DOC023.98.80591
NA5600 sc Na
06/2019, Edition 2
+
Operations
Funzionamento
Fonctionnement
Instrukcja obsługi
Betrieb
Operaciones
Operações
Bediening
Operationer
Toiminnot
Üzemeltetés
Операции
İşlemler
Λειτουργίες
English..............................................................................................................................3
Deutsch.......................................................................................................................... 30
Italiano............................................................................................................................ 59
Français......................................................................................................................... 88
Español........................................................................................................................ 117
Português.................................................................................................................... 146
Nederlands................................................................................................................. 176
Polski............................................................................................................................ 204
Svenska....................................................................................................................... 232
Suomi............................................................................................................................259
Magyar......................................................................................................................... 286
Русский........................................................................................................................317
Türkçe...........................................................................................................................350
Ελληνικά...................................................................................................................... 379
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Table of contents
Startup on page 3 Configure the relays on page 15
User interface and navigation on page 5 Set the error hold mode on page 21
Set the language on page 8 Set the security settings on page 21
Remove channels from the measurement screen (2- or
4-channel analyzers) on page 8
Set the display brightness on page 9 Set the auto calibration settings on page 22
Set the maximum rinsing time on page 9 Do a calibration on page 22
Set the sample target pH (analyzer without cationic
pump) on page 9
Set the sample target pH (analyzer with cationic pump)
on page 9
Set the measurement logging interval (1-channel
analyzers) on page 10
Set the measurement logging interval (2- or 4-channel
analyzers) on page 11
Set the reactivation schedule on page 12 Calibrate the 4-20 mA analog outputs on page 25
Set the measurement units on page 12 Show the details of the current and the last
Set the signal average on page 12 Measure a grab sample on page 26
Change the analyzer or channel names on page 12 Show the measurement, calibration and event logs
Start or stop measurements on a channel (2- or 4channel analyzers) on page 13
Change the channel measurement order (2- or 4channel analyzers) on page 13
Set the date and time on page 13 Install the latest HART module firmware on page 29
Configure the 4-20 mA analog outputs on page 13
Adjust the water level of the overflow vessel
on page 21
Show the calibration data on page 24
Do a calibration verification on page 24
Do a temperature calibration on page 24
Do a flow rate calibration on page 24
measurement on page 25
on page 26
Save data or settings to an SD card on page 27
Install the latest software version on page 28
Safety information
Refer to the installation user manual for general safety information, hazard descriptions and
precautionary labels descriptions.
Startup
Connect the power cord to an electrical outlet with protective earth ground.
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Set the power switch to on
Refer to the illustrated steps that follow.
Complete the startup wizard
1. If the startup wizard does not start automatically, push menu then select SETUP SYSTEM >
STARTUP ANALYZER.
2. Follow the instructions on the display.
• If prompted to set the channel sequence (measurement order), use the UP and DOWN arrows
to select a row, then push the LEFT or RIGHT arrow to select the channel. S1 is the first
channel measured followed by S2, S3 and S4.
Note: Do not select channels that contain the symbol "~" (e.g., 4-~SAMPLE4). Channels that contain the
symbol "~" are not measured.
• When prompted to adjust the sample flow rate for a channel, turn the sample flow valve for the
channel counter-clockwise to increase the flow rate or clockwise to decrease the flow rate.
Refer to Figure 1.
When the startup wizard is complete, the analyzer goes to measurement mode. The overflow
vessel fills with sample water. Bubbles (conditioning gas) are seen in the right chamber of the
measurement cell.
3. Become familiar with the keypad functions and the data shown on the measurement screen.
Refer to User interface and navigation on page 5.
4. Configure the analyzer. Refer to Configuration on page 8.
5. Let the analyzer operate for 2 hours to become stable.
6. Do a calibration. Refer to Do a calibration on page 22.
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English
Figure 1 Sample flow valves
1 Sample flow valve 3 Sample flow valves for 2- or 4-channel analyzer
2 Sample flow valve for 1-channel analyzer
User interface and navigation
Keypad description
Refer to Figure 2 for the keypad description and navigation information.
Figure 2 Keypad description
1 Display 6 Diag: shows the Diag/Test Menu
2 RIGHT and LEFT arrows: change the measurement
screen and select options. Refer to Additional
measurement screens on page 7.
3 UP and DOWN arrows: change the channel shown
on the measurement screen, select options and
enter values.
4 Home: shows the measurement screen 9 Menu: shows the main menu
5 Enter
7 Cal: shows the Calibrate Menu
8 Back: goes back to the previous screen
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A 2-channel analyzer only uses the bottom two valves.
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Display description
Figure 3 shows the top half of the measurement screen. The top half of the measurement screen
shows the status of the analyzer and the sodium concentration for one channel. To change the
channel shown, push the UP or DOWN arrow. To show more than one channel, push the RIGHT
arrow.
The background color of the display changes to show the status of the analyzer. Refer to Table 1. To
show the active errors, warnings and reminders, push diag and select DIAGNOSTICS.
Figure 4 shows the bottom half of the measurement screen. The bottom half of the measurement
screen shows the measurement quality, service status and solution levels.
Figure 3 Measurement screen—top
1 Sodium concentration 6 Activity (shown during a measurement or calibration
2 Channel name
3 Analyzer name 8 SD card (shown when a SD card is inserted)
4 Home (measurement screen) 9 Relays (active relays are white squares)
5 Channel being measured 10 Parameter measured (Na+ = sodium)
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process)
7 Reminder (maintenance is due)
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For example, "1-SAMPLE1" is "Channel 1-SAMPLE1". SAMPLE1 is the default name for
Channel 1. Channels that contain the symbol "~" are not measured (e.g., 4-~SAMPLE4).
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Figure 4 Measurement screen—bottom
1 PROGNOSYS measurement quality indicator (refer
to PROGNOSYS indicator bars on page 7)
2 Calibration information 6 Conditioning solution level
3 PROGNOSYS service indicator (refer to
PROGNOSYS indicator bars on page 7)
4 Calibration standard level
3
5 Reactivation solution level
7 KCl electrolyte level
Table 1 Measurement screen—background colors
Color Definition
White The analyzer is in operation with no warnings, errors or reminders.
Yellow (warning or reminder) The analyzer is in operation with active warnings. Wrench symbol shows on the
Red (error) The analyzer is not in operation due to an error condition. A serious problem has
display when the time for a maintenance task has passed.
occurred.
PROGNOSYS indicator bars
The measurement quality indicator bar shows the overall measurement health of the analyzer (0 to
100%). The service indicator bar shows the number of days until a service task is necessary. Refer
to Table 2.
