Hach CM130 User Manual

DOC023.53.80540

CM130

11/2018, Edition 5

User Manual

Table of Contents

Specifications.............................................................................................................. 3

General information.................................................................................................. 4

Safety information........................................................................................................ 4

Use of hazard information.................................................................................... 5

Precautionary labels............................................................................................. 5

Certification.................................................................................................................. 6

Indications for Use....................................................................................................... 6

Product overview......................................................................................................... 7

Remote indicator lights and sounds................................................................... 11

Product components.................................................................................................. 12

Items to collect........................................................................................................... 14

Installation................................................................................................................... 15

Look at the installation overview video...................................................................... 15

Installation guidelines................................................................................................ 15

Complete the equipment installation qualification document..................................... 17

Analyzer mounting..................................................................................................... 18

Plumb the analyzer.................................................................................................... 20

Remote indicator installation...................................................................................... 25

Remote indicator mounting................................................................................. 27

Connect the remote indicator cable to the remote indicator............................... 33

Assemble the remote indicator........................................................................... 35

Analyzer electrical installation.................................................................................... 37

Remove the door (optional)................................................................................ 37

Lower the front panel.......................................................................................... 37

Analyzer electrical connectors............................................................................ 38

Put the remote indicator cable into the analyzer................................................ 39

Connect the remote indicator cable to the analyzer........................................... 40

Complete the remote indicator cable installation................................................ 42

Connect the Ethernet.......................................................................................... 43

Lift the front panel............................................................................................... 45

Connect the power cord..................................................................................... 45

Configuration............................................................................................................. 45

Set the time zone....................................................................................................... 45

Set the date and time................................................................................................. 45

Configure the network settings.................................................................................. 46

Install the colorimeter and reagents................................................................ 47

Install the door.......................................................................................................... 52

User interface and navigation............................................................................ 53

Keypad description.................................................................................................... 53

Display description..................................................................................................... 54

Operation..................................................................................................................... 55

Set to measurement mode........................................................................................ 55

Set to idle mode......................................................................................................... 55

Show the analyzer information.................................................................................. 55

1

Table of Contents

Show the measurement and event history................................................................ 56

Maintenance............................................................................................................... 57

Maintenance schedule............................................................................................... 57

Monthly maintenance................................................................................................. 58

Periodic maintenance................................................................................................ 59

Replace the remote indicator battery......................................................................... 60

Install a software update............................................................................................ 61

Calibration.................................................................................................................. 61

Remove power........................................................................................................... 61

Prepare for storage.................................................................................................... 62

Prepare for shipping.................................................................................................. 64

Clean the instrument.................................................................................................. 65

Clean spills................................................................................................................ 65

Troubleshooting....................................................................................................... 65

Remote indicator lights and sounds........................................................................... 65

Alerts and alarms....................................................................................................... 67

Interferences.............................................................................................................. 72

Consumables and replacement parts............................................................. 73

Appendix A: Screens—Install the colorimeter............................................ 74

Appendix B: Screens—Install reagents......................................................... 76

Appendix C: Screens—Data export................................................................. 85

Appendix D: Screens—Prime reagents.......................................................... 87

Appendix E: Screens—Flush colorimeter..................................................... 89

Appendix F: Screens—Performance check................................................. 91

Appendix G: Screens—Monthly maintenance............................................ 95

Appendix H: Symbols glossary....................................................................... 106

2

Specifications

Specifications are subject to change without notice.

Table 1 General specifications

Specification Details

Dimensions
(W x H x D)

Enclosure Enclosure rating: IP52 rated with the door closed

Display 10.9 cm (4.3 in.) color display, back-lit LCD, WQVGA

Weight Analyzer: 8.9 kg (19.6 lbs)

Mounting Analyzer: Wall

Protection class I

Pollution degree 2

Installation category II

Power requirements Analyzer: 100 to 240 VAC, 50/60 Hz; 1 A maximum

Recommended operating
temperature

Safe operating
temperature

Operating humidity 5 to 90% non-condensing at 30 °C (85 °F) maximum

Storage temperature -20 to 60 °C (-4 to 140 °F)

Fittings Sample line: ¼-in. OD push-to-connect fitting for plastic tubing

1

Cabling

Sample Pressure: 276 to 689 kPa (40 to 100 psi) nominal

Analyzer: 37.0 x 53.8 x 22.6 cm (14.6 x 21.2 x 8.9 in.)

Remote indicator: 12.3 x 29.4 x 10.7 cm (4.8 x 11.6 x 4.2 in.)

Enclosure material: PC/ABS case, PC door, PC hinges and latches, 316 SST
hardware

Remote indicator material: PC/ABS

Remote indicator: 1.1 kg (2.5 lbs)

Remote indicator: Wall or ceiling

Remote indicator: Power is supplied by the analyzer.

Power-loss alarm: Power is supplied by a lithium coin battery CR2032 (3 V) that is in
the remote indicator.

15 to 30 °C (60 to 85 °F)

5 to 40 °C (41 to 104 °F)

Drain line: slip-on fitting for ½-in. ID soft plastic tubing

Ethernet: 100 m (328 ft) maximum, Ethernet cable with an RJ45 connector

Remote indicator: 762 m (2500 ft) maximum, CAT5e/CAT6 type Ethernet cable with
four twisted pairs of 24 AWG solid copper wiring.

Make sure that the cable shielding includes an inner foil wrap around all of the pairs
and an outer braid, also known as SFTP or SF/UTP. Do not use stranded or copper­clad aluminum conductors.

Pressure spikes: 827 kPa (120 psi) or less

Flow rate: 250 mL/minute minimum

Temperature: 15 to 30 °C (60 to 85 °F)

Filtration: 15 µm or less

Refer to Table 15 on page 72 interfering substances.

1

Cabling is supplied by the user.

English 3

Table 1 General specifications (continued)

Specification Details

Lights Analyzer: Two colors (amber and red) show the analyzer status or chlorine status on

Sounds Analyzer: Two different sounds identify a hardware alarm or high chlorine alarm.

Data outputs The measurement history is available through the Ethernet connection. Measurement

Measurement log 3000 measurements maximum

Certifications ETL certified to UL and CSA 61010-1 safety standard

the display.

Remote indicator: Two indicator lights show the analyzer status with three colors
(blue, amber or red). Two indicator lights show the chlorine status with two colors
(blue or red).

Remote indicator: Three different sounds identify a power-loss alarm, hardware
alarm or high chlorine alarm.

history and event history can be copied to an SD card as two separate files.

Table 2 Measurement specifications

Specification Details

Light source LED, measurement at 510 nm

Measurement range 0.03 to 0.20 mg/L total residual chlorine as Cl

Measurement interval 5 minutes

Accuracy ±0.03 mg/L as Cl

Linearity 100% linear across the measurement range

Precision 0.002 mg/L as Cl

Stabilization time One measurement cycle after the analyzer is set to measurement mode.

The first measurement shows 10 minutes after the analyzer is put into measurement
mode.

Limit of detection 0.004 mg/L as Cl

Limit of blank 0.002 mg/L as Cl

Reagent usage 0.5 L of buffer solution and 0.5 L of indicator solution is used in 31 days when the

analyzer is in measurement mode for 132 hours each week.

2

2

2

2

2

2

General information

In no event will the manufacturer be liable for direct, indirect, special, incidental or consequential
damages resulting from any defect or omission in this manual. The manufacturer reserves the right to
make changes in this manual and the products it describes at any time, without notice or obligation.
Revised editions are found on the manufacturer’s website.

Safety information

N O T I C E

The manufacturer is not responsible for any damages due to misapplication or misuse of this product including,
without limitation, direct, incidental and consequential damages, and disclaims such damages to the full extent
permitted under applicable law. The user is solely responsible to identify critical application risks and install
appropriate mechanisms to protect processes during a possible equipment malfunction.

2

Measurements may be aborted when the system detects a measurement quality issue. The
maximum possible measurement interval is 20 minutes, after such time the unit will alarm and
go into idle mode.

4 English

Please read this entire manual before unpacking, setting up or operating this equipment. Pay
attention to all danger and caution statements. Failure to do so could result in serious injury to the
operator or damage to the equipment.

Make sure that the protection provided by this equipment is not impaired. Do not use or install this
equipment in any manner other than that specified in this manual.

Use of hazard information

D A N G E R

Indicates a potentially or imminently hazardous situation which, if not avoided, will result in death or serious injury.

Indicates a potentially or imminently hazardous situation which, if not avoided, could result in death or serious
injury.

Indicates a potentially hazardous situation that may result in minor or moderate injury.

Indicates a situation which, if not avoided, may cause damage to the instrument. Information that requires special
emphasis.

W A R N I N G

C A U T I O N

N O T I C E

Precautionary labels

Read all labels and tags attached to the instrument. Personal injury or damage to the instrument
could occur if not observed. A symbol on the instrument is referenced in the manual with a
precautionary statement.

This is the safety alert symbol. Obey all safety messages that follow this symbol to avoid potential
injury. If on the instrument, refer to the instruction manual for operation or safety information.

This symbol indicates the need for protective eye wear.

This symbol identifies a risk of chemical harm and indicates that only individuals qualified and trained
to work with chemicals should handle chemicals or perform maintenance on chemical delivery
systems associated with the equipment.

This symbol indicates that a risk of electrical shock and/or electrocution exists.

Electrical equipment marked with this symbol may not be disposed of in European domestic or public
disposal systems.

