Hach Ultra Anatel A1000 User manual

Operator Manual
Anatel A1000 TOC Analyzer

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Table of Contents
1 Introduction
1.1 Overview................................................................................................13
1.2 A1000 TOC Analysis System.................................................................13
1.3 A1000 System Features ........................................................................14
2 Instrument Installation
2.1 Overview................................................................................................17
2.2 Pre-Installation Procedures....................................................................17
2.3 Unpacking and Inspection......................................................................18
2.3.1 Operational Verification ............................................................18
2.3.2 Software Setup.........................................................................19
2.4 Hardware Installation.............................................................................23
2.4.1 Mounting...................................................................................23
2.4.2 Plumbing Connections..............................................................25
2.4.3 Communications Connections..................................................28
2.4.4 Power Connections ..................................................................31
2.5 Sensor Initialization................................................................................32
3 Network Installation
3.1 General Information...............................................................................33
3.2 Software Setup ......................................................................................33
3.2.1 ID to S/N Cross Reference.......................................................33
3.2.2 Controller Address....................................................................35
3.3 Network Setup .......................................................................................35
3.3.1 S20P Network Connections......................................................37
4 C80 Controller Setup
4.1 General Information...............................................................................39
4.2 C80 Controller Display...........................................................................39
4.3 Operational Conventions .......................................................................40
4.4 Contrast Adjustment ..............................................................................40
4.5 View Options..........................................................................................42
4.5.1 Single Channel View ................................................................42
4.5.2 Multichannel View.....................................................................43
4.5.3 Differential View........................................................................44
4.5.4 Channel Display .......................................................................46

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5 Sensor Setup
5.1 Factory Defaults.....................................................................................49
5.2 Display Units..........................................................................................52
5.2.1 Uncompensated Temperature Measurement...........................53
5.3 Auto TOC Mode.....................................................................................57
5.3.1 Auto TOC Software Setup........................................................59
5.3.2 Auto TOC Printout....................................................................66
5.4 Purge Mode ...........................................................................................69
5.4.1 Purge Printouts.........................................................................70
5.5 Differential Mode....................................................................................73
5.5.1 Differential Setup......................................................................73
5.5.2 Referencing Sensors................................................................74
5.5.3 Differential Printout...................................................................75
5.6 Manual Mode.........................................................................................77
5.6.1 Manual Samples.......................................................................78
6 A1000 Alarms
6.1 Alarm Overview......................................................................................81
6.2 Software Setup ......................................................................................81
6.2.1 Alarm Setup..............................................................................81
6.2.2 Beeper Setup............................................................................84
6.3 Alarm Reporting.....................................................................................85
6.3.1 Uncompensated Temperature Alarms......................................86
6.4 Alarm Acknowledgement.......................................................................89
7 Printer Output
7.1 Hardware Setup.....................................................................................91
7.2 Software Setup ......................................................................................92
7.2.1 Print Format..............................................................................92
7.2.2 Data Logger..............................................................................93
7.2.3 Printouts ...................................................................................95
8 Analog Outputs
8.1 TOC Output............................................................................................99
8.1.1 Hardware Setup........................................................................99
8.1.2 Software Setup.......................................................................100
8.2 Optional Resistivity and Temperature Outputs....................................106
8.2.1 Hardware Setup......................................................................106
8.2.2 Software Setup.......................................................................108

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9 Digital Inputs and Outputs
9.1 Digital Inputs........................................................................................117
9.1.1 Hardware Setup......................................................................117
9.1.2 Software Setup.......................................................................118
9.2 Digital Outputs .....................................................................................120
9.2.1 Hardware Setup......................................................................120
10 12 VDC Bias Output
10.1 Hardware Setup...................................................................................121
11 Serial Communications
11.1 Hardware Setup...................................................................................123
11.2 A1000 Command Set...........................................................................124
11.2.1 Mode Set Commands.............................................................125
11.2.2 Parameter Set Commands.....................................................125
11.2.3 Data Read Commands...........................................................127
11.2.4 Data Logger Commands ........................................................127
12 A1000 Maintenance
12.1 Maintenance Overview ........................................................................129
12.2 Self-Cleaning Mode .............................................................................129
12.3 Prepartory Maintenance Procedures...................................................131
12.4 UV Lamp Replacement........................................................................132
12.5 Sample Valve.......................................................................................136
12.6 Air Filter Cleaning ................................................................................139
12.7 Lithium Battery Replacement...............................................................139
12.8 Printer Maintenance.............................................................................141
12.8.1 Paper Replacement................................................................141
13 Troubleshooting
13.1 Error Codes..........................................................................................143
13.2 Troubleshooting...................................................................................145
13.2.1 Purging the Instrument...........................................................147
13.3 Sensor Diagnostics..............................................................................148
13.3.1 Electronics Tests ....................................................................149
13.3.2 Cell Tests................................................................................151
13.3.3 I/O Tests.................................................................................152
13.3.4 Network Test ..........................................................................153

