coupler extension cable
054007-31274
9043 ground extension cable
054007-34026
466
Active: 577 Hz, 8 kHz, 33 kHz, 133 kHz ;
Passive Power: 50/60 Hz User-selectable:
L50/60 - 5th harmonic; H50/60 - 9th harmonic;
100/120 - rectified power; Passive VLF: 15 k - 30 k Hz
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Description
10
Advanced features detect more information about underground utilities.
A new feature exclusive to the Dynatel 2273 ME-iD and 2250 ME-iD
Locators is the ability to write, read and lock programmed information
into the new 3M 1400 Series EMS iD Ball Markers. Information
such as a pre-programmed unique identification number, facility
data, owner information, application type, placement date and other
details from up to 100 ID markers can all be read, stored with date/
time stamp and transmitted back to your PC through a standard
RS232 serial port for enhanced resource management.
Designed to be more accurate, faster and more integrated than any
other locator on the market, the 3M Dynatel 2273 ME-iD and
2250 ME-iD Locators can perform these additional functions:
- Pin-point the location and estimate the depth of all existing
models of properly installed underground passive EMS markers
- Direct depth reading of ID markers
- Locate two different marker frequencies simultaneously
- Trace a cable path while simultaneously finding buried markers
along the way
TELEPHONE
GAS
CATV
POWER
WATER
WASTEWATER
GENERAL
Several unique modes of operation for accurate locates in
every situation.
For cable path locating, the Dynatel Locators have a highly accurate multi-antenna design for various user-selected locating modes –
Directional Peak, Multi-Directional Null, plus an ultra-sensitive
Special Peak mode for extreme depths.
The receiver includes a unique "expander" function that makes
peaks and nulls more pronounced. The expander feature enhances
the response for fast tracking and pin-pointing of position. The
unique Directional Peak mode combines the response from four
peak antennas to indicate left/centre/right direction to the cable/
pipe while the bar graph and numeric display indicate the sharp
and accurate dual-peak response. Automatic gain set with manual
override provides maximum flexibility and control. The multi-directional
null mode shows null signal response with automatic gain and utilises
the multiple antenna design to show cable/pipe location and
direction on a unique “compass” like graphic user interface on the
high-resolution display.
Network Analysis and Performance Solutions
New technology for the location of underground utilities.
The Dynatel 2273 M/ME-iD Cable/Pipe and Fault Locators and the
Dynatel 2250 M/ME-iD Cable/Pipe Locators are microprocessorbased systems that incorporate advanced digital signal processing
techniques to quickly trace the path of underground cables and
pipes, both copper and fibre optic (with metallic tracer wire). The
Dynatel 2273 M/ME-iD Cable/Pipe and Fault Locators can also
quickly and efficiently locate conductor or sheath (earth return)
faults. Both locators provide accurate cable or Sonde depth measurements, giving a digital readout in inches, feet and inches, or
centimetres (user-defined). Lightweight, compact and well balanced, these locators allow you to accurately and easily:
- Locate cable and pipe path
- Measure cable or Sonde depth with the push of a button
- Measure signal current in the cable
- Pin-point conductor or sheath (earth return) faults and cable
breaks (2273 M/ME-iD only)
- Discriminate between light and heavy faults (2273 M/ME-iD only)
- Identify cable and cable pairs
- Tone shorts and grounds in aerial cable
- Identify cable pairs through wet sections
- Locate energised power cable
467
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Description
Precise location of sheath (earth return) faults.
The Dynatel 2273 M/ME-iD Cable/Pipe and Fault Locators can precisely locate conductor or sheath (earth return) faults on both short
and long cable sections faster than ever before. The transmitter unit
sends a trace signal simultaneously with a fault-locate signal, allowing the operator to use the cable-locate function when locating
faults in long cable sections. Fault strength is indicated on the receiver
liquid crystal display (LCD) screen, allowing minor faults to be ignored,
if desired. Up to three fault readings may be stored for quick reference.
A simple, easy-to-use system.
Lightweight and easy to operate, the Dynatel Locators are rugged,
ergonomic and require very little operator training. A large backlit
digital LCD screen and soft-key operation make them easy to understand for more precise locates. A “memory” feature remembers
operator set-up from previous use. A standard RS232 communications port allows interfacing to an external computer for uploading/
downloading of data, unit configuration and remote software upgrades.
The system can run over 30 hours on eight AA alkaline batteries.
The system consists of three basic components:
- Transmitter with built-in ohmmetre, which also senses and
measures the presence of foreign voltage and tests the continuity
of the circuit
- Rugged, one-piece hand-held receiver with bar graph signal
strength and direction, that indicates received signal and proximity
to the cable; ID versions locate all 3M EMS Markers and read/
write to all 3M EMS-iD Markers
- Lightweight earth contact frame that is colour-coded to correspond
with indications from the receiver directing the operator toward
the fault (2273 M/ME-iD only)
The Dynatel Locators use four active trace frequencies - 577Hz,
8kHz, 33kHz and 133kHz - which can be used individually or simultaneously to compensate for varying field conditions. The receiver
incorporates passive power, VLF and auxiliary frequencies that do
not require the use of the transmitter. The receiver also has the
unique capability to accommodate four user-definable auxiliary
frequencies and allows the user to perform a self-calibration operation
at any frequency at any time. In total, the receiver accommodates
24 frequencies. With the easy-to-use configuration tool, users can
enable or disable any frequency to select only the frequencies that
they need to use.
468
Both the receiver and the transmitter feature a self-test routine that
is executed each time the unit is turned on. A power-up battery test
indicates the battery level. Both components are constructed of
heavy-duty materials designed to withstand typical field use.
Standard Dynatel accessories:
- 8006 Ground Rod; stainless steel
- 3019 Dyna-Coupler Kit; consists of 3 in.
Dyna-Coupler, Coupler Cable and Pouch
- 2876 Direct-Connect Transmitter Cable; 10 ft.
(3 m) in length; for Utility (U) models
- 9012 Direct-Connect Transmitter Cable; 5 ft.
(1.5 m) in length; for Communications (C) models
- 3014 Earth Contact Frame (2273 M/ME-iD only)
- 9026 Earth Contact Frame Cable; 4 ft. (1.2 m) in length
(2273 M/ME-iD only)
Optional Dynatel accessories:
- 2892 Small Clip Direct-Connect Transmitter Cable;
10 ft. (3 m) in length
- 9043 Ground Extension Cable
- 3001 3 in. Dyna-Coupler; for use on cables up to 3 in.
(7.6 cm) in diametre
- 1196 6 in. Dyna-Coupler; for use on cables up to 6.9 in.
(17.5 cm) in diametre; with pouch
- 9011 12 ft. Coupler Cable
- 3011 3/8 in. Inductive Probe; for pair identification
- 3013 Direct Probe
- 9023 Probe Cable
- 2200M Carrying Case/Bag
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Description
Features of Dynatel 2200 M/ME-iD Series Locators
Receiver
2250M-iD
2273M
2273M-iD
Directional peak, directional null,
single peak locate modes
x
x
x
x
Large backlit, high resolution graphic display
x
x
x
x
Push button cable/pipe depth readout with
continuous depth measurement mode
x
x
x
x
Active duct probe (Sonde) depth measurement
x
x
x
x
Signal current measurement
x
x
x
x
Toning amplifier function
x
x
x
x
Cable/pair identification
x
x
x
x
Marker alert mode while path tracing
Wet section tagging
x
x
x
Digital fault strength indicator
x
x
x
x
x
Expander amplifier
x
x
x
x
Pre-set auxiliary frequencies for power, CATV,
radio and long haul fibre applications
x
x
x
x
Four user-definable auxiliary frequencies
x
x
x
x
Self-calibration mode, on demand
x
x
x
x
PC interface via standard RS232 serial port
x
x
x
x
User-configurable features and interface
x
x
x
x
Detects all seven EMS marker frequencies
x
x
Marker-Link and Locator PC tools software
x
x
ID marker read/write capability
x
x
Dual marker frequency search-simultaneous
x
x
Marker depth estimation
x
x
Conductor or sheath (earth return) fault locating
Transmitter
x
2250M
2253M-iD
2273M
2250M
2250M-iD
2273M
x
2273M-iD
2273M-iD
Simultaneous signals
x
x
x
x
Built-in ohmmetre and continuity tester
x
x
x
x
Indicates presence of crossed or hazardous voltage
x
x
x
x
Three tone application methods
(direct connect, coupler, inductive)
x
x
x
x
Auto load matching
x
x
x
x
High and normal output level
x
x
x
x
3 watt and 5 watt models available
x
x
x
x
Conductor or sheath (earth return) fault signal
x
x
Fault and cable locate tones applied simultaneously
x
x
10
Network Analysis and Performance Solutions
2250M
469
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Technical characteristics
Dynatel 2200 M/ME-iD Series Locators
Physical Specifications
Size (H x W x D) in. (cm)
Weight (including batteries)
Transmitter
6.75 x 11.25 x 7.75 (17.2 x 28.6 x 19.7)
5.2 lb. (2.4 kg)
Receiver
10.25 x 10.5 x 30 (26.7 x 26.1 x 76.2)
2250ME/2273ME – 4.05 lb. (1.9 kg),
2250ME-iD/2273ME-iD – 4.85 lb. (2.3 kg)
Shipping
N/A
2250ME/2273ME – 27 lb. (12.5 kg),
2250ME-iD/2273ME-iD – 28 lb. (12.9 kg)
Environmental Specifications
Operating Temperature
Storage temperature
Standard
Regulatory
-4° F to 122° F (-20° C to 50° C)
-4° F to 158° F (-20° C to 70° C)
IP54
CE
Electrical Specifications
Receiver
Frequencies
Trace and tone modes
Performance
Depth
Display resolution
Depth display range
Depth units
Depth accuracy*
Cable current display
Active: 577Hz, 8kHz, 33kHz, and 133kHz
Passive power: 50L, 50H, 100, 60L, 60H, 120
Passive (other): LF 15kHz~30kHz
Auxiliary: 560, 512, 460, 400, 393, 340, 333, 273Hz
User defined: up to four frequencies (50~999Hz)
Sensitivity @ 1 m/3.3 ft. from cable,
Single Peak mode under low noise conditions
0.1 dB
0 to 30 ft. (9 m)
cm, inch, ft.-in.