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Certification

FCC Part 15, Class "A" Limits

Supporting test records reside with the manufacturer. The device complies with Part 15 of the FCC
Rules. Operation is subject to the following conditions:

1. The equipment may not cause harmful interference.

2. The equipment must accept any interference received, including interference that may cause

undesired operation.

Changes or modifications to this equipment not expressly approved by the party responsible for
compliance could void the user's authority to operate the equipment. This equipment has been tested
and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC rules.
These limits are designed to provide reasonable protection against harmful interference when the
equipment is operated in a commercial environment. This equipment generates, uses and can
radiate radio frequency energy and, if not installed and used in accordance with the instruction
manual, may cause harmful interference to radio communications. Operation of this equipment in a
residential area is likely to cause harmful interference, in which case the user will be required to
correct the interference at their expense. The following techniques can be used to reduce
interference problems:

1. Disconnect the equipment from its power source to verify that it is or is not the source of the
interference.

2. If the equipment is connected to the same outlet as the device experiencing interference, connect
the equipment to a different outlet.

3. Move the equipment away from the device receiving the interference.

4. Reposition the receiving antenna for the device receiving the interference.

5. Try combinations of the above.

Indications for Use

The Hach CM130 is an instrument that is intended for use by hemodialysis professionals to
automatically monitor low levels of total chlorine (i.e. total chloramines plus free chlorine) in feed
water used to prepare dialysate in hemodialysis systems.

The CM130 is a component of the complete water treatment system for hemodialysis and does not
treat or alter the water used in dialysate. The CM130 instrument’s automated monitoring records total
chlorine values in feed water at intervals between 5 and 20 minutes.

C A U T I O N

The performance of the CM130 is impacted by the interferences listed in Table 15 on page 72.

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Product overview

D A N G E R

Chemical or biological hazards. If this instrument is used to monitor a treatment process and/or dialysis
feed water for which there are regulatory limits and monitoring requirements related to public health,
public safety, food or beverage manufacture or processing, it is the responsibility of the user of this
instrument to know and abide by any applicable regulation and to have sufficient and appropriate
mechanisms in place for compliance with applicable regulations in the event of malfunction of the
instrument.

It is expected that the users of this device follow applicable AAMI standards for water treatment equipment for
hemodialysis and related therapies identified in ANSI/AAMI 26722:2014 for water treatment equipment
requirements for dialysis.

The CM130 is an ultra-low chlorine analyzer that measures the total chlorine concentration in
dialysate water used for dialysis treatment. A measurement is typically completed in 5-minute
intervals.

Figure 1 shows an overview of the analyzer exterior. Figure 2 shows an overview of the analyzer

interior.

The remote indicator for the CM130 identifies the chlorine status and the analyzer status in the
treatment room with sound and colored lights.

Figure 3 shows an overview of the remote indicator exterior. Table 4 on page 11 gives descriptions

of the remote indicator lights and sounds.

N O T I C E

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Figure 1 Analyzer overview—exterior

1 Serial number label 7 Speaker

2 Remote indicator cable fitting 8 Drain fitting

3 Ethernet cable fitting 9 Sample inlet fitting

4 Power cord, 244 cm (8 ft) 10 Colorimeter inlet fitting (metal)

5 Mounting brackets (2x) 11 Case drain outlet

6 Sample conditioning module

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Figure 2 Analyzer overview—interior

1 Reagent tray 5 Display 9 Magnetic stirrer

2 Indicator bottle cap (red) 6 Reagent delivery module 10 Colorimeter window

3 SD card slot 7 Funnel 11 Colorimeter

4 Keypad 8 Buffer bottle cap (black) 12 Stir motor

3

The colorimeter does not come installed. Install the colorimeter after the analyzer and the remote

3

indicator are fully installed and configured.

English 9

Figure 3 Remote indicator overview

1 Speaker 5 Channel for cable

2 Analyzer status lights 6 Alternative cable routing

3 Chlorine status lights 7 Wall mounting holes

4 Ceiling mounting holes

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Remote indicator lights and sounds

The analyzer status and the chlorine status are identified with sounds and colored lights on the
remote indicator in the treatment room. Refer to Table 3 and Table 4. Similar alert and alarm sounds
occur at the remote indicator and the analyzer.

When the battery life of the remote indicator is low, the remote indicator makes a continuous sound.
Replace the battery when the continuous sound is heard. Refer to Replace the remote indicator

battery on page 60.

Note: Alarm and alert settings cannot be changed. Sound volumes and tones cannot be changed.

Table 3 Remote indicator—Light color descriptions

1 Chlorine status light Off: Chlorine is not being measured

Blue: Chlorine is less than 0.10 mg/L as Cl

Red: Chlorine is 0.10 mg/L or more as Cl

2 Analyzer status light Off: No communication with analyzer

Blue: Normal operation

Amber: Non-urgent problem with analyzer

Red: Urgent problem with analyzer

3 Audio

Table 4 Remote indicator—Light combinations and sounds

Remote indicator Status Remote indicator Status

Idle Mode

Chlorine: Not being measured

Analyzer: Normal operation

(slow flashing)

Audio: No sound

Measurement Mode

Chlorine: Low chlorine

(< 0.10 mg/L)

4

Analyzer: Normal operation

Audio: No sound

Measurement Mode

Chlorine: Low chlorine

(< 0.10 mg/L)

Analyzer: Analyzer alert

4

5

Audio: No sound

Measurement Mode

Chlorine: High chlorine

(≥ 0.10 mg/L)

Analyzer: Normal operation

Audio: Chlorine alarm tone

Measurement Mode

Chlorine: High chlorine

(≥ 0.10 mg/L)

Analyzer: Analyzer alert

Audio: Chlorine alarm tone

Idle Mode

Chlorine: Not being measured

Analyzer: Analyzer alarm

Audio: Analyzer alarm tone

Disconnected Mode

Chlorine: Unknown

Analyzer: Unknown

Audio: Power-loss beep

2

2

4

4

5

6

7

8

4

Chlorine measurements continue

5

There is a non-urgent problem with the analyzer.

6

There is an urgent problem with the analyzer. The analyzer cannot make reliable
measurements.

7

There is no communication between the analyzer and the remote indicator. The analyzer does
not have power or the cable between the analyzer and the remote indicator is disconnected.

8

Stops after approximately 5 minutes. The power-loss beep is similar to the power-loss beep of a
smoke detector.

English 11

Product components

Make sure that all components have been received. Refer to Figure 4. If any items are missing or
damaged, contact the manufacturer or a sales representative immediately. Keep the packaging for
later use.

Figure 4 Product components

1 CM130 analyzer 5 Thumbscrew

2 Installation kit (refer to Figure 5) 6 Colorimeter

3 Remote indicator 7 Performance check kit (refer to Figure 7)

4 Blade terminal 8 Monthly maintenance kit9 (refer to Figure 6)

9

The monthly maintenance kit is not supplied with the instrument.

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Figure 5 Installation kit

1 Grab sample assembly 4 Beaker, plastic, 100 mL

10

2 Sample inlet tubing, black, ¼-in. OD, 15 m (50 ft) 5 DVD with installation overview video

3 Drain tubing, clear, ½-in. ID, 3 m (10 ft)

Figure 6 Monthly maintenance kit (not included)

1 Indicator bottle

2 Buffer bottle

3 DPD bottle

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11

11

4 Zero standard water

5 Funnel

Figure 7 Performance check kit

1 Ampule breaker 3 Dilution water

2 Chlorine standard ampule, 20 mL

10

The beaker is not used for installation. Use the beaker for monthly maintenance.

11

Keep the reagent bottles and the ampule in a vertical position. Refer to the labels and IFU on the

11

components for the storage requirements.

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Items to collect

Collect the items that follow to install the instrument. The items that follow are supplied by the user.

Get the TCP/IP addresses of the analyzer, subnet mask, default gateway and network time protocol
(NTP) server(s) from the network administrator to configure the instrument. Refer to Configure the

network settings on page 46.

Fasteners
for the
analyzer

12

(4x)

Fasteners
for the
remote
indicator

14

(2x)

CAT5e/CAT6 cable
for remote indicator
connection

Sample filter (Y­strainer) for ¼-inch
OD tubing,
100 mesh, 149 µm
or smaller

13

Ethernet
cable for
network
connection

CAT5 cable
stripper

13

Cross­slotted
screwdriver

Flat-bladed
screwdriver,
small

Flat-bladed
screwdriver,
medium

Drill Wire strippers

Flashlight Gloves

(Optional) Shut-off
valve for ¼-in. ID
tubing

Level

Crimper tool Wire cutters

Tape
measure

Safety
glasses

Tubing
cutter

12

Use fasteners applicable to the mounting surface (¼-in. or 6 mm SAE J429-Grade 1 bolts or
stronger).

13

Refer to Table 1 on page 3 for specifications.

14

Use fasteners applicable to the mounting surface.

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Installation

Look at the installation overview video

A video that shows an overview of the installation steps is supplied on the DVD in the installation kit.

Note: The video does not show all of the installation steps. Make sure to refer to this manual for all of the
installation steps.

1. Install the supplied DVD in a computer. Refer to Figure 8.

2. Use the video player buttons to pause or restart the video as necessary.

Figure 8 Install the DVD

Installation guidelines

W A R N I N G

Multiple hazards. Only qualified personnel must conduct the tasks described in this section of the
document.