To see the parameters that have an effect on the indicator bars, push diag, then select
PROGNOSYS > MEASUREMENT INDICATOR or SERVICE INDICATOR.
Table 2 PROGNOSYS color descriptions
Color Measurement quality indicator bar Service indicator bar
Green The system is in good working condition and the health
percentage is more than 75%.
Yellow The system needs attention to prevent a failure in the
future. The health percentage is between 50 and 75%.
Red The system needs immediate attention. The health
percentage is below 50%.
There are at least 30 days until the next
service task is necessary.
At least one service task is required in 1 to
30 days.
One or more service tasks are required
within 1 day.
Additional measurement screens
From the measurement screen, additional measurement screens are available:
• Single channel analyzers:
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Shows when the analyzer has the auto calibration option.
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• Push the LEFT or RIGHT arrow to switch between the main display and a graphical display.
• Multi-channel analyzers:
• Push the UP or DOWN arrow to change the channel shown and see the last measurement for
the channel.
• Push the LEFT or RIGHT arrow to show more channels and a graphical display.
• In the graphical display, push the UP or DOWN arrow to show the graph for the previous or next
channel. Refer to Graphical display on page 8 for additional options.
Graphical display
The graphical display shows measurements for a maximum of four channels. The graph supplies
easy monitoring of trends and shows changes in the process.
1. From the main measurement screen, push the LEFT arrow to show the graphical display.
Note: Push the UP or DOWN key to show the graph for the previous or next channel in sequence.
2. Push home to change the graph settings.
3. Select an option.
Option Description
MEASUREMENT VALUE Sets the measurement value range on the graph for the selected channel. Select
DATE & TIME RANGE Selects the date and time range to show on the graph: last day, last 48 hours, last
between AUTO SCALE and MANUALLY SCALE. Enter the minimum and
maximum ppb value in the MANUALLY SCALE menu.
week or last month.
Configuration
Set the language
1. Push menu, then select SETUP SYSTEM > LANGUAGE.
2. Select the language that shows on the display and in the log files.
Remove channels from the measurement screen (2- or 4-channel analyzers)
Remove the channels that are not measured (e.g., 4-~SAMPLE4) from the measurement screen.
Change the order that the channels show on the measurement screen as necessary.
1. Remove the channels that are not measured (e.g., 4-~SAMPLE4) from the measurement screen
as follows:
a. Push menu, then select SETUP SYSTEM > DISPLAY SETUP > ADJUST ORDER >
REMOVE MEASUREMENTS.
b. Select the channels that contain the symbol "~" (e.g., 4-~SAMPLE4), then push enter two
times.
Note: To add a channel to the measurement screen, select ADD MEASUREMENTS.
2. To change the order that the channels show on the measurement screen, select an option.
Option Description
SEE CURRENT ORDER Shows the order that channels show on the measurement screen.
REORDER LIST Sets the order that channels show on the measurement screen.
SEE DEFAULT ORDER Shows the default order that channels show on the measurement screen.
SET TO DEFAULT Sets the order that channels show on the measurement screen to the default
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order.
Set the display brightness
1. Push menu, then select SETUP SYSTEM > DISPLAY SETUP > DISPLAY BACKLIGHT.
2. Enter a number from 1 to 9 (default: 5). Select a higher number to increase the brightness.
Set the maximum rinsing time
Set the maximum time interval the analyzer rinses the measurement cell at startup and immediately
after reactivation, grab sample measurement, calibration and prime reagents.
Rinsing removes the reactivation solution, grab sample or calibration standard from the
measurement cell. The analyzer rinses the measurement cell with the sample from the next channel
to be measured until the measurement is stable.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > RINSE > MAX RINSE
TIME.
2. Enter the maximum rinse time (10 to 100 minutes). The recommended setting is 45 minutes
(default).
Set the sample target pH (analyzer without cationic pump)
Note: This task only applies to analyzers without the optional cationic pump. Refer to Product overview in the
installation manual to identify the cationic pump.
Before the measurement, the analyzer increases the pH of the sample to between 10.7 and 11.4 with
a conditioning solution to prevent ion interference. The analyzer automatically adjusts the quantity of
the conditioning solution that is added to the sample to keep the sample pH constant.
Set the target sample pH as follows:
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > MEASUREMENT > PH
TARGET.
2. Set the target pH (10.7 to 11.4). The recommended setting is pH 11.2 (default).
Set the sample target pH (analyzer with cationic pump)
Note: This task only applies to analyzers with the optional cationic pump. Refer to Product overview in the
installation manual to identify the cationic pump.
Before the measurement, the analyzer increases the pH of the sample to between 11.2 and 11.4 with
a conditioning solution to prevent ion interference. Set the ratio of the conditioning solution, which is
added as a gas, and the sample for each channel (Tgas/Twater). The Tgas/Twater ratio is based on
the pH of the unconditioned sample.
Item to collect: Calibrated pH sensor to put into the middle chamber of the measurement cell (or a
pH test strip)
Set the Tgas/Twater ratio for each channel as follows:
1. Identify the pH of the sample for each channel before it goes into the analyzer.
2. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > MEASUREMENT >
TGAS/TWATER.
3. Select the channels one at a time (e.g., TGAS/TWATER1 = Channel 1). Enter the applicable
Tgas/Twater value from Table 3 (default: 20%).
4. Push home.
5. Let the analyzer operate for 1 hour to stabilize.
6. Identify if the conditioned sample pH is between 11.2 and 11.4 as follows:
a. Remove the sodium electrode from the middle chamber of the measurement cell. Put the
sodium electrode in deionized water to keep the electrode wet.
b. Put a calibrated pH sensor in the middle chamber of the measurement cell.
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c. For each channel, record the pH of the sample while the measurement status bar shows on
the display.
d. If the pH of a sample(s) is not between 11.2 and 11.4, set the Tgas/Twater setting for the
channel to a higher (or lower) percentage as necessary. Then, after 1 hour of operation, do
step c again.
e. If the pH of a sample(s) is not between 11.2 and 11.4 when the Tgas/Twater is set to the
maximum value, refer to "PH TOO LOW" in the troubleshooting table of the maintenance
manual to identify the problem.
7. When the conditioned sample pH of each channel is between 11.2 and 11.4, install the sodium
electrode back in the middle chamber of the measurement cell.
Table 3 Tgas/Twater ratio
pH of sample Tgas/Twater ratio pH of sample Tgas/Twater ratio
2 200% 2.9 30%
2.3 80% 3.5 21%
2.6 50% 4.0 18%
Set the measurement logging interval (1-channel analyzers)
Set the measurement logging interval. Measurements are saved to the data log at the measurement
logging interval. In addition, the relays and analog outputs are updated at the measurement logging
interval.
