Grundfos Oxiperm Pro OCD-162-5, Oxiperm Pro OCD-162 Series, Oxiperm Pro OCD-162-10, Oxiperm Pro OCD-162-30, Oxiperm Pro OCD-162-60 Installation And Operating Instructions Manual
We, Grundfos, declare under our sole responsibility that the products
Oxiperm® Pro, to which this declaration relates, are in conformity with
these Council directives on the approximation of the laws of the EC
member states:
— Machinery Directive (2006/42/EC).
Standards used: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Low Voltage Directive (2006/95/EC).
Standard used: EN 61010-1: 2001 (second edition).
— EMC Directive (2004/108/EC).
Standards used: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
This EC declaration of conformity is only valid when published as part of
the Grundfos installation and operating instructions.
DK: EF-overensstemmelseserklæring
Vi, Grundfos, erklærer under ansvar at produkterne Oxiperm® Pro som
denne erklæring omhandler, er i overensstemmelse med disse af Rådets
direktiver om indbyrdes tilnærmelse til EF-medlemsstaternes lovgivning:
— Maskindirektivet (2006/42/EF).
Anvendte standarder: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Lavspændingsdirektivet (2006/95/EF).
Anvendt standard: EN 61010-1: 2001 (anden udgave).
— EMC-direktivet (2004/108/EF).
Anvendte standarder: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Denne EF-overensstemmelseserklæring er kun gyldig når den publiceres
som en del af Grundfos-monterings- og driftsinstruktionen.
ES: Declaración CE de conformidad
Nosotros, Grundfos, declaramos bajo nuestra entera responsabilidad
que los productos Oxiperm® Pro, a los cuales se refiere esta declaración,
están conformes con las Directivas del Consejo en la aproximación de
las leyes de las Estados Miembros del EM:
— Directiva de Maquinaria (2006/42/CE).
Normas aplicadas: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Directiva de Baja Tensión (2006/95/CE).
Norma aplicada: EN 61010-1: 2001 (segunda edición).
— Directiva EMC (2004/108/CE).
Normas aplicadas: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Esta declaración CE de conformidad sólo es válida cuando se publique
como parte de las instrucciones de instalación y funcionamiento de
Grundfos.
IT: Dichiarazione di conformità CE
Grundfos dichiara sotto la sua esclusiva responsabilità che i prodotti
Oxiperm® Pro, ai quali si riferisce questa dichiarazione, sono conformi
alle seguenti direttive del Consiglio riguardanti il riavvicinamento delle
legislazioni degli Stati membri CE:
— Direttiva Macchine (2006/42/CE).
Norme applicate: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Direttiva Bassa Tensione (2006/95/CE).
Norma applicata: EN 61010-1: 2001 (seconda edizione).
— Direttiva EMC (2004/108/CE).
Norme applicate: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Questa dichiarazione di conformità CE è valida solo quando pubblicata
come parte delle istruzioni di installazione e funzionamento Grundfos.
BG: EC декларация за съответствие
Ние, фирма Grundfos, заявявамеспълнаотговорност, че продуктите
Oxiperm® Pro, за които се отнася настоящата декларация, отговарят
на следните указания на Съвета за уеднаквяване на правните
разпоредби на държавите членки на ЕС:
— Директива за машините (2006/42/EC).
Приложени стандарти: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Директивазанисковолтовисистеми (2006/95/EC).
Приложенстандарт: EN 61010-1: 2001 (второиздание).
Приложени
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Тази ЕС декларация за съответствие е валидна само когато е
публикувана като част от инструкциите за монтаж и експлоатация на
Grundfos.
стандарти: EN 61326-1: 2006,
DE: EG-Konformitätserklärung
Wir, Grundfos, erklären in alleiniger Verantwortung, dass die Produkte
Oxiperm® Pro, auf die sich diese Erklärung bezieht, mit den folgenden
Richtlinien des Rates zur Angleichung der Rechtsvorschriften der
EU-Mitgliedsstaaten übereinstimmen:
— Maschinenrichtlinie (2006/42/EG).
Normen, die verwendet wurden: EN 809: 1998,
EN ISO 12100-1+A1: 2009, EN ISO 12100-2+A1: 2009.
— Niederspannungsrichtlinie (2006/95/EG).
Norm, die verwendet wurde: EN 61010-1: 2001 (zweite Ausgabe).
— EMV-Richtlinie (2004/108/EG).
Normen, die verwendet wurden: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Diese EG-Konformitätserklärung gilt nur, wenn sie in Verbindung mit der
Grundfos Montage- und Betriebsanleitung veröffentlicht wird.
FR: Déclaration de conformité CE
Nous, Grundfos, déclarons sous notre seule responsabilité, que les
produits DDA, DDC et DDE, auxquels se réfère cette déclaration, sont
conformes aux Directives du Conseil concernant le rapprochement
des législations des Etats membres CE relatives aux normes énoncées
ci-dessous :
— Directive Machines (2006/42/CE).
Normes utilisées : EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Directive Basse Tension (2006/95/CE).
Norme utilisée : EN 61010-1: 2001 (deuxième édition).
— Directive Compatibilité Electromagnétique CEM (2004/108/CE).
Normes utilisées : EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Cette déclaration de conformité CE est uniquement valide lors de sa
publication dans la notice d'installation et de fonctionnement Grundfos.
NL: EC overeenkomstigheidsverklaring
Wij, Grundfos, verklaren geheel onder eigen verantwoordelijkheid dat
de producten Oxiperm® Pro waarop deze verklaring betrekking heeft,
in overeenstemming zijn met de Richtlijnen van de Raad in zake de
onderlinge aanpassing van de wetgeving van de EG Lidstaten
betreffende:
— Machine Richtlijn (2006/42/EC).