This instrument is rated for an altitude of 2000 m (6562 ft) maximum. Use of this instrument at an
altitude higher than 2000 m can slightly increase the potential for the electrical insulation to break
down, which can result in an electric shock hazard. The manufacturer recommends that users with
concerns contact technical support.

• Install the analyzer as near as possible to the sampling point between the primary and secondary
carbon tanks to minimize the response time.

• Make sure that the sample water is within the sample specifications in Specifications on page 3.

• Install the analyzer near an open drain.

• Install the instrument indoors in an environment with minimum vibration.

• Do not install the analyzer in direct sunlight or near a heat source.

• Make sure to leave sufficient space in front of the analyzer to open and remove the analyzer door.
Refer to Figure 9.

• Make sure that there is sufficient clearance around the analyzer to make electrical and plumbing
connections. Refer to Figure 9.

• Keep the flow rate and operating temperature as constant as possible for best performance.

• Install the analyzer so that the power cable plug is visible and easily accessible.

English

15

Figure 9 Analyzer dimensions

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Complete the equipment installation qualification document

Use the supplied equipment installation qualification document to record that the analyzer and
remote indicator are correctly installed. Refer to Figure 10.

1. As each installation step in this manual is completed, record that the step is done in the

applicable section of the supplied equipment installation qualification document.

2. When all of the installation steps are completed, keep the completed equipment installation

qualification document with the analyzer.

3. If the analyzer is moved to a new location in the clinic or a different clinic, complete a new

equipment installation qualification document.

Figure 10 Equipment installation qualification document

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Analyzer mounting

N O T I C E

For accurate readings, the analyzer must be horizontal within ±10 mm (0.39 in.) and vertical within ±10 mm
(0.39 in.).

Attach the analyzer to a wall. The fasteners are supplied by the user.

Note: An illustration is supplied for each step number.

Items supplied by the user:

Fasteners (4x)

Level (at least 24 inches) Safety glasses

15

Drill Tape measure

1. Install the fasteners in the wall as follows:

a. Use the drill to make a four-hole pattern in the wall: 330 mm (13 in.) wide by 300 mm (11 13/

in.) high. Make the hole diameter applicable to the fasteners used.

Make sure that the pattern is horizontal within ±10 mm (0.39 in.).

Make sure that the bottom holes are a minimum of 114 cm (45 in.) above an open drain.

b. Install the fasteners in the holes. Keep approximately 6 mm (¼ in.) between the heads of the

fasteners and the wall.

16

15

Use fasteners applicable to the wall material (¼-in. or 6 mm SAE J429-Grade 1 bolts or
stronger).

18 English

2. Hang the analyzer and make it vertical as follows:

a. Hang the analyzer mounting brackets on the fasteners. Push the analyzer against the wall.
b. Put the level behind the door latches on the surface that is parallel to the wall. Make sure that

the analyzer is vertical within ±10 mm (0.39 in.). Use shims as necessary.

c. Tighten the fasteners until the analyzer cannot be lifted.

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Plumb the analyzer

C A U T I O N

Chemical exposure hazard. Dispose of chemicals and wastes in accordance with local, regional and
national regulations.

C A U T I O N

Personal/Patient injury hazard. Only the tubing supplied by Hach Company may be used with the
instrument. Other tubing may absorb chlorine that is in the sample water and have a negative effect on
chlorine readings (decrease the chlorine readings).

Do not connect the drain line to another line or backpressure and damage to the analyzer can occur. Make sure
that the drain line is open to air.

To prevent backpressure and damage to the analyzer, make sure that the analyzer is higher than the facility drain
used and that the drain line has a constant downward slope.

To prevent damage to the analyzer, make sure that the sample lines are free of debris. The manufacturer
recommendeds that sample water goes through the sample line for 2 minutes before the sample line is connected
to the analyzer.

Plumb the sample inlet tubing and the drain tubing.

Note: An illustration is supplied for each step number.

Items supplied by the user:

N O T I C E

N O T I C E

N O T I C E

20 English

Tubing cutter

Sample filter (Y-strainer) for
¼-inch OD tubing,
100 mesh, 149 µm or
smaller

(Optional) Shut-off
valve for ¼-in. ID
tubing

Tape
measure

Items supplied with the analyzer: Shown in Figure 11.

Figure 11 Plumbing parts

1 Grab sample assembly 4 Sample inlet tubing, black, 15 m (50 ft)

2 Check valve 5 Drain tubing, clear, 3 m (10 ft)

3 Grab sample valve

1. Push one end of the clear tubing over the drain fitting.

2. Decrease the length of the clear tubing until it has a constant downward slope to the drain. Attach

the other end of the clear tubing so that it stays over the drain.

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3. Push the black tubing of the grab sample assembly into the sample inlet fitting. The sample inlet

fitting is behind the metal colorimeter inlet fitting.

4. Plumb the sample inlet tubing as follows:

a. Plumb one end of the coil of black tubing to the sample source between the primary and

secondary carbon tanks, as identified in ANSI/AAMI/ISO 13959 Water for hemodialysis and
related therapies.

b. Hold the open end of the black tubing over a drain, then open the valve at the sample source.

Rinse the tubing for 30 seconds.

c. Push the open end of the coil of black tubing into the check valve of the grab sample

assembly.

Decrease the length of the black tubing to remove the unnecessary length. Leave at least 5 feet
of length.

Note: AAMI is the acronym for Association for the Advancement of Medical Instrumentation.

22 English

5. Install a sample filter (Y-strainer) and a shut-off valve as follows:

a. Plumb a sample filter in the black tubing between the check valve and the sample source.
b. (Optional) If the analyzer is not near the sample source, install a shut-off valve near the

analyzer. Plumb the shut-off valve in the black tubing between the sample filter and the
sample source.

6. Gently pull on the tubing at each tubing connection to make sure that the tubing is held securely.

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7. Turn the sample source valve and the shut-off valve counter-clockwise. Sample is supplied to the

analyzer.

8. Make sure that there are no leaks at the tubing connections, the bottom of the analyzer or the
sample conditioning module.

9. Keep the sample source valve and the shut-off valve open until maintenance is necessary.

24 English

Remote indicator installation

D A N G E R

Electrocution hazard. Always remove power to the instrument before making electrical connections.

Install the remote indicator in the treatment room on a wall.

Items supplied by the user:

Fasteners

16

(2x)

Cross­slotted
screwdriver

Flat-bladed
screwdriver,
small

Wire cutters

CAT5e/CAT6 cable

Drill

Safety glasses

CAT5 cable
stripper

Tape
measure

Wire
strippers

16

Use fasteners applicable to the mounting surface.

English 25

Items supplied with the analyzer: Shown in Figure 12.

Figure 12 Remote indicator components

1 Cover 5 Ceiling mounting holes

2 Housing 6 Wall mounting holes

3 Green, 8-pin connector 7 Backplate

4 Cable strain relief 8 Blade terminal

26 English

Remote indicator mounting

N O T I C E

In accordance with UL 61010-1, the remote indicator must be installed 1.5 m (4.9 ft) or more from patients in the
hemodialysis treatment room.

Attach the remote indicator to a wall or ceiling in the treatment room. The fasteners are supplied by
the user.

Note: An illustration is supplied for each step number starting at step 3.

1. Identify the installation location for the remote indicator.

2. Put the cable for the remote indicator through the wall or ceiling from the analyzer to the

installation location of the remote indicator.

The cable is supplied by the user. Refer to Specifications on page 3 for the cable specifications.

English

27

3. Disassemble the remote indicator as follows:

a. Loosen the captive screw at the top of the remote indicator. Remove the cover.
b. Loosen the two captive screws that are on the left and right side of the remote indicator.

Remove the housing.

c. Remove the green 8-pin connector from the housing.
d. Loosen the two captive screws that are in the backplate of the remote indicator. Remove the

cable strain relief from the backplate.

28 English

4. Use a drill to make the mounting holes for the backplate. Make the hole diameter applicable to

the fasteners used.

a. Ceiling mount: Make a two-hole pattern 72.4 mm (2.85 in.) wide with the cable opening in

the middle. Put the holes at least 37.4 mm (1.47 in.) in front of the cable opening.

b. Wall mount: Make a two-hole pattern 133.4 mm (5.25 in.) long that is 50.8 mm (2 in.) below

the cable opening. Align the holes vertically.

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5. Insert the cable through the cable opening in the backplate. It is recommended to leave at least

60 cm (2 ft) of extra cable length behind the mounting surface for future changes to the
installation.

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6. Attach the backplate to the wall or ceiling.

a. Ceiling mount: Attach the backplate to the ceiling with two fasteners.
b. Wall mount: Attach the backplate to the wall with two fasteners.

English 31

7. Put the green 8-pin connector that was removed from the housing into the connector holder in the

backplate.

Note: The connector holder holds the green 8-pin connector during wiring and makes sure that the correct
length of cable is kept in the remote indicator.

32 English

Connect the remote indicator cable to the remote indicator

Connect the remote indicator cable to the green 8-pin connector.

1. Use the CAT5 cable stripper to remove 38 mm (1.5 in.) of the outer cable shielding.

2. Untwist each pair of wires. Use the wire strippers to remove 7 mm (0.25 in.) of plastic from each

pair of twisted wires.

3. Use wire cutters to remove the silver stranded (shield) wires.

If steps 2 and 3 are not completed correctly, cut off the loose wires and do steps 1 to 3 again.