Note: This procedure applies to analyzers that can only be plumbed to one sample source. For analyzers that can
be plumbed to more than one sample source, go to Set the measurement logging interval (2- or 4-channel
analyzers) on page 11.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > MEASUREMENT >
SET MEASURE CYCLE > CYCLE TIME.
2. Enter the measurement logging interval (default: 10 minutes).
Note: The analyzer measures the sample continuously during the CYCLE TIME selected. The measurement
shows on the display. At the end of the CYCLE TIME, the analyzer saves the average measurement for the last
minute to the data log. In addition, the analyzer updates the relays and analog outputs so they represent the
saved measurement.
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Set the measurement logging interval (2- or 4-channel analyzers)
Set the measurement logging interval. Measurements are saved to the data log at the measurement
logging interval. In addition, the relays and analog outputs are updated at the measurement logging
interval.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > MEASUREMENT >
SET MEASURE CYCLE.
2. Select and configure each option. Select SEARCH STABILITY first.
Option Description
SEARCH
STABILITY
Between channel measurements, the analyzer rinses the measurement cell with sample
from the next channel to be measured for a set time interval (or until the measurement is
stable).
NO (default)—Sets search stability to off. The analyzer rinses the measurement cell for a set
time interval. As a result, the measurement logging interval is constant.
When SEARCH STABILITY is set to NO, the settings to configure are CYCLE TIME and ON
LINE MEASURE time.
Measurement logging interval = CYCLE TIME
CYCLE TIME = ON LINE MEASURE time + Rinsing time (set value)
YES—Sets search stability to on. The analyzer rinses the measurement cell only until the
measurement is stable, which minimizes the rinsing time. As a result, the measurement
logging interval is variable.
When SEARCH STABILITY is set to YES, the settings to configure are MAX CYCLE TIME
(maximum measurement logging interval) and ON LINE MEASURE time.
Measurement logging interval = ON LINE MEASURE time + Rinsing time (variable)
ON LINE
MEASURE
MAX CYCLE
TIME
CYCLE TIME Note: The CYCLE TIME option only shows when SEARCH STABILITY is set to NO.
Sets the amount of time the analyzer measures the channel (1 to 119 minutes, default:
10 minutes).
Note: The analyzer measures the channel continuously during the ON LINE MEASURE
time. The measurement shows on the display. At the end of the ON LINE MEASURE time,
the analyzer saves the average measurement for the last minute to the data log. In addition,
the analyzer updates the relays and analog outputs so they represent the saved
measurement.
Note: The MAX CYCLE TIME option only shows when SEARCH STABILITY is set to YES.
Sets the maximum measurement logging interval (11 to 120 minutes, default: 45 minutes).
Sets the maximum rinsing time. For example, if the MAX CYCLE TIME setting is 45 minutes
and the ON LINE MEASURE setting is 10 minutes, the maximum rinsing time is 35 minutes.
Sets the measurement logging interval (11 to 120 minutes, default: 45 minutes). Sets the
rinsing time. For example, if the CYCLE TIME setting is 20 minutes and the ON LINE
MEASURE setting is 10 minutes, the rinsing time is 10 minutes.
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Set the reactivation schedule
With time, the sensitivity of the sodium electrode decreases because of the very low levels of sodium
in the sample water. Auto reactivation adds a small quantity of reactivation solution to the
measurement cell at regular intervals (e.g., 24 hours) to increase the sensitivity of the sodium
electrode. Auto reactivation increases the accuracy of the analyzer measurements.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > REACTIVATION > SET
AUTO REACTIVATION.
2. Select an option.
Option Description
ENABLE AUTO
REACTIVATION
TIME BASE DAYS—Sets auto reactivation to occur on selected days at a selected time (e.g.,
WEEK DAY Note: The WEEK DAY option only shows when TIME BASE is set to DAYS.
TIME Note: The TIME option only shows when TIME BASE is set to DAYS.
SET INTERVAL Note: The SET INTERVAL option only shows when TIME BASE is set to HOURS.
YES (default)—Sets auto reactivation to on. NO—Sets auto reactivation to off.
Note: If reactivation is off, a reactivation is only done before a calibration.
daily at 9:00 am). HOURS (default)—Sets a time interval between reactivations
(e.g., 24 hours).
Sets the days of the week that a reactivation is done. All of the days of the week are
selected by default. The default setting is recommended.
Sets the time a reactivation is done in 24-hour format (default: 12:00).
Sets the time interval between reactivations (2 to 168 hours). The recommended
time interval is 24 hours (default).
Set the measurement units
Set the measurement units that show on the measurement screen.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > MEAS UNITS.
2. Select the measurement units (ppm, ppb, mg/L or µg/L).
Set the signal average
Set the number of saved measurements the analyzer uses to calculate an average measurement
(1–5). At the end of the measurement cycle, the analyzer saves the average measurement to the
data log. In addition, the analyzer updates the relays and analog outputs so they represent the saved
measurement. The signal average setting decreases variability in measurements.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > SIGNAL AVERAGE.
2. Push the UP or DOWN arrow key to set the value. The default is 1 (no signal average used).
Change the analyzer or channel names
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER.
2. Select an option.
Option Description
EDIT ANALYZER
NAME
EDIT CHANNEL
NAME
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Changes the name of the analyzer. Enter a unique name, such as the analyzer
location (16 characters maximum). The analyzer name shows on the measurement
screen and the data logs.
Changes the name of the selected channel. Enter a unique name, such as the
source of the sample water (10 characters maximum). The channel name(s) shows
on the measurement screen and the data logs.
Start or stop measurements on a channel (2- or 4-channel analyzers)
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > CONFIGURE
SEQUENCER > ACTIVATE CHANNELS.
2. Select a channel to start measurements. Unselect a channel to stop measurements. Push the
LEFT arrow to select or unselect a checkbox.
Change the channel measurement order (2- or 4-channel analyzers)
To change the order that the channels are measured, do the steps that follow:
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > CONFIGURE
SEQUENCER > SEQUENCE CHANNELS.
2. Push the UP and DOWN arrows to select a row.
Note: S1 is the first channel measured, followed by S2, S3 and S4.
3. Push the LEFT or RIGHT arrow to select a channel.
Note: Do not select channels that contain the symbol "~" (e.g., 4-~SAMPLE4). Channels that contain the
symbol "~" are not measured.
Set the date and time
Set the date and time format and the date and time that show on the measurement screen and in the
log files.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > SET DATE/TIME.
