Michell Instruments CDP301 User manual

CDP301 – Condumax
Dew-Point Tester
User’s Manual
97585 Issue 1
June 2020

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© 2020 Michell Instruments
This document is the property of Michell Instruments Ltd and may not be copied or
otherwise reproduced, communicated in any way to third parties, nor stored in any Data
Processing System without the express written authorization of Michell Instruments Ltd.
CDP301 Dew-Point Tester
For Michell Instruments' contact information please go to
www.michell.com

CDP301 Dew-Point Tester User’s Manual
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Contents
Safety ...............................................................................................................................vii
Electrical Safety .................................................................................................................vii
Pressure Safety .................................................................................................................vii
Toxic Materials ...................................................................................................................vii
Repair and Maintenance .....................................................................................................vii
Safety Conformity ..............................................................................................................vii
Abbreviations .................................................................................................................... viii
Warnings .......................................................................................................................... viii
1 INTRODUCTION ................................................................................................1
1.1 Sample Gas Path .....................................................................................................1
1.2 Operating Overview .................................................................................................2
1.3 User Display and Interface .......................................................................................2
1.4 Calibration ..............................................................................................................2
1.5 Storage Instructions ................................................................................................2
2 INSTALLATION ..................................................................................................4
2.1 Sample Gas Connections..........................................................................................5
2.2 Electrical Safety ......................................................................................................6
2.3 Hazardous Area Safety ............................................................................................7
2.4 Gas Sample Connections..........................................................................................8
2.4.1 Connecting the Michell Sample System (optional accessory) ............................. 8
2.4.2 Considerations when setting sample pressure and flow .................................... 9
3 OPERATION ....................................................................................................10
3.1 Menu Map ............................................................................................................ 11
3.2 User Interface ....................................................................................................... 12
3.2.1 Front Page A Navigation .............................................................................. 15
3.2.2 Front Page B Navigation .............................................................................. 17
3.2.3 Front Page C Navigation .............................................................................. 18
3.2.4 Configuration Page ...................................................................................... 20
3.2.4.1 Measurement Configuration Page ........................................................... 21
3.2.4.2 Logging Configuration Page ................................................................... 22
3.2.4.3 Site Labels ............................................................................................ 24
3.2.4.4 Display ................................................................................................. 25
3.2.4.5 Enhanced Analysis Modes ...................................................................... 26
3.2.4.6 Real Time Clock (RTC) ........................................................................... 27
3.2.4.7 Camera Configuration ............................................................................ 28
3.2.4.8 Battery Status ....................................................................................... 29
3.2.4.9 About ................................................................................................... 30
3.2.4.10 Service ................................................................................................. 30
4 SYSTEM START-UP AND MEASUREMENT PROCEDURE ........................................31
4.1 Taking a measurement .......................................................................................... 31
4.2 System Shut-Down Procedure ................................................................................ 32
4.3 Battery Replacement ............................................................................................. 33
4.4 Battery Charging (within the Dew-Point Tester) ....................................................... 33
4.5 Spare Battery Charging.......................................................................................... 34
4.6 Data Access .......................................................................................................... 35
5 MAINTENANCE ................................................................................................36
5.1 Calibration ............................................................................................................ 36
5.2 Filter Element Replacement ................................................................................... 36
5.3 Mirror Cleaning ..................................................................................................... 37
5.3.1 CDP301 Preparation .................................................................................... 37
5.3.2 Opening Measurement Cell .......................................................................... 38

