LogBook

Stand-Alone, Intelligent PC-Based
Data Acquisition Systems, Models /300 & /360
Features• Operates without a PC at the test site
• 16-bit, 100 kHz analog and digital­sampling• Compact yet expandable architecture
can accommodate over 400 channelsof analog, digital, and frequency I/O• Stand-alone nonvolatile storage ofover 500 million samples via removable memory card
• Card swapping and uploading duringacquisition allows continuous dataacquisition• Communication with PC via RS-232,
modem, or a memory card
• RS-232 to USB interface available• Built-in analog inputs support 14­programmabl-Me ranges up to 20V• Synchronous, mixed signal acquisition of analog, digital, and counter
inputs• GPS support (LogBook/360 only) logs
location information• Optional control terminal provides
channel inspection, and acquisition
queries• AC or DC powerable

Signal Conditioning Options• Expansion cards and modules forhigh-voltage/current, strain gages,
thermocouples, isolation, relays, accelerometers, filtering, simultaneous
sample & hold, vehicle network measurements, and more

Software• Includes LogView Out-of-the-Box software for easy setup, calibration, andmore – No programming required!
• Simple spreadsheet-style interface
provides powerful setup features for
immediate startup• Acquisition configurations canbe transported to the LogBook via
the memory card or the included
USB cable• Provides direct support for a wide
variety of transducers• Includes PostView for post-­acquisition
data viewing• Supported Operating Systems:
Windows 2000®, Windows Vista® x86(32-bit), and Windows XP®

Measurement Computing

No programming
required with included
LogView software!

The LogBook/360 data acquisition system includes an expansion bay for up to three signal
conditioning cards
The LogBook/300 and LogBook/360 are
portable data acquisition systems thatcan be used for remote, portable, and­unattended operation.
The LogBook combines on-board intelligence and a large capacity removable memory card, with the industry’s easiest andmost powerful data logging software. Its
16-bit, 100 kHz A/D and triggering capabilities make it ideal for ­collecting high and low
speed ­phenomena. A comprehensive arrayof signal ­conditioning expansion cards
and modules are offered that allow the

LogBook to take measurements from virtually any transducer, from thermocouples
to accelerometers.
The LogBook data acquisition system includes LogView Out-of-the-Box graphicaldisplay and acquisition software, whichallows for fast setup and easy use, with noprogramming required. LogView softwareuses a spreadsheet metaphor rather thanprogramming to configure the channels
and the acquisition parameters.

The LogBook/300 dataacquisition system withmemory and Remote
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LogBook

General Information
Operating Modes

LogBook/300 Operating Modes

Once an acquisition configuration has
been developed, it can be downloaded toa memory card for transport to a remote
LogBook, or it can be directly downloaded
to an attached LogBook via a serial port.
The LogBook can also be used in a standalone mode where no PC is present.
A PC running LogView can interact
with an attached LogBook at any time,
both during the setup and/or while theacquisition is taking place. To observeacquired data, channel values can bedisplayed in any or all of LogView’s
many real-time indicators.

LogBook withmemory card
installed

Acquisition
configuration

Disconnect PC at
any time forstand-alone operation

LogView
Acquisition
Configuration

Buffered data and/or
real time display data

LogView can download acquisition configuration over any of its communicationinterfaces. Stored data and real-time readings can be uploaded in the same way.

LogView
Acquisition
Configuration

Collected
data
Acquisition
configuration

LogView downloads acquisition configuration to a memory card in the PC’s socket fortransport to a remote LogBook. Data is transported back to the PC via the same card.

Removable Nonvolatile
MemoryThe cards can transport acquisition configurations and collected data between
the PC and the LogBook. Using a 1 Gbyte
memory card, for example, up to 500
million samples can be stored, equating
to more than forty minutes of recording time at the full 100 kHz acquisition
rate. The LogBook/300 and LogBook/360
support standard ATA memory cards, aswell as CompactFlash® memory with an
ATA adapter.

One memory card can be removed and another inserted without causing a gap in the acquired data

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LogBook

General Information
During the card swapping process, acquired
data is temporarily stored in the LogBook’s
internal 4 Mbytes of RAM. At 100 kHz
sampling, the standard 4 Mbytes of RAM
memory provides approximately 10 seconds
to swap cards. At slower acquisition speeds,
there is even more time to swap cards. At
10 kHz, the standard memory provides
approximately 1.5 minutes of swap time.