2. Select an option.
Option Description
DATE FORMAT Sets the date format (YYYY= year, MM=month and DD=day) and time format (12-hour or
DATE/TIME Sets the date and time. Use the arrow buttons to enter the date and time.
24-hour). Default: YYYY-MM-DD 24 hours.
Configure the 4-20 mA analog outputs
If an analog output(s) in the analyzer is connected to an external device, select the channel
represented at the analog output and the measurement range.
1. Enable an analog output as follows:
a. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > SETUP OUTPUTS
> 4-20 mA SETUP > [select an output].
b. Select SELECT SOURCE > [analyzer name].
2. Select an option.
Note: Select SET PARAMETER first, then SET FUNCTION and then ACTIVATION.
Option Description
ACTIVATION The ACTIVATION options change based on the SET FUNCTION setting. Refer to the
SELECT SOURCE NONE (default)—Sets the analog output to disabled. [analyzer name]—Sets the analog
SET PARAMETER Sets the channel represented at the analog output.
tables that follow to configure the analog output.
output to enabled.
Note: Do not select a channel that contains the symbol "~" (e.g., 4-~SAMPLE4).
Channels that contain the symbol "~" are not measured.
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Option Description
SET FUNCTION Sets the function of the analog output. Refer to the tables that follow for more
SET TRANSFER Sets the value of the analog output when an error occurs if the ERROR HOLD MODE
SET FILTER Sets the amount of time for analog output averaging (0 to 999 seconds, default:
SCALE 0mA/4mA Sets the analog output value range to 0–20 mA or 4–20 mA (default).
information. LINEAR CONTROL (default)—The analog output is linearly dependent on
the measurement value. PID CONTROL—The analog output operates as a PID
(Proportional, Integral, Derivative) controller. LOGARITHMIC—The analog output is
represented logarithmically within the measurement range. BILINEAR—The analog
output is represented as two linear segments within the measurement range.
setting is set to TRANSFER OUTPUTS (0 to 25 mA, default: 4 mA). Refer to Set the
error hold mode on page 21.
0 seconds). For example, if the value is set to 30 seconds, the value of the analog
outputs is updated every 30 seconds and the value is the average of the analog output
values during the previous 30 seconds.
• LINEAR CONTROL function
Option Description
SET LOW VALUE Sets the low measurement value that is represented as 0 or 4 mA at the analog output.
SET HIGH VALUE Sets the high measurement value that is represented as 20 mA at the analog output.
• PID CONTROL function
Option Description
SET MODE AUTO—The analog value (mA) is automatically controlled by the algorithm when the
PHASE DIRECT—The analog value increases as the measurement value increases. REVERSE—
SET SETPOINT Sets a measurement value as the setpoint value.
PROP BAND Sets a value for the difference between the measured value and the setpoint value.
INTEGRAL Sets the time interval from the reagent injection point to the contact with the measuring
DERIVATIVE Sets a value that adjusts for vacillation of the process. The majority of applications can be
TRANSIT TIME Sets the value to stop the PID control for a selected period of time when the sample moves
analyzer uses proportional, integral and derivative inputs. MANUAL—The analog value
(mA) is controlled by the user. To change the value manually, change the % value in
MANUAL OUTPUT.
The analog value increases as the measurement value decreases.
device.
controlled without the use of the derivative setting.
from the sample valve to the measurement electrode.
• LOGARITHMIC function
Option Description
SET 50% VALUE Sets the value corresponding to 50% of the process variable range.
SET HIGH VALUE Sets the high endpoint (upper value) of the process variable range.
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• BILINEAR function
Option Description
SET LOW VALUE Sets the low endpoint (lower value) of the process variable range.
SET HIGH VALUE Sets the high endpoint (upper value) of the process variable range.
SET KNEE POINT VALUE Sets the value at which the process variable range divides into another linear
SET KNEE POINT CURRENT Sets the value of the current at the knee point value.
segment.
Configure the relays
If a relay(s) in the analyzer is connected to an external device, select the triggers that set the relay to
on (active). The relay status shows at the top-right corner of the measurement screen. Refer to
Figure 3 on page 6.
Note: The Normally Open (NO) and Common (COM) relay contacts are connected when the relay is on. The
Normally Closed (NC) and Common relay contacts are connected when an the relay is off.
1. Enable a relay as follows:
a. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > SETUP OUTPUTS
> RELAY SETUP > [select a relay].
b. Select SELECT SOURCE > [analyzer name].
2. Select an option.
Note: Select SET PARAMETER first, then SET FUNCTION and then ACTIVATION.
Option Description
ACTIVATION The ACTIVATION options change based on the SET FUNCTION setting. Refer to the
SELECT SOURCE NONE—Sets the relay to disabled. [analyzer name]—Sets the relay to enabled.
SET PARAMETER Sets the channel represented at the relay.
SET FUNCTION ALARM (default)—Sets the relay to on when the measurement value is more than the
SET TRANSFER Sets the relay to active (on) or inactive (off) when an error occurs if the ERROR HOLD
FAIL SAFE YES—Sets the normal condition for the relays to be active (on). NO—Sets the normal
tables that follow to configure the relay.
Note: Do not select a channel that contains the symbol "~" (e.g., 4-~SAMPLE4).
Channels that contain the symbol "~" are not measured.
high alarm value or less than the low alarm value. FEEDER CONTROL—Sets the relay
to on if a measurement value is more (or less) than the setpoint value. EVENT
CONTROL—The relay toggles if a process value reaches an upper or lower limit.
SCHEDULER—Sets the relay to on at selected times regardless of the measurement
value. WARNING—Sets the relay to on when there is a warning or error condition.
PROCESS EVENT—Sets the relay to on when the analyzer does a selected operation.
MODE setting is set to TRANSFER OUTPUTS. The default setting is INACTIVE (off).
Refer to Set the error hold mode on page 21.
condition for the relays to be inactive (off).
• ALARM function (refer to Figure 5)
Option Description
LOW ALARM Sets the value where the relay is set to on in response to decreasing measured value.
HIGH ALARM Sets the value where the relay is set to on in response to increasing measured value.
For example, if the low alarm is set for 1.0 and the measured value drops to 0.9, the
relay activates.
For example, if the high alarm is set for 1.0 and the measured value increases to 1.1,
the relay activates.
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Option Description
LOW DEADBAND Sets the range where the relay stays on after the measured value increases above the
HIGH DEADBAND Sets the range where the relay stays on after the measured value decreases below the
OFF DELAY Sets a delay time for the relay to be set to off.
