Turbines CDS2000 User manual

INSTALLATION & OPERATION MANUAL
CDS2000
Complete Delivery System Totalizer
DOC#: MN-CDS2000 (R1)
112 Lumber Lane
Seneca, SC 29672
[phone]
FAX: [phone]
www.turbinesincorporated.com
Manual part number 901782
Copyright 2021-2024 Turbines Inc. All rights reserved.
Information contained herein is subject to change at any time without prior notice.
Revision C – January 2023

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Proprietary Notice
The information contained in this publication is derived in part from proprietary data and trade secrets.
This information has been prepared for the expressed purpose of assisting operating and maintenance
personnel in the efficient use of the instrument described herein. Publication of this information does not
convey any rights to use or reproduce it or to use for any purpose other than in connection with the
installation, operation, and maintenance of the equipment described herein.
Copyright 2021. Printed in the USA. All Rights Reserved.
SAFETY INSTRUCTIONS
The following instructions must be observed:
Every effort has been made to design and manufacture this instrument to be safe for its intended
use. A hazardous situation may occur if this instrument is not used for its intended purpose or is
used incorrectly. Please Note: operating instructions are provided in this manual.
The instrument must be installed, operated, and maintained by personnel who have been
properly trained. Personnel must read and understand this manual prior to installation and/or
operation of the instrument.
The manufacturer assumes no liability for damage caused by incorrect use of the instrument or
for modifications or changes made to the instrument.
All protection features for external delivery components are intended to be used with the operator
present at delivery controls without exception.
Technical Improvements
Turbines Incorporated may modify the technical data herein without notice.

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TableofContents
Warranty.......................................................................................................................................................5
Description....................................................................................................................................................6
Features....................................................................................................................................................6
Overview.......................................................................................................................................................7
TheoryofOperation..................................................................................................................................7
ControlPanelIndicators................................................................................................................................8
PowerIndicator/PowerSymbol Pushbutton......................................................................................8
Softkeys.....................................................................................................................................................9
DisplayInformation.....................................................................................................................................10
PowerUpDisplay....................................................................................................................................10
OperatingDisplay....................................................................................................................................10
AlarmsDisplay(AlarmIcons)..................................................................................................................11
DetailsDisplay.........................................................................................................................................12
ProveDisplay...........................................................................................................................................13
ModesofOperation....................................................................................................................................14
OperatingMode......................................................................................................................................14
ProgrammingMode................................................................................................................................14
ProveMode.............................................................................................................................................14
Installation..................................................................................................................................................15
InstallationPrecautions..........................................................................................................................15
TotalizerInstallationLocation.................................................................................................................15
InterconnectingCableInstallation..........................................................................................................15
CDS2000Models.........................................................................................................................................17
Operation....................................................................................................................................................18
Programming..............................................................................................................................................19
SetupMenu.................................................................................................................................................19
LanguageSetup.......................................................................................................................................19
Date/TimeSetup(UserPasswordProtected).........................................................................................19
HardwareConfiguration(UserPasswordProtected).............................................................................19
MetrologyConfiguration(UserPasswordProtected)............................................................................20
MetrologyConfiguration–MetrologySelections..............................................................................20
Configuration–MetrologyUOM........................................................................................................21

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MetrologyConfiguration–Calibration...............................................................................................21
MetrologyConfiguration–Sensors....................................................................................................22
SystemSettings(UserPasswordProtected)...........................................................................................22
FlowmeterSize....................................................................................................................................22
TimerSettings.....................................................................................................................................22
PumpSettings.....................................................................................................................................22
Printers................................................................................................................................................24
Passwords...........................................................................................................................................26
Maintenance.......................................................................................................................................26
SerialNumbers....................................................................................................................................26
SystemActivity....................................................................................................................................27
ViewAlarmLog...................................................................................................................................27
ViewAuditLogs...................................................................................................................................27
Factory(PrivilegedPasswordProtected)................................................................................................27
LoanerMode.......................................................................................................................................27
ActivationRequired............................................................................................................................27
SoftwareUpdates...............................................................................................................................27
CalibrationSettings.............................................................................................................................27
DiagnosticsReport..............................................................................................................................28
Initialization.........................................................................................................................................28
DeviceSetup.......................................................................................................................................28
Import/ExportData.............................................................................................................................28
ProveMode(UserPasswordProtected).....................................................................................................28
Specifications:Hardware&Software.........................................................................................................29
Troubleshooting..........................................................................................................................................31
Illustrations.................................................................................................................................................36
CDS2000WiringSchematic.........................................................................................................................38
CDS2000CompatibleWiring.......................................................................................................................39
CDS2000LPALogic......................................................................................................................................40
CDS2000DeliveryAlarmMatrix..................................................................................................................41
FieldCalibration..........................................................................................................................................42
SystemBlockDiagram.................................................................................................................................43
ReturnPolicy...............................................................................................................................................45