+/- 2% +/- 2 in. (5 cm)
+/- 6% +/- 2 in. (5 cm)
+/- 10% +/- 2 in. (5 cm)
0.1 dB resolution or 0.01 mA resolution
Units: dB or mA
Power
Typical battery life
Battery type: Eight AA size, alkaline
30 hours
Transmitter
Output frequencies
Trace mode
Sheath (earth return) fault mode
(2273M/ME-iD only)
Tone mode
Induction mode
577Hz, 8kHz, 33kHz, 133kHz
10/20 Hz for sheath (earth return) fault;
577Hz and 33kHz for tracing
577Hz and 200kHz pulsed at 8Hz
33kHz, 133kHz
Output Voltage (maximum)
Sheath (earth return) fault
(2273M/ME-iD only)
Trace
Tone
0 to 60 in. (1.5 m)
60 to 120 in. (1.5 to 3 m)
120 to 180 in. (3 to 4.5 m)
70 Vrms
70 Vrms
Normal setting: 10 Vrms, High setting: 60 Vrms
Output Power
Normal setting: Limited to 0.5W
High setting: Limited to 3W, or 5W with
External DC power (option ‘A’ only)
Output protection
240 Vrms
Power
Battery type: Six C size, alkaline (LR14) cells;
External DC: 9-18V DC (1A) (option ‘A’ only)
Typical battery life
Normal output level: 50 hours
High output level: 10 hours
*Note: Locators are tested in model field conditions with no adjacent signals. Actual operating conditions may result in decreased depth accuracy due to outside signal disruptions.
470
10.1
Copper Test Equipment
DynatelTM Cable and Fault Locators
Ref.-No.
Cable/Pipe/Fault Locator OUS Receiver only, with EMS-iD Capabilities
2273M-iD/ER
Cable/Pipe/Fault Locator OUS Communications 5 watt with EMS-iD Capabilities
2273M-iD/EC5W-RT
Cable/Pipe/Fault Locator OUS Utility 5 watt with EMS-iD Capabilities
2273M-iD/EU5W-RT
Cable/Pipe Fault Locator OUS Receiver only
2273M-ER
Cable/Pipe/Fault Locator OUS Communications 5 watt
2273M-EC5W/RT
Cable/Pipe/Fault Locator OUS Utility 5 watt
2273M-EU5W/RT
Cable/Pipe Locator OUS Receiver only, with EMS-iD Features
2250M-iD/ER
Cable/Pipe Locator OUS Communications 5 watt with EMS-iD Capabilities
2250M-iD/EC5W-RT
Cable/Pipe Locator OUS Utility 5 watt with EMS-iD Capabilities
2250M-iD/EU5W-RT
Cable/Pipe Locator OUS Receiver only
2250M-ER
Cable/Pipe Locator OUS Communications 5 watt
2250M-EC5W/RT
Cable/Pipe Locator OUS Utility 5 watt
2250M-EU5W/RT
Ordering for Dynatel™
2200 M/ME-iD Series Locators
To order, specify the appropriate 3M™ Dynatel™ 2273M/ME-iD
Cable/Pipe and Fault Locator or 2250M/ME-iD Cable/Pipe Locator
using the schematic below.
EXAMPLE: 2273M-iD/EC3W-RT
Description:
- 2273M Cable/Pipe and Fault Locator with iD Capability
- OUS Version
- Communications Application
- 3 Watt Transmitter-Receiver and Transmitter Included
2250M
2273M
E
Transmitter
3 Watt or 5 Watt
C=Communications; U=Utility
E=European Version
iD, ability to read/write iD markers
2250M Cable/Pipe Locator; 2273M Cable/Pipe Fault Locator
Receiver
10
Network Analysis and Performance Solutions
Type/Order text
471
10.1
Copper Test Equipment
3MTM and DynatelTM Electronic Marker System
Description
3M 1264 EMS II
Electronic Marker Locator
The ScotchMark 1264 EMS II Electronic Marker Locator helps locate underground facilities—even years after construction or maintenance. The 1264 marker locator correctly indicates the marker location
quickly and simply, for easy identification of buried telephone facilities.
The 1264 marker locator is unaffected by metal conduit or pipe,
metallic conductors, fences, AC power, or electronic markers for
other utilities. The marker locator transmits an RF signal to the
buried marker. The marker reflects the signal back to the locator
with a visual reading and audible tone. All telephone markers are
colour-coded orange and tuned to a specific frequency to avoid
confusion with another utility’s marker. The 1264 marker locator is a
lightweight, two-piece system which includes a compact electronics
package and a hand-held probe.
Dynatel 2205/2206
EMS Marker Locating Accessory
The 3M Scotchmark Electronic Marker System (EMS) helps telephone utilities find their underground facilities the first time. The
basic element of the system is a durable, passive marker that is
buried over key facilities during construction or maintenance. Using
the compact, lightweight EMS II Electronic Marker Locator, or the
Dynatel 2200-Series Cable/Fault locator in conjunction with the
Dynatel 2205/2206 Marker Locating Accessory, the marker can be
located again within inches…even years after burial.
The electronic marker system is the most dependable way to mark:
• Buried splices
• Load coils
• Buried service drops
• Conduit stubs
• Cable road crossings
• Fibre optic facilities
• Cable paths
All ScotchMark markers for the telephone industry are colour-coded
orange to APWA standards, and are tuned to a specific frequency,
minimising the chance of accidentally locating other utilities’ buried
markers.
472
The Dynatel 2205/2206 EMS Marker Locating Accessory works in
conjunction with the Dynatel 2200 Series Cable/Fault Locators to
provide a more versatile and practical method for locating underground cables and markers.
The cable locator is used to determine the path and depth of buried
cables. The 2205/2206 accessory provides the cable locator with
the additional ability to pinpoint the exact location of buried EMS
markers.
The 2205/2206 also allows the operator to simultaneously trace a
cable path while finding buried markers along the way. In this unique
marker alert mode, the 2205/2206 sounds an internal buzzer when
a marker is nearby. The user then switches to the normal marker
locating mode to pinpoint the exact location of the marker.
When using the 2205 version for a specific utility, the user is in no
danger of locating other utilities’ markers. For example, the 2205TEL model will locate only those markers tuned to a frequency
reserved for the telephone industry.
The 2206 locates all EMS markers, and features a rotary switch
which allows the user to select the frequency of the utility-specific
marker he wishes to locate. This unit was designed for multi-utility
companies or contractors who have the need to mark and locate
key points for several types of underground facilities.
U.S. Patent No. 5,430,379
10.1
Copper Test Equipment
3MTM and DynatelTM Electronic Marker System
Description
3M 1401-XR 4" Extended Range Ball Marker
3M 1255 Mini-Marker
The 1401 Ball Marker makes the job of precisely locating underground
facilities easier. Less time and skill is required from the field crew,
since placement is as simple as tossing the ball into the trench. The
unique self-leveling feature of the 4" ball marker eliminates inaccurate
locates.
The ball marker’s self-leveling design insures that the marker is
always in an accurate, horizontal position, regardless of how it is
placed in the ground.
The ball marker contains a passive-tuned antenna, moulded inside
a plastic disk, which is free-floating inside a waterproof, polyethylene shell.
The ball marker’s width allows the marker to be placed in a standard
trench without additional digging.
The ball marker has a range of five feet (1.5 m).
The 1255 Mini-Marker provides an accurate, convenient, longlasting method of marking underground facilities at depths of up to
six feet (1.8 m). The Mini-Marker has a range of up to six feet
(1.8 m) from marker to locator.
10
The 1432 Near-Surface Marker provides an accurate, convenient,
long-lasting method of marking underground and street-access
facilities. Its size and shape makes it ideal for marking street facilities
prior to repaving. The near-surface marker has a range of up to two
feet (0.6 m) from marker to locator.
3M 1407-XR 4" Extended Range
Communications Ball Marker
3M 1250 Full Range Marker
The 1407-XR Extended Range Communications Ball Marker makes
the job of precisely locating underground CATV facilities easier. Less
time and skill is required from the field crew, since placement is as
simple as tossing the ball into the trench. The unique self-leveling
feature of the 4" ball marker eliminates inaccurate locates.
The ball marker’s self-levelling design insures that the marker is
always in an accurate, horizontal position, regardless of how it is
placed in the ground.
The ball marker contains a passive-tuned antenna, moulded inside
a plastic disk, which is free-floating inside a waterproof, polyethylene shell.
The ball marker’s width allows the marker to be placed in a standard
trench without additional digging.
The ball marker has a range of five feet (1.5 m). The 1407-XR Ball
Marker can be located with the 2205/2206 Marker Locating accessory
attached to a 2200 Series Locator.
The 1250 Full-Range Marker provides an accurate, convenient,
long-lasting method of marking underground facilities.
The marker also acts as a digging shield over buried facilities,
lessening the chances of a costly dig-in. The marker has a range of
up to eight feet (2.4 m) from marker to locator.
Network Analysis and Performance Solutions
3M 1432 Near-Surface Marker
473
10.1
Copper Test Equipment
3MTM and DynatelTM Electronic Marker System
Technical characteristics
Specifications for 3M Electronic Marker System
Product Number
Marker type
1264
2205/2206
1250
1255
1401-XR
1407-XR
1432
Marker Locator
Marker Locator
Full-Range
Mini-Marker
Ball Marker
Ball Marker
Near-Surface
––
––
High-density
polyethylene
High-density
polyethylene
High-density
polyethylene
High-density
polyethylene
High-density
polyethylene
6.2 x 8.5 x 10.6
HxWxD
15 diametre
thick x 0.65 cm
8.25 x 1.25
HxD
4 (10.4)
diametre
4 (10.4)
diametre
3.0 x 0.78
HxD
(15.8 x 21.6 x 26.9)
(38.1 x 1.65)
(20.96 x 3.18)
Shell
Size in. (cm)
Electronics pkg.