The LogBook/360’s drawer-stylearchitecture supports up to three
DBK signal conditioning cards

I/O, Expansion and Signal
Conditioning
The LogBook data acquisition system isequipped with the following I/O:•

16 single-ended or eight differential
analog inputs, with seven bipolar or
unipolar ­programmable ranges•

40 lines of general purpose digital I/O•

Four pulse counting channels for­totalizing•

Two pulse train outputs

LogBook/360 Termination Panels

The system can be expanded using a comprehensive line of DBK signal conditioning
and expansion options. The LogBook is
expandable to up to 256 analog inputs
and 208 digital I/O lines. Economicalsignal conditioning hardware includes
thermocouple, RTD, high gain, high voltage, current, strain gage, accelerometer,
filter, and simultaneous sample and hold.
The LogBook/300 attaches to DBK options
externally, via a simple ribbon cable connection. The LogBook/360 provides addedfunctionality by providing space for up
to three DBK signal conditioning cards
housed internally.
User-selectable termination panels offer achoice of connector types including BNC,
removable screw terminal, thermocouple,
and safety jack. Each panel includes prestripped wires by which the user canconnect to any of the three DBK cards
installed in the LogBook/360 enclosure. A
user-­customizable blank termination panel
is also available for custom applications.

Measurement Computing

BNC termination panel(DBK602) features 16
BNC connectors

Removable-blockscrew-terminal
termination panel(DBK606) offers 48
convenient connections

Safety-jack termination
panel offers 16
connectors (Red andblack jack-pairs,
DBK604 shown)

Slotted panel withadjustable clamp that
holds wires in place(DBK607)

Thermocouple
termination panel(DBK605) features
14 connectors fortypes J, K, and T
thermocouples

DB37-style termination
panel (DBK608)
features three standard
37-pin female
connectors
Note: DBK601 and DBK603 not shown.

All of the channels in a LogBook system,
including the base I/O and expansion­c hannels, are sampled synchronously,
providing time correlation of all collected
data. The LogBook provides both internaland external pacer clock control so thatscans can be ­collected using the LogBook’s
internal programmable ­oscillator or an externally supplied ­custom frequency clock.
Users have ­­­bit-wise control of ­digital I/O.

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Unlike many multiplexed input dataloggers, the LogBook’s base analog input­channels have a unique buffer-­amplifier-­
per-channel design to eliminate noiseand channel-to-channel crosstalk while
maximizing accuracy­­— even with highimpedance transducers. For ease of use,
all of the LogBook’s settings are software
controlled, eliminating the need forswitches and ­jumpers. Each channel isdigitally calibrated, eliminating driftprone potentiometers.

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LogBook

General Information
Triggering and Sampling
Along with simple triggering and continuous data logging, the LogBook can
be configured to collect only the data
you want. For sophisticated triggering,a calculated channel can be specified as
the trigger or the stop event. A calculated channel can describe virtually any
combination of channel conditions. For
example, you can develop a calculatedchannel called TRIG and specify it as thetrigger channel. If the channel’s equationis TRIG = (Temp1 - Temp2) > 50.0, the datacollection process will be triggered when
the difference between the 2 temperaturechannels is above 50.0 degrees.

Channel-Scanning Flexibility
The LogBook offers a 512-location scan sequencer that allows you to select eachchannel and associated input amplifier gain at random. The sequencer circuitry
circumvents a major limitation encountered with many plug-in data acquisitionboards—a drastic reduction in the scan rate for external expansion channels. All
LogBook channels, including the 256 potential expansion channels, are scanned
at 100 kHz (10 µs/channel). In addition, the LogBooks’ digital and counter inputs
can be scanned using the same scan sequence employed for analog inputs, enabling
the time correlation of acquired digital data to acquired analog data. The LogBook
permits each scan group, which can ­contain up to 512 channel/gain combinations,
to be repeated immediately or at programmable intervals of up to 10 hours. Withineach scan group, consecutive channels are measured at a fixed 10 µs/channel rate.

LogBook Scanning Example
All channels within a scan group aremeasured at a fixed 10 µs/channel

Scan group

The LogBook is capable of continuous, gapless data collection or exception capturing­using triggering.

t
Programmable,from 0 up to
10 hours

If data collection is only desired under specific conditions, an appropriate trigger canbe specified. When using a trigger to start
the acquisition, a pre-trigger count can besupplied so that information just before thetrigger can be collected and saved. The stop
event definition specifies when the data collection activity should end. A wide varietyof trigger sources and stop event choices
provide a high degree of exception capture
flexibility. For example, the ­LogBook can be
configured to capture all data from all input
channels for as long as the temperature difference between channels 1 and 2 is greaterthan 50 degrees.