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
Warranty
Turbines Inc. of Altus, Oklahoma provides the following statement of warranty and is subject to the
following terms and conditions. No other warranty or guaranty, express or implied, shall be operative or
binding upon the company at any time, or under any circumstances, by Turbines Inc.
Turbines Inc. shall warranty that the product(s) described hereunder shall be free from material defect,
shall be of the first quality, manufactured in accordance with the standards and practices of the highest
workmanship and materials, for a period not to exceed 12 months (one year) following the date of
purchase by the end user, subject to limitations as described:
ArticleI : The warranty shall be limited to equipment for which the company has been fully paid. In the
event of nonpayment, the company reserves the right to void any warranties that may otherwise apply.
ArticleII : This warranty shall specifically exclude any deterioration or effects resulting from the normal
wear and tear of the equipment or components thereof.
ArticleIII: This warranty shall specifically exclude damage that has resulted from improper installation of,
improper maintenance of, unauthorized change or modification to, improper operation of, and/or misuse
or abuse of the subject equipment.
ArticleIV: At the manufacturer’s sole option, any equipment covered hereunder shall be either repaired
or replaced at the manufacturer’s expense during the term of the warranty, subject to said equipment
being shipped prepaid to the manufacturer’s place of business: Turbines R&D LLC, 112 Lumber Lane
Suite A, Seneca, SC, USA, 29672. No equipment shall be accepted unless first authorized in writing by
the manufacturer. Non-warranty damage shall be repaired solely at the customer’s expense.

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Description
The CDS2000 Flow Monitor is a microcontroller-based rate/totalizer that is capable of calculating the
effects of changes in temperature on computed values. The CDS2000 Delivery System is a thoroughly
engineered electronic totalizing system that incorporates the latest technology and provides the most
comprehensive features available to the industry. The CDS2000 is designed to accurately compute and
display in real time, pertinent flow parameters in both digital and graphic form. The displayed total of the
product being delivered is continually corrected for the temperature of the product. Additional accuracy
can be acquired by linearizing the turbine flowmeter input signal. The CDS2000 math processor permits
direct reading of product totals in any desired engineering unit in both US Customary (i.e., gallons, liters,
pounds, kilograms, standard cubic feet, etc.) and SI (kilograms, m³, etc.).
This next generation, touch screen capable system delivers the most sought-after system enhancements
while maintaining a user-friendly simplicity of operation. The CDS2000 configuration settings can be
reprogrammed in the field with relative ease. Programming the CDS2000 is simply a matter of selecting
the desired operating criteria from an all-inclusive menu thus eliminating the need to scroll through an
entire flow chart to enter or change select data. Display of various flow properties such as temperature
and flow limits, fluid density, and equivalent volume is achieved automatically with the selection of product
to be measured and turbine size.
Fault detection and identification has never been easier. In addition to standard alarm icons the CDS2000
provides an enhanced Detail Display that lists specific parameters pertaining to delivery, sensor,
product, printer, unit and other operating conditions including, but not limited to, turbine rate, pump rate,
K-Factor, conversion, product, compensation status, supply voltage, internal battery voltage, signal input
frequency, coil and RTD resistance, product and fluid temperature. Additionally, a System Alarm Log
catalogs 16 different events.
The CDS2000 Maintenance Program with ICON reminders can be customized to account for the varying
operating conditions that exist between installations. This feature allows the end-user to extract maximum
real-world service intervals without sacrificing effective maintenance.
The CDS2000 advanced communication capabilities allows offloading pertinent data via RS232, USB and
Bluetooth. With all this flexibility security is maintained through use of a multi-level password protection
system. System changes are also permanently
recorded in an electronic audit trail.
Features
Easy to program, operate and understand.
Touchscreen capabilities for ease of
programming and setup.
4 softkeys for daily use.
3.5” x 6” full graphics display with automatic
brightness adjustment.
Full color graphic LED Screen.
Real time graphics and display of operating
parameters.
Programmable 2-10 point flowmeter
linearization.
Temperature Compensator supports 8
standard products (LOX, LIN, LAR, CO2, CCO2, LPG, LNO2, MAPP). Additional products are
easily added.
Delivery total can be toggled between metered and base conditions.
Supercap backup allows operation with less than ideal power conditions.
All features/configuration settings are field programmable with plain text menus.
Pump control based on product or pump housing temperature to protect pump seals.