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4. Connect the wires to the green 8-pin connector in the backplate as follows:

a. Put the small flat-bladed screwdriver between the pin 1 orange tabs on the connector. Push

and hold to open the contacts for wire insertion.

b. Put the applicable colored wire for Terminal 1 in Terminal 1. Refer to Table 5 for the wire color

for each terminal. Remove the screwdriver from the connector.

c. Gently pull on the installed wire to make sure that the wire is held securely. Make sure that no

bare wire shows.

d. Do steps a to c again for Terminals 2 to 8.

Table 5 Wiring information—remote indicator

Terminal Color Terminal Color

1 Brown 5 Green

2 Brown and white 6 Green and white

3 Blue 7 Orange

4 Blue and white 8 Orange and white

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Assemble the remote indicator

1. Install the cable strain relief as follows:

a. Put the cable in the vertical channels in the backplate.
b. Put the cable strain relief on the backplate. Align the screws with the screw holes.
c. Tighten the screws.

Gently pull the cable to make sure that the cable is held securely by the cable strain relief.

2. Connect the remote indicator cable to the housing as follows:

a. Remove the green 8-pin connector from the backplate.
b. Connect the remote indicator cable to the housing.
c. Align the four pins of the housing to the four holes of the backplate.

English 35

3. Attach the housing to the backplate with the two captive screws.

4. Install the cover as follows:

a. Align the four tabs on the bottom of the housing with the vent slots on the bottom of the cover.
b. Put the cover over the housing.
c. Attach the cover to the housing with the captive screw.

36 English

Analyzer electrical installation

Connect the remote indicator cable and an energized Ethernet cable to the analyzer.

Items supplied by the user:

Cross-slotted
screwdriver

Flat-bladed
screwdriver,
small

CAT5 cable
stripper

Flat-bladed
screwdriver,
medium

Wire
strippers

Crimper
tool

Remove the door (optional)

N O T I C E

To keep the enclosure environmental rating, make sure to reinstall the door when this procedure is complete.

Remove the door for easier access to the cable fittings. Refer to Figure 13.

1. Open the door.

2. Lift the door off the hinges.

Figure 13 Door removal

Lower the front panel

D A N G E R

Electrocution hazard. Remove power from the instrument before this procedure is started.

Lower the front panel to get access to the electrical connectors. Refer to Figure 14.

1. Loosen the two captive screws on the top corners of the front panel.

2. Lower the front panel.

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37

Figure 14 Lower the front panel

Analyzer electrical connectors

Figure 15 shows the electrical connectors in the analyzer.

Figure 15 Analyzer electrical connectors

1 Power cord connector 3 Stir motor connector

2 Ethernet connector (RJ45) 4 Remote indicator connector

17

The stir motor connector is connected at the factory.

17

38 English

Put the remote indicator cable into the analyzer

Pre-requisite: Cut the remote indicator cable so that it a sufficient length to install the loose end in

the analyzer.

Put the remote indicator cable through the cable fitting and into the analyzer.

Note: An illustration is supplied for each step number.

1. Loosen the nut of the cable fitting.

2. Push the end of the cable into the cable fitting.

3. Pull the cable through the cable fitting.

English 39

Connect the remote indicator cable to the analyzer

Install the female blade terminal on the end of the remote indicator cable. Then, connect the remote
indicator cable to the remote indicator connector.

1. Use the CAT5 cable stripper to remove 38 mm (1.5 in.) of the outer cable shielding from the
remote indicator cable.

2. Untwist each pair of wires. Use the wire strippers to remove 7 mm (0.25 in.) of plastic from each
pair of twisted wires.

3. Install the female blade terminal on the end of the remote indicator cable as follows:

a. Twist the silver stranded (shield) wires together.
b. Put the silver stranded wires into the female blade terminal.
c. Use a crimper tool to close the female blade terminal on the silver stranded wires.
d. Gently pull the silver stranded wires to make sure that the wires are held securely in the

female blade terminal.

If step 3 is not completed correctly, cut off the loose wires and do steps 1 and 3 again.

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English

4. Connect the remote indicator cable to the remote indicator connector as follows:

a. Put the small flat-bladed screwdriver between the pin 1 orange tabs on the connector. Push

and hold to open the contacts for wire insertion.

b. Put the applicable colored wire for Terminal 1 in Terminal 1. Refer to Table 6 for the wire color

for each terminal. Remove the screwdriver from the connector.

c. Gently pull on the installed wire to make sure that the wire is held securely. Make sure that no

bare wire shows.

d. Do steps a to c again for Terminals 2 to 8.

Table 6 Wiring information—remote indicator

Terminal Color Terminal Color

1 Brown 5 Green

2 Brown and white 6 Green and white

3 Blue 7 Orange

4 Blue and white 8 Orange and white

English 41

Complete the remote indicator cable installation

1. Install the female blade terminal on the male blade terminal of the analyzer.

2. Push the remote indicator cable into the two cable clamps on the back of the front panel.

3. Tighten the nut of the cable fitting.

4. Gently pull the cable to make sure that the cable is held securely by the cable fitting.

42 English

Connect the Ethernet

W A R N I N G

Electrical shock hazard. Externally connected equipment must have an applicable country safety
standard assessment.

Connect an energized Ethernet cable with an RJ45 connector to the analyzer.

1. Remove the nut from the cable fitting for the Ethernet cable.

2. Use a flat-bladed screwdriver inside the analyzer to push the rubber gasket out of the cable

fitting.

3. Put the Ethernet cable into the analyzer as follows:

a. Put the RJ45 connector through the nut.
b. Push the RJ45 connector through the cable fitting. Pull the cable through the cable fitting.

4. Install the rubber gasket on the cable between the nut and the cable fitting.

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43

5. Use the flat-bladed screwdriver to push the rubber gasket into the cable fitting.

6. Install the nut on the cable fitting. Do not tighten the nut.

7. Connect the RJ45 connector to the Ethernet connector in the analyzer.

8. Tighten the nut. Gently pull the cable to make sure that the cable is held securely by the cable

fitting.

44 English

Lift the front panel

Cable installation is complete. Lift the front panel. Tighten the two screws on the front panel to keep
the front panel up.

Connect the power cord

D A N G E R

Electrocution hazard. In potentially wet locations, a Ground Fault Circuit Interrupt (GFCI/GFI) device
must be used for connecting the equipment to its main power source.

D A N G E R

Electrocution hazard. Do not use conduit to supply power. The enclosure does not have a protective
Earth Ground (PE) connection.

Connect the power cord to an electrical outlet with protective earth ground. The analyzer starts.

Configuration

Set the time zone

Enter the time zone of the analyzer location.

1. Push menu.

2. Select Settings.

3. Select Time zone. Refer to Figure 16.

4. Select the time zone of the analyzer location. Options: New York, Chicago, Denver, Phoenix, Los

Angeles, Anchorage or Honolulu.

5. Push back to save the changes.

Figure 16 Settings Screen—Time Zone

Set the date and time

Enter the current date and time.

1. Push menu.

2. Select Settings.

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45

3. Select Date.

4. Enter the current date.

To erase characters, select and push ok.

5. Select Continue.

6. Select Time.

7. Select am or pm.

8. Enter the current time.

To erase characters, select and push ok.

9. Select Continue.

Configure the network settings

Enter the TCP/IP addresses of the analyzer, subnet mask, default gateway and network time
protocol (NTP) server(s). The TCP/IP addresses are supplied by the network administrator.

1. Push menu.

2. Select Settings.

3. Select an option. Refer to Figure 17.

Option Description

Static IP Sets the TCP/IP address of the analyzer.

Subnet IP Sets the TCP/IP address of the subnet mask for the analyzer.

Gateway IP Sets the TCP/IP address of the default gateway for the analyzer.

Primary NTP IP (Optional) Sets the TCP/IP address of the primary network time protocol (NTP) server

Secondary NTP IP (Optional) Sets the TCP/IP address of the network time protocol (NTP) server for the

4. After the TCP/IP addresses are entered, select Reset.

5. When the reset is complete, push back.

Figure 17 Settings Screen—Static IP

for the analyzer. The NTP server supplies the date and time to the analyzer.

analyzer that is used if communication with the primary NTP server is lost.

Note: Make sure to configure the primary NPT IP before the secondary NTP IP is
configured.

46 English

Install the colorimeter and reagents

C A U T I O N

Personal injury hazard. Only the reagents supplied by Hach Company may be used in the instrument.

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.

C A U T I O N

Personal injury hazard. Glass components can break. Handle with care to prevent cuts.

C A U T I O N

Chemical exposure hazard. Dispose of chemicals and wastes in accordance with local, regional and
national regulations.

Install a new colorimeter in the analyzer. Then, complete periodic maintenance to install the two
reagent bottles and do a performance check.

Items supplied by the user:

Monthly maintenance kit Safety glasses Gloves

Flashlight

English 47

Items supplied with the analyzer: Shown in Figure 18.

Figure 18 Colorimeter (Tubing Maintenance Assembly Kit)

1 Colorimeter window 5 Reagent delivery board

2 Magnetic stirrer 6 Colorimeter cable

3 Thumbscrew 7 Colorimeter connector

4 Funnel tube fitting 8 Colorimeter tube

48 English

Start guided installation

1. Push menu. Select Maintenance>Installation (scroll up). Complete the steps that show on the

display. The display screens are shown for reference in Appendix A: Screens—Install the

colorimeter on page 74.

2. Wait for the analyzer to shut down. When the display is off, disconnect the power cord from the
electrical outlet.

Note: For user safety, the analyzer will automatically go back to idle mode if the power cord is not disconnected
in 5 minutes or less after the display goes off.