Gebruikte normen: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Laagspannings Richtlijn (2006/95/EC).
Gebruikte norm: EN 61010-1: 2001 (tweede editie).
— EMC Richtlijn (2004/108/EC).
Gebruikte normen: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Deze EC overeenkomstigheidsverklaring is alleen geldig wanneer deze
gepubliceerd is als onderdeel van de Grundfos installatie- en
bedieningsinstructies.
2
PL: Deklaracja zgodności WE
My, Grundfos, oświadczamy z pełną odpowiedzialnością, że nasze
wyroby Oxiperm® Pro, których deklaracja niniejsza dotyczy, są zgodne
z następującymi wytycznymi Rady d/s ujednolicenia przepisów prawnych
krajów członkowskich WE:
— Dyrektywa Maszynowa (2006/42/WE).
Zastosowane normy: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Dyrektywa Niskonapięciowa (LVD) (2006/95/WE).
Zastosowana norma: EN 61010-1: 2001 (drugie wydanie).
— Dyrektywa EMC (2004/108/WE).
Zastosowane normy: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Deklaracja zgodności WE jest ważna tylko i wyłącznie wtedy kiedy jest
opublikowana przez firmę Grundfos i umieszczona w instrukcji montażu
i eksploatacji.
RU: ДекларацияосоответствииЕС
Мы, компания Grundfos, со всей ответственностью заявляем, что
изделия Oxiperm® Pro, к которым относится настоящая декларация,
соответствуют следующим Директивам Совета Евросоюза об
унификации законодательных предписаний стран-членов ЕС:
— Механические устройства (2006/42/ЕС).
Применявшиеся стандарты: EN 809: 1998,
EN ISO 12100-1+A1: 2009, EN ISO 12100-2+A1: 2009.
— Низковольтноеоборудование (2006/95/EC).
Применявшийсястандарт: EN 61010-1: 2001 (второеиздание).
— Электромагнитнаясовместимость (2004/108/EC).
Применявшиесястандарты: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Данная декларация о соответствии ЕС имеет силу только
публикации в составе инструкции по монтажу и эксплуатации на
продукцию производства компании Grundfos.
в случае
SE: EG-försäkran om överensstämmelse
Vi, Grundfos, försäkrar under ansvar att produkterna Oxiperm® Pro, som
omfattas av denna försäkran, är i överensstämmelse med rådets direktiv
om inbördes närmande till EU-medlemsstaternas lagstiftning, avseende:
— Maskindirektivet (2006/42/EG).
Tillämpade standarder: EN 809: 1998,
EN ISO 12100-1+A1: 2009, EN ISO 12100-2+A1: 2009.
— Lågspänningsdirektivet (2006/95/EG).
Tillämpad standard: EN 61010-1: 2001 (andra upplagan).
— EMC-direktivet (2004/108/EG).
Tillämpade standarder: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Denna EG-försäkran om överensstämmelse är endast giltig när den
publiceras som en del av Grundfos monterings- och driftsinstruktion.
PT: Declaração de conformidade CE
A Grundfos declara sob sua única responsabilidade que os produtos
Oxiperm® Pro, aos quais diz respeito esta declaração, estão em
conformidade com as seguintes Directivas do Conselho sobre
a aproximação das legislações dos Estados Membros da CE:
— Directiva Máquinas (2006/42/CE).
Normas utilizadas: EN 809: 1998, EN ISO 12100-1+A1: 2009,
EN ISO 12100-2+A1: 2009.
— Directiva Baixa Tensão (2006/95/CE).
Norma utilizada: EN 61010-1: 2001 (segunda edição).
Normas utilizadas: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
Esta declaração de conformidade CE é apenas válida quando publicada
como parte das instruções de instalação e funcionamento Grundfos.
SI: ES izjava o skladnosti
V Grundfosu s polno odgovornostjo izjavljamo, da so naši izdelki
Oxiperm® Pro, na katere se ta izjava nanaša, v skladu z naslednjimi
direktivami Sveta o približevanju zakonodaje za izenačevanje pravnih
predpisov držav članic ES:
— Direktiva o strojih (2006/42/ES).
Uporabljeni normi: EN 809: 1998,
EN ISO 12100-1+A1: 2009, EN ISO 12100-2+A1: 2009.
— Direktiva o nizki napetosti (2006/95/ES).
Uporabljena norma: EN 61010-1: 2001 (druga izdaja).
— Direktiva o elektromagnetni združljivosti (EMC) (2004/108/ES).
Uporabljeni normi: EN 61326-1: 2006,
EN 61000-3-2: 2006+A1: 2009+A2: 2009, EN 61000-3-3: 2008.
ES izjava o skladnosti velja samo kadar je izdana kot del Grundfos
instalacije in navodil delovanja.
Pfinztal, 20 July 2012
Ulrich Stemick
Technical Director
Grundfos Water Treatment GmbH
Reetzstr. 85, D-76327 Pfinztal, Germany
Person authorised to compile technical file and
empowered to sign the EC declaration of conformity.
Declaration of conformity
3
English (GB) Installation and operating instructions
Caution
Note
English (GB)
Original installation and operating instructions.
CONTENTS
1.General safety instructions
1.1Purpose of these operating instructions
1.2Symbols used in this document
1.3Operators
1.4Obligations of the operating company
1.5Authorised service personnel
1.6Correct usage
1.7Inappropriate usage
1.8Safety and monitoring equipment
1.9Chemicals
2.Product description
2.1Application examples
2.2Functional principle
2.3Components of a standard system
2.4Peripheral devices and accessories
2.5Hydraulic connections
2.6Power supply connections and electronic connections
Warnin g
Prior to operation, read these installation and
operating instructions.