ON DELAY Sets a delay time for the relay to be set to on.
low alarm value. For example, if the low alarm is set for 1.0 and the low deadband is set
for 0.5, the relay stays on between 1.0 and 1.5.
high alarm value. For example, if the high alarm is set for 4.0 and the high deadband is
set for 0.5, the relay stays on between 3.5 and 4.0.
Figure 5 Alarm function
1 High alarm 4 Low alarm 7 Time (x-axis)
2 High deadband 5 ON delay 8 Source (y-axis)
3 Low deadband 6 OFF delay
• FEEDER CONTROL function (refer to Figure 6 and Figure 7)
Option Description
PHASE HIGH—Sets the relay to on when the measured value is more than the setpoint value.
SET SETPOINT Sets a measurement value as the setpoint value.
DEADBAND Sets the deadband value for the relay. If PHASE is set to LOW, the relay stays on until
OVERFEED TIMER Sets a time limit for how long the relay can stay on. Once an overfeed alarm is present,
LOW—Sets the relay to on when the measured value is less than the setpoint value.
the measurement value increases to more than the setpoint value plus the deadband
value. If PHASE is set to HIGH, the relay stays on until the measurement value
decreases to less than the setpoint value minus the deadband value.
it must be manually reset. Refer to Reset the overfeed timer for relays on page 21.
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Option Description
OFF DELAY Sets a delay time before the relay is set to off.
ON DELAY Sets a delay time before the relay is set to on.
Figure 6 Feeder control function
1 Deadband (Phase = Low) 4 OFF delay (phase set high) 7 ON delay (phase set high)
2 Deadband (Phase = High) 5 ON delay (phase set low) 8 OFF delay (phase set low)
3 Setpoint 6 Time (x-axis) 9 Source (y-axis)
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Figure 7 Feeder control function (phase low, overfeed timer)
1 Deadband 4 Time (x-axis) 7 Source (y-axis)
2 Setpoint 5 ON delay
3 Overfeed timer 6 OFF delay
• EVENT CONTROL function (refer to Figure 8 and Figure 9)
Option Description
SET SETPOINT Sets a measurement value where the relay is set to on.
DEADBAND Sets a hysteresis so the relay will not swing unregulated when the measurement value
OnMax TIMER Sets the maximum time the relay can stay on independent from the measured value.
OffMax TIMER Sets the maximum time the relay can stay off independent from the measured value.
OnMin TIMER Sets the minimum time the relay can stay on independent from the measured value.
OffMin TIMER Sets the minimum time the relay can stay off independent from the measured value.
converges to the setpoint.
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Figure 8 Event control function (no delay)
1 Source (y-axis) 3 Setpoint 5 OnMax-time
2 Deadband 4 Time (x-axis) 6 OffMax-time
Figure 9 Event control function (OnMin timer, OffMin timer)
1 Deadband 3 Time (x-axis) 5 OnMin timer
2 Setpoint 4 OffMin timer 6 Source (y-axis)
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• SCHEDULER function (refer to Figure 10)
Option Description
HOLD OUTPUTS Holds or transfers outputs for the selected channels.
RUN DAYS Sets the days that the relay operates.
START TIME Sets the start time.
INTERVAL Sets the time between activation cycles (0 to 999 seconds, default: 0).
DURATION Sets the period of time the relay is energized (0 to 999 seconds, default: 0).
OFF DELAY Sets the time for additional hold/output time after the relay has been turned off (0 to
999 seconds, default: 0).
Figure 10 Scheduler function
1 Duration 3 Interval
2 OFF delay 4 Time (x-axis)
• WARNING function
Option Description
WARNING LEVEL Sets the relay to on when the selected warning(s) occurs. Push the LEFT arrow to select
or unselect a checkbox.
• PROCESS EVENT function
Option Description
SELECT
EVENTS
Sets the relay to on when the selected process event(s) occurs. Push the LEFT arrow to select
or unselect a checkbox.
MEASURING 1, 2, 3 or 4—Sets the relay to on during the measurement cycle of Channel 1, 2,
3 or 4.
CALIBRATE—Sets the relay to on during calibration.
SHUTDOWN—Sets the relay to on when in shutdown mode.
STARTUP—Sets the relay to on during the startup cycle.
GRAB SAMPLE—Sets the relay to on during grab sample measurement.
MARK END OF MEASURE—Sets the relay to on for 1 second at the end of each
measurement cycle.
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Reset the overfeed timer for relays
The overfeed timer setting for the relays prevents a condition that keeps the measurement value
higher than the setpoint or deadband setting (e.g., damaged electrode or a process upset) from
keeping a relay switched on continuously. The overfeed timer limits how long the relays and their
connected control element stay on independent of the conditions.
When the select time interval for the overfeed timer expires, the relay status flashes on the top-right
corner of the measurement screen until the overfeed timer is reset. Push diag, then select
OVERFEED RESET to reset the overfeed timer.
Set the error hold mode
If an analog output or relay in the analyzer is connected to an external device, select the error hold
mode.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > SETUP OUTPUTS >
ERROR HOLD MODE.
2. Select an option.
Option Description
HOLD OUTPUTS
(default)
TRANSFER
OUTPUTS
Holds the relays and analog outputs at the last known value when an error occurs or
measurements are stopped (e.g., calibration, rinse, reactivation or grab sample
measurement).
Sets the relays and analog outputs to the transfer value set in the analog output and
relay settings when an error occurs or measurements are stopped (e.g., calibration,
rinse, reactivation or grab sample measurement).
Set the security settings
Enable passcode protection as necessary. Select the menu options that are passcode protected.
Note: Passcode protection is disabled by default.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > SECURITY SETUP.
2. Select an option.
Option Description
SET PASS CODE DISABLED (default)—Sets the passcode protection to off. ENABLED—Sets the
EDIT PASS CODE Changes the passcode (6 characters maximum).
PROTECT FEATURES Selects the menu options that are passcode protected. The menu options that are
passcode protection to on. Enter the default passcode (HACH55).
selected are passcode protected. Push the LEFT arrow to select or unselect a
checkbox.
Adjust the water level of the overflow vessel
Note: Only do this task if the analyzer has a calibration bottle. Refer to Product overview in the installation manual
to identify the calibration bottle.
The water level of the overflow vessel is important for accurate auto calibration. Before an auto
calibration is done, adjust the water level so that the water is between the top mark (+) and the
bottom mark (–). Make sure that the analyzer is level from front to back and side to side.
1. Wait until the overflow vessel is full of water.
2. If the water is higher than the top mark (+) or lower than the bottom mark (–) on the overflow
vessel, do the steps that follow:
a. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > OVERFLOW
COMPENSATION.
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b. Select an option.
Option Description
+ Select when the water is higher than the top mark (+).