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Appendix A:Service Procedures
A.1 Return Procedures...............................................................................155
A.2 Technical Support Information.............................................................156
Appendix B:Specifications and Options
B.1 A1000 Specifications ...........................................................................157
B.1.1 Performance Specifications....................................................157
B.1.2 A1000 Physical Specifications................................................158
B.2 C80 Controller Specifications...............................................................158
B.3 S10 Sensor Specifications...................................................................159
B.4 S20P Sensor Sepcifications.................................................................159
B.5 Thermal Printer Specifications.............................................................160
B.6 Sample Time........................................................................................161
B.7 Profile Types........................................................................................161
Appendix C:Certifications
C.1 Overview..............................................................................................163
Appendix D:Glossary
Appendix E:Sensor Log

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Manual Overview
About This Manual
The information in this manual has been carefully checked and is believed to be accurate.
However, Hach Ultra assumes no responsibility for any inaccuracies that may be contained in
this manual. In no event will Hach Ultra be liable for direct, indirect, special, incidental, or
consequential damages resulting from any defect or omission in this manual, even if advised of
the possibility of such damages. In the interest of continued product development, Hach Ultra
reserves the right to make improvements in this manual and the products it describes at any
time, without notice or obligation.
Published in the United States of America
Hach Ultra P/N: FG5700301 Edition 9, July 2007
Copyright © 1994-2007 by Hach Ultra Analytics, Inc.
All rights reserved. No part of the contents of this manual may be reproduced or transmitted in
any form or by any means without the written permission of Hach Ultra.
Safety Conventions
WARNING
A warning is used to indicate a condition which, if not met, could cause serious personal injury
and/or death. Do not move beyond a warning until all conditions have been met.
CAUTION:
A caution is used to indicate a condition which, if not met, could cause damage to the
equipment. Do not move beyond a caution until all conditions have been met.
Note:
A note is used to indicate important information or instructions that should be considered
before operating the equipment.
General Safety Considerations
• All service procedures should be conducted by properly trained service personnel.
• Make sure the A1000 TOC Analyzer is properly installed and all hydraulic connections
are correctly installed before operation. All safety guidelines should be observed.
• Follow all procedures in “Return Procedures” on page 155 before shipping a unit to a
service center for repair or re-calibration.
WARNING
Use of controls or adjustments, or performance of procedures other than those specified
herein may result in hazardous radiation exposure.

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WARNING
Only factory certified personnel should perform service of the A1000. Attempts by untrained
personnel to disassemble, alter, modify or adjust the electronics and/or hydraulics may result
in personal injury and damage to the A1000.
WARNING
The A1000 contains high voltage electronics. Always physically disconnect power from the
instrument before accessing electronic components in order to perform maintenance or repair
operations.
WARNING
Replacement of the A1000 Sensor’s onboard lithium battery presents a potential fire,
explosion and burn hazard. Properly dispose of expired batteries—do not attempt to
incinerate, recharge or disassemble.
WARNING
Hach Ultra cannot address all health and safety issues associated with using the Anatel
A1000 TOC Analysis System. Inherent dangers include high voltage electronics and ultraviolet
radiation. Reading the Operator Manual thoroughly before installing or operating the
instrument is strongly recommended. If you have any questions regarding the A1000, contact
Hach Ultra at 800-866-7889 or [phone].
CAUTION:
The UV lamp used for oxidation by the A1000 emits ultraviolet radiation and contains small
amounts of mercury. When replacing it, dispose of the expired UV lamp in accordance with
applicable local regulations. Hach Ultra does accept used lamps for proper Ultraviolet
Radiation disposal. Contact Hach Ultra at 800-866-7889 or [phone] for more
information.
CAUTION:
Avoid installations where the A1000 could be exposed to an acidic or caustic atmosphere, as
may be present in a deionized water regeneration area or near acid waste sumps. Exposure
will corrode the instrument’s electronic circuity and damage analysis components. If it is to be
placed in such an environment, it must be mounted in an enclosure which conforms to the
instrument’s operational specifications.
CAUTION:
Although the instrument’s electronics and analysis modules are physically separated, the
enclosure is rated only as splashproof and components are not completely protected against
external conditions. Do not subject the A1000 to direct water streams or other adverse
environmental elements.