4
1. General safety instructions
4
4
1.1 Purpose of these operating instructions
4
These operating instructions inform about operating and
5
monitoring the system. For information on installation,
5
maintenance, servicing and dismantling, please seethe separate
5
Service Instructions.
5
5
1.2 Symbols used in this document
5
The safety instructions are identified by the following symbols:
7
8
8
9
Information about possible residual risks can be found:
• on warning signs located at the installation site
• at the beginningof each section in this manual
• immediately before steps associated with a residual risk.
Warnin g
If these safety instructions are not observed,
it may result in personal injury.
If these safety instructions are not observed,
it may result in malfunction or damage to the
equipment.
Notes or instructions that make the job easier
and ensure safe operation.
1.3 Operators
Operators are persons who are responsible for operating and
monitoring the system at the installation location. The system
may only be operated by trained and qualified personnel.
The system is electronically controlled. Operators operate the
system via a display with control elements.
Obligationsof the operator
• Be trained by qualified personnel from Grundfos in the
operation of the system.
• Observe the recognised regulations governing safety in the
workplace and accident prevention.
• Wear appropriate protective clothing in accordance with
national regulations for the prevention of accidents when
operating the system and handling chemicals
(Germany GUV-V D5).
• Keep secret the operator code for the operating software.
4
1.4 Obligationsof the operating company
Note
Owners of the building and/or operators of the Oxiperm Pro
disinfection system are obliged to:
• Consider this manual to be part of the product and make sure
that it is kept clearly accessible in the immediate vicinity of the
system for the entire service life of the system.
• Meet the installation requirements specified by the
manufacturer, see section 5.1.
• Make sure that water lines and fittings are regularly checked,
serviced and maintained.
• Obtain official approval for storing chemicals, if necessary.
• Instructoperators in the operation of the system.
• Make sure that the labels supplied by the manufacturer are
attached and clearly visible in the installation location.
For illustration, see section 9. Photos .
• Provide the operator code for the operating software only to
operators who have received appropriate technical training.
• Make sure that the regulations for the prevention of accidents
are observed in the installation location (Germany GUV-V D5).
• Provide all operators and service personnel with protective
clothing in accordance with the regulations for the prevention
of accidents (Germany GUV-V D5): face mask, gloves,
protective apron, breathing mask.
• If the system is supplied without a dosing pump, provide an
external dosing pump prior to installation. Only authorised
service personnel trained by Grundfos is allowed to connect it
to the Oxiperm Pro.
1.5 Authorised service personnel
The system may only be maintained and serviced by authorised
service personnel trained by Grundfos.
1.6 Correct usage
Oxiperm Pro OCD-162 is a system for the discontinuous
preparation of a chlorine dioxide solution out of hydrochloric acid
(9 %) and sodium chlorite (7.5 %), and the continuous dosing of
this solution for water disinfection.
1.7 Inappropriate usage
Applications other than those listed in section 1.6 Correct usage
are not in accordance with the intended use and are not
permitted. The manufacturer, Grundfos, accepts no liability for
any damage resulting from incorrect use.
A chlorine dioxide solution with an uncritical concentration of 2 g/l
is generated in the reactor. Hence the Oxiperm Pro OCD-162
operates far out of the range of critical concentrations.
Danger of explosion in case of overdosage: at a concentration of
more than 30 g/l the chlorine dioxide solution can explode.
Gaseous chlorine dioxide is a chemically unstable compound.
At concentrations over 300 g/m
oxygen explosively without external impact.
Warning
Unauthorised structural modifications to the
system may result in serious damage to
equipment and personal injury.
It is forbidden to dismantle, modify, change the
structure of, bridge, remove, bypass or disable
components, including safety equipment.
3
, it decomposes into chlorine and
1.8 Safety and monitoring equipment
The system is fitted with the following safety and monitoring
equipment:
• cover on the system frame
• two collecting trays for the two chemical containers
(accessories)
• safety/multi-function valve at the dosing pump
• solenoid valve at the dilution water inlet
• volume compensation bag and activated-carbon filter for ClO
gas that escapes from the reaction tank
• alarm functions in the controller.
1.9 Chemicals
1.9.1 Chlorine dioxide concentration
In the reaction tank of the Oxiperm Pro OCD-162, diluted sodium
chlorite and diluted hydrochloric acid are mixed to create a
chlorine dioxide solution with a concentration of approximately
2 gram per litre of water. According to the disinfection
requirement, the Oxiperm Pro OCD-162 doses the diluted
chlorine dioxide solution into the main line to be disinfected.
The chlorine dioxide concentration in drinking water must not
exceed a maximum of 0.4 milligram per litre of water according to
the German drinking water ordinance.
Warnin g
Risk of explosion when using chemicals in too
high concentrations.
Only use sodium chlorite in a diluted
concentration of 7.5 % by weight in accordance
with EN 938.
Only use hydrochloric acid in a diluted
concentration of 9.0 % by weight in accordance
with EN 939.
Observe the safety data sheets from the
chemicalssupplier.
Warnin g
Risk of explosion when mixing up chemical
containers or suction lances. Possible
consequences are personal injury and serious
damage to equipment.
Do not mix up chemical containers or suction
lances.
Observe the labels on chemical containers,
suction lances and pumps:
red = HCl, blue = NaClO
Warnin g
Risk of burns when skin and clothing come into
contact with sodium chlorite and hydrochloric
acid.
Immediately wash affected skin and clothing with
water.
Warnin g
Risk of irritation to eyes, respiratory system and
skin, if chlorine dioxide is inhaled.
When changing the chemical containers, wear
protective clothing in accordance with the
regulations for the prevention of accidents
(Germany GUV-V D5).
.
2
English (GB)
2
Warnin g
The temperature of the chlorine dioxide solution
stored in an external batch tank may not exceed
40 °C.
Risk of outgassing at more than 40 °C.