H x W x D in. (cm)
Probe in. (cm)
10 x 9 x 3
(25.4 x 22.9 x 7.6)
8.25 x 1.75
(21.0 x 4.5)
Telescoping handle in. (cm)
collapsed
extended
22 (55.9)
32 (81.3)
Net weight lbs. (kg)
10 (4.5)
2.3 (1.1)
1.75 (0.8)
0.3 (0.14)
1 (.5)
1 (.5)
0.06 (0.025)
Shipping weight lbs. (kg)
12 (5.4)
4.0 (1.8)
30.9 (14.0)
17 (7.7)
25 (11.4)
25 (11.4)
3.75 (1.70)
Electronics pkg. weight
lbs. (kg)
4 (1.8)
––
––
––
––
––
––
Probe weight lbs. (kg)
1.5 (0.7)
––
––
––
––
––
––
Operating temperature
0° to 130°F
(-17° to 54°C)
-4° to 122°F
(-20° to 50°C)
-40° to 150°F
(-40° to 66°C)
-22° to 150°F -22° to 150°F -22° to 150°F -22° to 150°F
(-30° to 66°C) (-30° to 66°C) (-30° to 66°C) (-30° to 66°C)
Storage temperature
-40° to 158°F
(-40° to 70°C)
-40° to 158°F
(-40° to 70°C)
-40° to 167°F
(-40° to 75°C)
-40° to 167°F -40° to 167°F -40° to 167°F -40° to 167°F
(-40° to 75°C) (-40° to 75°C) (-40° to 75°C) (-40° to 75°C)
Less than 90%
non-condensing
Less than 90%
non-condensing
––
––
––
8 (2.4) from
locator probe
Eight “C” cell
alkaline batteries
Six alkaline
“AA” batteries
––
––
––
––
––
40 hours typical
40 hours typical
No battery
No battery
No battery
No battery
No battery
––
––
Orange
Orange
Orange
Orange/Black
Orange
Relative humidity
Range ft. (m)
(dependent on marker type)
Power
Battery life
Colour coded
474
(7.6 x 2.0)
––
––
––
6 (1.8) from
5 (1.5) from
5 (1.5) from
locator probe locator probe locator probe
––
2 (0.6) from
locator probe
10.1
Copper Test Equipment
3MTM and DynatelTM Electronic Marker System
Type/Order text
Ref.-No.
Minimum Order
1/cs.
1 each
1264
1/cs.
1 each
2205-TEL
1/cs.
1 each
2205-CT
1/cs.
1 each
2206
25/cs.
25 each
1250
50/cs.
50 each
1255
24/cs.
30 each
1401-XR
24/cs.
30 each
1407-XR
50/cs.
50 each
1432
10
Network Analysis and Performance Solutions
Packaging
475
10.1
Copper Test Equipment
DynatelTM 1420-iD 1420E-iD
Electronic Marker System Marker Locators
Description
Advanced features detect more information about underground utilities.
A new feature exclusive to the 3M Dynatel EMS iD Marker Locators
is the ability to read, write and lock programmed information into
the new 3M 1400 Series EMS iD Ball Markers. Information such as
a pre-programmed unique identification number, facility data, owner
information, application type, placement date and other details from
up to 100 ID markers can all be read, stored with date/time stamp
and transmitted back to your PC through a standard RS232 serial
port for enhanced resource management.
Accurate even in congested areas.
3M Dynatel EMS iD Marker Locators are unaffected by metal conduit or pipe, metallic conductors, fences, AC power or electronic
markers for other utilities. Multiple ID markers located at close
proximity can be read individually using the new system.
New-to-the-world technology for locating underground
utilities without any doubt.
3M™ Dynatel™ 1420/1420E-iD Electronic Marker System (EMS)
Marker Locators are microprocessor-based systems that incorporate
advanced digital signal processing techniques to quickly and efficiently locate underground facilities – even years after construction
or maintenance.
A simple, easy-to-use system.
Lightweight and compact, the 3M Dynatel EMS iD Marker Locators
are rugged, ergonomic and require very little operator training.
A large backlit digital liquid crystal display (LCD) screen and soft-key
operation make them easy to understand and use for more precise
locates. A“memory” feature remembers operator set-up from
previous use. A standard RS232 communications port allows interfacing to an external computer for uploading/downloading of data,
unit configuration and remote software upgrades. The system can
run over 25 hours on eight AA alkaline batteries.
Designed to be more accurate, faster and more integrated than
ever before, the 3M Dynatel EMS iD Marker Locators allow you to
accurately and easily:
• Locate, read and write to ID markers
• Pin-point the exact depth and location of all existing models of
properly installed underground passive EMS markers
• Direct depth reading of ID markers
• Locate two different marker frequencies simultaneously
Highlights
TELEPHONE
GAS
CATV
POWER
WATER
WASTEWATER
GENERAL
• Large backlit, high resolution graphic display
• Marker-Link and Locator PC tools software
• PC interface via standard RS232 serial port
• ID marker read/write capability
• User-configurable features and interface
• Dual marker frequency search-simultaneous
• Detects all seven EMS marker frequencies
• Marker depth estimation
476
10.1
Copper Test Equipment
DynatelTM 1420-iD 1420E-iD
Electronic Marker System Marker Locators
Technical characteristics
Physical Specifications
Size (H x W x D in. (cm))
Receiver
10.25 x 4.7 x 30
(26.7 x 11.8 x 76.2)
Shipping
N/A
Weight (including Batteries)
4 lb. (1.9 kg)
11.5 lb. (5.3 kg)
Environmental Specifications
Operating Temperature
-4° F to 122° F (-20° C to 50° C)
Storage temperature
-4° F to 158° F (-20° C to 70° C)
Regulatory
CE
Standard
IP54
10
Marker compatibility
All 3M markers
(telephone, gas, CATV, power, water, wastewater and general purpose)
Dual marker mode
Any two marker frequencies simultaneously
Detection range
Exceeds maximum marker depth specifications
Marker read range
5 ft. (1.5 m) to all ID ball markers
4 ft. (1.2 m) to water and power markers on 1420E version only
Marker write range
1 ft. (30 cm)
Marker depth measurement accuracy
+/- 10% +/- 2 in. (5 cm) up to marker depth specifications
Display type
Backlit graphic liquid crystal display (LCD) screen
Memory storage with date/time stamp
Read marker records
100
Written marker records
100
User defined ID templates
Marker depth memory storage
Five with date/time stamp
Power
Battery type: eight AA size, alkaline
32
Typical battery life: 25 hours
Display
Large graphic high-contrast LCD with backlight
Speaker
0.25 W
Headphone jack
Standard mini-jack
Serial port
Standard RS232 serial with DB9 connector
Type/Order text
Ref.-No.
To order, select the 1420 or 1420E EMS-iD Marker Locator.
For further information, contact your 3M sales representative.
EMS-iD Marker Locator with iD Read/Write
1420
EMS-iD Marker Locator with iD Read/Write (OUS)
1420E
Network Analysis and Performance Solutions
Electrical Specifications
477
10.1
Copper Test Equipment
DynatelTM 1400 Series
Electronic Marker System iD Ball Markers
Description
Application-Specific Design.
Dynatel 1400 Series EMS iD Ball Markers are available in seven
standard frequencies, colour coded to APWA standards to quickly
signify the application: telephone, gas, CATV, power, water, wastewater and a new general-purpose application.
These markers are readable to a maximum buried depth of five feet.
The ID markers can be located by the previous generation of locators, but can only be read and written to using the new 3M Dynatel
1420 and 2200M-iD Series Locators.
TELEPHONE
A Smarter Marking System.
Ball markers make the job of precisely locating underground
facilities faster and easier. They have been considered the most
reliable way to mark:
• Buried splices
• Buried service drops
• Conduit stubs
• Fibre optic facilities
• Cable paths
• Load coils
• Installations under pavement or snow
The 3M™ 1400 Series Electronic Marker System (EMS) iD Ball
Markers provide more information than ever before. They are the
first of a new series of markers that perfectly complement the
existing line of EMS passive markers.
Positive Underground Identification.
For the first time, underground facilities can be positively identified
with certainty even in difficult environments. 3M 1400 Series EMS
iD Ball Markers do everything the existing line of EMS ball markers
can do and more. These ID markers come pre-programmed with a
unique identification number.
This pre-programmed number is also attached to the marker on a
removable bar-coded tag, which can be peeled off before installation
and attached to facility maps for future reference. When a 3M
Dynatel™ 1420 or 2200M-iD Series Locator sends a “read” command signal, the ID markers will respond by sending back data
previously stored in it. The ID markers can also be programmed
and locked by the user via the 1420 and 2200M-iD Series Locators
to include customer-specific information such as facility data,
hazard levels, type of application, placement date and other important
details. After the locator has read this data, it may be transferred to
the user’s PC through a standard RS232 communications port.
478
GAS
CATV
POWER
WATER
WASTEWATER
GENERAL
Quality that Lasts.
3M 1400 Series EMS iD Ball Markers work in all soil conditions and
in the presence of all types of congestion. Their four-inch diametre
makes them easy to drop into a standard-sized trench. A free-floating, self-leveling design inside a watertight, polyethy-lene shell
ensures that the marker is always in an accurate horizontal position,
regardless of how it is placed in the ground. The markers contain a
mixture of propylene glycol and water, which is approved for use in
pharmaceuticals, cosmetics and as a food additive. The mixture is
readily biodegradable and will not harm humans, wildlife or the environment. With over a quarter century of leadership in Electronic
Marker Systems, 3M continues to set the standard for quality and
innovation.
10.1
Copper Test Equipment
DynatelTM 1400 Series
Electronic Marker System iD Ball Markers
Description
Features of DynatelT 1400 Series EMS iD Ball Markers
TELEPHONE
MODEL
COLOUR
READ RANGE*
WASTEWATER
GAS
1428-XR/ iD
1423-XR/ iD
1424-XR/ iD
1425-XR/ iD
orange
red
black/orange
purple
blue
green
yellow
10
5 ft. (1.5 m)
from locator
probe
7 lines
0.77 lbs. (0.35 kg)
30/cs.
25 lbs. (11.4 kg)
*Range specifies maximum distance when using 3M Dynatel™ 1420 Locator. Read range may vary on export models for water and power
frequencies.