0 Select when the water is between the top mark (+) and than the bottom mark (–).
– Select when the water is lower than the bottom mark (–).
Calibration
C A U T I O N
Chemical exposure hazard. Obey laboratory safety procedures and wear all of the personal protective
equipment appropriate to the chemicals that are handled. Refer to the current safety data sheets
(MSDS/SDS) for safety protocols.
Set the auto calibration settings
Note: Only do this task if the analyzer has a calibration bottle. Refer to Product overview in the installation manual
to identify the calibration bottle.
Set the auto calibration schedule and select the channel used for calibrations. The manufacturer
recommends that the analyzer is calibrated at 7-day intervals (weekly).
1. Push cal, then select SET AUTO CALIBRATION.
2. Select and configure each option.
Option Description
ENABLE AUTO
CAL
STD SOLUTION Sets the concentration of the calibration standard that is in the analyzer bottle (default:
TIME BASE DAYS (default)—Sets calibration to occur on selected days at a selected time (e.g., daily
WEEK DAY Note: The WEEK DAY option only shows when TIME BASE is set to DAYS.
TIME Note: The TIME option only shows when TIME BASE is set to DAYS.
SET INTERVAL Note: The SET INTERVAL option only shows when TIME BASE is set to HOURS.
SELECT CAL
CHANNEL
NO—Sets auto calibration to off. YES (default)—Sets auto calibration to on.
10,000 ppb = 10 ppm).
Note: If the concentration of the calibration standard is 100 ppm or higher, set the
measurement units setting to ppm.
at 9:00 am). HOURS—Sets a time interval between calibrations (e.g., 168 hours =
7 days).
Sets the days a calibration is done. An auto calibration is done weekly on Sunday by
default. The recommended time interval between calibrations is 7 days.
Sets the time a calibration is done (default: 02:00 = 2:00 am).
Sets the time interval between calibrations. Options: 2 to 255 hours (default: 168 hours =
7 days). The recommended time interval between calibrations is 7 days.
Selects the channel used for calibrations (default: Channel 1).
Note: Do not select a channel that contains the symbol "~" (e.g., 4-~SAMPLE4).
Channels that contain the symbol "~" are not measured.
Do a calibration
Let the analyzer operate for 2 hours after initial startup (or storage) to become stable, then do a
calibration.
Over time readings can drift to higher or lower than they should be. For the best accuracy, calibrate
the analyzer at 7-day intervals (weekly).
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1. Push cal, then select START CALIBRATION.
2. Select an option.
Option Description
AUTO CAL
MANUAL
START
MAN OFFSET
CAL
MAN OFFSET
+SLOPE CAL
Note: This option is only available if the analyzer has the auto calibration option.
Manually starts an auto calibration.
Important: Before an auto calibration is done, do the steps in Adjust the water level of the
overflow vessel on page 21.
Starts a 1-point manual calibration. When prompted, add 200 mL of the calibration standard
to the overflow vessel. The recommended standard is 100 ppb or 1000 ppb.
Note: Do not use a standard solution that is less than 100 ppb because it can quickly
become contaminated, which changes the concentration.
Starts a 2-point manual calibration. When prompted, add 200 mL of each calibration
standard to the overflow vessel. The recommended standards are 100 ppb and 1000 ppb.
Important: The difference in temperature of the two calibration standards must not be more
than ± 5 °C (± 9 °F). The second calibration standard must have a sodium concentration
that is 5 to 10 times more than the first calibration standard (e.g., 100 ppb and 1000 ppb). A
large difference between the sodium concentration of the calibration standards is necessary
to get an accurate calibration.
Note: Do not use a standard solution that is less than 100 ppb because it can quickly
become contaminated, which changes the concentration.
Prepare calibration standards
To prepare a 100-ppb Na standard and a 1000-ppb Na standard to do a manual calibration, do the
steps that follow. All volumes and quantities used to prepare the calibration standard must be
precise.
Items supplied by the user:
• Volumetric flask (4x), 500 mL, Class A
• NaCl, 1.272 g
• Ultra pure water, 500 mL
• 1–10 mL TenSette pipet and tips
1. Prepare 500 mL of 1-g/L Na calibration standard as follows:
a. Rinse the volumetric flask with ultra pure water three times.
b. Add 1.272 g NaCl to the volumetric flask.
c. Add 100 mL of ultra pure water to the volumetric flask.
d. Shake the volumetric flask until the powder is fully dissolved.
e. Add ultra pure water to the 500-mL mark.
f. Shake the volumetric flask to fully mix the solution.
2. Prepare 500 mL of 100-ppm Na calibration standard as follows:
a. Rinse the other volumetric flask with ultra pure water three times.
b. Use a pipet to add 5 mL of the 1-g/L Na standard to the volumetric flask. Put the pipet in the
flask to add the solution.
c. Add ultra pure water to the 500-mL mark.
d. Shake the volumetric flask to fully mix the solution.
3. Prepare 500 mL of 100-ppb Na calibration standard as follows:
a. Rinse the other volumetric flask with ultra pure water three times.
b. Use a pipet to add 5 mL of the 100-ppm Na standard to the volumetric flask. Put the pipet in
the flask to add the solution.
c. Add ultra pure water to the 500-mL mark.
d. Shake the volumetric flask to fully mix the solution.
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4. Prepare 500 mL of 1000-ppb Na calibration standard as follows:
a. Rinse the other volumetric flask with ultra pure water three times.
b. Use a pipet to add 50 mL of the 100-ppm Na standard to the volumetric flask. Put the pipet in
the flask to add the solution.
c. Add ultra pure water to the 500-mL mark.
d. Shake the volumetric flask to fully mix the solution.
5. Keep the solutions that are not used in a clean plastic bottle. Rinse the bottle with ultra-pure
water and then with a small amount of the calibration standard. Put a label on the bottle that
identifies the solution and the date it was made.
Show the calibration data
To see the results of the last calibration, push cal and select CALIBRATION DATA.
To see the results of the last ten calibrations, push menu and select VIEW DATA > LOG DATA >
VIEW CALIBRATION LOG.
Do a calibration verification
Do a calibration verification to identify if the analyzer is still calibrated.
1. Push menu, then select GRAB SAMPLE/VERIFICATION.
2. Select VERIFICATION, then push enter.
3. Follow the instructions on the display.
4. When prompted, add 200 mL of the calibration standard to the overflow vessel. The
recommended standard is 100 ppb.
Note: Do not use a standard solution that is less than 100 ppb because it can quickly become contaminated,
which changes the concentration.
Important: The temperature of the calibration standard must not be more than ± 5 °C (9 °F)
different than the calibration standard that was used to calibrate the analyzer.