CDP301 Dew-Point Tester User’s Manual
Michell Instruments v
5.3.3 Removing Particulates ................................................................................. 39
5.3.4 Removing Residue ....................................................................................... 40
5.3.5 Reassemble Sample Cell .............................................................................. 40
5.3.6 Check Mirror Cleanliness .............................................................................. 41
Figures
Figure 1 Dimensions and Gas Connections ..................................................................... 4
Figure 2 Michell Sample System .................................................................................... 8
Figure 3 Menu Map .................................................................................................... 11
Figure 4 Push Button Operation ................................................................................... 12
Figure 5 Initialization Screen ....................................................................................... 12
Figure 6 Front Page A – Default .................................................................................. 13
Figure 7 Front Page A – Quick Menu ............................................................................ 16
Figure 8 Front Page B – Pop Up................................................................................... 17
Figure 9 Front Page C – Main Page .............................................................................. 18
Figure 10 Still Image View ............................................................................................ 19
Figure 11 Full-screen Video View ................................................................................... 19
Figure 12 Log File View ................................................................................................ 20
Figure 13 Configuration Menu – Measurement Page ....................................................... 21
Figure 14 Configuration Menu – Logging Page ................................................................ 22
Figure 15 Configuration Menu – Site Label Page ............................................................. 24
Figure 16 Configuration Menu – Display Page ................................................................. 25
Figure 17 Wdp Image................................................................................................... 26
Figure 18 Split Screen Mode ......................................................................................... 26
Figure 19 Configuration Menu – RTC Page ..................................................................... 27
Figure 20 Configuration Menu – Camera Page ................................................................ 28
Figure 21 Configuration Menu – Battery Page ................................................................. 29
Figure 22 About Info .................................................................................................... 30
Figure 23 Remove Charger Cover .................................................................................. 33
Figure 24 Connect Charger Lead ................................................................................... 34
Figure 25 Spare Battery Charging .................................................................................. 34
Figure 26 USB Port ....................................................................................................... 35
Figure 27 Cleaning Accessories ..................................................................................... 37
Figure 28 Lid Removal .................................................................................................. 38
Figure 29 Display Opened ............................................................................................. 38
Figure 30 Camera USB Connection ................................................................................ 39
Figure 31 Camera Sensor In-line Connector ................................................................... 39
Figure 32 Checking the Mirror Surface ........................................................................... 39
Figure 33 Camera Assembly .......................................................................................... 40
Figure 34 Screw Tightening Order ................................................................................. 40
Appendices
Appendix A Technical Specications ..............................................................................43
A.1 Dimensions .................................................................................44
Appendix B Hazardous Area Certication ......................................................................46
B.1 Product Standards .......................................................................46
B.2 Product Certication .................................................................... 46
B.3 Global Certicates/Approvals ........................................................46
Appendix C Quality, Recycling, Compliance & Warranty Information ................................48
Appendix D Analyzer Return Document & Decontamination Declaration .......................... 50

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CDP301 Dew-Point Tester User’s Manual
Michell Instruments vii
Safety
This manual contains all the required information to install, operate and maintain this product. It
should be read and understood prior to use. Installation and operation of this product should be
carried out by suitably competent personnel only and must be in accordance with the terms of this
manual and associated safety certificates. Incorrect installation and operation of this product for
other than its intended purpose will render all warranties void.
This product is intended for use in a Hazardous Area and is awarded an ATEX, IECEx and cQPSus
Certificate. The relevant certificates should be fully examined and understood prior to installation or
use of this product.
Electrical Safety
The instrument is designed to be completely safe when used with options and accessories supplied
by the manufacturer for use with the instrument.
Pressure Safety
DO NOT permit pressures greater than the safe working pressure to be applied to the instrument.
The specified safe working pressure is 100 barg (1450 psig). Refer to the Technical Specifications in
Appendix A.
Toxic Materials
The use of hazardous materials in the construction of this instrument has been minimized. During
normal operation it is not possible for the user to come into contact with any hazardous substance
which might be employed in the construction of the instrument. Care should, however, be exercised
during maintenance and the disposal of certain parts.
Repair and Maintenance
The instrument must be maintained either by the manufacturer or an accredited service agent. For
Michell Instruments’ contact information please go to www.michell.com.
Safety Conformity
This product meets the essential protection requirements of the relevant EU and US standards
and directives. Further details of applied standards may be found in the Technical Specifications in
Appendix A.

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Abbreviations
The following abbreviations are used in this manual:
barg pressure unit (=100 kP or 0.987 atm) (bar gauge)
ºC degrees Celsius
ºF degrees Fahrenheit
DC direct current
g grams
in inch(es)
µm micrometer
m/sec meters per second
mA milliampere
mm millimetres
MPa megapascal
Nl/min normal litres per minute
Nm Newton meter
oz ounces
psig pounds per square inch
RH relative humidity
scfh standard cubic feet per hour
fps feet per second
T temperature
V Volts
Ω Ohms
ø diameter
Warnings
The following general warning listed below is applicable to this instrument. It is repeated
in the text in the appropriate locations.
Where this hazard warning symbol appears in the following
sections it is used to indicate areas where potentially
hazardous operations need to be carried out.