**Typical compressed text is 6 lines. Each line holds an 8-character subject label and a 13-character description label.
Technical characteristics
Physical Specifications
Size
Marker weight
Shipping weight
Packaging
Frequencies/Models
Range
Search Mode
Read Mode
Write
Shell
Contents
ID number
Memory size
Typical compressed text length
4 in. (10.4 cm) diametre sphere
0.77 lb. (0.35 kg)
25 lb. (11.4 kg)
30 to a case
Telephone, gas, CATV, power, water, wastewater, general-purpose
5 ft. maximum using any 3M Dynatel Locator for markers
5 ft. maximum using 3M Dynatel 1420 or 2200M-iD Series Locators
1 ft. maximum using 3M Dynatel 1420 or 2200M-iD Series Locators
High-density, watertight polyethylene
Mixture of propylene glycol and water
Unique 10-digit number (xxx-xxx-xxxx)
256 bits
6 lines (each line holds an 8-character subject label and a 13-character
description label)
Network Analysis and Performance Solutions
256 bits
SHIPPING WEIGHT
WATER
1427-XR/ iD
MEMORY SIZE
STANDARD PACKAGE
GENERAL
PURPOSE
1422-XR/ iD
10 digits
MARKER WEIGHT
CATV
1421-XR/ iD
UNIQUE ID NUMBER
TYPICAL COMPRESSED
TEXT LENGTH**
POWER
Environmental Specifications
Operating temperature
Storage temperature
-4° F to 122° F (-20° C to 50° C)
-4° F to 158° F (-20° C to 70° C)
479
10.1
Copper Test Equipment
DynatelTM 1400 Series
Electronic Marker System iD Ball Markers
Type/Order text
Applications for Dynatel 1400 Series EMS iD Ball Markers
TELEPHONE
POWER
GENERAL
PURPOSE
CATV
WATER
WASTEWATER
GAS
Cable paths
Cable paths
Cable paths
Reclaimed water
Pipeline paths
Pipeline paths
Pipeline paths
Buried splices
Service drops
Fibre optic facilities
Private campuses
Service stubs
Service stubs
Main stubs
Buried service drops
Conduit stubs
Buried service drops
Valve boxes
PVC pipeline
PVC pipeline
Service stubs
Load coils
Road crossings
Road crossings
Road crossings
All types of valves
Buried valves
Tees
Conduit stubs
All types of splices
Buried splices
Path marking
Road crossings
Road crossings
Road crossings
Fibre optic facilities
Buried transformers
Bends
Buried valves
Tees
Tees
All types of valves
All types of splices
Service loops
Tees
Clean-outs
Clean-outs
Metre boxes
Bends
Street lighting
Metre boxes
Stopping fittings
Depth changes
Bends
Main stubs
Depth changes
Man hole covers
Man hole covers
Service stubs
Transition fittings
Road crossings
Distribution loops
Squeeze points
Pressure control
fittings
Electro fusion
couplings
To order, select the ball marker model that matches your specific application.
For further information, contact your 3M sales representative.
Technical characteristics
Construction
480
Shell
The high-density, watertight polyethylene shell is impervious
to minerals, chemical and temperature extremes normally found
in the underground environment.
Contents
The markers contain a mixture of propylene glycol and water,
which is approved for use in pharmaceuticals, cosmetics and
as a food additive. The mixture is readily biodegradable and will
not harm humans, wildlife or the environment.
10.1
Copper Test Equipment
Testing Products Accessories
Type/Order text
Ref.-No.
Subscriber Loop Tester/Analyser Accessories
Min. Order
1134 Bed of Nails Test Cable for 900-Series,
excluding 965DSP
1/cs.
1 each
1134
1138 Single Needle Test Cable for 900-Series,
excluding 965DSP
1/cs.
1 each
1138
1030 Conductor Gauge
25/pkg.
1 each
1030
9006 Conductor Strap for 900-Series,
excluding 965DSP
10/pkg.
11 pkg.
9006
1/cs.
1 each
Video Training Tape
Video Training Tape for 965
Subscriber Loop Tester/Analyser Accessories for 3MTM DynatelTM 965DSP
Pkg.
Min. Order
Cigarette lighter adapter
accessory (not pictured)
1/cs.
1 each
051138-57744
Alkaline battery holder
1/cs.
1 each
051138-57685
110/220 Vac adapter
1/cs.
1 each
051138-57606
Soft case (not pictured)
1/cs.
1 each
051138-57605
Nickel metal hydride battery pack
Black/red test lead, alligator,
bed of nails (not pictured)
Black/red test lead,
banana plugs (not pictured)
Blue/yellow test lead, alligator,
bed of nails (not pictured)
Blue/yellow test lead,
banana plugs (not pictured)
1/cs.
1 each
051138-57686
1/cs.
1 each
051138-57648
1/cs.
1 each
051138-57608
1/cs.
1/cs.
1 each
1 each
051138-57649
051138-57610
Ground Strap, alligator
Ground Strap, banana (not pictured)
Green test lead, alligator,
bed-of-nails
Green test lead, banana plugs
(not pictured)
1/cs.
1/cs.
1/cs.
1 each
1 each
1 each
051138-58529
051138-58532
051138-57650
1/cs.
1 each
051138-57612
Far end device
IR Adapter Cable
Printer IR Adapter
Seiko DPU-414 Printer Kit
1/cs.
1/cs.
1/cs.
1/cs.
1
1
1
1
051138-89322
051138-58764
051138-89331
051138-89332
each
each
each
each
10
Network Analysis and Performance Solutions
Pkg.
481
10.1
Copper Test Equipment
Testing Products Accessories
Type/Order text
Ref.-No.
Locator Accessories and Replacement Parts
Pkg.
Min. Order
1/cs.
1 each
3001
3005 Dyna-Coupler, 1-inch
1/cs.
Permits coupling of RF trace tone
to cables with a maximum diametre of 1".
Also allows the placing of tone on
conductors in a splice.
1 each
3005
1196 Dyna-Coupler, 6-inch
with pouch
Permits coupling of RF trace
tone to large diametrecables,
bundle cables, and cables
enclosed in accessible nonmetallic ducts. For use on cables
and conduits with a maximum
diametre of 6.9"
1/cs.
1 each
1196
3011 Inductive Probe, 3/8 in.
Used to pick up RF tone current
(200 kHz) flowing through a cable
or conductor. Most useful when
working with tight bundles of wire.
Must be used when identifying
conductors in wet sections.
1/cs.
1 each
3011
3013 Direct Probe, 3/8 in.
(not pictured)
1/cs.
1 each
3013
9011 Coupler Cable
For use with any Dynatel Transmitter,
Receiver, or Coupler: 12' in length.
1/cs.
1 each
9011
9012 Direct Connect, 5-ft.
Transmitter Cable
Two lead, 5' cable used for direct
connection to cable and ground.
1/cs.
1 each
9012
3001 Dyna-Coupler, 3-inch
Permits coupling of RF trace tone
to cables with a maximum diametre
of 3".
482
10.1
Copper Test Equipment
Testing Products Accessories
Type/Order text
Ref.-No.
Locator Accessories and Replacement Parts
Min. Order
1/cs.
1 each
2892
9023 Probe Cable, 6-ft.
For use with most Dynatel Receivers
to connect the 3011 Inductive Probe;
6' in length.
1/cs.
1 each
9023
9026 Earth Contact Frame Cable
For use with the 3014 Earth
Contact Frame for sheath (earth return)
fault location; 4' in length.
1/cs.
1 each
9026
9043 Ground Extension Cable
Extends ground capability to 12'.
1/cs
1 each
9043
3014 Earth Contact Frame
Used only when locating sheath
(earth return) faults. It indicates
direction to the fault and is colour
coded to correspond with the
Receiver's indicator.
1/cs.
1 each
3014
8006 Ground Rod
For applying ground capability.
Stainless steel.
1/cs.
1 each
8006
2200 Series Locator Carrying Bag
1/cs.
1 each
2200
2892 Direct Connect,
10-ft. Transmitter Cable
Two lead, 5' cable used for
direct connection to cable and ground.
10
Network Analysis and Performance Solutions
Pkg.
483
10.1
Copper Test Equipment
Wire Indentification and
Re-arrangement System
Description
Dynatel™ APICS 4000
Pair Assessment
In Scan mode, the display indicatescontinuity of the pair from the
CO unit to the field unit. Scan mode determines if the pair is active,
inactive, special or unbalanced, and it will also identify opens,
shorts, crosses and splits. In the Light Tag Board (LTB) mode, any
pair or conductors that are already grounded somewhere along the
cable will be displayed simultaneously as bars above or below the
pair numbers on the LTB screen.
Fault Diagnostics
To diagnose cable faults, the field units perform the following tests:
• Voltage
• Loop Current
• Leakage Resistance (Ohms)
• Load Detection
• Distance to Opens
These tests provide the ability todetect most common splicing errors.
Cable Acceptance, Pair Identification and Circuit Transfer
Test System
The Dynatel APICS 4000 System provides all the test
capabilities needed for telephone cable splicers and cable construction crews.The system consists of a Central Office unit and a
field unit. The CO unit is attached to 100 pairs at a time on the
main distribution frame (MDF) in the central office. The field unit, a
battery powered portable device, is used at access points along
the cable. Together, they perform the following functions depending
on the field unit used:
• Identification of cable pairs
• Assessment of the condition of the cable pairs
• Cable fault diagnostics
• Cable acceptance testing
• Circuit transfers from one cable pair to another without
interruption of service
Pair Identification
Pair identification is accomplished with a field unit in conjunction
with the CO unit. The CO unit is connected to a 100-pair group in
the cable under test and the field unit is taken to an access point
along the cable. When in Scan mode, the operator connects the
Bridge Clip to an unknown pair and presses the Scan button, the
field unit will display the assigned number and colour code of the
pair. Conversely, when the operator wishes to identify a specific pair
in the group, that pair number can be entered using the numeric
keys and then pressing the Select button. The CO unit then
transmits a trace tone on the pair that can be picked up by the field
unit using the inductive tone probe. The field unit can also generate
its own trace tone and can be applied to a pair to be picked up by
another field unit further along the cable.
484
Acceptance Testing
Field units with the Cable Acceptancetest option perform the following tests when used with the 4121 CO unit, aswell as the tests
listed in Fault Diagnostics.
• Loss from 200 Hz to 1.2 Mhz
• Noise and Power Influence
• Longitudinal Balance
The field unit collects these results by pair number, along with voltage and leakage resistance results and stores them in an internal
database with a storage capacity of 1000 pairs. The results can be
downloaded to a PC or printed for analysis and reporting. This feature can be used after installing newcable or renovating old cable
to verify that the work was done correctly and that all pairs meet
the necessary performance standards.
Circuit Transfer
Using two field units, circuits can be transferred one at a time, from
one cable to another without interruption of service.Typical uses
include replacing partially damaged cable sections where existing
subscribers must be moved to a new cable. Since circuit transfer
can be accomplished without interruption of service, no turn down
authorisations and scheduling work during off-hours is required.
Special Circuit Compatibility
The Pair ID, LTB and Scan operations are disabled on special circuits (T1,ADSL, HDSL, RADSL) to prevent interference. Should the
operator override this warning there is a slight chance of causing a
2-5 second interruption in data flow for the most sensitive of these
circuits.Every effort has been taken to minimise the impact of the
APICS 4000 on customer service and it has been successfully
used on many types of special circuits including T1, ADSL and
HDSL. However, the communication band used by APICS is not
reserved or protected by any industry standard. With the rapid growth
in new circuit technologies and the increasing variety of specialcircuits in use, ultimately, it is the responsibility of the customer to
determine the suitability of APICS for use with the circuits on their
network. 3M recommends the use of priority protector caps on circuits where compatibility testing has not been performed.