5. When the calibration verification is completed, do a calibration immediately if "FAIL" shows. If
"PASS" shows, no action is necessary.
Do a temperature calibration
Make sure that the temperature reading is accurate as necessary.
1. Remove the sodium electrode from the middle chamber of the measurement cell.
2. Put the sodium electrode in deionized water to keep it wet.
3. Put a calibrated temperature sensor in the middle chamber of the measurement cell.
4. Record the temperature reading.
5. Push cal, then select TEMPERATURE CAL.
The sample temperature shows on the display.
6. Push enter.
7. If the recorded temperature and the temperature on the display are not the same, enter a
temperature offset.
For example, if the recorded temperature is 23 °C and the temperature on the display is 25 °C,
then enter –2 °C.
8. Install the sodium electrode in the middle chamber of the measurement cell.
Do a flow rate calibration
Make sure that the flow rate reading is accurate as necessary.
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1. Push menu, then select STOP ANALYZER.
Note: If START ANALYZER shows, the analyzer is already in standby mode.
2. Push cal, then select FLOW RATE CAL.
3. Wait for the calibration to complete (approximately 5 minutes).
4. Push enter to go to the measurement screen.
5. Push menu, then select START ANALYZER.
Calibrate the 4-20 mA analog outputs
If an analog output in the analyzer is connected to an external devices, calibrate the analog output as
necessary. The analog outputs are factory-calibrated. The adjustment range for analog output
calibration is ± 2 mA.
Note: If an analog output is configured to be 0–20 mA, 4 mA and 20 mA are calibrated.
1. Push menu, then select SETUP SYSTEM > CONFIGURE ANALYZER > SETUP OUTPUTS >
OUTPUT CALIBRATION > [select an output].
2. Select an option.
Option Description
CAL 4mA With a calibrated digital multimeter, measure the actual value supplied at the analog output.
CAL 20mA With a calibrated digital multimeter, measure the actual value supplied at the analog output.
Adjust the value shown until the signal at the analog output is 4.00 mA.
Adjust the value shown until the signal at the analog output is 20.00 mA.
Operation
Show the details of the current and the last measurement
Push menu and select VIEW DATA > MEASUREMENT DATA. Refer to Table 4.
Table 4 Measurement data descriptions
Item Description
LAST MEAS TIME The time the last measurement was completed.
LAST MEAS CHANNEL The last channel measured.
NEXT MEAS TIME The time the next measurement will be completed.
NEXT MEAS CHANNEL The next channel to be measured.
SAMPLE TEMPERATURE The temperature of the channel in use.
FLOW RATE The flow rate of the channel in use.
LAST CONC The sodium concentration of the last channel measured.
CONCENTRATION The sodium concentration of the channel in use.
RAW POTENTIAL The real time mV signal. The potential between the two electrodes.
AVERAGE POTENTIAL The six second average (approximately) of the mV signal.
COMPENSATED POTENTIAL The temperature compensated mV value (potential) at 25 °C.
MEAS STABLE Identifies if the measurement is stable (0 to 100). The larger the value, the more
4
pH
stable the measurement.
The adjusted pH of the channel in use.
4
The pH value does not show if the optional cationic pump is installed.
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Table 4 Measurement data descriptions (continued)
Item Description
CONDUCTIVITY The conductivity of the channel in use.
TGAS The time for gas (conditioning solution) during pH conditioning.
TWATER The time for water (sample) during pH conditioning.
Measure a grab sample
The analyzer can measure a water sample that is added to the overflow vessel. Make sure that the
specifications of the water sample are as follows:
• Sodium concentration5—Analyzer without a cationic pump: 20 to 10,000 ppb; Analyzer with a
cationic pump: 20 ppb to 200 ppm.
• pH—Analyzers without cationic pump: 6 to 10 pH; Analyzers with cationic pump: 2 to 10 pH
• Temperature6—5 to 45 °C (41 to 113 °F)
• Acidity (equivalent CaCO3)—Analyzer without a cationic pump: less than 50 ppm; Analyzer with
a cationic pump: less than 250 ppm
• Suspended solids—Less than 2 NTU with no oil or grease
Measure a water sample as follows:
1. Collect a minimum of 200 mL of a water sample in a clean container.
2. Push menu, then select GRAB SAMPLE/VERIFICATION.
3. Select GRAB SAMPLE, then push enter.
4. Follow the instructions on the display.
5. When prompted, add the water sample to the overflow vessel until the water level is between the
top mark (+) and the bottom mark (-). Push enter.
When the measurement is done, the results show on the display.
Show the measurement, calibration and event logs
Note: The analyzer stores a maximum of 18,000 data points. After 18,000 data points are stored, the oldest data
points are overwritten with new data.
1. Push menu and select VIEW DATA > LOG DATA.
2. Select an option.
Option Description
VIEW DATA LOG Shows the saved measurements.
VIEW EVENT LOG Shows the events that have occurred.
VIEW CALIBRATION LOG Shows the saved calibrations.
VIEW GRAB SAMPLE LOG Shows the saved grab sample measurements.
3. Select an option.
Option Description
START TIME Shows the data recorded after the selected date and time.
5
A grab sample that has a sodium concentration of less than 20 ppb is not recommended.
6
For the best accuracy (± 5% from 20 ppb to 10 ppm), make sure that the grab sample is at the
same temperature (± 5 °C) as the calibration standard used for calibration.
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Option Description
NUMBER OF HOURS Shows the data recorded within the selected number of hours before now.
NUMBER OF READINGS Shows the selected number of data points.
Save data or settings to an SD card
Save the data logs to an SD card to use the data on a PC as necessary. Save the analyzer settings
to an SD card so the settings can be restored later or copied to another analyzer as necessary.
Items to collect:
• SD card (2 GB or more)
• PC with SD card slot
1. Put an SD card in the SD card slot (2 GB minimum). Refer to Figure 11.
2. Push menu, then select SD CARD SETUP.
3. Select an option.
Option Description
UPGRADE
SOFTWARE
SAVE LOGS Saves the data log file to the HACH/Logs/ANALYZER_xxxx folder on the SD card.
MANAGE
CONFIGURATION
WORK WITH
DEVICES
4. When done, remove the SD card from the analyzer.
5. Install the cover for the SD card slot to keep the environmental rating of the enclosure.
Note: The UPGRADE SOFTWARE option only shows when a software update file is
on the SD card.
Installs the software update file that is on the SD card. Refer to Install the latest
software version on page 28.
Open the data log file, ANALYZER_NAME_DL.xml, with Internet Explorer or Excel.