10 µst
ChannelGain
Unipolaror bipolar

#2
x1
Uni

#4
x8
Uni

#7
x8
Bi

#2
x2
Uni

D

Unipolar or bipolar operation can be programmed
for each channel dynamically by the sequencer
Gain can be programmed for each channel
dynamically by the sequencer
Channels can be sampled dynamicallyby the sequencer

#18
x100
Bi

#19
x10
Bi

#16
x1000
Uni

Expansion channels (up to256) are sampled at the samerate as on-board channels
16 digital input lines
can also be sampled alongwith the analog inputs

The LogBook offers significant channel
scanning flexibility to accommodate thewide variety of signals and sensors thatcan be measured. The channel scanningcapability applies to all signals attachedto the LogBook, including analog inputs,
digital inputs, frequency inputs*, and all
signals attached to expansion and signal
conditioning options.
The user first selects the fastest rate at which
any channel will be measured. This canrange from once per hour to 100 kS/s. They
can then select up to four lower sampling
rates that can be assigned to any channel.
The acquisition configuration dialog box allows the selection of trigger and scanning specifics* For mixed signal applications requiring frequency
measurement along with high-speed analog inputs,
see DBK7

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LogBook

General, Modem, & GPS Information
These “sub-rates” are integer sub-multiplesof the fastest rate. For example, if the fastest desired sample rate is 10 kHz, then four
sub-rates of 10 kHz/n, where n is an integer,
can be selected. This feature allows slowerchanging signals, such as temperature froma thermocouple, to be sampled at a much
lower rate, and thereby consume less storage
space in the memory card.

Remote Operation Terminal

Modem Communicaitons
The LogBook/300 and LogBook/360 can be interfaced to a user supplied modem for remotecommunications to a PC using LogView software. The user supplied modem interfaces
directly to the LogBook RS-232 serial communications port. LogView software provides
an interface for configuring standard modem parameters, which allows the LogBook
to interface to the connected modem on power up. A Hayes™ compatible modem isrequired for this configuration and the modem must be configurable for auto-answer
mode. Cellular-based modems can only be used if they are 100% Hayes compatible overthe RS-232 serial port and have auto-answer capability.
Remote modem configurations provide the same ­functionality as a system using direct
serial port cable communications, including system configuration and data collection.
Communication performance in remote modem applications may vary due to modem
connection quality. Because of the many types of modems and modem technologies
that are available, IOtech cannot guarantee compatibility with all modems. In addition,
modem setup and configuration changes may be required by the end-user for proper
modem interfacing to the LogBook system. Contact IOtech for complete information.
An automatic scheduler utility is also provided with LogView software which allows the
PC to perform unattended dial-out and data collection of multiple modem equipped
LogBook systems.

The optional LBK1 Remote Operation Terminal
provides control of the LogBook system in thefield when no PC is present

Global Positionng System (GPS) & Serial Instrument
Support for the LogBook/360

The optional LBK1 Remote Operation Terminal connects directly to the LogBook,
providing control of the LogBook without
a computer. Without the terminal, the LogBook is immediately armed once power isapplied and a programmed memory cardis present. With the terminal connected,
operation can be started and stopped witha push of a button.

• Allows the LogBook/360 to record GPS and/or serial instrument data alongwith regular measurements• Allows the LogBook/360 to record GPS longitude, latitude, altitude, fix quality,and UTC as independent data channels• Collects and records data from any serial instrument that transmits
ASCII data
• Easy channel configuration, without programming, via LogView
Out-of-the-Box software

The rugged terminal provides many usefulfunctions including the ability to:•Inspect channel values•

Check acquisition and storage status•

Trigger the acquisition when “Manual
Trigger” is the selected trigger source•

Manually mark events using the keyboard, tagging a location in the file•

Query acquisition settings and disk
status•Set terminal parameters* Only the LogBook/360 has the necessary serial ports(two RS-232C ports) to accommodate GPS support