10.1
Copper Test Equipment
Wire Indentification and
Re-arrangement System
Technical characteristics
Pair
Identification
Pair
Assessment
4121 Central
YES with 4122,
Office Unit
Fault
Diagnostics
Acceptance
Testing
Results
Storage
Circuit
Transfer
YES with 4122,
NO YES with 4422
NO
NO
4322, 4422 or
4322, 4422 or
or 4522
4522
4522
4122
YES with 4121
YES with 4121
YES
NO
NO
NO
4222
NO
NO
NO
NO
NO
YES with 4222, 4322or
Field Units
4522
YES with 4121
YES with 4121
YES
NO
N0
YES with 4222, 4322or
4422
YES with 4121
YES with 4121
YES
YES with 4121
YES
NO
4522
YES with 4121
YES with 4121
YES
YES with 4121
YES
YES with 4222, 4322or
4522
4522
•
•
•
•
•
4122 Field Unit with
4222 Field Unit with
4322 Field Unit with
4422 Field Unit with
4522 Field Unit with
Cable Acceptance
Pair ID Only
Special Circuit Transfer Only
Pair ID and Special Circuit Transfer
Pair ID and Cable Acceptance Testing
Pair ID, Special Circuit Transfer and
Network Analysis and Performance Solutions
4322
10
485
10.1
Copper Test Equipment
Wire Indentification and
Re-arrangement System
Description
Dynatel APICS 4000 System
Electrical Specifications
4121 CO
Unit 4122, 4322, 4422 and 4522 Field Units
Pair Identification and Pair Assessment
Access Method
Connectors
Cord and Accessory Storage
100 pairs at a time via conventional front
tap shoes
4 Cinch-Jones type connectors on front
panel, Locking Power Jack, Serial
Interface, _” (.63 cm) Central Office
battery and ground connector
Impedance
Integral compartment inside top cover.
Carrying case also available
>1 MΩ DC and > 100 KΩ AC during
measurement
= 1 KΩ to ground during transmit
Power Source 1
2 VDC from AC adapter
Single pair access via bridging clips
with ”bed of nails”
-Insulation piercing bridge clip with integral
restart switch for tagging operation
-310 type ground and tone probe connections
-310 type headset connection
-Serial interface
-Locking power jack
Integral compartment inside carry bag
> 1 MΩ DC and > 50 KΩ AC during
measurement
> 100 MΩ DC and > 1 MΩ AC during idle
and off
= 1KΩ to ground during transmit
5 ”C” cells (Alkaline or Rechargeable Nicad)
and/or 12 VDC from AC adapter
Acceptance Testing
Tone Source
Noise (C Message Filter)
Noise (D Filter )
Power Influence
Longitudinal Balance
Loss
Storage
200 Hz – 1.2M Hz, 2% on Hz, ± 1 dB
Fault Diagnostics
Load Coil Detector
Loop Current Range
Opens Range
Resistance Range and Accuracy
Trace Tone
Voltage Range and Accuracy
Special Circuit Transfer (2 Transfer Field Units Needed)
Connectors
Cut Time for Single Pair Transfer
Transfer Capacity
Trace Tone
10 to 50 dBrnc ± 2dB
-70 to - 40 dBm ± 2dB
50 to 100 dBrnc ± 2dB
40 to 65 dB ± 2dB
-50 to +10dBm ± 1dB, 200 Hz - 1.2M Hz
Capacity to store results of analysis for up
to 1000 pairs
Yes
0 to 75 mA DC (Rin=430Ω ): ± 2%, ± 1mA
50 to 50,000 ft. ± 10%, ± 50 ft.
(20 to 16,000 m ± 10%, ± 20 m)
0 to 1 MΩ : ± 2%, ± 100Ω
1 MΩ to 5 MΩ : ± 20%
566 Hz Simplex or Metallic, -1 dBm ± 0.5 dB
into 600Ω , T-G, R-G (typical)
0 to 150 VDC: ± 3%\\cf1
-Two (2) additional insulation piercing bridge clips with
310 type connectors for pair transfer operation
-Talk and data pair
120 microseconds on average; min/max
range = 100 to 180 microseconds
(temperature and battery level dependent)
Pair at a time
566 Hz Simplex or Metallic, -1 dBm ± 0.5 dB into
600Ω , T-G, R-G (typical)
Bit Error Rate during Transfer: <2000 For the special circuit transfer function under most conditions. (T1, ADSL, HDSL, RADSL )
The new circuit must match old circuit in length and for HDSL, the transfer points must be more than 500 ft. (150 m) from the end points of the circuit
486
10.1
Copper Test Equipment
Wire Indentification and
Re-arrangement System
Description
Dynatel APICS 4000 System
Physical Specifications
Size
4121 CO Unit
4122, 4222, 4322, 4422 and 4522 Field Units
17.5"H x 7.5"W x 14.5"D
7.0"H x 10.5"W x 7.5"D
(44.5 cm x 19.0 cm x 36.8 cm)
(17.8 cm x 26.7 cm x 19.0 cm)
4121 CO Unit
4122, 4222, 4322, 4422 and 4522 Field Units
16 lbs.
6 lbs.
(7.2 kg)
(2.7 kg)
Optional
Storage
Weight
10
Environmental Specifications
4121 CO Unit
4122, 4222, 4322, 4422 and 4522 Field Units
-4° to 122° F (-20° to +50° C)
-4° to 122° F (-20° to +50° C)
-40° to 131° F (-40° to +55° C)
-40° to 131° F (-40° to +55° C)
Humidity
4121 CO Unit
4122, 4222, 4322, 4422 and 4522 Field Units
95% RH
95% RH
95% RH
95% RH
Type/Order text
Ref.-No.
APICS 4000 CO Unit
4121
APICS 4000 Field Unit with Pair ID Only
4122
APICS 4000 Field Unit with Special Circuit Transfer (SCT) Only
4222
APICS 4000 Field Unit with Pair ID and Special Circuit Transfer
4322
APICS 4000 Field Unit with Pair ID and Cable Acceptance Testing
4422
APICS 4000 Field Unit with Pair ID, SCT and Cable Acceptance
4522
APICS 4000 Pair ID System with 1-4121 & 1-4122
4123
APICS 4000 Pair ID System with 1-4121 & 1-4322
4124
APICS 4000 Pair ID and SCT System with 1-4121 & 2-4322’s
4125
APICS 4000 SCT System with 2-4222’S
4126
APICS 4000 Pair ID & Cable Acceptance System w/1-4121 & 1-4422
4127
APICS 4000 Pair ID & Cable Acceptance System w/1-4121 & 1-4522
4128
APICS 4000 Pr ID, SCT & Cable Acceptance System w/1-4121 & 2-4522’s
4129
APICS 4000 CO Unit with CE Approval
4121-CE
APICS 4000 Field Unit with Pair ID and CE Approval
4122-CE
APICS 4000 Field Unit with SCT and CE Approval
4222-CE
APICS 4000 Field Unit with Pair ID, SCT and CE Approval
4322-CE
APICS 4000 Field Unit w/Pair ID, Cable Acceptance & CE Approval
4422-CE
APICS 4000 Field Unit w/Pr ID, SCT, Cable Acceptance & CE Approval
4522-CE
Network Analysis and Performance Solutions
Temperature
487
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
3MTM Optical Time Domain Reflectometre
Description
3MTM Optical Time Domain Reflectometre
Example:
A multi-mode module with 18dB/23dB dynamics may have 12 dB
dynamics at a certain pulse width, while the 26dB/34dB dynamics
module may have 19 dB dynamics at the same pulse width. The
base unit is equipped with a PS2 interface for connection of a
mini-keyboard, an RS232 interface for data transfer from OTDR
to the PC and a serial interface for connection to a printer.
The extensive software selection plays an important role for the
Mini-OTDR 2000. It simplifies the archiving, evaluation, and documentation of the measuring results.
The user is able to select up to four previously defined measuring
parameters with automatic measurement, numbering and storing
by means of multi-fibre tests. Launch Fibre boxes complete the
programme:
They eliminate the dead zones
typical for OTDR and permit
the documentation of the first
and last event on the optical
fibre run with a measurement.
Mini OTDR for optimal analysis of optical fibre connections. The
Optical Time Domain Reflectometre (OTDR) is a system for measuring and testing of fibre optics. The quality of the installed optical
fibre runs can only be tested with the OTDR. The new 3M Mini OTDR
2000 permits analysis and documentation both in multi-mode and
single-mode networks.
While the conventional powermetre and source only measures the
total attenuation of an optical fibre run, the OTDR analyses each and
every event along the run in terms of distance (location), insertion loss,
reflection and regularity loss to the very spot and displays this information clearly in a table format. Maintaining the maximum
allowable bending radius and looking for macro and mircro bends caused
by the pull-in forces, are important parametres for the testing of a
connection. Deviations in theses may lead to a considerable impairment of network functions and can only be quickly found using an
OTDR.
Highlights
• Lightweight and compact
488
Additional functionality
The unit can store up to 300 measurement curves internally. The base
unit does not contain a hard drive that could be destroyed by mechanical stress. The high-resolution VGA colour screen is especially suited
for use in bright light conditions. An executable OTDR assistant helps
the user become acquainted with the device step by step. The unit is
equipped with a fibre break identifier that can quickly locate the position of the damage. You can use modules that will increase the unit’s
functionality even further. For example, the visual light source helps
identify fibres or breaks in fibre pigtails and splices. The powermetre
module enables the user to perform constant light measurements
without the use of an additional level sender. Each multi-mode or
single-mode module has an integrated constant light source, making
constant light measurements possible with any current powermetre.
The base unit has a modular design and permits the application of different modules. For multi-mode measuring, two modules with dynamics of 18dB/23dB or 26dB/34dB are available. For single- mode
applications, modules from 30dB to 45dB can be used.
The use of higher-dynamics modules, however, can be amortised
quickly, as they can significantly reduce the required measurement
times (average up to 50%).
• Comprehensive analysis software
• Fast data recording through multi-fibre test
• Automatic traffic detection
• Internal memory/disk or flash memory up to 440MB
• Online Help
• Insensitive to vibration - no internal hard disk
• High dynamic range for single- and multi-mode
applications up to 45dB
• 3 Wavelength in one module with 1310/1550/1625 nm
Warranty
All OTDR-products are delivered with 2 years warranty,
a 5 years warranty is available upon request (additional
costs). Single-mode modules with angled cleaved connectors are available on request.