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Optional pump control and protection based on pump discharge or differential pressure.
Built-in self-test system of diagnostics.
Comprehensive internal warning and error reporting system.
Pump and turbine maintenance timers.
Non-resettable “Grand” totalizer.
RS-232, USB and Bluetooth communications are available.
Level 3 Audit trail for all sealable meteorological parameters.
Password protected configuration and calibration parameters.
Overview
When introduced to flow the turbine flowmeter generates an AC sinewave signal within the pickup coil
located directly above the turbine’s rotor. The signal of the pickup coil is amplified, divided, corrected, and
displayed by the CDS2000. The displayed total
is corrected for temperature by sensing the
resistance of the RTD temperature probe.
Delivery information, consisting of 17 selectable
parameters, is transmitted via Bluetooth or
RS232 communications depending on which
data collection device or printer is selected.
Historical delivery data in internally captured
and can be offloaded via a built-in USB
interface. This unique integrated system
provides the end user a configurable, compact
total delivery system.
TheoryofOperation
The TI turbine flowmeter is a velocity
measurement device that measures fluid
velocity and volume with one moving
component, the rotor. The
momentum of the flowing
fluid engages the low mass
rotor resulting in the rotor
rotating at an angular
velocity that is proportional
to the fluid velocity. The
rotor’s rotation generates an
AC sinewave signal in the
pickup coil. TI turbine
flowmeters are linear
devices therefore the signal
output frequency is
proportional to the flowrate
within the designed flow
range. Another benefit of a
linear turbine meter is its K-
factor, the number of pulses
generated per unit volume (gallons, pounds etc.) is consistent over the entire flow range. The total
number of pulses generated is directly related to the total volume. The displayed total in the desired
engineering unit is acquired by dividing the total pulses by the K-factor. Because product density is
influenced by fluid temperature, volumetric flow meters require temperature to be measured and
SIGNAL AMPL ITUDE
Q
0
MAX
FL OW
MI N
5000
mV pp
Bearings
Cone
Plat form
Rot o
r
Sha ft
Con e
Faraday - voltage induced from interruption of a magnetic
fie l d b y p as s ag e o f a fe r r ou s o b jec t th r ou g h t he
fie l d is pr o p or tio n al to v el oc i ty o f th e p as s in g ob je c t.

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calculated into the final summation for the displayed total to be exact. A temperature compensation
algorithm accomplishes this by computing the fluid density for the measured temperature and adjusts the
volumetric or mass delivery total.
Simply stated, temperature compensation adds pulses to the pulse total when the detected temperature
is colder than the products reference temperature and subtracts pulses when the product temperature is
warmer than the reference temperature. The rate at which the pulses are added or subtracted is
determined by the measured temperature departure from the products reference temperature.
ControlPanelIndicators
Power Indicator: A BLUE LED illuminates
when the CDS2000 is “ON” and is
extinguished when the CDS2000 is “OFF.”
Flashing blue indicates the power is about to
turn off. Additional details are listed below.
System Alarm Indicator: A RED LED flash
indicates the presence of an Alarm or
Maintenance condition. Pressing this
indicator initiates the same function as
pressing the ALARM softkey (see below).
Signal/Flow Indicator: A GREEN LED
flashes when an input signal is present.
Pressing this indicator initiates the same
function as pressing the DETAIL softkey (see below).
PowerIndicator/PowerSymbol Pushbutton
To power the CDS2000 on, momentarily depress the Power Symbol pushbutton. The CDS2000
Power Symbol pushbutton will illuminate blue. The system will resume operation exactly as it was just
before the power was turned off. Note that a system setting (Always On) is available that enables the
CDS2000 to power on when system power is applied and without pressing the power button.
Once the CDS2000 is on it can be turned off via the Power Symbol pushbutton, but two conditions
must first be met. The CDS2000 will not allow itself to be turned off if it affects metrology. If there is a
delivery underway, the system will not allow itself to
turn off. Assuming there is no flow and system
configuration allows power off, press and hold the
Power Symbol pushbutton for 3 seconds. A
message indicating the 3 second countdown timer
will appear on the screen.
oPlease Note: As a safeguard, the
Power Symbol pushbutton is
disabled if turning the unit off affects
metrology. This allows the operator
to complete system setting tasks so
that changes will be saved before
the system powers “Off”.