We recommend the installation of a gas warning
device.
5
1.9.2 Storing chemicals
English (GB)
• Chemicals must be stored in the appropriately marked original
plastic containers (20 to 33 litres).
• Do not store chemicals near grease, flammable substances,
oils, oxidising substances, acids or salts.
• Empty and full containers must be kept closed, especially in
areas where national regulations for the prevention of
accidents apply to storage (Germany GUV-V D5).
1.9.3 Procedure in caseof an emergency
The general safety regulations and regulations for the procedure
in case of an emergency, as specified in EN 12671 apply.
Actions in case of an emergency:
• Ventilate the installation location immediately.
– In case of contact with the eyes, rinse immediately with
plenty of water for at least 15 minutes. Consult a doctor.
– In case of contact with the skin, wash immediately with
plenty of water. Remove all contaminated clothing.
– In case gas is inhaled, move the casualty to a source of
fresh air. Avoid taking deep breaths.
Consult a doctor (look out for a racing pulse, as vasodilating
treatment may be required).
• Spillages
– In case of contact with clothing, remove the clothing
immediately and wash with plenty of water.
– Chemical spillages in buildings must be washed away with
water.
– Chlorine dioxide spillages can be doused with sodium
thiosulphate, and washed away with water.
• Escaped gas
– Escaped gas can be rinsed away with water from a
sprinkling system.
• Firefighting
– Aqueous solutions of chlorine dioxide are not directly
flammable. Extinguish the surrounding fire with water,
preferably using a fire sprinkler system to dilute the ambient
gas. Inform the fire brigade of the installed production
capacity and any harmful starting substances that are being
stored (precursor substances) so that precautions can be
taken regarding possible risks.
6
2. Product description
Fig. 1 Oxiperm Pro OCD-162 without cover and peripheral devices
English (GB)
TM03 6914 4506
Oxiperm Pro OCD-162 disinfection systems produce and dose
chlorine dioxide for the disinfection of drinking water, process
water, cooling water and wastewater.
Oxiperm Pro OCD-162 disinfection systems consist of a plastic
system frame, on which the internal components are mounted.
They are prepared for wall- or floor-mounting, and covered by a
plastic cover.
The chemicals are supplied from two original chemical
containers, which are located in two collecting trays directly under
the system (OCD-162-5, -10) or in a separate tray for each
container next to the system (OCD-162-30, -60). A suction lance
is inserted in each container and is permanently connected to the
corresponding chemical dosing pump. The suction lance cables
send low-level and empty signals to the controller.
Oxiperm Pro OCD-162 is connected to two water lines:
• The drinking water line for supplying dilution water and
flushing water.
• The main water line to be disinfected, into which the final
chlorine dioxide solution is dosed.
7
2.1 Application examples
English (GB)
Oxiperm Pro OCD-162 disinfection systems can be used for
different types of applications:
2.1.1 Disinfection of drinking water lines
• The flow rate of the water in drinking water lines can fluctuate
greatly (peak times when water is used for bathing and
cooking).
• The type and level of contamination in the water
(disturbance variables) are not known or are very varied.
• Examples: drinking water lines in:
– hotels, multi-storey buildings
– schools, hospitals, nursing homes
– showers in sports facilities
– food and beverage plants
– waterworks.
2.1.2 Disinfection of industrial systems
• The water quantity in industrial systems is relatively constant.
• The type and level of contamination in the water
(disturbance variables) are measured and hardly ever change.
•Examples:
– bottle cleaning plants in breweries
– industrial process water or wastewater systems
– cooling water systems.
• Applications requiring large quantities of disinfectant in a short
time
• Example: cleaning of whirlpool baths.
2.2 Functional principle
2.2.1 Production of chlorine dioxide
Chlorine dioxide is prepared in the reaction tank as follows:
Water, hydrochloric acid and sodium chlorite are added until a
specific level is reached. During the reaction time, a diluted
chlorine dioxide solution is produced. The reaction tank is filled
with water. With a concentration of approximately 2 gram of
chlorine dioxide per litre of water, the final solution flows through
a pipe (overflow) located in the middle of the reaction tank into
the batch tank below.
From the batch tank, the dosing pump doses the final chlorine
dioxide solution to the injection unit, where it is injected into the
main water line to be disinfected.
There are two different operation modes for the production of
chlorine dioxide.
"Internal batch tank" mode: Chlorine dioxide solution is generated
in the internal batch tank, and dosed into the line system, until the
batch tank is empty. There are two ways of refilling the batch
tank:
– First method "1-20": You determine how many times the
batch tank is refilled by choosing a number in the range of
1 to 20.
– Second method "0 = continuous": The batch tank is refilled
continuously.
• "External batch tank" mode: Chlorine dioxide solution is
generated in the internal batch tank, and dosed into an
external batch tank for storage. After emptying the external
batch tank, chlorine dioxide production is restarted in a
continuous process.
2.2.2 Flow-rate-proportional dosing
Suitable for drinking water applications:
1. The controller is set to "proportional controller".
2. A contact water meter or flow meter measures the waterflow
rate in the main water line, and continuously sends measured
values to the controller.
3. The proportional controller calculates the required chlorine
dioxide dosing volume in proportion to the water flow rate in
the main line.
4. The proportional controller sends the corresponding output
signals to the dosing pump.
5. The dosing pump doses the required quantity of chlorine
dioxide solution from the batch tank into the main water line.
6. An optional measuring cell monitors the chlorine dioxide
concentration in the main line.
2.2.3 Setpoint-controlled dosing
Suitable for industrial water applications:
1. The controller is set to "setpoint controller". A setpoint for the
desired chlorine dioxide concentration in the main line is
specified.
2. A measuring cell monitors the chlorine dioxide concentration
in the main line, and sends actual values to the controller.