CDP301 Dew-Point Tester User’s Manual
Michell Instruments 1
INTRODUCTION
1 INTRODUCTION
The CDP301 provides battery-powered manual visual measurement of the hydrocarbon
dew point and water dew point of processed natural gas. It is the result of more than
30 years’ experience in the supply of Dew-Point Testers to the worldwide oil, gas and
petrochemical industry.
The system consists of a hydrocarbon and water dew-point sensor cell and control
electronics housed in an Exd enclosure. A sample gas handling system to prepare the
gas sample prior to entry into the CDP301 Dew-Point Tester can also be supplied. The
Dew-Point Tester is designed to be positioned close to the process sample test point
and is ATEX, IECEx and cQPSus compliant for use in a Zone 1 or 2 Hazardous Area and
Class I, Div 1 Hazardous Locations. See marking label located on the side of Dew-Point
Tester to identify approvals.
The enhanced cooled-mirror principle of the CDP301 allows easy detection of
hydrocarbon or water dew point with the ability to review what has been observed
later. Key components of the dew-point tester are measurement cell, metallised-ceramic
mirror with integrated PT1000 resistance thermometer, triple-stage TEC (thermo-electric
cooler), hi-resolution colour camera, colour LCD display, tactile button HMI, operation
and measurement electronics, and rechargeable battery pack.
Standard accessories include a wheeled transport/storage case (suitable for non-
hazardous/safe area locations only) and backpack (of anti-static material) to carry the
CDP301 and sampling system to the location of use. A universal AC supplied battery
charger is provided (which must only be operated in safe area location). Spare battery,
sampling system and sample hoses are also available as optional accessories.
1.1 Sample Gas Path
The CDP301 measurement system must be supplied with gas at the required pressure
and ow via a sample gas handling panel. Sample gas entry and exit ports pass the
gas through ame arrestors. The inlet connection has a ow restriction device
tted. This is a mandatory safety device that limits pressure rise within the
Exd enclosure in the event of a gas leak occurring. The ow restriction device
must not be removed.
The Dew-Point Tester system components are housed within a cast, copper free aluminium
EExd rated enclosure. The enclosure has a screw cover incorporating a sealed window.
It is chromate primed, polyester coated in black, and provides environmental ingress
protection to IP64/NEMA4X. An enclosure breather is tted in the form of an additional
ame arrestor. It is important that no pipe connection is made to this breather and that
no restriction is allowed to occur.
All sample wetted metallic parts are manufactured in AISI 316L stainless steel with
Viton soft parts that comply with the NACE standard MR-0175 (latest edition). Tube
ttings are twin ferrule Swagelok© compression type.

CDP301 Dew-Point Tester User’s Manual
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INTRODUCTION
1.2 Operating Overview
The CDP301 is a manual visual instrument. It is designed to follow the requirements
as described in ASTM D1142 and ISO6327. Using a simple button push, the measured
hydrocarbon and water dew-point temperature, pressure, date and time are stored and
indexed for review and retrieval/download at a later date.
1.3 User Display and Interface
The CDP301 Display and User Interface (UI) is presented via the circular window of the
enclosure. The unit is operated using 5 buttons, which allows full control of the UI. The
cover is fully detachable for greater access into the enclosure for service. During normal
operation of the instrument the cover must remain fully secured.
1.4 Calibration
Prior to shipment, the cooled-mirror dew-point sensor within the instrument undergoes
stringent factory calibration using high purity hydrocarbon gas of known dew point.
Due to the inherent stability of the instruments, only periodic calibration maintenance
is required under normal operating conditions. (See Maintenance Section below.)
1.5 Storage Instructions
The CDP301 has been designed for the accurate manual visual detection of hydrocarbon
and water dew point within natural gas. In order for the Dew-Point Tester to be functional
upon use it should be stored in accordance with the guidelines below:
• The Dew-Point Tester must be housed in a sheltered area, out of direct
sunlight and rain.
• The Dew-Point Tester should be stored to minimize the possibility of
sitting in ground water.
• The temperature within the storage environment should be maintained
between 0 and +50°C (+32 and +122°F).
• The humidity within the storage environment must be non-condensing.
• The storage environment must not expose the Dew-Point Tester to any
corrosive elements.
• The Dew-Point Tester may stay assembled with its sample conditioning
system (if supplied).
• All process connections should remain disconnected.
• All protective coatings should remain in place until use.
For the period from rst use of the CDP301, the following precautions should be followed:
• The Dew-Point Tester and associated sampling system must remain
isolated from the process gas, and the enclosure should remain closed to
ensure ingress protection is maintained.
• At time of start-up the procedures contained in this manual must be
followed.