Saves the event log file to the HACH/Logs/ANALYZER_xxxx folder on the SD card in
CSV (comma-separated value) file format. Open the event log file,
ANALYZER_NAME_EL.csv, with Excel.
Options: LAST DAY, LAST WEEK, LAST MONTH, ALL or NEW.
Note: To save the other logs files to the SD card, refer to the WORK WITH DEVICES
option.
BACKUP SETTINGS—Saves the analyzer settings to the SD card. TRANSFER
SETTINGS—Installs the analyzer setting saved to the SD card on the analyzer.
READ DEVICE FILES—Saves the selected device data to the HACH/Devices folder
on the SD card in CSV file format. Options: GRAB SAMPLE DATA, CAL HISTORY,
SENSOR DIAG, MEASUREMENT DATA (curve data for calibrations and grab
sample measurements) and SERVICE HISTORY. WRITE DEVICE FILE—Installs a
new version of the measurement cycle script.
Note: The WRITE DEVICE FILE option only shows when a new version of the
measurement cycle script is on the SD card.
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Figure 11 SD card slot location
1 SD card slot
Install the latest software version
Install the latest software version on the analyzer. The analyzer settings do not change when a new
software version is installed. Data saved to the analyzer is not deleted when a new software version
is installed.
Note: To identify the software version that is installed on the analyzer, push menu and select VIEW DATA >
ANALYZER DATA. Look for "SOFTWARE VERS".
Items to collect:
• SD card (2 GB or more)
• PC with SD card slot and internet access
1. Put the SD card in the PC.
2. Download the latest software as follows:
a. Go to http://www.hach.com.
b. Search for "NA5600sc analyzer".
c. Select the "Downloads" tab. Scroll down to "Software/Firmware".
d. Click the link for the software download. Select Open. A Hach folder shows.
3. Copy the HACH folder to the SD card.
4. Remove the SD card from the PC.
5. Hold the SD card so that the label points to the right. Put the SD card in the SD card slot on the
analyzer. Refer to Figure 11 on page 28.
6. Push menu, then select SD CARD SETUP > UPGRADE SOFTWARE.
7. When the installation is complete, push enter to reboot the analyzer.
8. Install the new measurement cycle script as follows:
a. Push menu, then select SD CARD SETUP > WORK WITH DEVICES > WRITE DEVICE
FILE.
b. When the installation is complete. set the power switch to off (down). Refer to Startup
on page 3.
c. Wait 10 seconds, then set the power switch to on (up).
9. Remove the SD card from the analyzer.
10. Install the cover for the SD card slot to keep the environmental rating of the enclosure.
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Install the latest HART module firmware
Install the latest HART module firmware on the analyzer.
Items to collect:
• SD card (2 GB or more)
• PC with SD card slot and internet access
1. Put the SD card in the PC.
2. Download the latest HART firmware as follows:
a. Go to http://www.hach.com.
b. Search for "NA5600sc analyzer".
c. Select the "Downloads" tab. Scroll down to "Software/Firmware".
d. Click the link for the HART module firmware download. Select Open. A Hach folder shows.
3. Copy the HACH folder to the SD card.
Note: The HART module firmware is the bin file in \HACH\Firmware\HART 0_32768.
4. Remove the SD card from the PC.
5. Hold the SD card so that the label points to the right. Put the SD card in the SD card slot on the
analyzer. Refer to Figure 11 on page 28.
6. Push menu, then select SD CARD SETUP > UPGRADE SOFTWARE > NETWORK CARD.
7. When the installation is complete, push enter to reboot the analyzer.
8. Remove the SD card from the analyzer.
9. Install the cover for the SD card slot to keep the environmental rating of the enclosure.
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Inhaltsverzeichnis
Inbetriebnahme auf Seite 30 Konfigurieren der Relais auf Seite 42
Benutzeroberfläche und Navigation auf Seite 32 Definieren des Fehlerhaltemodus auf Seite 49
Einstellen der Sprache auf Seite 35 Sicherheitseinstellungen auf Seite 49
Entfernen von Kanälen aus dem Messbildschirm (2oder 4-Kanal-Analysatoren) auf Seite 35
Einstellen der Bildschirmhelligkeit auf Seite 36 Einstellen der automatischen
Eingabe der maximalen Spülzeit auf Seite 36 Durchführen einer Kalibrierung auf Seite 51
Einstellen des pH-Sollwerts der Probe (Analysator ohne
Kationenpumpe) auf Seite 36
Einstellen des pH-Sollwerts der Probe (Analysator mit
Kationenpumpe) auf Seite 36
Festlegen des Messprotokollierintervalls (1-KanalAnalysatoren) auf Seite 37
Festlegen des Messprotokollierintervalls (2- oder 4Kanal-Analysatoren) auf Seite 38
Festlegen des Reaktivierungszeitpunkts auf Seite 39 Kalibrierung der analogen 4–20-mA-Ausgänge
Auswählen der Messeinheiten auf Seite 39 Anzeigen der Details der aktuellen und letzten Messung
Einstellen der Signalmittelung auf Seite 39 Messen einer Einzelmessung auf Seite 54
Ändern des Analysator- oder Kanalnamens
auf Seite 40
Starten oder Stoppen von Messungen an einem Kanal
(2- oder 4-Kanal-Analysatoren) auf Seite 40
Ändern der Reihenfolge für die Kanalmessung (2- oder
4-Kanal-Analysatoren) auf Seite 40
Einrichten von Datum und Uhrzeit auf Seite 40 Installieren der aktuellen Version der HART-Modul-
Konfigurieren der analogen 4–20-mA-Ausgänge
auf Seite 41
Anpassen des Wasserstands im Überlaufgefäß
auf Seite 49
Kalibrierungseinstellungen auf Seite 50
Anzeigen der Kalibrierungsdaten auf Seite 52
Durchführen einer Kalibrierungsverifizierung
auf Seite 52
Kalibrierung der Temperatur auf Seite 53
Durchführen einer Durchflussratenkalibrierung
auf Seite 53
auf Seite 53
auf Seite 54
Anzeigen der Mess-, Kalibrier- und Ereignisprotokolle
auf Seite 55
Speichern von Daten oder Einstellungen auf der SDKarte auf Seite 55
Installieren der aktuellen Softwareversion auf Seite 56
Firmware auf Seite 57
Sicherheitshinweise
Allgemeine Sicherheitshinweise, Gefahren- und Warnetikettenbeschreibungen finden Sie im
Installationshandbuch.
Inbetriebnahme
Schließen Sie das Netzkabel an einen Stromanschluss mit Schutzerde an.
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Deutsch
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