3. The setpoint controller compares the incoming actual values
with the setpoint. Based on the deviation, it calculates the
quantity of chlorine dioxide solution (actuating variable)
required to achieve the desired concentration.
4. The setpoint controller sends output signals to the dosing
pump.
5. The pump doses the corresponding quantity of chlorine
dioxide solution from the batch tank into the main water line.
A combined controller is also available for applications with
setpoint controller and flow meter, see separate Service
Instructions.
8
2.3 Components of a standard system
Blue
Red
English (GB)
Fig. 2 Components of a standard system (Oxiperm Pro OCD-162-5, -10)
2.3.1 External components
Pos. Component
1aWater line for dilution water and flushing water
1bDilution water extraction device with isolating valve
Container for sodium chlorite (NaClO
concentration of 7.5 % by weight) with suction lance and
3
, diluted
2
collecting tray
Container for hydrochloric acid (HCl, diluted
4
concentration of 9 % by weight) with suction lance and
collecting tray
11Main water line to be disinfected
12Flow meter (or contact water meter)
14Dosing line
Injection unit for dosing chlorine dioxide (ClO
15
main water line
) into the
2
16Hose for sample water
17Sample-water extraction device
Measuring cell for checking the chlorine dioxide
18
concentration in the main water line (optional)
19Power supply connection
See the photos in section 9. Photos.
2.3.2 Internal components
Pos. Component
2Solenoid valve for dilution water and flushing water
5Dosing pump for sodium chlorite (NaClO
)
2
6Dosing pump for hydrochloric acid (HCl)
7Reaction tank with float switch
Batch tank with float switch and drain cock for chlorine
8
dioxide (ClO
)
2
9Volume compensation bag for chlorine dioxide gas
10Activated carbon filter for chlorine dioxide gas
Dosing pump with multi-function valve for chlorine
13
dioxide
Electronic controller with measured-value sensor for
20
check measurements
21Display of the controller
TM03 6897 4506
9
2.4 Peripheral devices and accessories
Red
Blue
English (GB)
2.4.1 Accessories for the dilution water line
• Isolating valve
• Dilution water extraction device (if necessary with double
nipple and connection piece for hose).
• Hose with connection to solenoid valve.
Isolating valve and extraction device are not required, if the
bypass mixing module with dilution water connection has been
selected.
2.4.2 Accessories for the main water line
• Contact water meter or flow meter (in case of a new water
line: water flow meter providing signals, or ultrasonic flow
meter).
• Tapping sleeve for the injection unit.
• Protective pipe for the dosing line, installed from the dosing
pump to the injection unit.
• DIT photometer: measures the chlorine dioxide concentration
after dosing.
• Sample-water filter (in case of insufficient water quality).
2.4.3 Measuring cell
• Measuring cell
• Tapping sleeve for sample-water extraction at the main line.
• Hose from the sample-water extraction device to the
measuring cell.
• Hose from the measuring cell to the sample-water drain.
2.4.4 Extension modules
The standard system can be extended with:
• Measuring cell for cold and hot water (main water up to 50 °C,
pressure 4 bar).
• Measuring module for cold and hot water (main water up to
70 °C, pressure 8 bar).
• The use of a bypass mixing module is recommended in order
to optimise mixing and reduce the risk of corrosion and in case
of fluctuations in the main water flow
Fig. 3 OCD-162-5, -10 system with measuring cell and without extension module
10
TM03 6918 4506
Fig. 4 Complete system with measuring cell (e.g. OCD-162-30, -60)
17
1a
14
1b
19
15
23
26
12
24
25
16
18
17
11
English (GB)
TM04 0951 1509
Pos. Component
1aWater line for dilution water and flushing water
2.5 Hydraulic connections
2.5.1 Oxiperm Pro OCD-162-5, -10
1bDilution water extraction device with isolating valve
Container for sodium chlorite (NaClO
concentration of 7.5 % by weight) with suction lance and
3
, diluted
2
collecting tray
Container for hydrochloric acid (HCl, diluted
4
concentration of 9 % by weight) with suction lance and
collecting tray
11Main water line to be disinfected
12Flow meter (or contact water meter)
14Dosing line
Injection unit for dosing chlorine dioxide (ClO
15
main water line
) into the
2
16Hose for sample water
17Sample-water extraction device
18Measuring cell
19Power supply connection/main switch
23Connection cable for measuring cell
Fig. 5 Hydraulic connections OCD-162-05, -10
TM04 8542 1312
24Sample-water drain
25Connection cable for cleaning motor
26Hose for dilution water
Pos. Description
Hoses for both suction lances on the suction side of the
5, 6
NaClO
and HCl dosing pumps
2
Hose at the drain cock of the batch tank (only installed
8
for flushing and venting)
Dosing line from the chlorine dioxide dosing pump to
14
the injection unit at the main line or to the injection unit
at the mixing module or to the external batch tank
26Dilution water hose at the solenoid valve
11
2.5.2 Oxiperm Pro OCD-162-30, -60
OCD-162-30
OCD-162-60
English (GB)
Fig. 6 Hydraulic connections OCD-162-30, -60
Pos. Description
Hoses for both suction lances on the suction side of the
5, 6
NaClO
and HCl dosing pumps
2
Hose at the drain cock of the batch tank
8
(only installed for flushing and venting)
Dosing line from the dosing pump to the injection unit at
14
the main line, or to the injection unit at the mixing
module, or to the external batch tank
26Dilution water hose at the solenoid valve
2.5.3 System connections
• Dilution water hose at the solenoid valve (26)
• Hoses for suction lances (5, 6)
• Dosing line from the dosing pump to the injection unit at the
main line, or to the injection unit at the mixing module, or to
the external batch tank (14)
• Hose at the drain cock of the batch tank (8)
2.5.4 External dosing pump connection
If the system has been supplied without a dosing pump, the
dosing line of an external dosing pump is connected to the batch
tank.