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This instrument has been tested and found to comply with EMC Directive 89/336/EEC and is in
conformity with the relevant sections of the following EC standards and other normative
documents:
† The product was tested in a typical configuration of the Anatel TOC Monitoring System.
The product herewith complies with the requirements of the Low Voltage Directive 73/23/EEC
and the EMC Directive 89/336/EEC. The subject products were also tested by LGA Ref
#EMC-295/2129 for certificate of conformity to EMC directive, and LGA GS Mark Certificate
#9741007, conformity to LVD directive.
The CE Marking has been affixed on the devices according to the EU Directive 89/336/EEC.
The Anatel A1000 TOC Analyzer supports those parts of 21 CFR, Part 11 concerning the
collection, retention, access and retrieval of data as electronic records. The instrument uses no
electronic signature(s), thus those parts of the rule referring to electronic signature(s) are not
applicable. Extensively documented and verifiable tests have been conducted to establish
21 CFR, Part 11 compliance.
The Anatel A1000 TOC Analysis System is comprised of a line of precision instruments which
meet or exceed the following international requirements and standards of compliance:
The A1000 TOC Analyzer System is comprised of a line of precision instruments which meet
or exceed the following international requirements and standards of compliance:
Safety: LVD EN 61 010–1:1993 + A2:1995
EMC: CENELEC EN 50 081–2:1993, Class B†
• Conducted EN 55 011:1992, Class B, Group 1
• Radisted EN 55 011:1992, Class B, Group 1
CENELEC EN 50 082–2:1995
• IEC 801–2, EN 61 000–4–2; 4kV CD, 8kV AD
• IEC 801–4, EN 61 000–4–4; 2kV Signal Lines, 2kV Power Lines
• IEC 801–3, ENV 50 140, EN 61 000–4–3; 10V/m
• IEC 801–6, ENV 50 141, EN 61 000–4–5; 10V
EN61010–1
Electrical Equipment for Laboratory Use,
Part 1: General Requirements
CAN/CSA–C22.2 No. 1010.1–92
Safety Requirements for Electrical Equipment for Measurement, Control and
Laboratory Use, Part 1: General Requirements
Customer satisfaction through continuous quality improvements.
In addition, the following international symbols are found on the instruments
Standby
Reference Document: IEC 417–5009
Protective Earth Ground
Reference Document: IEC 417–5019