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
3MTM OTDR Mulit-mode Modules
Technical characteristics
3MTM OTDR Multi-mode Modules
2000-8513-26/34dB and 2000-8513-18/23dB
General
The specifications describe the performance features guaranteed
for the following products as measured with a typical PC- type
connector. Deviations because of refractive index of fibres have not
been taken into consideration. Performance on 50/125µ Multimode fibre will differ. The 3M - 2000 OTDR is produced to the international ISO 9001 standard.
Laser safety classification:
21 CFR, Class I,
IEC825 Class 3A
Operating temperature:
0°C to +50°C
Storage temperature:
-40°C to +60°C
Humidity:
95% R.H. from 0°C to + 40°C
non-condensing
Recommended calibration period:
2 years
Minimum sample spacing:
8 cm
Modulation:
270 Hz, 1 kHz and 2 kHz square wave
All 3M Mini OTDR modules are equipped with a constant light source
enabling the user to perform constant light testing with the 3M
2000 PM module or any other powermetre.
All multi-mode modules are supplied with one ST and one SC
optical interface.
5 ns, 10 ns, 30 ns and 100 ns
5, 10, 30, 100, 300 ns and 1 µs
5 ns, 10 ns, 30 ns and 100 ns
5, 10, 30, 100, 300 ns, 1, 3 and 10 µs
Built- in (CW) dual laser source
Optical performance
Module
Wave length
Fibre Type
Pulse width
Dynamic range dB
[1]
Resolution
Event dead zone [2]
Attenuation dead zone
Distance accuracy
2000-8513-26/34dB
850 nm/1300 nm ± 30 nm
Multi-mode 62.5 µm
10 ns
100 ns
1µs
19/17
26/22
(N/A)28
2000-8513-18/23dB
850 nm/1300 nm ± 30 nm
Multi-mode 62.5 µm
10 ns
100 ns
1µs
12/12
18/18
(N/A)23
10 µs
(N/A)34
3 m@5ns
10 m@10ns
[3]
[4]
Offset error
±1m
Scale error
± 10-4
Loss/reflectance accuracy
[5]
Backscatter measurement
±0,05dB
[6]
(1dB step)
Sampling error
± 0.5 sampling spacing
Reflection mode
± 2,0 dB
[7]
Specifications for integrated CW light source
2000-8513-26/34dB
and -18/23dB
Central wavelength
Output power level (CW)
Stability
Source mode modulation
2000-1315-30/30dB, -35/34dB, 2000-1310/1550/1625nm
-40/39dB and - 45/43dB
-39/38/37dB
850 nm/1300 nm ± 30 nm
1310 nm/1550 nm ± 25 nm
-20 dB (850 nm) -13 dB (1300 nm) -3 dBm
± 0,15 dB
± 0,1 dB
270 Hz, 1 KHz and 2 KHz square
Notes
Guaranteed specifications measured at 22°C ± 3°C.
Bold values (excl. 3M 2000-1300-30dB, 2000-1315-35/34dB)
[1] Measured with a standard multi-mode fibre at SNR = 1 and
3 minutes averaging time. Optimise mode: dynamics.
[2] Reflectance ≤ -35 dB at a 5ns pulse width and span ≤ 4km.
Optimise mode: resolution
[3] Reflectance ≤ -35 dB with 10ns pulse width and span ≤ 4km.
1310/1550/1625 nm
-8dBm/-7dBm/-6dBm
± 0,1dB /± 0,15dB
wave
[4] Distance accuracy: offset error + scale error,
distance + sampling error
[5] SNR ≥ 15 dB with 1 µs pulse width, averaging time max. 3
minutes
[6] -20 dB to -60 dB
[7] After 10 minutes warm-up time (15 min, T = constant)
10
Network Analysis and Performance Solutions
Pulse widths at
2000-8513-18/23dB:
850 nm:
1300 nm:
2000-8513-26/34dB:
850 nm:
1300 nm:
489
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
3MTM OTDR Single-mode Modules
Technical characteristics
3MTM OTDR Single-mode Modules
2000-1315-30/30dB, 2000-1315-35/34dB, 2000-1315-40/39dB,
2000-1315-45/43dB, 2000-1516-40/39dB,
2000-1310/1550/1625-39/38/37dB*
The following pulse can be set for the 3M - OTDR 2000 singlemode modules: 10 ns, 30 ns, 100 ns, 300 ns, 1µs, 3 µs, 10µs (20 µs
only available for modules 2000-1315-40/39 dB, 2000-1315-45/43
dB and 2000-1516-40/43 dB).
All 3M 2000 OTDR modules include a CE- source for use with the
2000 PM module or any other power metre.
The single-mode modules are supplied with one FC/PC and
one SC optical interface.
Optical performance
Module
Central wavelength
Fibre Type
Pulse width
[1]
Dynamic range dB
[2]
Event Deadzone
Attenuation Deadzone
Module
Central wavelength
Fibre Type
Pulse width
[1]
Dynamic range dB
[2]
Event Deadzone
Attenuation Deadzone
Module
Central wavelength
Fibre Type
Pulse width
[1]
Dynamic range dB
Event Deadzone [2]
Attenuation Deadzone
[3]
[3]
[3]
Distance accuracy [4]
Offset error
±1m
Loss accuracy [5]
Backscatter measurement
(1dB step)
± 0,05 dB
2000-1315-30/30dB
1310 nm/ 1550 nm ± 25 nm
Single-mode 9 µ
10 ns
100 ns
1 µs
13/13
18/18
23/23
3m
10/12m
2000-1315-35/34dB
1310 nm/ 1550 nm ± 25 nm
Single-mode 9 µ
10 ns 100 ns 1µs
10 µs
19/17 24/22 30/29 35/34
3m
10/12m
10 µs
30/30
2000-1315-40/39dB
1310 nm/ 1550 nm ± 25 nm
Single-mode 9 µ
10 ns
100 ns
1 µs
19/17
24/22
30/29
3m
10/12m
10 µs
38/37
20 µs
40/39
2000-1315-45/43dB
1310 nm/ 1550 nm ± 25 nm
Single-mode 9 µ
10 ns 100 ns 1 µs
10 µs 20 µs
24/22 29/27 35/34 42/41 45/43 dB
3m
10/12m 45/43
2000-1310/1550/1625-39/38/37dB*
1310/1525 nm ± 25 nm/1625nm ± 20nm
Single-mode 9µ
10 ns
100 ns
1 µs
10 µs
20 µs
18/17/17 23/22/22 29/28/28 36/35/35 39/38/37
3m
10/12/14m
2000-1516-43/40dB
1550nm/1625nm ± 25 nm
Single-mode 9µ
10 ns 100 ns 1µs
10 µs 20 µs
22/18 27/24 34/30 41/40 43/3m
10/14m
Scale error
± 10-4
Sampling error
± 0.5 sampling spacing
Reflectance measurement
[6]
± 2,0 dB
* These modules do not have a slot available for the 2000-PM and 2000-VL
Notes
Guaranteed specifications measured at 22°C ± 3°C.
Bold values (excl. 3M 2000-1300-30dB, 2000-1315-35/34dB)
[1] Measured with a standard single-mode fibre at SNR = 1, with
3 minutes averaging time. Optimise mode: dynamic
[2] Reflection ≤ -35dB with 10ns pulse width and and span ≤ 4km.
Optimise mode: resolution
490
[3] Typical specification for reflection ≤ -50dB with 30ns pulse width
and span ≤ 4km. (typical value)
[4] Distance accuracy:
offset error + scale error, distance + sampling error
[5] SNR ≥15 dB with 1 µs, 3 minutes measuring time maximum
[6] -20dB to -60dB
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
3MTM 2000-PM power metre sub-module
Description
3MTM 2000-PM power metre sub-module
Properties
Sensor Type:
InGaAs
Wavelength range:
800 nm to 1625 nm
Calibrated wavelengths:
850 nm, 1300 nm,
1310 nm, 1550 nm, 1625 nm
Power range:
+10 dBm bis -70 dBm
Maximum input power:
+13 dBm / 20 mW
Display:
Resolution:
Measuring ranges:
Display:
Updates/second:
3
Optical interface:
Useable fibre types:
User-exchangeable interface
9/125 µ, 50/125 µ, 62,5/125 µ
Specifications
Uncertainty at reference conditions:
Total uncertainty
- @ 1300 nm and 1550 nm:
- @ 850 nm:
± 3%[1]
± 5% ± 0,5 nW [2]
± 10% ± 2,5 nW [2]
General
Operating temperature rang:
0°C to +50°C
Storage temperature rang:
-40° to +60°C
Humidity:
95% R.H. from 0°C to +40°C
non-condensing
Recommended calibration period:
Dimensions:
2 years
120 x 40 x 25 mm (HxWxD)
Weight:
< 130 g
Recommended recalibration period:
2 years
Highlights
• Automatic dark current compensation
• Detection of modulation frequencies (270 Hz, 1 kHz and 2 kHz)
at levels between +10 dBm and –45 dB (peak amplitude)
• Wavelength encoding recognition (350Hz, 550 Hz) at power
levels between +10 dBm and – 45 dB (peak amplitude)
• Reference value pre-settable from +30 dBm to –80 dBm
• Each calibrated wavelength has its own reference memory.
• The actual display content can be transferred to reference memory.
Warranty
All OTDR-products are delivered with 2 years warranty,
a 5 years warranty is avilable upon request (additional
costs). Single-mode modules with angled cleaved connectors are available on request.
Notes
[1] Power Level: -20 dBm, Continuous wave (CW)
Wavelength: 1300 nm ± 3 nm, 1310 nm ± 3 nm, 1550 nm ± 3 nm
Fibre type: 50/125 µm graded index
Spectral bandwidth up to 10 nm
Ambient temperature: +18°C to +28°C at day of calibration
(add 0.3% for aging over one year, add 0.6% for two years)
[2] Power Level: +0 dBm to -50 dBm. Continuous wave (CW)
Wavelength: 850nm ± 3nm, 1300nm ± 3nm, 1310nm ± 3nm,
1550nm ± 3nm
Fibre type: 9µ Single-mode and 50 µm multi-mode
(for 62.5 µm fibre, add 2% to total uncertainty)
Normal and angled connectors
Ambient temperature: +10°C to +40°C.
Within 2 years after calibration.