CDP301 Dew-Point Tester User’s Manual
Michell Instruments 3
INTRODUCTION
If the CDP301 was previously in service/operation, then the following precautions should
be followed before storage:
• Upon isolation from the gas sample the entire system should be purged
with dry nitrogen gas before powering down of the Dew-Point Tester.
• All connections and ports (gas and electrical) to the Dew-Point Tester or
sample system (if provided) should be capped.
• If the Dew-Point Tester is not removed from its location, the electrical
earthing of the instrument should remain in-place.

CDP301 Dew-Point Tester User’s Manual
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INSTALLATION
2 INSTALLATION
The product should be used in a xed position as per the full installation instructions
provided in this User’s Manual.
The combined weight of the instrument and measurement cell is <8kg (17.6lb).
Appropriate lifting and handling techniques should be used during the carrying and
installation process. Before commencing any lifting or handling ensure that the intended
location is suitable and appropriately prepared. Make sure that mounting point design
considerations have employed locally approved safety factors. When handling and
installing this instrument (particularly after removal from its packaging) ensure that
it is not dropped, impacted or subjected to high levels of vibration or environmental
conditions that may impair its operation.
The CDP301 is housed in a copper-free, aluminium Exd enclosure suitable for 5/8’’ -11
UNC tripod mounting and benchtop operation, using the Michell Instruments benchtop
stand. The enclosure provides environmental ingress protection IP64 and can be
mounted vertically or horizontally in a location free of any appreciable vibration. If used
outdoors, it should be placed in a shaded position to prevent heating eects through
sun radiation.
DRAWN
CHECKED
ENG APPR
MGR APPR
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN MILLIMETERS
ANGLES ±X.X°
2 PL ±X.XX 3 PL ±X.XXX
NAME
adam.harley
DATE
06/26/20
Solid Edge
TITLE
SIZE
A2 DWG NO REV
FILE NAME: Images for Steve .dft
SCALE: WEIGHT: SHEET 1 OF 1
GAS INPUTGAS OUTLET
82.5
238 DIA
278
FLOW RESTRICTOR
BREATHER
1/8"FNPT INTO
FLAME ARRESTOR
1/8" FNPT INTO FLOW RESTRICTOR
EARTH/GROUND
CONNECTOR
Figure 1 Dimensions and Gas Connections

CDP301 Dew-Point Tester User’s Manual
Michell Instruments 5
INSTALLATION
2.1 Sample Gas Connections
WARNING
Ensure process sample gas supply line is well ushed
through to clear any liquid/debris present, prior to
connecting onto the dew-point tester.
Sample gas connections (without sample system) are:
• Sample Gas Inlet: 1/8” NPTF into Flow Restrictor
(100 barg/1450 psig maximum supply pressure)
• Sample Gas Outlet: 1/8” NPTF into Flame Arrestor

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INSTALLATION
2.2 Electrical Safety
The CDP301 is powered by a li-ion battery rated at 14.6 V, 5.6Ah and 81.8 Wh
A single-phase AC mains power supply is required to charge the li-ion battery; refer
to Michell Instruments spares and replacements guide for more details. Charging and
replacement of the batteries MUST be carried out in a safe area!
WARNING
Ensure the earth point on the enclosure is connected to
ground during operation in the hazardous area!
During the installation of this product ensure that all
applicable national and local electrical safety regulations are
observed.
Always ensure that power is switched o prior to accessing
the product for any purpose other than normal operation.
This product is designed to operate, as a minimum, between a temperature range of -30
to +50°C (-22 to +122°F) (see marking label for full certication details), in maximum
95% relative humidity.
Supply of power to the CDP301 must be provided by Michell Instruments internal battery
pack and/or the supplied Michell Instruments power supply.
Do not exchange or tamper with any of the cables or electrical components supplied
with this product. Doing so will invalidate all warranties.
There are no additional or special electrical safety requirements other than those
referred to in this manual.
Do not install this equipment in a location that would expose it to impact or high levels
of vibration.
Operation of this equipment, other than in a manner specied by the manufacturer, may
impair the safety protections provided.
The safe installation of this equipment and any system incorporating this equipment is
the responsibility of the installer.
Ensure local regulations and requirements are referred to prior to any installation
commencing.