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Warranty
Hach Ultra warrants that this instrument will be free of defects in materials and workmanship
for a period of one (1) year from the shipping date. If any instrument covered under this
warranty proves defective during this period, Hach Ultra will, at its option, either repair the
defective product without charge for parts and labor, or provide an equivalent replacement in
exchange for the defective product.
To obtain service under this warranty, the customer must notify the nearest Hach Ultra service
support center on or before the expiration of the warranty period and follow their instructions for
return of the defective instrument. The customer is responsible for all costs associated with
packaging and transporting the defective unit to the service support center, and must prepay
all shipping charges. Hach Ultra will pay for return shipping if the shipment is to a location within
the same country as the service support center.
This warranty shall not apply to any defect failure or damage caused by improper use or
maintenance or by inadequate maintenance or care. This warranty shall not apply to damage
resulting from attempts by personnel other than Hach Ultra representatives, or factory-
authorized and trained personnel, to install, repair or service the instrument; to damage
resulting from improper use or connection to incompatible equipment; or to instruments that
have been modified or integrated with other products when the effect of such modification or
integration materially increases the time or difficulty of servicing the instrument.
THIS WARRANTY IS GIVEN BY HACH ULTRA ANALYTICS WITH RESPECT TO THIS
INSTRUMENT IN LIEU OF ANY OTHER WARRANTIES, EXPRESSED OR IMPLIED. HACH
ULTRA ANALYTICS AND ITS VENDORS DISCLAIM ANY IMPLIED WARRANTIES OF
MERCHANTABILITY OR FITNESS FOR A PARTICULAR NON-CONTRACTUAL PURPOSE.
HACH ULTRA ANALYTICS’ RESPONSIBILITY TO REPAIR OR REPLACE DEFECTIVE
PRODUCTS IS THE SOLE AND EXCLUSIVE REMEDY PROVIDED TO THE CUSTOMER
FOR BREACH OF THIS WARRANTY. HACH ULTRA ANALYTICS AND ITS VENDORS WILL
NOT BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL
DAMAGES EVEN IF HACH ULTRA ANALYTICS OR ITS VENDORS HAS BEEN GIVEN
ADVANCED NOTICE OF THE POSSIBILITY OF SUCH DAMAGES.
Revision History
• Edition 1, January 1994, Anatel Corporation
• Edition 2, May 1994, Anatel Corporation
• Edition 3, September 1994, Anatel Corporation
• Edition 4, July 1995, Anatel Corporation
• Edition 5, November 1995, Anatel Corporation
• Edition 6, August 1997, Anatel Corporation
• Edition 7, May 2001, Anatel Corporation
• Edition 8, May 2006, Hach Ultra Analytics, Inc.
• Edition 9, July 2007, Hach Ultra Analytics, Inc.

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Acknowledgements
Apparatus and products are manufactured and sold by Hach Ultra Analytics, Inc. under one or
more of the following U.S. patents: 4,626,413; 4,666,680; 4,683,435; 4,868,127; 5,047,212;
5,260,633; 5,275,975; 5,334,940; 5,677,190 and equivalents in other countries where issued.
Purchaser is granted a paid-up, non-exclusive license to practice under these patents for the
useful life of this apparatus or product.
•Anatel
®is a registered trademark of Danaher Corporation.
•Epson
®is a registered trademark of Epson Corporation.
• KimWipes™ is a trademark of Kimberly-Clark.
• LaserJet®and PCL®are registered trademarks of Hewlett-Packard Company.
• Liqui-Nox®is a registered trademark of Alconox, Inc.
• Milli-Q®is a registered trademark of Millipore Corporation.
• Teflon™ and Tefzel™ are trademarks of E.I. duPont de Nemours & Co.

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A1000 - Introduction 13 of 176
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1 Introduction
1.1 Overview
The Anatel A1000 TOC Analysis System is designed to provide high-purity water processing
facilities with optimum flexibility, performance and networking capabilities in the monitoring of
their critical processes. Properly installed and operated, the A1000 System offers accurate and
repeatable results.
The Anatel A1000 TOC Analyzer offers new measurement andnetworking capabilities for even
the most demanding ultrapure water applications. Some typical A1000 applications include
organic contamination detection in semiconductor manufacturing, pharmaceutical and power
generating plants as well as biochemical and laboratory analysis projects.
The A1000 offers an extensive temperature range while reducing the time necessary for
sample analysis. It can integrate analytical Sensors with managing Controllers into a wide
range of configurations, affording maximum flexibility for addressing virtually any process
requirements.
Multiple A1000 Sensors can be associated with a single C80 Controller to observe several
process points or to monitor differential measurements at a single location. Alternatively,
multiple Controllers can be networked to display readings at several different locations.
1.2 A1000 TOC Analysis System
The A1000 TOC Analysis System is comprised of the following components:
S10 Sensor The S10 Sensor is the basic A1000 analysis device. Its 1-line by 16-
character display visually reports the instrument’s current TOC values.
In conjunction with a C80 Controller, it can be networked with other
Sensors to performeither individual or differential TOCmeasurements.
Or, a single S10 Sensor can be linked to as many as eight C80
Controllers to offer data display and operational control from multiple
remote sites.
S20P Sensor The S20P combines a C80 controller with an integral 40-column
thermal printer to provide total instrument portability with point-of-use
reporting capabilities. The S20P Sensor is designed for maximum
application flexibility within a facility by furnishing spot TOC
measurements in addition to providing immediate hardcopy printouts.
C80 Controller The C80 Controller is the control/display device for the A1000 System.
The C80 allows operational and reporting parameters for as many as
eight associated Sensors to be programmed independently. Its 4-line
by 16-character display communicates such Sensor information as
current TOC in ppb, trend, resistivity (or conductivity), temperature and
operating mode. The alarm status of each active Sensor is reported via
a corresponding Channel LED.
Printer A stand-alone version of the thermal printer that is part of the S20P
Sensor can be connected directly to any S10 Sensor to provide local
printouts.