Measurement Computing

Features

The LogBook/GPS software adds Global Positioning System (GPS) and serial instrument
data collection capability to the LogBook/360* data acquisition system.
When connected to a user-supplied GPS receiver, a LogBook/360 with LogBook/GPS
support can store latitude, longitude, and altitude coordinates along with the analog
and digital data from the attached transducers. LogBook/GPS support provides direct
support for any GPS receiver that conforms to the NMEA 0183 protocol standard.
No programming or string manipulation is required. The captured coordinates arerecorded in units of degrees for latitude and longitude, and meters for altitude. In addition to the position coordinates, the quality of the fix can also be recorded showing
the validity of the coordinates. If the GPS receiver loses its fix, it will be reflected in
the Quality channel.
LogBook/GPS support also enables data collection from any serial device (RS-232C) thattransmits ASCII strings. This includes specialized instruments like navigational devices
and weight scales. A virtually unlimited number of channels can be defined in LogView,
each describing the criteria for selecting the string segment of interest within the ASCII
sentence, and the instructions for converting it into a numeric or character value.
A GPS receiver and serial instrument channels can be concurrently recorded withtransducer and voltage channels at up to 4 unique timebases.

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Module-to-Module Connection
for LogBook Systems

Assembling a LogBook system is easy with our module-tomodule connection system. Every LogBook and DBK option ishoused in an all-metal enclosure, and is encased with rugged
molded bumpers on all corners. The bumpers serve to protect
the connectors as well as to attach multiple modules together.
Within each bumper is a tab which can be rotated 90˚ to lockwith other modules attached to either the top or bottom ofeach module.

One handle is included with each LogBook, and additional
handles can be purchased for in-vehicle applications where ahandle on both sides of the system is desirable for securing thesystem to the vehicle. When multiple modules are attached ina system, the handle can be easily moved from the LogBook
to any other module in the system.

An assembled system consisting of a LogBook/360 plus one DBK60
3-slot expansion option

Built-in connection tabs in every expansion module make assemblinga system easy – above illustrates how a DBK84 thermocouple option
would attach to a LogBook/300

An assembled system consisting of a LogBook/360 plus a DBK84
thermocouple option, and a DBK50 isolated voltage input option

An assembled system consisting of a LogBook/300 pluse one DBK84
thermocouple option, and a DBK50 isolated voltage input option

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LogView

Out-of-the-Box Software
LogView Software­Simplifies Setup
LogView* uses a series of spreadsheets toallow simple setup and display of all channel parameters. No auxiliary dialog boxes,
configurable block diagrams, or programming methodologies are employed.
All of the parameters for the analog I/O,
digital I/O, counter/timers, and calculatedchannels can be viewed and adjusted
through LogView’s unique spreadsheet
interface. The spreadsheets make it possible
to see and adjust the parameters of manychannels concurrently, unlike typical data
logging software that requires channels tobe set up one at a time through auxiliary
dialog boxes.

LogView’s analog input spreadsheet makes viewing and adjusting many channels easy
Channel parameters are independent of
one another and include:•

Turning the channel on or off•

Programmable input range for analog
input channels• Scaling and offset for engineering units
conversion•

Any or all of four timebases to log thechannel• The equation that defines the calculatedchannel•The physical output channel to direct
a calculated or input channel•

Special parameters specific to certain
signal conditioning modules

All inputs including analog, digital, frequency and calculated channels are collected synchronously so that data fromwidely dissimilar inputs can be correlated
in time.
Within the analog spreadsheet, an offset
adjustment or 2-point calibration can be
performed for each channel. This function
compensates for inaccuracies in ­signal
conditioning circuitry and sensors.
LogView provides a file concatenate feature
for combining separately uploaded data
segments, from the same trigger block,
into one file.

* Supported Operating Systems: Windows 2000®,
Windows Vista® x86 (32-bit), and Windows XP®

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LogView

Out-of-the-Box Software
Digital Outputs
The LogBook’s digital outputs allow it tocontrol external devices and/or stimulate
the unit under test. Using LogView’s
calculated channels, equations can bederived that can be used to stimulate
digital outputs for use as alarms or for
on/off control*. For example, the equation DIG1 = (CH1 - CH2) < 20 turns on
digital output 1 if the difference between­channels 1 and 2 is less than 20.