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
Softkeys
The CDS2000 unit utilizes both soft keys and touchscreen capabilities. Softkeys are intended for daily
use while the touchscreen is only necessary during configuration and setup. Please Note: touchscreen
capabilities are NOT enabled during the operating mode.
There are four softkeys located immediately below the display whose function is defined by an on-display
label directly above the key. During normal operation the DETAILS, RESET, PRINT, and ALARMS
softkeys are depicted on the Display.
DETAILS softkey: Pressing this softkey will display the Details Menu. Once the Details Menu is
displayed the softkey converts to a HOLD softkey and retains the Details Menu until this softkey
is released. Releasing the HOLD softkey permits the display to return to the Operating Menu.
While in the Details Menu, the following menu items can be viewed: DELIVERY, SENSORS,
PRODUCTS, PRINTER, and ABOUT. More information on Details can be found on page 12.
oThree additional softkeys are displayed while in the Details Menu: PREVIOUS, NEXT,
and EXIT softkeys.
oPREVIOUS softkey: Navigates to the previous menu item.
oNEXT softkey: Navigates to the next menu item.
oEXIT softkey: Exits user from either the menu item or menu altogether.
oRESET softkey: Depressing this softkey resets the Delivery Totalizer. This softkey is
disabled during delivery unless the unit is in the Prove Mode.
oPRINT softkey: Depressing this softkey downloads delivery data selected in CDS2000
Settings Menu page 24. Please Note: the PRINT softkey will not be displayed if the
printer output has been disabled in the CDS2000 Settings Menu page 24.
ALARMS softkey: Pressing this softkey displays a description of all Current and Delivery alarm
conditions. Once the Alarms Screen is displayed this softkey converts to an EXIT softkey. The
HOLD, RESET LPA and NEXT softkeys also appear. The Alarm Matrix can be found on page 41.
oHOLD retains the display until released plus 30 seconds.
oRESET LPA resets the Low-Pressure Alarm (Pump Discharge Pressure).
oNEXT toggles between the Current Alarms and Delivery Alarms menus.
oEXIT returns to the Operating screen immediately.
oOtherwise, the Alarm Display is retained for 30 seconds.

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DisplayInformation
The CDS2000 has five primary displays. For example, under the Details screen there are five informative
screens that can be selected using PREVIOUS and NEXT. Pressing and holding the HOLD button will
keep the currently displayed screen from timing out. Please Note: when sub-menus are displayed, the
PREVIOUS and NEXT softkeys are used to scroll between screens.
PowerUpDisplay
The Turbines, Inc. logo is displayed for approximately 10
seconds while the operating system is loading in the
background.
OperatingDisplay
The Operating Display is what remains on the screen and
indicates all pertinent product delivery information. From
this display the setup or programming menu can be
accessed. See page 14 for more information regarding
Programming Mode. The setup menu accesses the
following sub-menus:
Language
Date/Time (Password Protected)
Hardware Configuration (User Password Protected)
Metrology Configuration (User Password Protected)
System Settings (User Password Protected)
Factory Setup (Privileged Password Protected)
Prove Mode (User Password Protected)
Customer’s Icon and Name: The icon is in the upper left corner of the display and can be
customized at the factory for an end user or OEM. The customizable icon must fit within the same
space that contains the existing TI CDS2000 Turbines Inc. message.
Time & Date: The current time and date as set by the system's real time clock (24-hr format or
12-hr format options). The colon separating the hours and minutes will flash once per second to
indicate that the system is functioning. If enabled the clock is automatically adjusted for
daylight savings time (DST) or standard time (NON-DST).
Pressure Bar Graph: The Pressure Bar Graph indicates either the process pressure of
the product or the pump discharge pressure. The range of the graph is automatically
configured using the Setup Menu ->Metrology Configuration (Page 21). The pressure
and unit of measure is displayed directly beneath the bar graph. The unit of measure
is configured in the Setup Menu and displayed below the bar graph. The pressure bar
graph is updated every second and if the delivery pressure is out of range, the
“PRES”descriptor above the bar graph will turn red, flash, and the red System Alarm
LED will flash.
Temperature Bar Graph: The Temperature Bar Graph indicates the process
temperature of the product being delivered in relation to the minimum and maximum
temperature limits automatically determined by the product being delivered. The
temperature and unit of measure is displayed directly beneath the bar graph. The unit
of measure is configured in the Setup Menu -> Metrology Configuration (Page 21) and
displayed below the bar graph. The temperature bar graph is updated every second and if the
temperature is out of range, the “TEMP”descriptor above the bar graph will turn red and
flash, and the red System Alarm LED will flash.
Flowrate Bar Graph: The Flowrate Bar Graph indicates the current flowrate of the
product being delivered in relation to the minimum and maximum flowrate. The min and
max limits are determined by the turbine flowmeter selected in the Setup Menu ->
Metrology Configuration (Page 21).
oThe unit of measure is configured in the Setup Menu -> Metrology
Configuration (Page 21) and displayed below the bar graph. The Flowrate Bar Graph is
-
300
°F
0.0
PSIG
120
Gal/m