Note: When power is removed from the analyzer for more than 10 minutes, a power-loss beep is heard at the
remote indicator for approximately 5 minutes.

3. Remove the pump clamp from the reagent delivery module.

English 49

Install the colorimeter and reagents

1. Remove the new colorimeter and thumbscrew from the box.

2. Install the colorimeter as follows:

a. Tilt the back of the colorimeter down. Put the colorimeter on the stir motor. Refer to the next

figure for the location of the stir motor.

b. Push the colorimeter back until it stops and the thumbscrew hole and threaded hole in the stir

motor are aligned.

c. Put the thumbscrew in the colorimeter. Tighten the thumbscrew.

3. Put the reagent delivery board on the reagent delivery module. Refer to the next figure for the

location of the reagent delivery module.

4. Install the pump clamp on the reagent delivery board.

5. Connect the colorimeter tubing to the metal fitting that is on the bottom of the analyzer as follows:

a. Put the colorimeter tube through the hole in the back of the reagent tray. Use a flashlight to

find the hole as necessary.

b. Pull the colorimeter tube through the hole.
c. Push the colorimeter tube into the metal fitting.

6. Connect the funnel tube to the funnel tube fitting on the front of the colorimeter.

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English

7. Connect the colorimeter cable as follows:

a. Align and push the colorimeter connector on the mating connector.
b. Lift the cable clamp.
c. Push the connector into the cable clamp.

8. Put the reagent delivery connector into the reagent delivery board. Refer to the next figure for the

location of the reagent delivery connector.

9. Connect the power cord to the electrical outlet. Wait for the analyzer to start up (approximately
2 minutes).

10. Complete the steps that show on the display to complete periodic maintenance. The display
screens are shown for reference in Appendix B.

English 51

Figure 19 Analyzer overview—components

1 Pump clamp 6 Metal fitting

2 Reagent delivery module 7 Hole for the colorimeter tube

3 Reagent delivery connector 8 Stir motor

4 Mating connector for the colorimeter connector 9 Funnel tube

5 Cable clamp for the colorimeter cable

Install the door

Install the door back on the analyzer door hinges. Refer to Figure 13 on page 37. The door must be
installed and closed when the analyzer is in operation.

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English

User interface and navigation

Keypad description

Refer to Figure 20 for the keypad description and navigation information.

Figure 20 Keypad description

1 mute: Mutes the sound at the remote indicator.

Mutes the sound at the analyzer with the exception
of the high chlorine alarm. Decreases the sound
volume for a high chlorine alarm. Refer to Table 7
for the mute expiration times.

2 Navigation keys RIGHT, LEFT, UP, DOWN: Selects

menu options, enters numbers and letters.

3 menu: Toggles the menu bar on and off. Refer to

Figure 21 on page 54.

4 Display

5 ok: Confirms the selection and continues.

6 back: Goes back to the previous screen.

7 idle: Toggles the analyzer to idle mode or

measurement mode.

Table 7 Mute expiration times

Sound Mute expires ...

High chlorine alarm When the next measurement is shown if the alert or alarm continues.

Hardware alarm When a new or different analyzer alarm occurs.

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Display description

Refer to Figure 21 for the home screen description. The home screen shows the analyzer status
(measuring or idle, and notifications).

Figure 21 Home screen—measurement mode

1 Date and time of the last measurement 5 Notification message

2 Last measurement 6 Percentage of measurement complete

3 Parameter 7 Menu bar

4 Screen title

19

18

Table 8 Menu option descriptions

Menu Description

Shows the home screen.

Home

Starts a maintenance task or a system test.

Maintenance

Shows all of the active alerts and alarms.

Notifications

18

When an alert or alarm occurs, an amber (alert) or red (alarm) notification message shows at the
top of the analyzer display.

19

Shows when menu is pushed.

54 English

Table 8 Menu option descriptions (continued)

Menu Description

Sets the time zone and the network settings. Shows the analyzer information.

Settings

Shuts down the analyzer. Prepares the analyzer to be disconnected from the electrical outlet.

Power

Operation

N O T I C E

Hach recommends that the analyzer is set to idle mode at the end of each treatment day and set back to
measurement mode at the start of each treatment day. This will make sure that the analyzer completes the
necessary self-diagnostic tests at the start of each treatment day, such as the performance check of the remote
indicator lights and speaker.

Set to measurement mode

1. When "Idle" shows on the home screen, push idle and select continue. The analyzer goes to

measurement mode.

The first measurement shows on the display in 10 minutes. Then a new measurement shows on
the display at intervals of 5 minutes20.

2. Fully close the door to keep the enclosure rating.

Set to idle mode

Do not keep the analyzer in idle mode continuously for more than 3 days or damage to the analyzer can occur. If
the analyzer will not be used for more than 3 days, prepare the analyzer for storage. Refer to Prepare for storage
on page 62.

To set the analyzer to idle mode, push idle and select continue.

In idle mode, the status of the analyzer and remote indicator are as follows:

• The analyzer stays on.

• Chlorine measurements stops.

• Reagent use stops.

• Sample water use stops.

• The analyzer status lights on the remote indicator are on (flashing blue, stable amber or stable

red).

• The chlorine status lights on the remote indicator are off.

N O T I C E

Show the analyzer information

1. Push menu.

2. Select Settings.

3. Push the DOWN arrow to until "About" is selected. Push ok.

The analyzer information shows.

20

Measurements may be aborted when the system detects a measurement quality issue. The
maximum possible measurement interval is 20 minutes, after such time the unit will alarm and go
into idle mode.

English 55

• Date and time setting

21

• Contact information for technical support

• Date the measurement history and event history were last copied to an SD card

• Software version installed

• Serial number of the analyzer

• MAC address of the analyzer

Show the measurement and event history

Measurements are saved to the measurement log on the analyzer (maximum of 3000). Events are
saved to the event log on the analyzer (maximum of 1024).

When there are 3000 measurements in the measurement log, the oldest measurement is deleted
when the next measurement is saved. When there are 1024 events in the event log, the oldest event
is deleted when the next event is saved.

Notes:

• Events include alarms, alerts, monthly maintenance, periodic maintenance, performance check,
idle mode, measurement mode, prime reagents, flush colorimeter and data export.

• When power is removed from the analyzer, the event is recorded as "Exception reboot", "Power
disconnected @ time" or "Power Glitch @ time".

To show the measurement log and event log, do the steps that follow.

1. Push idle and select continue. The analyzer goes to idle mode.

2. Put an SD HC or SD XC card in the SD card slot. Refer to Figure 2 on page 9 for the location of

the SD card slot.

3. Complete the steps that show on the display. The display screens are shown in Appendix C:

Screens—Data export on page 85 for reference only.

4. Open the log files (event_data.xml and measurement_data.xml) with a text file editor or XML file

editor.

21

The date and time are entered during configuration. If an NTP IP address is entered in the
network settings, the date and time is supplied by the NTP server through the Ethernet
connection.

56 English

Maintenance

D A N G E R

Multiple hazards. Only qualified personnel must conduct the tasks described in this section of the
document.

C A U T I O N

Personal injury hazard. Changes or modifications to this equipment not performed by the manufacturer
or expressly specified in Consumables and replacement parts on page 73 or the service manual are
prohibited.

Personal injury hazard. Modules removed for service or maintenance replacement are not to be
repaired or reused.

Maintenance schedule

Table 9 shows the recommended schedule of maintenance tasks.

Replacement part numbers are available in Consumables and replacement parts on page 73.

Table 9 Maintenance schedule

Task Daily Monthly 6 months Yearly As necessary

Monthly maintenance on page 58 X

Periodic maintenance on page 59 X

Replace the remote indicator battery on page 60 X

Replace the remote indicator

Replace the power cord

Replace the sample conditioning module

Replace the reagent delivery module

Replace the stir motor

22

22

22

22

22

C A U T I O N

X

X

X

X

X

The tasks that follow show on the Maintenance screen. These tasks are done only for
troubleshooting. Refer to .

• Prime reagents—The display screens are shown for reference in Appendix D: Screens—Prime

reagents on page 87.

• Flush colorimeter—The display screens are shown for reference in Appendix E: Screens—Flush

colorimeter on page 89.

• Performance check—The display screens are shown for reference in Appendix F: Screens—

Performance check on page 91.

22

Refer to the documentation supplied with the replacement part for instructions.

English 57

Monthly maintenance

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.

C A U T I O N

Chemical exposure hazard. Dispose of chemicals and wastes in accordance with local, regional and
national regulations.

C A U T I O N

Personal injury hazard. Only the reagents supplied by Hach Company may be used in the instrument.
Reagents must be installed and used in a single, contiguous time period as allowed by the instrument.
Partially consumed reagents may not be saved and/or combined and reused.

Complete monthly maintenance to clean the colorimeter and replace the reagent bottles. The
reagents have a nominal use life of 31 days and a maximum use life of 35 days.

Note: The reminder notification "Monthly maintenance [x] days overdue" shows at the top of the display when
monthly maintenance is overdue.

Item supplied by the user:

Monthly maintenance kit

1. Push menu.

2. Select Maintenance>Monthly.

3. Complete the steps that show on the display. The display screens are shown for reference in

Appendix G: Screens—Monthly maintenance on page 95.

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English

Periodic maintenance

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.

C A U T I O N

Personal injury hazard. Glass components can break. Handle with care to prevent cuts.