2.5.5 Measuring cell connections
The measuring cell is hydraulically connected to the main line.
After dosing, the chlorine dioxide concentration, temperature and
pH/ORP value of the sample water are measured in the
measuring cell. The measuring cell has connections for the
following:
• hose from the sample-water extraction device to the
measuring cell
• hose from the measuring cell to the sample-water drain.
For more detailed information, see the installation and operating
instructions for the measuring cell.
2.5.6 Measuring module connections
The measuring module is hydraulically connected to the main
line. The measuring module has connections for the following:
• hose from one tapping sleeve to the measuring module
• hose from the measuring module to another tapping sleeve at
the main line.
For more detailed information, see the installation and operating
instructions for the measuring module.
2.5.7 Mixing module connections
The mixing module is hydraulically connected to the main line and
the Oxiperm Pro system. The mixing module has connections for
the following:
• dosing line from the dosing pump to the injection unit in the
mixing module
• hose from one tapping sleeve to the mixing module
• hose from the mixing module to another tapping sleeve at the
main line.
For more detailed information, see the installation and operating
instructions for the mixing module.
TM04 0953 1509
12
2.6 Power supply connections and electronic
54321
.........
24
,
5
°C
pH
7
,
35
5
4
3
2
1
0,23 mg
/
l
1
2
6
7
4/3
5
8
connections
The Oxiperm Pro OCD-162 is equipped with an electronic
controller. The controller has connections for the following:
• power supply cable to the main switch
• cable from the flow meter or contact water meter
• cable from external batch tank to level control, if applicable
• cables for measuring cell AQC-D1 or AQC-D6, if applicable:
– measuring electrode and counter-electrode
– sample-water sensor
– Pt100 temperature sensor
– pH electrode (for pH or ORP) (AQC-D1 only)
– cleaning motor (AQC-D1 only)
• cables from the measuring module, if applicable:
– measuring electrode and counter-electrode
– sample-water sensor
– Pt100 temperature sensor
• cable from the mixing module, if applicable:
– flow controller.
For additional connections, see the separate Service Instructions.
2.7 Operation modes
During commissioning, the Oxiperm Pro OCD-162 system is set
up according to the application. After switching on and starting up
the chlorine dioxide production via the menu commands, the
system runs fully automatically.
Two operation modes are available for the production of chlorine
dioxide:
• "Internal batch tank" mode: Chlorine dioxide solution is
generated in the internal batch tank, and dosed into the line
system, until the batch tank is empty. There are two ways of
refilling the batch tank:
– First method "1-20": You determine how many times the
batch tank is refilled by choosing a number in the range of
1 to 20.
– Second method "0 = continuous": The batch tank is refilled
continuously.
• "External batch tank" mode: Chlorine dioxide solution is
generated in the internal batch tank, and dosed into an
external batch tank for storage. After emptying the external
batch tank, chlorine dioxide production is restarted in a
continuous process.
Dosing is controlled automatically by the controller. In manual
operation, the controller can be switched off.
2.8 Display and control elements
Fig. 7 Display and control elements
Button or LEDFunction
Button [Esc]Cancels command, exits menu
Button [Up]
Button [Down]
Button [OK] Confirms the menu selection
Button [Cal] Calibration
Button [Man] Manual operation
LED "Alarm"Alarm (red)
LED "Caution"Warning (yellow)
LED "Cal"Calibration (yellow)
LED "Man"Manual operation (yellow)
2.8.1 Displays
After switching on the system, the following display appears:
Fig. 8 Starting the system
Press [OK] to access the "Main menu":
Selects the previous menu item,
or sets a higher numerical value
Selects the next menu item, or sets a
lower numerical value
English (GB)
TM03 6900 4506
TM03 6921 4506
Main menu
Process
Controller ClO2
Alarm
Service
Setup
Maintenance
During operation, press [Esc] to access the display level:
TM03 6922 4506
Fig. 9 "process running" display level
13
The header indicates the status. The positions are explained in the table below.
6
6
English (GB)
Legend
Pos.MessageDescription
"process running"Chlorine dioxide production is active.
1
Headers
2
Relays
3
Symbol
4
Symbol
"process stop"Chlorine dioxide production has been stopped.
"process termination" Chlorine dioxide production has been terminated by a menu command or alarm.
"Flushing"Flushing is started automatically or manually.
1
2Relay for hydrochloric acid pump: display as for 1.
3Relay for sodium chlorite pump: display as for 1.
4Alarm relay: display as for 1.
5Warning relay: display as for 1.
Relay for solenoid valve:
White number on a black background: relay active.
Black number on a white background: relay not active.
Symbol for the relay of the interpulse controller.
Symbol for relay stop of the interpulse controller.
Symbol for continuous controller: Box with plotted line.
The height of the line is proportional to the actuatingvariable (chlorine dioxide dosing volume).
Line not visible: actuating variable = 0 %. Line fills the entire box: actuating variable = 100 %.
Symbol for stop of the continuous controller: White box with a diagonal line through it.
Symbol for external disturbance value input (water flow as impulse/current signal).
5
Symbol
6
Val ue
7
Val ue
8
Val ue
e.g. 24.5°CWater temperature, display value is only available with connected measuring cell.
e.g. 0.23mg/lChlorine dioxide concentration, display value is only available with connected measuring cell.
e.g. 7.35pH value in the sample water, display value is only available with connected measuring cell.
Box with plotted triangle.
The black fill is proportional to the flow (the greater the fill, the greater the flow, 0-100 %).
(only visible, if proportional or combined controller is configured).
2.9 Access codes
When the system is ready for operation, the "Main menu" cannot
be accessed without a code. Two different access authorisations
or security levels are assigned for all submenus.