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updated every second and if the flowrate is out of range, the “RATE”descriptor above
the bar graph will turn red and flash,
and the red System Alarm LED will
flash.
Accumulative Totalizer: The accumulative
or grand total is in the middle left of the
CDS2000 display and reads “TOTALIZER”
followed by the unit of measure selected in
the Metrology Configuration menu. This
totalizer is “slaved” to the Delivery Totalizer
and increments in the same engineering
units. The accumulative or grand total is
privilege password protected and can only be
reset by factory personnel. If the engineering
unit of the total is changed, the displayed
accumulated total will be converted automatically to the equivalent total in the new engineering
unit. The accumulative total is limited to 10 digits. Once 9,999,999,999 is exceeded, the digits will
turn red and continue counting.
K-Factor Information: The displayed K-factor information has a dual purpose. If the linearizer is
inactive, the displayed K-factor represents the latest K-factor entered into the setup menu. If the
linearizer is active, the K-factor information is replaced with the word “LINEARIZER.” The
instantaneous calculated linearized K-factor based on flow rate is available on the Detail Display.
Delivery Total: The delivery total, located in the bottom left corner of the CDS2000 display,
represents the cumulated total since the last Reset action. (Refer to RESET softkey Page 9) The
delivery total is the total pulses generated divided by the K-factor and corrected for temperature if
compensation is activated. If the engineering unit of measure is changed the displayed delivery
total will be automatically reset to zero. Once 99,999,999 is exceeded, the digits will turn red and
continue counting.
Directly above the Delivery Totalizer the engineering units of measure and delivery conditions
are displayed. If the temperature compensator is activated and the delivery temperature is within
range, the engineering unit of measure will be displayed with “CORRECTED @ NBP.” The total
will be corrected to metered conditions (at the measured temperature). If the delivery temperature
is out of range, “@ DEFAULT TEMP” will be displayed and the delivery total will be corrected at
the warmest delivery temperature for that product. To view the uncompensated total, press the
DETAILS softkey. If the temperature compensator function is turned “Off”, “UNCOMPENSATED”
will be displayed above the delivery total and the TCF will be 1.000 (volumetric).
Programmable settings within Metrology Selections & UOM can allow the totalizer to continue to
count in the event of an alarm. Count During Temp Sensor Fail, Count During Temp Out of
Range, and Count During High Flow can be programmed either “YES” or “NO”. More information
can be found on page 20: Metrology Configuration -> Metrology Selections -> Compensation.

AlarmsDisplay(AlarmIcons)
The Alarms Display, accesses the following sub-menus:
Current alarms
Delivery alarms
Pressing the Alarms softkey will display alarm conditions. The System Alarm Log can be found in
the “System Settings” tab in the Setup Menu and maintains a history of alarms (Alarm Log). The
log can be accessed with Privileged or User Passwords.
Thermometer Icon: The thermometer icon is visible if the temperature compensator is
activated, and the delivery temperature is out of range for longer than the intermittent
temperature tolerance timer (see Setup Menu page 19). This icon is also visible if
RTD1 or RTD2 is open or shorted, or if the 4-20 mA temperature input is out of range.
The thermometer icon will be displayed, and the delivery total will be corrected at the
warmest delivery temperature for that product.

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 Flow Range (Water Valve) Icon: The FLow Range or Water Valve icon is visible if
the flow rate is out of the calibrated range for the flowmeter. This icon also appears
if dual coil is enabled, and reverse flow is detected or if there is a power failure
during a delivery. It is possible that the water valve icon will illuminate momentarily
as the flowmeter accelerates from no flow to a flow rate that is within the calibrated
range for that flowmeter. Please Note: flow rates above the maximum rate are considered a
delivery alarm.
Pressure Gauge Icon (LPA indicator):
The Pressure Gauge Icon is
displayed when the delivery pump is disabled due to a low-pressure alarm. If the
cool down timer is enabled and still counting down, then the icon appears and the
pump is off. If cavitation detection is enabled or the digital differential pressure is
enabled, then the icon is on and power to the pump has been interrupted.
System Maintenance Icon:
A system maintenance (wrench and
screwdriver) icon indicates that a system, pump or turbine maintenance
condition exists. Maintenance alarms are summarized under “Current Alarms”
(see Alarms Display on page 11). An example of a maintenance alarm would
be “Turbine Maintenance Due.” Please Note: system maintenance due does not affect normal
operation.
Pickup Coil Icon:
A pickup coil icon indicates there is a problem with one of the
enabled (A or B) pickup coils. If the pickup coil is open or shorted, then this alarm
icon is visible and the corresponding alarm will be active in the alarm menu. If dual
coil mode is enabled, this icon is also visible if there is a dual coil error (pulse
counts between coil A & B do not match) or reverse flow is detected.
Gas Pump Icon:
The Gas Pump Icon indicates a problem with the pump. It
is visible when the pump is disabled due to the cool down timer or cavitation
has been detected due to low pump pressure. There is a future option
available where a digital input signal can disable the pump (such as from a
differential pressure switch) but this feature is generally not used. Additional
System Settings -> Pump Settings can be found on page 23.
DetailsDisplay
The Details Display, accesses the following sub-menus:
Delivery
Sensors
Product
Printer
About
The Details Display shows additional information
regarding the operating conditions of the system. Details
are broken into five different sections: Delivery,
Sensors, Products, Printer, and About.