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1.3 A1000 System Features
The Anatel A1000 TOC Analysis System offers several advantages in the monitoring of
ultrapure water systems:
A1000 Sensors require no reagents or gases to measure TOC; a patented analysis method
measures the conductivity of the sample before and after its oxidation by ultraviolet (UV) light.
The water sample is isolated from the ambient environment to eliminate external contamination
and the TOC concentration is determined using an algorithm that measures the change in the
sample’s conductivity. The change in conductivity is a direct function of the amount of organic
carbon present and its oxidation to carbon dioxide (C02), allowing the TOC content of the
sample water to be calculated.
Fast Analysis Mode Rapid analyses ensure that results are available as soon as possible
and that all necessary data are recorded in order to capture even the
briefestTOC excursions.TheSensor’s patentedmeasurementcellcan
provide accurate assessment of trace organics within a few minutes
and results reported in as little as 2 minutes (depending on the water’s
TOC level) when operated in the “Fast Mode.”
Differential TOC
Measurement Critical applications often demand the water immediately before and after the point-of-use be monitored in order to understand the process
and maintain efficiency. The A1000 System is ideal for such
measurements because it allows the data from two Sensors to be
compared in real time to obtain prompt differential readings.
Hot Water
Application With an effective operating range of 0–100°C, the A1000 System can be incorporated directly into hot DI water processes, eliminating the
need for heat exchangers to reduce the sample’s temperature.
Combined with a corresponding pressure range up to 100 psig, the
A1000’s on-line TOC measurements ensure optimum water quality
management in otherwise difficult conditions.
Individual Alarm
Monitoring Single-point or differential TOC levels may be monitored for all connected Sensorsand compared touser-defined alarm limits for each
instrument. The user is alerted to any limit excursions by the C80
Controller which flashes its LCD display as well as the Sensor’s
corresponding LED. An audible beep may be enabled for additional
warning.
Networking
Capability The ability to network as many as eight A1000 Sensors to a single C80 Controller provides timely readings of TOC levels even at the most
distant and crucial areas of the water system. The C80 Controller can
be mounted wherever convenient to make the TOC levels at several
key locations immediately available on a single display. Analog, Digital
I/O, Serial and 12 VDC Bias connections allow quick and easy
connection to any external device to further enhance System
capabilities.

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The A1000 Sensors can accurately detect TOC levels between 0.05 and 9,999 parts per billion
(ppb). The available water system pressure is then employed to rinse and fill the measurement
cell prior to the next sample analysis.
The results of each sample analysis are digitally displayed on the front panel of the
corresponding Sensor, and its supervisory C80 Controller, as a concentration of TOC in ppb.
Additionally, resistivity (in M.–cm) or conductivity (in µS/cm) and sample temperature,
uncompensated or corrected to 25°C, are measured and displayed on the associated C80
Controller. An assortment of A1000 system printouts are available.
An integral alarm scheme reports any abnormalities detected during Sensor operation. A TOC
limit excursion is automatically output to a printer and logged for display on associated C80
Controllers.
The Sensors also perform ongoing TOC trend analyses to facilitate water quality management.
Each instrument measures the change in TOC over the past hour and reports its directional
trend. By further examining the exact TOC values on a printout, the user can determine if the
trend is critical and then respond accordingly.