C A U T I O N

Chemical exposure hazard. Dispose of chemicals and wastes in accordance with local, regional and
national regulations.

Complete periodic maintenance in intervals of 6 months to replace the colorimeter, replace the
reagent bottles and do a performance check. The colorimeter has a nominal use life of 183 days and
a maximum use life of 188 days.

Note: The reminder notification "Periodic maintenance [x] days overdue" shows at the top of the display when
periodic maintenance is overdue.

Items supplied by the user:

Monthly Maintenance Kit Assy, Tubing Maintenance Kit

Performance Check Kit

23

Replacement part numbers are available in Consumables and replacement parts on page 73.

Complete the steps shown in the instructions for use supplied with the colorimeter.

When periodic maintenance is complete, look through the colorimeter window. Make sure that the
magnetic stirrer in the colorimeter turns when the instrument is in measurement mode.

23

The Assy, Tubing Maintenance Kit contains a colorimeter.

English 59

Replace the remote indicator battery

D A N G E R

Multiple hazards. Do not operate the remote indicator without a battery. The battery is a safety feature.

When the battery life of the remote indicator is low, the remote indicator makes a continuous sound.
Replace the battery yearly or when the continuous sound is heard.

Items supplied by the user:

Lithium coin battery CR2032 (3 V) Cross-slotted (Phillips) screwdriver

Pre-requisite: Remove power from the analyzer as follows:

1. Push menu. Select Power>shut down.

2. Wait for the analyzer to shut down. When the display is off, disconnect the power cord from the

electrical outlet.

Note: For user safety, the analyzer will automatically go back to idle mode if the power cord is not disconnected
in 5 minutes or less after the display goes off.

Note: When power is removed from the analyzer for more than 10 minutes, a power-loss beep is heard at the
remote indicator for approximately 5 minutes.

Replace the remote indicator battery

1. Remove the cover of the remote indicator as follows:

a. Loosen the captive screw at the top of the remote indicator.
b. Remove the cover of the remote indicator.

2. Remove and discard the battery.

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English

3. Install a new battery.

4. Install the cover of the remote indicator as follows:

a. Align the four tabs on the bottom of the housing with the vent slots on the bottom of the cover.
b. Put the cover over the housing.
c. Attach the cover to the housing with the captive screw.

5. At the analyzer, connect the power cord to an electrical outlet.

Install a software update

Software updates are supplied on an SD card. Refer to the instructions for use supplied with the SD
card to install the software update.

Calibration

Calibration is not necessary for this system. The critical measurement components are replaced
regularly during periodic maintenance. Measurement accuracy is confirmed with the Performance
Check Kit when periodic maintenance is done.

Remove power

To remove power from the analyzer for 3 days or less, do the steps that follow.

To remove power from the analyzer for more than 3 days, prepare the analyzer for storage. Refer to

Prepare for storage on page 62.

1. Push menu.

2. Select Power>shut down

3. Wait for the analyzer to shut down. When the display is off, disconnect the power cord from the

electrical outlet.

Note: For user safety, the analyzer will automatically go back to idle mode if the power cord is not disconnected
in 5 minutes or less after the display goes off.

Note: When power is removed from the analyzer for more than 10 minutes, a power-loss beep is heard at the
remote indicator for approximately 5 minutes.

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61

Prepare for storage

If power to the analyzer will be removed for more than 3 days or the analyzer will not be used for
more than 3 days, prepare the analyzer for storage.

Item supplied by the user:

Deionized water in two beakers

1. Remove the reagents from the reagent lines as follows:

a. Remove the indicator bottle cap (red) and the buffer bottle cap (black) from the reagent

bottles.

b. Remove the reagent bottles.
c. Put two bottles (or beakers) that contain deionized water on the reagent tray.
d. Put the indicator cap tubing and the buffer cap tubing in the deionized water.
e. Push menu. Select Maintenance>Prime reagents two times.

The reagents are removed from the reagent lines.

2. Select Power>shut down.

3. Wait for the analyzer to shut down. When the display is off, disconnect the power cord from the

electrical outlet.

Note: For user safety, the analyzer will automatically go back to idle mode if the power cord is not disconnected
in 5 minutes or less after the display goes off.

Note: When power is removed from the analyzer for more than 10 minutes, a power-loss beep is heard at the
remote indicator for approximately 5 minutes.

4. Turn the shut-off valve clockwise to stop sample flow to the analyzer.

5. Remove the pump clamp. Refer to Figure 22. Keep the pump clamp for later use.

6. Drain the water from the colorimeter as follows:

a. Remove the thumbscrew from the colorimeter.
b. Lift the colorimeter off of the base.
c. Tilt the colorimeter backward 90 degrees so that the water in the chamber drains out the

opening in the back.

d. Tilt the colorimeter forward and backward two times to remove most of the water. Do not

shake the colorimeter.

e. Attach the colorimeter back to the base with the thumbscrew.

7. To start the analyzer after storage, do the steps that follow:

a. Install the pump clamp. Refer to Figure 22.
b. Turn the shut-off valve counter-clockwise to supply sample to the analyzer.
c. Connect the power cord to an electrical outlet.
d. Wait for the home screen to show on the display (approximately 2 minutes). The home screen

has the word "Idle".

e. Push menu.
f. Select Maintenance>Monthly.
g. Complete the steps that show on the display.

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English

Figure 22 Remove the pump clamp

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Prepare for shipping

To prepare the analyzer for shipping, do the steps that follow.

Items supplied by the user:

Deionized water in two
beakers

Flat-bladed screwdriver,
medium

1. Remove the reagents from the reagent lines as follows:

a. Remove the indicator bottle cap (red) and the buffer bottle cap (black) from the reagent

bottles.

b. Remove the reagent bottles.
c. Put two bottles (or beakers) that contain deionized water on the reagent tray.
d. Put the indicator cap tubing and the buffer cap tubing in the deionized water.
e. Push menu. Select Maintenance>Prime reagents two times.

The reagents are removed from the reagent lines.

2. Remove the deionized water from the reagent lines as follows:

a. Remove the indicator bottle cap (red) and the buffer bottle cap (black) from the deionized

water bottles.

b. Remove the deionized water bottles from the analyzer.
c. Push menu. Select Maintenance>Prime reagents three times.

All of the liquid is removed from the reagent lines.

3. Select Power>shut down.

4. Wait for the analyzer to shut down. When the display is off, disconnect the power cord from the

electrical outlet.

Note: For user safety, the analyzer will automatically go back to idle mode if the power cord is not disconnected
in 5 minutes or less after the display goes off.

Note: When power is removed from the analyzer for more than 10 minutes, a power-loss beep is heard at the
remote indicator for approximately 5 minutes.

5. Turn the shut-off valve clockwise to stop sample flow to the analyzer.

6. Disconnect the sample inlet (black) tubing and drain (clear) tubing from the analyzer. Do not

disconnect the small diameter tubing from the metal fitting on the bottom of the analyzer.

7. Remove the pump clamp. Refer to Figure 22 on page 63. Keep the pump clamp for shipment with
the analyzer.

8. Drain the water from the colorimeter as follows:

a. Remove the thumbscrew from the colorimeter.
b. Lift the colorimeter off of the base.
c. Tilt the colorimeter backward 90 degrees so that the water in the chamber drains out the

opening in the back.

d. Tilt the colorimeter forward and backward two times to remove most of the water. Do not

shake the colorimeter.

e. Attach the colorimeter back to the base with the thumbscrew.

9. Disconnect the remote indicator cable and the Ethernet cable from the analyzer. Refer to

Analyzer electrical installation on page 37.

Cross-slotted
screwdriver

Original
packaging

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English

10. Remove the analyzer from the wall as follows:

a. Loosen the fasteners for the analyzer until the heads of the fasteners are 0.6 mm (¼ in.) from

the wall.

b. Lift the analyzer mounting brackets up and off of the fasteners.

11. Put the analyzer back in the original packaging.

Clean the instrument

N O T I C E

Never use cleaning agents such as turpentine, acetone or similar products to clean the instrument including the
display and accessories.

Clean the exterior of the instrument with a moist cloth and a mild soap solution.

Clean spills

C A U T I O N

Chemical exposure hazard. Dispose of chemicals and wastes in accordance with local, regional and
national regulations.

1. Obey all facility safety protocols for spill control.

2. Discard the waste according to applicable regulations.

Troubleshooting

Remote indicator lights and sounds

The analyzer status and the chlorine status are identified with sounds and colored lights on the
remote indicator in the treatment room. Refer to Table 10 and Table 11. Similar alert and alarm
sounds occur at the remote indicator and the analyzer.

When the battery life of the remote indicator is low, the remote indicator makes a continuous sound.
Replace the battery when the continuous sound is heard. Refer to Replace the remote indicator

battery on page 60.

Note: Alarm and alert settings cannot be changed. Sound volumes and tones cannot be changed.