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The following parameters are available for review within the Details Display: Turbine Rate, Pump Rate, K-
Factor, Liquid Density, Product, Uncompensated Total, Adjustment Mode, Coil A Ohms, Coil B Ohms,
Product Temperature, Pump Housing Temperature, Discharge Pressure, Differential Pressure, Input
Voltage, Temperature, T/C Factor, Conversion, Low Temperature, NBP, High Temperature, Printer Baud,
Printer Ready, Bluetooth Status, Bluetooth Address, Manufacture Date, HMI Firmware Version, RTS
Firmware Version, Product Table, Product Version, Serial Number, Internal Temperature and NTEP
Certification.
ProveDisplay
The Prove Display must be accessed via the following steps:
1) Please Note: When the Program Enable Module (PEM) is secured to the CDS2000, the Setup
Menu is disabled and access to the Prove Mode is denied.
2) While in the Operating Display, hold down both the Details and Alarms softkeys for approximately
3 seconds. This will allow the user to enter the Setup Menu.
3) Once in the Setup Menu, select the Prove Mode option by touching the Prove Mode button.
4) When prompted, using the touchscreen keypad,
enter the user password or privileged
password.
5) Upon entering a correct password, a screen will
appear for approximately three seconds
displaying, “Prove Mode Active” and then will
immediately return to the Setup Menu.
6) Now having activated the Prove Mode, once in
the Setup Menu, click either the “EXIT” softkey
or the touchscreen “EXIT” button, which will
return you to the Operating Display while in
Prove Mode.
7) When Prove Mode is enabled, a “PROVE MODE mm:ss” message will be displayed above the
product name. The prove message will also have a count-down timer displayed that indicates the
amount of time (minutes and seconds) remaining before the Prove Mode is disabled.

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ModesofOperation
The CDS2000 program offers 3 modes: Operating, Programming, and Prove. Any mode that can affect
the calibration of the CDS2000 is password protected. The CDS2000 has a 2- tiered password level of
security, Privileged and User/Weights and Measures (Please Note: Default User Password is “2000”).
The Privileged Password is maintained exclusively for Factory use and allows access to ALL menu
options. The Weights and Measures password allows access to all displayed menu options except the
factory setup menu. If equipped with the Program Enable Module (PEM), it must be removed from its
recess on the enclosure underside to access any programming level.
OperatingMode
The Operating Mode is the power up mode for the CDS2000, all other
modes must be accessed with a password. The Operating screen
contains delivery information. The Details and Alarms screens are also
accessible in the Operating Mode without a password.

ProgrammingMode
The Programming Mode and associated menus permit the CDS2000 to
be configured to the operating conditions of the application. The
programming mode is accessed by pressing and holding the Alarms and
Detail softkeys at the same time. After several seconds a setup menu will
appear. The screen now becomes a touch screen and depending upon
the menu choice the user will be prompted for a password. Further
programming mode instructions can be found beginning on page
19.

ProveMode
The Prove Mode permits convenient calibration of the
trailer’s delivery system. This mode is password protected.
To access this mode, enter the setup menu by pressing
and holding the ALARMS and DETAILS softkeys at the
same time. After several seconds a setup menu will
appear. Press the Prove Mode button (touchscreen
feature is now activated) and acknowledge the Prove
Mode by pressing OK. The Prove Mode is retained until
the CDS2000 is either turned “Off” or no flow activity is
detected for 5 minutes. Further prove mode
programming instructions can be found beginning on
page 28. The Prove Mode has the following operational
characteristics:
oThe *CDS2000* label is replaced with the *Prove
Mode* message on the operating screen.
oA password is not required to change the K-factor.
oThe pump cooldown is disabled (pump enabled).
oThe delivery totalizer can be reset regardless of
the presence of flow.
o“Not a legal delivery” is displayed above the
delivery totalizer and on a printed ticket.