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2 Instrument Installation
2.1 Overview
The A1000 TOC Analysis System is specifically designed to provide a flexible method of
monitoring ultrapure water systems. The most basic A1000 configuration consists of a C80
Controller and S-10 Sensor. These two components are combined with a printer on the S20P
to form a portable analysis System. Additional Sensors and Controllers can be integrated to
create an A1000 Network (see “Network Installation” on page 33).
This configuration flexibility necessarily affects installation of the A1000 System. Each Sensor
is furnished with an Installation Kit (P/N AS2013702) and must consider the following
preparatory and installation routines:
Note that these procedures are common to most, but not all, A1000 components. The C80
Controller, for example, is integral to the S20P Sensor and therefore does not require external
communications connections. Conversely, a Sensor Name cannot be assigned to a stand-
alone C80 Controller as it does not have a built-in Sensor.
2.2 Pre-Installation Procedures
Preliminary setup procedures should beconducted on the A1000 components prior to installing
them on the water system to help assure their proper operation. Verification is also easier at
this stage than when the components have been mounted and cabling has been run. The
System pre-installation procedures are:
• Unpacking and visually inspecting the equipment.
• Powering it up to verify that all the components are operational.
• Setting up the System software by entering the System Time and naming the Sensor.
Procedure C80 S10 S20P
Inspection X X X
Verification X X X
System Time X - X
Sensor Name - X X
Mounting X X -
Plumbing - X X
External Communications X X -
Auxiliary I/O - X X
Power X X X
Self-Cleaning - X X

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2.3 Unpacking and Inspection
Upon receiving the A1000 System, inspect the shipping container(s) for any signs of external
damage before unpacking the components. Carefully remove the equipment, verify the
enclosed packing list and check once again for obvious damage.
If damage is apparent, notify the freight carrier immediately. Claims must be filed by the
customer. Also notify Hach Ultra of any such problems. Include the Serial Number of the
damaged unit(s) and the purchase order number with all factory communications.
2.3.1 Operational Verification
The next pre-installation step is to establish communication connections between the C80
Controller and its associated S10 Sensor. These connections are internally wired on the S20P.
Note:
Additional twin-axial trunk cable, pre-wired with BNC plugs at each end, is available from Hach
Ultra in 10-, 25-, 50-, 100-foot and custom lengths.
Each S-10 Sensor and C80 Controller is supplied with a 3-foot local cable, a twin BNC “tee”
connector, and a passive terminator. The C80 Controller also includes a 10-foot trunk cable to
facilitate communications connections.
To connect the Controller to its associated S10 Sensor:
1) Grasp the end of the 3-foot local cable attached to the C80 Controller and, noting the
alignment of its internal pins, gently push it onto the middle coupling of the tee
connector. Twist the cable onto the connector until it “locks” on the coupling.
2) Similarly fasten the S10 Sensor to its tee connector.
3) Link the two tees using the 10-foot section of twin-axial trunk cable provided.
4) Complete C80–S10 communications connections by placing a passive terminator on
the open couplings at each end of the configuration. Proper termination is crucial for
reliable communications.
Fig 2-1 : Passive Terminator Location

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5) Plug both components into an AC power source. A power cord is integral to A1000
Sensors; power is supplied to the C80 Controller through a 9 VDC wall mounted
transformer that attaches similar to the communications connections.
6) Turn the S10 Sensor “ON.” Verify the displays on both instruments illuminate and are
functional.
The Controller display reports that it is establishing communications with the Sensor. If “Sensor
Head not communicating” is displayed or either instrument fails to operate, check the
connections. Contact Hach Ultra if these initial problems persist.
2.3.2 Software Setup
With communications established, you must define the System Time on the C80 Controller and
give the S10 a Sensor Name. The same software programming should be performed on stand-
alone S20P Sensors to assure that they are operating properly.
Note:
The following setup procedures are performed through the C80 Controller. Refer to “C80
Controller Setup” on page 39 if necessary for a description of this control device and its
keyboard interface.
System Time
Each Sensor’s onboard clock is set at the factory during testing, but it should be checked and
altered if necessary to display local time. This global parameter synchronizes the timing of
Sensors to their respective Controllers and, once set, should not have to be changed unless a
Sensor’s lithium battery is replaced.
Fig 2-2 : C80 Logon Screen

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To set the Controller’s clock/calendar:
1) Press the Setup Key to display the Setup Menu.
2) Use the Up and Down Keys to specify System Setup.
3) Press Enter to access its submenu.
4) Specify System Time and press Enter to display that parameter screen. The
programmed Date is displayed numerically in a month/day/year format; the Time in an
hour:minute format. A block cursor begins flashing to highlight the month division of the
date.
Sensor Setup:
XSystem Setup
C80 Setup:
Fig 2-3 : Sensor Setup Selections
XSystem Time:
Network Test
ID to SN Xfer:
Fig 2-4 : Sensor Time Selection
Fig 2-5 : System Time Screen