Each code automatically enables the levels below it.
2.9.1 Operator code
By default, all operator menus can initially be accessed without a
code. When the menu selection has been confirmed with [OK], a
code request is not displayed.
Once the operator has entered his operator code ("Main menu >
Setup > change code"), the code request appears before any
operator submenu can be accessed. The modified operator code
must only allow access for operators with appropriate technical
training and experience. Access is enabled for 60 minutes after
entry of the code.
2.9.2 Service code
This code is reserved for trained Grundfos service engineers.
Access is enabled for 30 minutes after entry. The service code is
necessary for commissioning.
14
2.10 Menu structure
The submenus vary in submenus for operators (with operator
code) and service engineers (with service code).
All software menus can be selected from the "Main menu" using
the [Up] and [Down] buttons, and accessed using[OK].
Press [Esc] to return to the menu level above.
2.10.1 Operator menus (part 1)
Main menuSubmenu 1Submenu 2Submenu 3Submenu 4Submenu 5
Start
Process
Terminate
Operation
Process
Main menu
Service
Measurement
1
Controller ClO2
Water flow meter
Test display
Program version
Language
Setup
Date/time
Code function
Main menu
DisplayContrast
Alarm value ClO2
4
Alarm
Dos. time monit.
1The "Measurement" submenu only appears, if it is enabled in the "Setup" menu.
2The "Water flow meter" submenu only appears, if a "Water flow meter" is enabled in the "Setup" menu.
3 Depending on the type of water flow meter enabled.
4 The alarm settings are only available, if "Measurement" has been enabled. The alarm relay is activated, if previously set alarm values
for chlorine dioxide are exceeded or not reached, if the maximum dosing time is exceeded, and in case of a fault.
5 Depending on the setting in the "Setup" menu.
StartStart ClO2 production?
Back
Terminate
Terminate ClO2
production?
Back
Int. batch tank
0 = continuous
1-20 (adjustable)
Ext. batch tankOn/Off
StatusDisplay: process status
List of events
Batches
Production ClO2
ChemicalsHCl/NaClO2 reset
Age of ClO2 (mm:ss)
Maintenance
Flushing
ClO2
Temperature
pH or ORP
E.g. 5 impulses/sec. =
2
50 % or 10 mA = 50 %
5
Start
Terminate
Measured value
CalData-LogBook
°C or °F
(Measured value)
Measured value
CalData-LogBook
3
Deutsch
English
(all listed)
Date
Time
Daylight.sav.t.
Begin, End, time shift
(± x hours), Off
Change
Delete
Alarm off
Alarm value 1: 0.15 mg/l
Alarm on
Alarm value 2: 0.70 mg/l
Hysteresis: 0.01
Alarm delay: 0 sec.
Off
OnMax. dosing time
Upward violation or
downward viol.
Upward violation or
downward viol.
English (GB)
15
Operator menus (part 2)
English (GB)
Main menuSubmenu 1Submenu 2Submenu 3Submenu 4Submenu 5
CAL meas. value
chlorine dioxide
calibration
manual operationController ClO2On/Off
Operators can view the current input value of the water flow
meter as well as the impulses/second, or the value in mA and the
calculation in percent, see section 6.8.3.
The value is also displayed, if the defined input values are
exceeded or not reached (a water flow meter malfunction is
visible here).
for 30-litre chemical container (length of suction hose 1.3 m)
1for 60-litre chemical container (length of suction hose 3.0 m)
2for 200-litre/1000-litre chemical container (length of suction hose 5.0 m)
3for 55-gallon chemical container (length of suction hose 3.0 m)
* Note: It is recommended to use a digital dosing pump for direct dosing of the product solution.
1Type designation
2Product name
3Model
4Serial number
5Chlorine dioxide production capacity
6Product number
7Country of origin
8Year and week of production
9Marks of approval, CE mark, etc.
10Voltage [V]
11Frequency [Hz]
12Power consumption
13Safety instruction: Please read this manual
3.3 Temperatures and humidity
Permissible relative air humidity
(no condensation)
Permissible ambient temperature5 °C to 35 °C
Permissible temperature of dilution water10 °C to 30 °C
Permissible temperature of chemicals10 °C to 35 °C
Storage temperature of the system
(not connected)
Storage temperature of chemicals5 °C to 40 °C
Permissible height above sea level, where the
system is allowed to be operated.
TM03 6957 4506
Maximum 80 %
-5 °C to 50 °C
2000 m
3.2 Performance and consumption
OCD-162-55 g/h
Chlorine dioxide
production capacity
Concentration of the
chlorine dioxide solution
Consumption of
hydrochloric acid
Consumption of sodium
chlorite
Dilution water at 3-6 bar
(drinking water quality in
accordance with EU
drinking water
ordinance)
Max. counterpressure of
chlorine dioxide dosing
pump
System framePE
CoverEPP
Reaction tank/batch tankPVC
HosesPTFE/PE
SealsFPM/PTFE/FKM
Heads of dosing pumpsPVC
3.9 Dosing pumps
HCl/NaClO
OCD-162-5, -10
OCD-162-30
OCD-162 -60
OCD-162-5, -10
Connection on suction side
Connection on discharge side
OCD-162-30, -60
Connection on suction side
Connection on discharge side
ClO
OCD-162-5-P/G, -P/H
OCD-162-10-P/G, -PH
Connection on suction side
Connections on discharge side
OCD-162-30-D/G
OCD-162-30-P/G
OCD-162-60-D/G
OCD-162-60-P/G
Connection on suction side
Connections on discharge side
2
2
DDE 6-10
DDE 15-4
DMX 35-10
PE hose 4/6
PTFE hose 4/6
PVC hose 6/12
PTFE hose 9/12
DDA 7.5-16
PTFE hose 4/6
DMX 16-10
DDI 60-10
DMX 35-10
DDI 60-10
PTFE hose 9/12
3.10 Dilution water
Extraction device for dilution water
extraction
Hose connection for dilution water at
the solenoid valve
See data booklet
Oxiperm Pro OCD-162
Hose 6/9 mm or 6/12 or
pipe PVC 10/12 mm
3.11 Main water line
Water flow meter and cable
Tapping sleeve for injection unit
See data booklet
Oxiperm Pro OCD-162
3.12 Permissible measuring cell type
AQC-D1Measures ClO
AQC-D6Measures ClO
Connections for
sample-water extraction
and drain
See data booklet
Oxiperm Pro OCD-162
+ pH or ORP
2
2
English (GB)
3.7 Permissible chemicals
Nominal concentration of NaClO
(quality according to EN 938)
Nominal concentration of HCl solution
(quality according to EN 939)
* All technical data refer to the nominal concentrations.