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Installation
The installation guidelines are specific to the CD2000 Totalizer. Please refer to the individual technical
data sheets for information pertaining to the turbine flowmeter, RTD temperature probe, and
printer. Compliance with the following basic guidelines permits the user to acquire maximum
benefit of this asset.
InstallationPrecautions
The CDS2000 incorporates
sophisticated electronic components
and many safeguards have been
designed to minimize susceptibility to
static discharge and stray voltages.
Every precaution for safe handling
should still be observed. The most
common is to eliminate static or stray
voltage by grounding oneself when
touching a conductive discharge
surface. Please Note: Welding in the
proximity of the CDS2000 is not
advised. Disconnect ALL cables at
the CDS2000 prior to welding activity.
The display lens is a plastic
composite and should be cleaned with a soft fabric cloth. Paper towel products or dirty leather gloves will
score the lens and obscure visibility.
TotalizerInstallationLocation
The CDS2000 should be mounted at
a convenient viewing height and angle
that minimizes the reduced visibility
caused by direct sunlight.
Accessibility is also a prime
consideration. A thin application of an
Oxygen compatible lubricant on the
threaded bolts of the securing knobs
eliminates any corrosion opportunity.
The threaded brass receptacle
prevents galling. Although the
CDS2000 has been designed to
withstand the rigors of the cryogenic
transport environment, placement
under piping that defrosts or in the
proximity of pumps that spray liquid is not recommended.
InterconnectingCableInstallation
All cables should be secured in place with proper stress relief and avoiding contact with the piping. An
example of incorrect and correct cable securement can be found on page 16.. Sufficient slack should be
maintained in the cables to permit the CDS2000 Totalizer to be rotated forward for easy access to the
rear panel connections. Additionally, a thin application of a non-conductive Oxygen compatible lubricant
to the male threads of the nickel-plated connectors will provide an additional moisture barrier. To
minimize interference of other operating systems or low voltage events the power cable should be
terminated at the battery or the most direct input source. Please Note: the power input is polarity
insensitive. Turbines Inc. strongly recommends that power for the CDS2000 be direct to the source.

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ExampleofIncorrectandCorrectCableSecurement
ExampleofProperCableStressRelief

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CDS2000Models
For best equipment performance, follow these installation/operation/programming instructions:
1. Ensure that you have removed all the equipment from the shipping box:
2. Install any piping that was ordered. The temperature probe coupling should be down-stream of
the turbine.
3. Mount the CDS2000 at a height and angle ensuring ease of accessibility and visibility.
a. Avoid installing under piping that defrosts often or near pumps that may spray liquid.
b. Use at least (Quantity 4) ¼”-20 bolts with lock washers and/or lock nuts.
4. Install cables and connect to the rear panel. Do not over tighten! Connectors should be
hand tight.
a. Route cables and tie wrap excess so that no rubbing of the cables will occur.
b. Allow slack in the cables to allow the CDS2000 to rotate for easy access to the rear
panel.
5. Connect the power cable to the vehicle battery or other constant power source. Please Note: It
is NOT recommended to connect the power to the lighting system of the truck/trailer.
a. Power connections are polarity insensitive (+ and – may be reversed).
6. Install the temperature probe:
a. If using the PCO control: downstream of the pump.
b. If not using the PCO: downstream of the turbine.
c. Connect the temperature probe wire to the top of the temperature probe. Tighten
cable lock nut hand tight.
7. Install turbine meter and connect to signal cable or connect signal cable to existing meter.
Tighten cable lock nut hand tight.
8. Press the CDS2000 power button and observe LED lights are on or flashing. The main LCD
screen will indicate operating mode.
Part#PartDescription LE LEPS LEPD LS LSO
CDS2000 TotalizerMainUnit *****
900037 PowerCable *****
900038 SignalCable *****
900039 TemperatureCable * * *
900040 MountingBracket *****
900206 RTDInlineTemperatureSensor * * *
901169 Knobs(2) *****
900039‐Dual DualTemperatureCable * *
901270 PumpHousingTempSensor * *
900062 PCOCable * * * *
901329 DifferentialPressureSensor * *
900063 PressureCable * * * *
900558 PressureSensor * *
900559 PressureSensorCable * *
900206‐O2L2 O2CleanedRTDTempSensor * *
CDS2000
CDS2000Model#

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Operation
Knob
P/N:901169
Rate
Indicator
Temperature
Indicator
SystemPower
(ON/OFF)
BlueLEDindicatesunit
ispoweredon.
Pressure
Indicator
Current
Product
CurrentK‐Factor&
LastCalibrationDate
MountingBracket
P/N:900040
OUTPUT:ConnecttoRS‐232
printer
P/N:900064
CurrentDate&Time
PCO(PumpControl):Connectto
PumpControl
P/N:900062
FlowIndicator
(WHITELED
illuminatedor
flashingindicates
presenceofflow)
GrandTotalizer
(Non‐Resettable)
SystemAlarm
(RedLEDflashing
signalsactive
alarm)
DataPort
(USB)
DeliveryTotal
(Resettable)
PRESS(Pressure):Connectto4‐20mAoutput
P/N:900063
Presstoseeunit
DETAILSlist…alsoused
asascrollupoption
Usedasa“PREVIOUS,”scrolldownnavigation
buttonaswellasa“RESET”option
Printbutton(if
printingisenabled)as
wellas“NEXT”option
Presstoseelistof
“CurrentAlarms”or
“Cancel”
AlarmIcons
becomevisibleas
variousalarmsare
detected
TEMP(Temperature):Connect
totemperatureprobe
P/N:900039
SIGNAL:Connecttoturbine
flowmeter
P/N:900038
POWER:Connecttopower
supply
P/N:900037