Output values are easily computed using calculated channels

Data Formats andData Files
Data collected with the LogBook can be
uploaded to your PC’s hard disk in any or
all of several data formats for post acquisition analysis. Some of the available fileformats include ASCII Text, DASYLab®,DADiSP™, MATLAB®, DIAdem, .WAV, UFF58A, and UFF58B, which are compatible
with virtually all post acquisition analysis
software. LogView creates the necessary
headers for each data ­format so that thepost acquisition analysis software can use
the channel labels, the ­acquisition timebase ­information, and other ­necessary
parameters.

LogView can convert collected data to several file formats* Not for PID specific control applications

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LogView

Out-of-the-Box Software
Auxiliary Real-Time
Indicators
Along with displaying channel data froman attached LogBook in real time in the
setup spreadsheets, LogView also provides
real-time indicators. These indicators
provide a means of monitoring the realtime channel values so that signals can beverified. Each indicator provides a highdegree of setup flexibility to customize
your display.

Real-time indicators provide channel feedback from an attached LogBook

PostView
PostView is a time-domain post-­acquisition
data viewing package which is integrated
and ready to use from within your View
package when you install it. PostView­provides easy to use basic time-domain
data viewing for IOtech data acquisition
Out-of-the-Box View packages.

PostView for post-acquisition viewing
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LogBook
Specifications
Specifications

LogBook System Examples

GeneralPower Consumption: 0.9A @ 15VDC
Operating Temperature: -40 to +60 ˚C
Storage Temperature: -40 to 80 ˚C
Shock and Vibration: MIL-STD-810E
Humidity: 0 to 95% RH, non-condensing
Dimensions/300: 280 mm W x 216 mm D x 44 mm H
(11” x 8.5” x 1.75”)/360: 280 mm W x 356 mm D x 89 mm H
(11” x 14” x 3.5”)
Weight/300: 1.8 kg (4 lbs)
/360: 4.1 kg (9 lbs)
Memory Card: Standard ATA Type

LogBook/360 enclosure
with expansion cards installed

DBK602 termination panelswith 16 BNC connectors

A/D Specifications
Type: Successive approximation
Resolution:  16 bit
Conversion Time: 10 µs
Monotonicity: No missing codes
Linearity: ±1 bit

DBK605 termination panel
with 14 connectors for typeT thermocouples

Typical LogBook/360 configuration with optional DBK80 and DBK82 cards
installed (not shown). The DBK602 panel provides convenient BNC inputs
while the DBK605 panel allows industry-standard thermocouple plugs.

Analog Inputs
Channels: 16 single-ended, 8 differential, expandable to 256 differential; single-ended or differential
operation is software programmable
Connector: DB37 male, P1
Resolution: 16 bits
Accuracy
Range±(% Reading + µV)      
±10V0.015 + 500±5V
0.015 + 500±2.5V
0.015 + 300±1.25V
0.015 + 250±0.625V
0.015 + 150±0.3125V
0.020 + 150±0.15625V
0.050 + 100
0 to +20V
0.015 + 500
0 to +10V
0.015 + 500
0 to +5V
0.015 + 300
0 to +2.5V
0.015 + 250
0 to +1.25V
0.015 + 150
0 to +0.625V
0.020 + 150
0 to +0.3125V
0.050 + 100
Ranges
Unipolar/bipolar operation is switch selectable
Unipolar: 0 to +20V, 0 to +10V,		
0 to +5V, 0 to +2.5V, 0 to +1.25V,		
0 to +0.625V, 0 to +0.3125V
Bipolar:± 1 0 V, ± 5 V, ± 2 . 5 V, ± 1 . 2 5 V,		
±0.625V, ±0.3125V, ±0.15625V
Maximum Overvoltage: -35V to +45V
Input Current
Differential: 0.4 µA typ		
0.7 µA max
Single-Ended: 0.2 µA typ		
0.35 µA max
Input Impedance
Single-Ended: 5M Ohm in parallel with 30 pF
Differential: 10M Ohm in parallel with 20 pF
Gain Temp. Coefficient: ±30 ppm/˚C max
Offset Temp. Coefficient: ±10 ppm/˚C max

Measurement Computing

LogBook/360 enclocure
CA-37-1T

DBK43A
8-channel strain gage module
DBK508-channel isolated high-voltage input module
DBK60 enclosure
with analog expansion cards installed

CA-37-1T
CA-37-3T

LogBook/360 system with addition of DBK43A strain gage module,
DBK50 high-voltage isolation module, and DBK60 expansion module