10
Network Analysis and Performance Solutions
0.01 dB
dBm, dB, mW, µW, pW
calibrated λ in nm,
modulation frequency in Hz
reference level in dB
491
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
3MTM Visible Fault Finder 2000-0635-VL
Technical characteristics
3MTM Visible Fault Finder 2000-0635-VL
Properties
Highlights
Source type
Central Wavelength:
Laser diode
635 nm ± 10 nm (visual red light)
Output power level (CW):
Max. 0 dBm
Output power level (CW) into 9 µm:
Detection range up to:
Laser class:
• Continuous wave and flash mode (1 Hz for better visibility)
• Application with single/multi-mode fibres
-3 dBm
5 km
Class II (21 CFR 1040)
Warranty
Class 2 (IEC825-1)
Optical interface:
User- exchangeable interface
General
Working temperature range:
0°C to +40°C
Storage temperature range:
-40°C to +60°C
Humidity:
Dimensions:
Weight:
492
95% R.H. from 0°C to + 40°C
non-condensing
120 x 40 x 25 mm (HxWxD)
< 100 g
All OTDR-products are delivered with 2 years warranty,
a 5 years warranty is avilable upon request (additional
costs). Single-mode modules with angled cleaved connectors are available on request.
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
3MTM OTDR Mainframe
Technical characteristics
3MTM Mainframe
Screen representation
Type of events:
reflective and non-reflective events
Maximum number of events:
100
Attenuation threshold for
- non-reflective events:
- reflective events:
0.0 dB to 5.0 dB
adjustable in 0.01 dB steps
-14 dB to -65dB and 0.00 dB,
adjustable in 0.1 dB steps
- fibre breaks:
0.1 dB to 10 dB
adjustable in 0.1 dB steps
Fibre end threshold:
Dimensions:
Weight:
Power supply
AC input voltage:
DC output voltage:
Battery:
Charging time:
Battery status:
Battery charging status:
Horizontal parametres
Start:
Span:
Readout resolution:
Minimum sample distance:
Refractive index:
Distance units:
Measuring points:
Vertical parametres
Vertical scale:
Resolution:
Reflectance range:
Backscatter coefficient:
Auto set-up and analysis:
Instrument set-up:
0°C to +50°C
-40°C to +60°C
95% R.H. from 0°C to +40°C
non-condensing
194 x 290 x 75 mm (HxWxD)
net < 2,8 kg, including battery
100 Vrms to 240 Vrms
± 10% 50 Hz to 60 Hz
16 V to 24 VDC
NiMH: 8 hours typical (3 hrs min.)
< 3 hours with unit off
Indicator in display for
remaining capacity and time
LED and display indication
0.1 km to 400 km
0.1 km to 400 km
0,1 m
8 cm
1,00000 to 2,00000
km, ft, or miles
up to 16.000
0.1 to 10.0 dB/Div.
0.001 dB
-14 dB to -60 dB
10 dB to 70 dB at 1 µs
available
Storage and recall of
user-selcted settings
Built-in applications:
• Automatic multi-fibre test
• Power metre / loss test mode
• Visual fault finder mode
• Optical return loss
• End to end loss
• Pass / Fail test
• Return loss measurement
• Fibre Break Locator
• Easy OTDR
• OTDR training
• OTDR assistant
Storage
3.5” Floppy disk drive:
for high density 720/1440kByte
floppy disk. MS DOS compatible
Reduced operating temperature of 5°C to 45°C,
with 35% to 80% humidity at 40°C
Flash Disk:
440 MB with up to 13.000 traces
typical with 16.000 data points
Internal memory:
up to 300 traces
(typical with 4000 data points)
(typically 4000 measurement points set)
Curve format:
Bellcore/Telcordia Standard:
- GR 196, Revision 1.0
- GR 196, Revision 1.1
- SR -4731, Revision 2.0
Curve information:
five comment labels of up to 41
alphanumeric characters available for each trace
Real-time and date:
available
Display
VGA-LCD:
Display points:
Measurement Rate:
Note:
Interfaces
RS232C:
Centronics:
Keyboard:
Colour or monochrome 18,3 cm
Background illumination
640 x 480 pixel
two measurements per second
for use in bright sunlight,
display mode changeable to outside mode
(only available with colour display)
max. baud rate: 115.200 baud
transfer time for 115.200 baud:
at 4000 measurement points: approx. 1 second
at 16,000 measurement points: approx. 4 seconds
Standard parallel port (SPP)
PS2 (Mini-DIN). For English Standard,
PS2 or AT keyboard
Network Analysis and Performance Solutions
adjustable in 0.1 dB steps
General
Operating temperature range:
Storage temperature range:
Humidity:
10
0,1 dB to 20 dB
493
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
Ordering information
Type/Order text
Ref.-No.
Mini OTDR base unit
The base unit boot language is
English and can be changed to
other languages after switching
on. If other user languages
are desired, they can be loaded
from the enclosed CD-ROM.
Base unit-BW BW with black-and-white screen
Base unit-BW with 5 years warranty
Base unit-colour monitor and 5 years warranty
Base unit-colour with 5 years warranty
Base unit with colour monitor, VGA interface and 5 years warranty
Mini keyboard
Delivery:
• NiMH-Battery pack
• AC/DC Main charger
• Power cord
• Soft carrying case
• RS232 interface cable
• Operators manuals in English, German, French
• Support CD-ROM with operators manuals (PDF-format) as above
- Language support for 18 different languages
- Trace viewer software to download and view the traces on a PC
2000-BW
2000-BW-W50
2000-C
2000-C-W50
2000-C-VGA-W50
2000-KBD
Multi-mode module
850/1300 nm-18/23 dB
5 years`warranty included
850/1300 nm-26/34 dB
5 years`warranty included
2000-8513-18/23 dB
2000-8513-18/23 dB-W50
2000-8513-26/34 dB
2000-8513-26/34 dB-W50
Single-mode module
1310/1550 nm-30/30dB
5 years`warranty included
1310/1550 nm-35/34 dB
5 years`warranty included
1310/1550 nm-40/39 dB
5 years`warranty included
1310/1550 nm-45/43 dB
5 years`warranty included
1550/1625 nm-40/43 dB
5 years`warranty included
1310/1550/1625 nm-39/38/37 dB
5 years`warranty included
494
2000-1315-30/30 dB
2000-1315-30/30 dB-W50
2000-1315-35/34 dB
2000-1315-35/34 dB-W50
2000-1315-40/39 dB
2000-1315-40/39 dB-W50
2000-1315-45/43 dB
2000-1315-45/43 dB-W50
2000-1516-40/43 dB
2000-1516-40/43 dB-W50
2000-1310/1550/1625-39/38/37 dB
2000-1310/1550/1625-39/38/37 dB-W50
10.2
10.2.1
Fibre Optic Test Equipment
Mini OTDR 2000
Ordering information
Type/Order text
Ref.-No.
Visual fault finder sub-module
635 nm laser source
5 years warranty included
2000-0635-VL
2000-0635-VL-W50
Power metre module
2000-PM
2000-PM-W50
Carrying case
2000-CC
Provides storage for:
• 1 each mainframe 2000
• 2 each modules
• 2 each sub- modules
• Power supply
• 2 each replace batteries
• 6 each optical interfaces
• 1 each mini keyboard
Optical interface adapter
ST adapter
FC-/PC adapter
SC adapter
DIN adapter
E-2000 adapter
2000-ST
2000-FC/PC
2000-SC
2000-DIN
2000-E-2000
PC software
2000-PCS
10
Network Analysis and Performance Solutions
^
Level metre 800 nm - 1625 nm
5 years warranty included
495
10.2
10.2.2
Fibre Optic Test Equipment
Optical Modular Network Tester
3MTM OMNT Single-mode Modules
Description
Highlights
• Portable, Lightweight and rugged
• Snap on technology up to 3 modules -OTDR,DWDM,CD
or optical switch
• 10,4 SVGA display with touch screen function
• RICS® processor architecture for ultra fast data acquisition
• Internal 170MB memory/disk or flash memory up to 512MB
• Online Help
• Insensitive to vibration – no internal hard drive to crash
• High dynamic range for single-mode applications up to 45dB
• 3 Wavelength in one module with 1310/1550/1625nm
3MTM OMNT Single-mode Modules
OMNT-1315-40/39dB; OMNT-1315-45/43dB; OMNT-1516-43/39dB;
OMNT-1310/1550/1625-43/41/38dB
All modules are working in an easy snap on technology. Long fibre links can be tested
and qualified effciently with the high dynamic 45dB module. If it is necessary (special in
metro application, where the wavelength spectrum ranges from 1310 up to 1625nm)
you can use the 3-wavelength module, which tests fibre at all 3 wavelengths automatically, including saving the traces.
If the measurement is finished the pass/fail test will check automatically the link attenuation, the insertion and return loss of each event. The new bending test will locate macro
and Micro bends.
The pop-up interface connector insures that you gain easy access to the optical fibre
connection without any obstactions, or if you need to clean the connector. In the down
position the interface can be closed using the dust cap.
The universal connector interface allows you to change all common fibre optic connectors (SC;FC/PC,LC) quickly. The ferrule can also be easily cleared.
Technical characteristics
Optical performance1
Module
Central wavelength
Fibre type
OMNT-1315-40/39dB
OMNT-1315-45/43dB
OMNT-1516-43/39dB
1310nm/1550nm ± 25nm
1310nm/1550nm ± 25nm
1550nm/1625nm ± 20nm
single- mode 9µ
single- mode 9µ
single- mode 9µ
19/17 24/22 30/29 38/37 40/39
24/22 29/27 35/34 42/41 45/43
3m
3m
3m
10/12m
10/12m
10/12m
Pulse width
Dynamic range dB2
Event Deadzone3
Attenuation Deadzone4
496
selctable from 10ns to 20µs
22/18 27/24 34/30 41/37 43/39
10.2
10.2.2
Fibre Optic Test Equipment
Optical Modular Network Tester
3MTM OMNT Single-mode Modules
Technical characteristics
Optical performance1
Module
Central wavelength
OMNT-1310/1550/1625nm-43/41/38dB
1310nm ± 25mn/1550nm ± 25nm/1625nm ± 20nm
Fibre type
single- mode 9µ
Pulse width
Dynamic range dB2
selctable from 10ns to 20µs
22/20/16 27/25/22 33/31/28 40/38/35 43/41/38
Event Deadzone3
3m
Attenuation Deadzone4
10/12/14m
10
All single- mode modules are supplied with one SC and one FC/PC optical interface.
Distance accuracy5
Offset error
± 1m
Scale error
Sampling error
± 10-4
± 0,5 sampling spacing
Loss accuracy6
Backscatter measurement
(1dB step)
Reflectance measurement7
± 0,03dB
± 1,0dB
Sampling points:
up to 64.000
Weight:
1, 2kg.