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Programming
The Model CDS2000 is factory-set. (Default settings can be found on pages 32-34.) One should only use
the programming guide to change parameters or turn on additional features. To enter the Setup Menu,
turn the power on by holding down the Power button. The Turbines, Inc. logo will be displayed for
approximately 10 seconds and then the Operating Display will appear. From the Operating Display, hold
down the corresponding Details and Alarms buttons for 3 seconds until the Setup Menu is displayed.
General notes regarding the setup screens:
oMenu options that effect system operation or metrology are user password protected.
oEach screen has an Exit option located in the bottom right corner that will redirect the user to the
previous screen.
oThe Edit button will allow the user to change a respective setting.
o Most menu choices support additional help information which is accessible by selecting the “?”
button.

SetupMenu
The Setup Menu is the initial menu that groups a variety of
settings including the following: Language, Date/Time,
Hardware Configuration, Metrology Configuration, System
Settings, Factory Setup and Prove Mode. To enter the Setup
Menu, simply hold down BOTH the DETAILS and ALARMS
softkeys for approximately 3 seconds and the Setup Menu
will appear. Please Note: Once the Setup Menu is active, the
LCD screen becomes a touchscreen. The touchscreen
options are NOT ACTIVE in the Operating Mode. Some
parameters will be greyed out depending upon if the
parameters are sealed or a Factory-Only setting.
LanguageSetup
The Language Setup allows a user to choose a language
preference. The available language is English. To choose a
particular language using the touchscreen capabilities of the
CDS2000, press the preferred language followed by the Accept
button (either the screen or softkey option suffices). The Cancel
button navigates the user back to the Setup Menu. Additional
languages available upon request.
Date/TimeSetup(UserPasswordProtected)
The Date/Time Setup menu allows a user to adjust the Date,
Time, Time Zone, enable Daylight Savings Time (DST) or Time
format (24 hours vs. 12 hours).
HardwareConfiguration(UserPasswordProtected)
The Hardware Configuration menu equips the user with the ability
to adjust both the Intermittent Temperature Tolerance as well as
the Power Always On option.
Intermittent Temperature Tolerance Time is a
programmable timer that specifies a duration of time
which a temperature fault is allowed to exist without
issuing an alarm and disabling the delivery pump.

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The Power Always On function in essence renders the power button irrelevant as the system will
power on as soon as input power is supplied, and the power button will not turn the unit off.
The Intermittent Temp Tolerance function is a programmable timer that specifies a time period
during which a temperature fault is allowed to exist without disabling the delivery pump.
The Coil B Mode function allows selecting the function of the 2
nd
coil input.
oSelecting Disabled will turn off the 2
nd
coil input.
oSelecting Dual Coil engages additional signal
processing logic to capture input data from two
sources and logic is activated to detect reverse
flow along with missing or extra pulses.
oSelecting Pump Speed will use the 2
nd
coil input
to display pump speed. It is assumed sensing is
provided by a 24-tooth direct driven gear and non-
amplified magnetic pickup, similar to what is used
with the flowmeter.
The Printer Checking function enables handshaking between the printer and the CDS2000.
Depending upon the printer, the CDS2000 detects if the printer is online, out of paper and
enabled for delivery.
MetrologyConfiguration(UserPasswordProtected)
The Metrology Configuration menu provides the end user with the
option to adjust the “Metrology Selections & Units of Measure
(UOM)”, “Calibration”, or “Sensors” of the meter components
associated with the CDS2000.
MetrologyConfiguration–MetrologySelections
oThe Product function selects the product to be
measured. Selection of the proper product is required
because the product selection contains configuration
information such as product density over temperature,
unit of measure equivalency information bar graph min
and max limits, etc. The standard products supported
are: LOX, LIN, LAR, LCO2, LN20, CCO2, MAPP, and
LPG. Additional products can be added. Consult the
factory for details.
oThe Compensation function determines how temperature
information is utilized.
Temperature Compensation activates (ON) or
deactivates (OFF) the temperature compensator.
Simply stated, the compensator adds pulses to the
pulse total when the detected temperature is colder
than the product’s Normal Boiling Point (NBP) and
subtracts pulses when the product temperature is
warmer than NBP. The quantity of pulses added or
subtracted is determined by the temperature’s
departure from NBP.
Count During Temp Sensor Fail allows the programmer to select whether the system will
count during a RTD product sensor failure. Selecting “NO” disables the totalizer during a
temperature alarm and prevents registration of vapor. No counting or totalization will occur
during a product temp sensor failure when “NO” is programmed for Count During Temp
Sensor Fail. Selecting “YES” permits the totalizer to count at the product’s default warmest