CDP301 Dew-Point Tester User’s Manual
Michell Instruments 7
INSTALLATION
2.3 Hazardous Area Safety
Refer to Appendix B for the Hazardous Area Certication of this product.
This product is tted with a marking label that contains Hazardous Area information
pertinent to the suitable location and installation.
During all installation and operation activities, local regulations and permitted working
routines must be observed. Installation and/or operation should only be performed by
competent personnel and in accordance with the latest version of IEC/EN60079-14 or
local equivalent. Repair and servicing of this equipment must only be carried out by the
manufacturer.
WARNING
This product is certied for use in a Zone 1 and Zone 2 area
only. This product must not be installed or used within a
Zone 0 area.
WARNING
This product must not be operated outside of the
temperature range -30°C * to +50°C (-22°F to +122°F).
* See marking label for full certication details.
WARNING
The enclosure of this product provides Exd protection,
partly through threads used for mounting the lids. At all
times, eort should be made to ensure these threads are
suitably protected from damage.
An Installation and Maintenance Information Sheet is supplied separately to the manual.
The enclosure of this product must be connected to earth/ground during use. An M6
earth/ground point is located alongside the gas outlet ame arrestor.
WARNING
A ow restrictor is tted to the inlet gas connection.
This critical safety device must be in place whenever
the product is operated. Removal of this device will
contravene safety regulations and negate the Ex
certication applicable to this instrument.

CDP301 Dew-Point Tester User’s Manual
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INSTALLATION
2.4 Gas Sample Connections
The following points should be considered when installing the sample gas supply line:
• PTFE tape is recommended for pipe connections.
• Solvent-based pipe thread sealant should not be used, as condensable
components or contaminates can be leached during the curing period.
Care and attention to the position and installation of the tubing will minimize problems
caused by avoidable contamination. The most common issue with sample ow is the
accumulation of liquid in impulse lines during a shutdown period. If the measurement
system has not been isolated, condensate can be displaced, on re-start, into components
and associated tube work. An optional CDP301 sample system is available from Michell
Instruments:
Figure 2 Michell Sample System
2.4.1 Connecting the Michell Sample System (optional accessory)
DO NOT permit pressures greater than the specied safe working pressure of
100 barg (1450 psig) to be applied directly to the instrument.
Ensure the instrument is properly secured before use, i.e. tripod mounted or
tted to a suitable benchtop mounting.
1. Ensure the isolation valve to the sample tapping point is fully closed.
2. Connect the Michell sample system to the CDP301 inlet and outlet
connections and tighten the ttings.
3. Ensure pressure regulator PR1 is fully closed.
4. Connect the sample tapping point to the sample system using suitable
stainless steel tubing or high-pressure rated hose (such as Swagelok B
series).
5. Connect the vent line (if available) to the owmeter’s 1/4” FNPT outlet
connection and ensure the isolation valve (if tted) is fully open.
6. Refer to Section 4, SYSTEM START-UP AND MEASUREMENT PROCEDURE,
for tester operation.