Minimum sample spacing:
8cm
Recommended Recalibration Period:
2 years
Pulse width:
selectable from 10ns to 20ms
Output power level:
-3dB – 8dB (depending on
module type and wavelength)
Laser safety class:
data sheet are classified as Class
Modulation:
270Hz, 1kHz and 2kHz square wave
All laser sources specified by this
1M according to IEC 60825-1
(2001). All laser sources comply
with 21 CFR 1040.10 expect for
deviations pursuant to laser noti
ce No. 50 , dated 2001-July-26.
General
Operating temperature range:
0°C to +50°C
Storage temperature range:
-40° to +60°C
Humidity:
95% R.H. from 0°C to +40°C
non- condensing
Recommended calibration period:
2 years
Dimension:
H = 217mm, W = 212mm,
D = 33mm (8,6 x 8,4 x 1,3)
Note:
[1] Guaranteed specifications measured at 22°C ± 3°C. Bold values
are typical specifications.
[2] Measured with a standard single- mode fibre at SNR= 1, with
3 minutes averaging time. Optimise mode: dynamic.
[3] Reflection ≤ -35dB with 10ns pulse width and span ≤ 4000m.
Optimise mode: resolution
[4] Typical specification for reflection ≤ -50dB with 30ns pulse width
and span ≤ 4km (typical value)
20m @ 1310nm, 25m @ 1550nm, 28m @ 1625nm
Power consumption:
max 8W
Operating time:
5 hours continuous measurement
time with a standard OTDR
module snapped-on to Modular
network Tester mainframe with
50% back light setting.
[5] Distance accuracy: offset error + scale error, distance + sampling
error.
[6] SNR ≥ 15dB and 1µs pulse width, averaging time maximum
3 minutes.
[7] -20dB to –60dB.
[8] After 10 minute warm-up (15min, T-constant)
Network Analysis and Performance Solutions
The following pulse widths can be set for the OMNT single- mode modules: 10ns, 30ns, 100ns, 300ns, 1µs, 3µs, 10µs,20µs.
All 3M - OMNT modules include a CW- source for use with the 2000 PM module or any other power metre.
497
10.2
10.2.2
Fibre Optic Test Equipment
Optical Modular Network Tester
3MTM Optical Switch Module
Description
The optical switch is designed to work in conjunction with the all
single mode modules and the OMNT-mainframe. It is easily snapped onto the OMNT behind the single mode modules, for automated fast and accurate testing of cables with high fibre counts, such
as ribbon fibre cables. For operation the OTDR port is connected
to the input port of the switch.
Bare ribbon fibre can be connected via the ribbon fibre pigtail to
the MPO port. The MPO output connector also has a moveable
connector receptacle, to allow easy access to the MT ferule.
Highlights
• Fast-automated fibre batch testing supported by multi fibre test
application
• User selection of 1 to 12 fibres to be tested
• Ribbon fibre testing support
• Snap on switch module ready to go in seconds
• Innovative and first MPO connector for ribbon fibre with
removable receptacle for perfect cleaning access
• User replaceable ribbon patch cord cartridge for quick and low
cost MPO ferrule replacement
• Wide wavelength range from 1280nm to 1625nm
• Rugged module housing for outside plant operation.
Technical characteristics
Module
Configuration
Wavelength range
Insertion loss1
Return loss
Straight Physical Contact
Angled Physical Contact
Repeatability2
Cross talk
OMNT-Optical switch module
1 x12
1280nm – 1650nm
2,7dB
40dB
50dB max
0,02dB
50dB
Note:
[1] The insertion loss is specified without input and output
connectors. The input connectors add typ 0,2 dB. The MPO
output connectors add typ. 0,5 dB.
[2] With instrument in a static position at a constant temperature
of 25°C.
All typical values at 1310nm, 1550nm, 1625nm
Accessories for OMNT-Optical switch module Supplied:
General
498
Operating temperature range:
0°C to +50°C
Storage temperature range:
-40° to +60°C
- Each 1 x 12 optical switch module ordered with straight physi
cal contact is provided with FC/PC and SC connectors.
Dimension:
H = 217mm, W = 212mm,
D = 33mm (8,6 x 8,4 x 1,3)
- Each 1 x 12 optical switch module ordered with APC contact is
provided with FC/PC-APC and SC-APOC connectors.
Weight:
1., 4kg (3,1lbs)
- User Guide
Optical input power:
200mW (+23dBm max.)
- Support CD
Power Consumption:
1W
- User replaceable ribbon fibre patch cord cartridge
Port to port switching:
100ms
10.2
10.2.2
Fibre Optic Test Equipment
Optical Modular Network Tester
3MTM USB Video Microscope Camera
Description
The universal serial bus video microscope camera is used together
with the 3M OMNT –Mainframe for the inspection of optical
connectors for example on patch cords or patch panels. The video
microscope is connected via a single USB port and comes complete with a set of exchangeable connectors tips to fit all common
connectors interfaces. It makes the examination of connectors for
debris, scratches and defects extremely easy, by displaying the
magnified image on the brilliant 10” screen of the OMNTMainframe, away from any laser hazards to the eye.
Highlights
• Handheld video microscope with integrated USB interface
• Only one cable needed to connect video camera to the OMNT –
Mainframe
• One hand operation
• Optical zoom with 250 – 480 magnification
• Image capture key
• Power management for reduced power consumption
• Image documentation
• Optical input power damage level ≥ 30dB
Technical characteristics
Control functions on the video microscope camera
General
-
Operating temperature range:
Storage temperature range:
Humidity:
Focus
Zoom
Image capture key
Power-on LED
0°C to +50°C
-40° to +70°C
95% R.H. from 0°C to +40°C
non- condensing
Interfaces
Environmental Protection Class: IP54
- Universal Serial Bus /USB 1.1)
- USB Connector Type: Slaves
Dimension:
Weight:
Power Consumption:
USB Cable length:
L=200mml, D=50mm
0,2kg (0,44lbs)
1,0 W max.
2m (6,5 ft)
10
Network Analysis and Performance Solutions
The video microscope has an optical zoom function with 250 – 480
times magnification. It can be used to examine a wide range of
optical connectors by using the supplied adapter tips. One –handed operation allows you to freeze the microscope image with just
the touch of a button. It can be saved in JPEG-format and recalled
later for documentation and analysis purposes.
499
10.2
10.2.2
Fibre Optic Test Equipment
Optical Modular Network Tester
3MTM OMNT Mainframe
Description
The 3M OMNT is an lightweight portable and rugged test system
for maintenance, commissioning and installation.
The modular design and the snap on technologies allows you tto
use the Mainframe for OTDR, DWDM, CD or as a 1x12 optical
switch. You are able to connect up to 3 different modules at the
mainframe.
The USB interface can be used to connect a video microscope camera, to check the connector surface and analyse it on the large
10,4 colour display. The internal memory of 170MB or the PCMCIA
slots with one type III or two type II PC-card slots up to 512MB
insures a high capacity.
All application can be activate by soft keys or the user-friendly
touch screen.
Technical characteristics
Vertical Parametres
Horizontal Parametres
Range:
0 km to 400 km
Vertical scale:
Span:
0,1 km to 400 km
Resolution:
0,001dB
Readout resolution:
0,1 m
Reflectance range:
-14dB to –70dB
Minimum sample distance:
8cm
Backscatter coefficient:
10db– 70dB at 1µs
Refractive index:
1,00000 – 2,00000
Auto set up and analysis:
available
Distance units:
km, ft or miles
Instrument set up:
Measurement points:
up to 64.000
storage and recall of userselectable instrument settings
Built- in applications
Screen Representation
Type of events:
reflective and non-reflective
events
Maximum number of events:
100
Attenuation threshold for
non-reflective events:
0,0 dB to 5,0dB, adjustable in
0,01 dB steps.
- Optical return loss
Attenuation threshold for
reflective events:c
-14dB to –65dB, adjustable in
0,1dB steps
- Pass / Fail test
Attenuation threshold for
fibre breaks:
0,1dB to 10dB, adjustable in
0,1dB steps
- Automatic multi- fibre test
- Automated OTDR measurements using 1 x 12 optical switch
- Power metre / loss test mode
- End to end loss
- Return loss measurement
- Fibre Break Locator
- OTDR training
- OTDR assistant
500
0,1 to 10,0 dB/Div.
10.2
10.2.2
Fibre Optic Test Equipment
Optical Modular Network Tester
3MTM OMNT Mainframe
Technical characteristics
General
Storage
3,5“ floppy disk drive:
for high density 720 /
1440 kByte floppy disks.
MS-DOS compatible.
Reduced operating temperature
of 5°C to 45°C, with 35% to
80% humidity at 40°C.
Operating temperature range:
0°C to +50°C
Storage temperature range:
-40°C to + 60°C
(without battery)
Humidity:
95% R.H. from 0°C to + 40°C,
non- condensing
Flash Disk:
up to 512MB
Dimension:
Internal memory:
170MB
H = 230mm, W = 330mm,
D = 51mm (9,0” x 13” x 2,4”)
Weight:
net 3,3 kg, (7,5lbs) incl. battery
Display
10
Power supply
25,9cm (10,4) colour TFT display
Display points:
800 x 600 pixels (SVGA)
AC input voltage:
100Vrms – 240Vrms ± 10%
50Hz – 60Hz.
DC output voltage:
18V, 60W
Battery:
Lion
Battery operating time:
5 hours continuous
measurements with standard
OTDR module at 50% back
light setting
Charging time:
< 3 hours with non-operating unit
Battery status:
25-pin Standard parallel port
(SPP)
Indicator in display for remaining
capacity and time
Battery charging status:
LED and display indication
LAN:
RJ-45 jack (Ethernet 10/100
Battery deep discharge protection:
provided
Keyboard:
PS2 (Mini-DIN). For English
Standard, PS2 or AT keyboard
VGA:
Analogue monitor output with
SVGA resolution 60Hz
Headset:
standard microphone and
speaker plug
Interfaces (see picture pg. 500)
Universal serial Bus (USB 1.1):
for connection with USB video
microscope camera
USB 1.1 peripheral:
Transmission for up to 12 Mbit
RS232C:
9-pin maximum baud rate
115.200 baud
Centronics:
3MTM OMNT Mainframe Accessories
Included Accessories
Optional accessories
-
-
User Guide
Programming Guide
Lilon battery pack
AC/DC Mains charger
Power cord
Soft carrying case
RS232 interface cable
USB cable
VGA adapter cable
Support CD
Typ/Order Text
Optical Modular Network Tester and accessories
External battery charger with 2 battery slots
Battery Lilon
USB video microscope camera
Hard carrying case for OMNT, modules and accessories
Mini - keyboard
Network Analysis and Performance Solutions
SVGA-LCD:
Ref.-No.
on request
501