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65

Table 10 Remote indicator—Light color descriptions

1 Chlorine status light Off: Chlorine is not being measured

Blue: Chlorine is less than 0.10 mg/L as Cl

Red: Chlorine is 0.10 mg/L or more as Cl

2 Analyzer status light Off: No communication with analyzer

Blue: Normal operation

Amber: Non-urgent problem with analyzer

Red: Urgent problem with analyzer

3 Audio

Table 11 Remote indicator—Light combinations and sounds

Remote indicator Status Remote indicator Status

Idle Mode

Chlorine: Not being measured

Analyzer: Normal operation

(slow flashing)

Audio: No sound

Measurement Mode

Chlorine: Low chlorine

(< 0.10 mg/L)

24

Analyzer: Normal operation

Audio: No sound

Measurement Mode

Chlorine: Low chlorine

(< 0.10 mg/L)

Analyzer: Analyzer alert

24

25

Audio: No sound

Measurement Mode

Chlorine: High chlorine

(≥ 0.10 mg/L)

Analyzer: Normal operation

Audio: Chlorine alarm tone

Measurement Mode

Chlorine: High chlorine

(≥ 0.10 mg/L)

Analyzer: Analyzer alert

Audio: Chlorine alarm tone

Idle Mode

Chlorine: Not being measured

Analyzer: Analyzer alarm

Audio: Analyzer alarm tone

Disconnected Mode

Chlorine: Unknown

Analyzer: Unknown

Audio: Power-loss beep

2

2

24

24

25

26

27

28

24

Chlorine measurements continue

25

There is a non-urgent problem with the analyzer.

26

There is an urgent problem with the analyzer. The analyzer cannot make reliable
measurements.

27

There is no communication between the analyzer and the remote indicator. The analyzer does
not have power or the cable between the analyzer and the remote indicator is disconnected.

28

Stops after approximately 5 minutes. The power-loss beep is similar to the power-loss beep of a
smoke detector.

66 English

Alerts and alarms

When an alert or alarm occurs, an amber (alert) or red (alarm) notification message shows at the top
of the analyzer display. If more than one alert or alarm occurs, the highest priority alert or alarm
shows at the top of the analyzer display. To show all of the active alerts and alarms, push menu and
select Notifications.

Refer to Table 12 and Table 13 for troubleshooting information for the notification messages. Refer to

Table 14 for troubleshooting information for problems that have no notification message. If a problem

continues after the troubleshooting steps are done, contact technical support.

Table 12 Alerts (amber )

Message Description Solution

Ethernet
disconnected

Low light
throughput

Low reagent
volume

Reboot the
analyzer

Chlorine nearing
alarm level

Monthly
maintenance [x]
days overdue

Periodic
maintenance [x]
days overdue

The analyzer is not
connected to the Ethernet
or there is a network
problem.

The colorimeter has
detected low levels of light
in the sample cell.

The reagent level is low. No action is necessary at this time. This alert shows that

A software error occurred. Push menu, then select Power > shut down. Wait for the

The chorine level is
between 0.07 and

0.10 mg/L (ppm).

The reagents are in the
last 4 days of the reagent
use life.

The colorimeter is in the
last 5 days of the
colorimeter use life.

Make sure that the Ethernet cable is connected to the
network.

Push menu, then select Power > shut down. Wait for the
analyzer to shut down. When the display is off, disconnect the
power cord from the electrical outlet.

Make sure that the Ethernet cable connector is fully in the
Ethernet connector of the analyzer. Normally, a click is heard
when the Ethernet cable connector is fully installed. Refer to

Connect the Ethernet on page 43.

Note: The connection lights on the Ethernet connector do not come on
even when the cable connector is correctly installed.

If the analyzer will not be connected to a network, connect it to
a powered network switch to remove the alert. It is not
necessary for the switch to be connected to a network.

Note: After the problem is corrected, the error message stays on the
display until the next measurement is complete (5 minutes maximum).

Make sure that the sample water is not turbid.

No action is necessary at this time. This alert shows that
periodic maintenance may be necessary soon.

If the error continues after periodic maintenance, contact
technical support.

monthly maintenance will be necessary soon.

analyzer to shut down. When the display is off, disconnect the
power cord from the electrical outlet. Wait 1 minute. Connect
the power cord to the electrical outlet.

Refer to the clinic operating procedures.

Do monthly maintenance. Refer to Monthly maintenance
on page 58.

Do periodic maintenance. Refer to Periodic maintenance
on page 59.

English 67

Table 13 Alarms (red )

Message Description Solution

Bubbles
detected!

Chlorine above
measurement
range!

Condensation
detected!

Electronics error! A front panel failure has

Excess sample
flow

High chlorine! The chorine level is

There are bubbles or
turbidity in the sample.

The colorimeter cable
is not fully connected.

The chorine level is
more than 0.20 mg/L
(ppm).

There is condensation
on the optical surfaces
of the colorimeter.

The colorimeter cable
is not fully connected.

occurred.

Sample flow has been
sensed at a time when
sample flow should be
stopped.

more than 0.10 mg/L
(ppm).

Decrease the sample water temperature if possible.

Make sure that the sample water is not turbid.

Make sure that a light source is not pointed at the colorimeter (e.g.,
flashlight).

If the alarm continues, there may be biological growth in the
colorimeter. Do all of the steps of monthly maintenance. Refer to

Monthly maintenance on page 58.

If the problem continues after monthly maintenance, do periodic
maintenance to replace the colorimeter. Refer to Periodic

maintenance on page 59.

If the problem continues after periodic maintenance, the analyzer
may be exposed to a combination of air bubbles and chlorine below
the limit of detection.

Remove power from the analyzer. Disconnect and reconnect the
colorimeter cable. Make sure that there is no strain on the
colorimeter cable.

Refer to the clinic operating procedures.

If this alarm occurs immediately after monthly maintenance, add
200 mL (or more) of RO (reverse osmosis) water through the
sample funnel. Then flush the colorimeter three times to remove
any chlorine added during the bleach disinfection procedure. Select
Menu > Maintenance > Flush Colorimeter.

Note: Different substances (e.g., chlorine compounds and oxidants) can
interfere with chlorine measurements. Refer to Interferences on page 72. If
necessary, determine if there are interfering substances in the sample water.

Make sure that the temperature and humidity in the water room are
within specification. Refer to Specifications on page 3.

If the problem is not continuous, put the analyzer back in
measurement mode.

If the problem is continuous, do periodic maintenance. Refer to

Periodic maintenance on page 59.

Remove power from the analyzer. Disconnect and reconnect the
colorimeter cable. Make sure that there is no strain on the
colorimeter cable.

The clock battery voltage is low or a main board failure has
occurred. Contact technical support.

Adjust the sample pressure so that it is within the instrument
requirements. Refer to Specifications on page 3.
Look at the clear (drain) tubing during the measurement cycle. If the
sample flow does not stop after approximately 75 seconds, the
sample flow rate is too high.

If this alarm occurs when the sample pressure is within
specification, make sure the sample filter is correctly installed. Refer
to Items to collect on page 14 for the sample filter specifications.

If the problem continues, replace the sample conditioning module.

Refer to the clinic operating procedures.

Note: Different substances (e.g., chlorine compounds and oxidants) can
interfere with chlorine measurements. Refer to Interferences on page 72. If
necessary, determine if there are interfering substances in the sample water.

68 English

Table 13 Alarms (red ) (continued)

Message Description Solution

Insufficient
sample flow

Measurement
error!

The sample flow rate is
too low.

The sample flow rate is
too high.

The analyzer is not
able to do a
measurement.

Make sure that the sample source valve and the shut-off valve for
the analyzer are open (turned counter-clockwise).

Make sure that the sample line is connected to the sample source.
Adjust the sample pressure so that it is within the instrument
requirements. Refer to Specifications on page 3.

If this alarm occurs when the sample pressure is within
specification, make sure the sample filter is correctly installed. Refer
to Items to collect on page 14 for the sample filter specifications.

If the problem continues, replace the sample conditioning module.

Refer to the solution for the message "Excess sample flow" to
identify if the sample flow is too high.

Put the analyzer back in measurement mode. If the problem occurs
again, do the steps that follow:

1. Make sure that sample inlet (black) tubing is open to the
analyzer.

2. Make sure that the sample water is not turbid.

3. Make sure that the sample is within specifications. Refer to

Specifications on page 3.

4. Make sure that there is no air (bubbles) in the sample inlet
(black) tubing, including very small bubbles.

5. Make sure that the temperature and humidity in the room are
within specifications. Refer to Specifications on page 3.

6. Make sure that no intermittent light sources are shining on the
colorimeter.

7. Push menu, then select Maintenance > Flush colorimeter.

8. Push menu, then select Maintenance > Prime Reagents.

9. Make sure that water flows out the drain tubing.

10. If the problem continues, put the analyzer back in measurement

mode.

11. Examine the drain tubing for sample flow when the
measurement cycle is between 30% and 90%.

12. If flow is seen, replace the sample conditioning module.

13. If the problem continues, do periodic maintenance. Refer to

Periodic maintenance on page 59.

Monthly
maintenance
required!

The reagent level is 0%
or the reagent has
been installed for more
than 35 days.

Do monthly maintenance. Refer to Monthly maintenance
on page 58.

English 69

Table 13 Alarms (red ) (continued)

Message Description Solution

Monthly
maintenance has
failed!

Periodic
maintenance
required!

Reagent blank
out of range

Reagent delivery
error!

Chlorine carryover from
colorimeter disinfection
process.

The colorimeter has
been installed for more
than the allowable use
life or there is a
problem with the
colorimeter.

The colorimeter cable
is not fully connected.

There is too much color
in the reagents.

The reagent level is
0%.

There is a problem with
the reagent delivery
module or the
colorimeter tubing.

1. Do monthly maintenance again.

2. During the disinfection step, pour 200 mL of RO water through

the funnel instead of the bleach solution.

3. Enter the reagent lot codes, but do not replace the reagents.

4. Refill the zero standard bottle with RO water and pour it through

the funnel as instructed by the instrument.