Triggering

General Purpose Digital I/O

Analog Trigger
Programmable Level Range:  Full range of specified
channels
Digital Trigger
Logic Level Range:  0.8V low/2.2V high
Trigger to A/D Latency:  10 µs max
Software Trigger
Trigger to A/D Latency:  Dependent on PC

Channels: 24 I/O channels, expandable up to 192
Connector: DB37 male, P2
Output Voltage Levels
Minimum “1” Voltage: 3.0 @ 2.5 mA sourcing
Maximum “0” Voltage: 0.4 @ 2.5 mA sinking
Output Current
Maximum Source Current: 2.5 mA
Maximum Sink Current: -2.5 mA
Input Voltage Levels
Minimum Required “1” Voltage Level: 2VMaximum Allowed “0” Voltage Level: 0.8V
Output Float Leakage Current: 10 µA

Sequencer
Randomly programmable for gain
Channel-to-Channel Rate: 10 µs/channel, fixed
Maximum Repeat Rate: 100 kHz
Expansion Channel Sample Rate: Same as on-board
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LogBook

Specifications & Ordering Information
Pulse Counters
Channels: 4
16 bits per channel
Connector: DB37 male, P3
Maximum Pulse Count: 16-bit binary
Maximum Input Rate: 1 MHz
Input Voltage: -15V to +15V
Threshold Voltage
Low: 0.8V typ, 0.5V min
High: 1.6V typ, 2.1V max
Hysteresis: 400 mV min
Pulse Width
Low or High:  520 ns min
Input Impedence: 27 kOhm pull-up to +5V inparallel with 50 pF

Frequency/Pulse Generator
Channels: Two, 16 bits
Connector: DB37 male, P3
Frequency/Pulse Generating Mode: Input frequency
divided by 1 to 65,535
Input Low Voltage: 0.8V max
Input High Voltage: 2V min
Input Low Current: -10 µA max
Input High Current: 10 µA max
Output High Voltage: 2.4V min @ -8 mA
Output Low Voltage: 0.5V max @ 8 mA
Supply Power Range: 10 to 45 VDC(90 to 240V AC adapter included)

Modem Support*
Supported Modems: Hayes-compatible
Maximum Baud Rate:  115k baud, auto answer
mode required
Electrical: RS-232
Provided Connection: DB9 male connector

GPS Support(LogBook/360 only)
Supported Protocol: NMEA 0183
Electrical: RS-232
Provided Connection: DB9 male connector
Baud Rate:  4800 baud

Ordering Information
Description
Data acquisition system including
AC adapter; LogView and
PostView software; and modem
software support
Data acquisition system withsignal conditioning bay including
serial ports; LogView and
PostView software; and modem
and GPS software support

Part No.

LogBook/300

Male Connectors for
Subminiature TC Jacks
Description
Type J male connector
Type K male connector
Type T male connector

Part No.
CN-144-JM
CN-144-KM
CN-144-TM

CablesLogBook/360

Accessories
Memory card (required)
1 GB rotating hard drive
memoryMEMCARD-10
Hand-held terminal with 2 ft. cable
to LogBook (no external power required)
LBK1
Interface
RS-422 and RS-485 interfaces
added to existing RS-232
and parallel ports
LBK/COM/422/485
RS-232 to USB interface adapter
CA-232-USB-KIT

Expansion cable from LogBook
to DBK expansion products,
2.5 in. expansion cable
4.5 in. expansion cable
5.5 in. expansion cable11.5 in. expansion cable
5-pin male locking DIN toautomobile cigarette lighter power
cable, 8 ft.
Retractable cable from LBK1 to
LogBook/300 and LogBook/360, 6 ft.

CA-37-1T
CA-37-3T
CA-37-4T
CA-37-8T
CA-171
CA-173

Termination Panels(LogBook/360 only)
Blank termination panel
DBK60116-connector BNC termination panel
DBK60216-connector (8 pairs) red and blacksafety-jack termination panel and
DBK604wiring kit
14-connector type J thermocouple panel
and wiring kit (male thermocouple
connector sold separately)
DBK605-J
14-connector type K thermocouple panel
and wiring kit (male thermocouple
connector sold separately)
DBK605-K
14-connector type T thermocouple panel
and wiring kit (male thermocouple
connector sold separately)
DBK605-T
48-connector removable-blockscrew-terminal panel and wiring kit
DBK606
Slotted termination panel withadjustable clamp
DBK607
Three DB37 female connector termination
panel and wiring kit
DBK608* Compatibility with all modem types is not guaranteed

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