CDP301 Dew-Point Tester User’s Manual
Michell Instruments 9
INSTALLATION
For proper sample system operation, Michell Instruments' recommendations are:
• The sampling point from the process line should be taken from the top
of the process line. If a radial probe is used, the orice should face
downstream.
• It is recommended that Viton is used for all O-rings.
• The internal volume of the impulse tubing connecting between the process
line and this product should be as small as possible to minimize response
lag time to changing process conditions.
• Piping should be lagged and/or trace heated if ambient temperatures
could cause the sample gas to fall below its dew-point temperature.
• A drain valve should be placed at the lowest point in the system.
• It should be standard procedure to isolate this product during shutdowns
or when plant problems are being experienced and to adequately purge
the supply lines before restarting.
• The relatively large area of surfaces and internal volume of inline
components can be particularly troublesome if contamination is
experienced. Prolonged purging, or stripping and cleaning, followed by
re-purging with gas may be necessary to remove the contamination.
• Avoid sample gas streams that are already very close to the dew point or
which have dispersed liquid within them. In such cases, sampling from
fast loops and/or from downstream of existing catch pot/coalesce systems
is always preferred.
Failure to observe these recommendations will potentially cause problems of
contamination as well as causing consequential inaccurate, unreliable and inconsistent
measurement results. If a top-entry sample point is not available, extra attention should
be given to the design of the sample line installation to avoid unwanted contamination.
2.4.2 Considerations when setting sample pressure and flow
In-line particulate ltration is recommended to avoid contamination of the mirror surface
and generally within the dew-point tester. A 15 micron (or smaller) sintered stainless
steel lter is suitable.
Pressure within the dew-point sensor cell is indicated on the display of the CDP301.
Be aware that the ow restrictor tted to the gas inlet connection will cause a small
pressure drop between supply pressure and analysis pressure within the dew-point
sensor cell. Process pressures less than 10 barg (145 psig) cannot be sampled.
Set the sample ow rate to 0.5 – 1.0 Nl/min
The sample gas outlet should be vented to atmosphere (where permitted and in
accordance with safety procedures at the location of use) or exhausted into a low-
pressure are system (<3barg/43.5psig back-pressure).

CDP301 Dew-Point Tester User’s Manual
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OPERATION
3 OPERATION
Familiarization with the operation of the CDP301 should be carried out in conjunction
with this User’s Manual prior to commencing system start-up procedure.
Before commencing the start-up procedure, it is essential to ensure the installation
conforms to the correct hazardous area and local plant standards and that all mains
power connections are fully isolated.
Before any gas pressure is applied, check all gas connections are fully tightened up.
WARNING
This product is used with pressurized gas. Observe correct gas
handling precautions.

CDP301 Dew-Point Tester User’s Manual
Michell Instruments 11
OPERATION
3.1 Menu Map
CONFIGURATION
ENTER to select item to change, UP/DOWN to change value, ENTER to deselect and
save change.
MEASUREMENT
FRONT PAGE B –Display
Full screen camera feed,
live parameters and
record videos/ images.
Splash screen with
Michell Logo
MEASUREMENT
LOGGING
DISPLAY
BATTERY
ABOUT
RTC
MODE
MANUAL INCR
AUTO RATE
START TEMPR
MAX DEPRESS
CAMERA
CLEAN TEMPR
LOGGING
LOG DATA
START NEW LOG
LOG IMAGES
IMAGE RATE
DISPLAY
BRIGHTNESS
TEMPERATURE UNIT
PRESSURE UNIT
BL TIMEOUT
AUTOSHUTDOWN
CAMERA
HCdp LED Intensity
MASTER GAIN
WHITE BALANCE
EXPOSURE
RTC
DAY
HOUR
MIN
MONTH
YEAR
BATTERY STATUS
CAPACITY REMAINING
TEMPERATURE
VOLTAGE
CURRENT
ABOUT
CONTROL BOAR F/W
HMI SOFTWARE
DATE FORMAT
CAL OFFSET
ESC
ESC
ESC
Long ESC
ENTER
UP /
DOWN
UP /
DN
UP /
DN
UP /
DN
ESC
UP /
DN
ESC
DEWP TYPE
HMI IMG BUILD DATE
SERIAL NUMBER
FRONT PAGE C –Access
log files, images and
video.
ACQUISION RATE
ANALYSIS MODE
ZOOM LEVEL
SERVICE
SERVICE (passcode protected)
Set Camera Defaults
Set Control Board Defaults
UP /
DN
IMAGE FORMAT
TEC DRIVE
MIRR. TEMPR. PREC.
FRONT PAGE A –display
live parameters, camera
feed and instrument
status
SITE LABELS
SITE
MAX VIDEO SIZE
SITE LABELS
……..
SITE LABEL 1
SITE LABEL 8
UP/
DN
Wdp LED Intensity
COLOR FILTER
IMG X OFFSET
IMG Y OFFSET
LOW LIGHT GAIN
REG NUMBER
READ REG
WRITE REG
UP /
DN
UP /
DN
UP /
DN
ESC
Figure 3 Menu Map

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OPERATION
3.2 User Interface
The CDP301 is operated using 5 discrete momentary push buttons as shown below:
Figure 4 Push Button Operation
Press and hold the Power On/O button. On power up, a splash screen will be shown
during software initialization.
Figure 5 Initialization Screen