To prevent future carryover failures:

1. Pour the bleach solution into the funnel slowly. Only fill the
funnel halfway then allow it to drain before pouring in the
remainder of the bleach solution. Take care not to splash
bleach on the walls of the funnel.

2. When rinsing the funnel with 200 mL RO water, fill the funnel to
a higher level than with the bleach solution.

3. When pouring in the 100 mL of zero standard water, only allow
it to fill the funnel halfway. Allow it to drain before pouring the
remainder of the water in.

Other problems can occur if light is shined into the colorimeter
during the reagent evaluation process.

If the problem continues, increase the volume of RO water added to
the funnel and examine the sample water for excessive bubbles.

Do periodic maintenance. Refer to Periodic maintenance
on page 59.

With the analyzer power off, disconnect and the connect the
colorimeter connector again to make sure that the colorimeter cable
is fully connected.

Complete the steps for "Monthly maintenance has failed".
If the problem continues, the reagents may be contaminated. Do
monthly maintenance. Refer to Monthly maintenance on page 58.

If one or two reagent bottles are almost empty, do monthly
maintenance. Refer to Monthly maintenance on page 58.

1. Make sure that the colorimeter and the reagent delivery board
are installed correctly. Make sure that the reagent delivery
connector is installed in the reagent delivery board. Refer to the
instructions for use supplied with the colorimeter.

2. Push menu, then select Maintenance > Prime reagents.

3. If the problem continues, remove power from the analyzer.

Refer to Remove power on page 61. Refer to the clinic
operating procedures.

4. Do periodic maintenance to replace the pump tubing and the
colorimeter. Refer to Periodic maintenance on page 59.

5. If the problem continues, replace the reagent delivery module.
Refer to the instructions for use supplied with the new reagent
delivery module.

70 English

The reagent delivery
connector is not fully
installed in the reagent
delivery board.

Remove power from the analyzer. Disconnect and reconnect the
reagent delivery connector. Refer to the instructions for use
supplied with the colorimeter. Make sure that there is no strain on
the reagent delivery cable.

Table 13 Alarms (red ) (continued)

Message Description Solution

Reboot the
device

Remote Indicator
not detected!

Remote Indicator
error

Speaker test
error

Stir system error! The magnetic stirrer in

A software error
occurred.
Measurements cannot
be done.

The remote indicator is
not connected or there
is a problem with the
remote indicator.

The remote indicator
LEDs are not
functioning.

There is a problem with
the remote indicator
speaker.

the colorimeter is not
detected.

Push menu, then select Power > shut down. Wait for the analyzer
to shut down. When the display is off, disconnect the power cord
from the electrical outlet. Wait 1 minute. Connect the power cord to
the electrical outlet.

1. Make sure that the remote indicator cable is connected to the
analyzer and the remote indicator correctly. Refer to Connect

the remote indicator cable to the remote indicator on page 33

and Connect the remote indicator cable to the analyzer
on page 40.

2. If the problem continues, replace the remote indicator. Refer to
the instructions for use supplied with the new remote indicator.

3. If the problem continues after the remote indictor is replaced, it
may be necessary to replace the analyzer. Contact technical
support.

1. Look through the colorimeter window to see if there is a
magnetic stirrer. Refer to Figure 2 on page 9.

2. Make sure that the stir motor cable is connected to the front
panel. Refer to Analyzer electrical connectors on page 38.

3. Make sure that nothing prevents the stir motor operation.

4. If the problem continues, remove power from the analyzer.

Refer to Remove power on page 61. Refer to the clinic
operating procedures.

5. Replace the stir motor. Refer to the instructions for use supplied
with the new stir motor.

Software error! A software error

occurred.

Push menu, then select Power > shut down. Wait for the analyzer
to shut down. When the display is off, disconnect the power cord
from the electrical outlet. Wait 1 minute. Connect the power cord to
the electrical outlet.

Table 14 Miscellaneous (no notification message)

Problem Possible cause Solution

The black and red bottle
caps were installed on the
wrong reagent bottles.

The remote indicator
makes a continuous
sound.

The reagent bottles were
installed in the wrong
positions in the analyzer.

The battery life of the
remote indicator is low.

1. Remove the bottle caps from the reagent bottles.

2. Use a clean, no-lint cloth to remove the reagent from

the exterior surface of the tubes.

3. Install the black and red bottle caps on the correct
reagent bottles.

4. Push menu, then select Maintenance > Prime
reagents.

5. Do step 4 again.

Replace the battery when a continuous sound is heard.
Refer to Replace the remote indicator battery
on page 60.

English 71

Interferences

The substances that are shown in Table 15 interfere in the chlorine (Cl2) determination at the given
concentrations.

Table 16 shows the substances that were tested and do not interfere at or below the levels that are

shown.

Table 15 Interfering substances

Interfering substance Interference level

Bromine, Br

Bromate, BrO3

2

-

Chlorine Dioxide, ClO

2

Positive interference at all levels

Positive interference at all levels

Positive interference at all levels

Chloramines, organic Positive interference at all levels

Chloride salts – combined in solution:

• Calcium – 200 mg/L as Ca

• Magnesium – 200 mg/L as Mg

• Potassium – 200 mg/L as K

• Sodium – 400 mg/L as Na

• Chloride – 300 mg/L as Cl

2+

2+

+

+

-

Chlorate and Chlorite, ClO3 - & ClO2

Maximum negative interference of 0.007 mg/L at 0.10 mg/L as Cl

-

Positive interference at all levels

Chromium, oxidized (Cr6+) Positive interference at all levels

Iodine, I

2

Positive interference at all levels

Manganese, oxidized (Mn4+, Mn7+, MnO4 -) Positive interference at all levels

Ozone, O

3

Positive interference at all levels

Peroxides Positive interference at all levels

Sulfate – 250 mg/L as SO

2-

4

Maximum negative interference of 0.007 mg/L at 0.10 mg/L as Cl

Highly buffered samples or extreme pH Can prevent the correct pH adjustment of the sample by the

reagents. Highly buffered water and water that is not within the EPA
Secondary Drinking Water Standard range of pH 6.5 to 8.5 can
cause interference.

29

29

29

29

29

29

29

29

29

29

2

2

Table 16 Non-interfering substances

Substance Maximum level tested Substance Maximum level tested

Alkalinity (as CaCO3) 500 mg/L Fluoride (F-) 4 mg/L

Aluminum (Al3+) 0.2 mg/L Hardness (as CaCO3) 1000 mg/L

Antimony (Sb) 0.006 mg/L Iron, ferric (Fe3+) 0.3 mg/L

Arsenic (As) 0.01 mg/L Lead (Pb2+) 0.015 mg/L

Barium (Ba2+) 2.0 mg/L Mercury (Hg 2+) 0.002 mg/L

Beryllium (Be2+) 0.004 mg/L Nitrate (NO3 -) 10 mg/L

Cadmium (Cd 2+ ) 0.005 mg/L Selenium (Se4+) 0.18 mg/L

Calcium (Ca2+) 400 mg/L as Ca Silver (Ag+) 0.1 mg/L

29

This substance is an oxidant and can be thought of as the analyte. The result can be thought of
as a total oxidant concentration shown in units of total chlorine.

72 English

Table 16 Non-interfering substances (continued)

Substance Maximum level tested Substance Maximum level tested

Chromium (Cr3+) 0.1 mg/L Thallium (Tl+) 0.002 mg/L

Copper (Cu2+) 1.3 mg/L Zinc (Zn2+) 5 mg/L

Consumables and replacement parts

W A R N I N G

Personal injury hazard. Use of non-approved parts may cause personal injury, damage to the
instrument or equipment malfunction. The replacement parts in this section are approved by the
manufacturer.

Consumables

Description Item no.

Monthly Maintenance Kit, CM130 9717300

Assy, Tubing Maintenance Kit, CM130 (includes colorimeter) 9638900

Performance Check Kit, CM130 9746600

Periodic Maintenance Bundle, includes:
Performance Check Kit (9746600) and Assy, Tubing Maintenance Kit (9638900)

Replacement parts

Description Item no.

9746800

Installation Kit, CM130 (grab sample assembly, sample inlet tubing, drain tubing and
beaker)

Power Cord Replacement Kit 9747600

Reagent Delivery Module Replacement Kit

Remote Indicator Assembly, CM130 9730100

Sample Conditioning/Speaker Module Replacement Kit 9747300

Stir Motor Replacement Module Kit 9747500

30

A Performance Check Kit (9746600) is necessary to replace this part.

30

9717200

9747400

English 73

Appendix A: Screens—Install the colorimeter

This appendix shows the analyzer display screens, for reference only.

74 English

English 75

Appendix B: Screens—Install reagents

This appendix shows the analyzer display screens, for reference only.

76 English

English 77

78 English

English 79

80 English

English 81

82 English

English 83

84 English

Appendix C: Screens—Data export

This appendix shows the analyzer display screens, for reference only.

English 85

86 English

Appendix D: Screens—Prime reagents

This appendix shows the analyzer display screens, for reference only.

English 87

88 English

Appendix E: Screens—Flush colorimeter

This appendix shows the analyzer display screens, for reference only.

English 89

90 English

Appendix F: Screens—Performance check

This appendix shows the analyzer display screens, for reference only.

English 91

92 English

English 93

94 English

Appendix G: Screens—Monthly maintenance

This appendix shows the analyzer display screens, for reference only.

English 95

96 English

English 97

98 English