In operation, deviations up to ± 10 % of the chemical
concentrations are permissible. Yet they can change the
performance data of the system specified here.
solution
2
7.5 % by
weight *
9.0 % by
weight *
21
3.13 Product numbers OCD-162-5, -10
English (GB)
3.16 Controller inputs
Product No.OCD-162Voltage Dosing pump
95707848
95707849 115 V
95702476 230 V
5 g/h
95702477 115 V
95707850
95707851 115 V
95702480 230 V
10 g/h
95702481 115 V
230 V
230 V
DDA 7.5-16
Without dosing
pump
DDA 7.5-16
Without dosing
pump
All dosing pumps are applicable for 50/60 Hz.
3.14 Product numbers OCD-162-30, -60
Product
No.
95718444
OCD-162Voltage
230 V
95718445115 V
95718446230 V
95718447115 V
95718448230 V
30 g/h
95718449115 V
95718450230 V
95718451115 V
95718452
230 V
95718453115 V
95718454230 V
95718455115 V
95718456230 V
60 g/h
USA 55 g/h
95718457115 V
95718458230 V
95718459115 V
All dosing pumps are applicable for 50/60 Hz
Suction
hose
3.0 m
5.0 m
3.0 m
5.0 m
Dosing pump
DMX 15-10
DDI 60-10
DMX 15-10
DDI 60-10
DMX 35-10
DDI 60-10
DMX 35-10
DDI 60-10
3.15 Electrical data
Power supply connection
Input power of the basic
system without external
consumer load
OCD-162-5, -10Max. 100 VA
OCD-162-30Max. 180 VA
OCD-162-60Max. 320 VA
Input power of the whole systemMax. 850 VA
Maximum permissible load on the
potential-free output contacts
Enclosure class of electronics
Enclosure class of solenoid valve
115 V or 230 V,
50/60 Hz
Max. 550 VA
(250 V x 2 A)
IP65Enclosure class of dosing pump
InputDescription
Analog input for
flow meter
Current input 0(4)-20 mA
Load: 50 Ω
Chlorine dioxide concentration
Analog input
Measuring cell (optional)
Pt100 temperature sensor in the measuring
cell
Contact input
(compound-loop
control)
External input:
stop
Contact water meter
Maximum 50 impulses/second
Maximum voltage: 13 V
For process enabling and for external fault
mV inputpH or ORP
Sample-water sensor input for the
53, 54, H
O
2
measuring cell
Maximum voltage: 13 V
Switching input Description
K1Reaction tank: water supply to level K1
K2Reaction tank: HCl supply level
K3Reaction tank: NaClO
supply level
2
K4Reaction tank: water supply to level K4
K5
K6
K7
K8
K9
K10
Batch tank level
Empty signal
Batch tank level
Maximum level
HCl container level: low-level signal
Contact open: low-level signal HCl
HCl container level: Empty signal
Contact open: empty signal HCl
NaClO
container level: low-level signal
2
Contact open: low-level signal NaClO
NaClO2 container level: empty signal
Current output
Measured value for check
measurements
0(4)-20 mA
Load: 500 Ω
Relay 3
Relay 4
Relay 5
Relay 6
2
2
22
4. Transport and packaging
Note
Note
Warnin g
Increased risk of damage to equipment and
personal injury as a result of operating faultsdue
to transport damage.
Do not shake, crush or drop the box.
Do not use a sharp or pointed blade. Open the
packaging carefully.
Carefully remove the device from the box.
Do not bend the hoses and cables.
Do not adjust the stroke-length adjustment knob
on the pump. It must not be adjusted until the
pump is running.
4.1 Unpacking
Number of packing units: 1 box.
Dimensions
L x W x H
[mm]
900 x 900 x 518
766 x 558 x 1813
766 x 558 x 1813
1. Unpack the device.
2. Unpack the cover.
3. Unpack the measuring cell, if supplied.
4. Unpack the extension modules, if supplied.
5. Retain the original packaging in order to return the device for
servicing.
6. Check the device(s) for transport damage (especially hoses
and cables).
Contents
Oxiperm Pro with
cover, hoses,
screws,
accessories
4.2 Transport damages
1. Pack the device in its original packaging.
2. Inform the forwarder of the transport damage.
3. Return the device to the supplier.
Weight gross/net
[kg]
OCD-162-5: 30/26
OCD-162-10: 32/28
OCD-162-30-D: 80/70
OCD-162-30-P: 79/69
OCD-162-60-D: 100/85
OCD-162-60-P: 99/84
5. Installation
Installation is described in detail in the separate Service
Instructions. This subsection can be used by the operating
company to plan installation.
5.1 Preparing the installation location
The operating company must ensure that all the conditions listed
below for structurally and technically safe and optimum operation
of the system are met prior to commencing installation.
The installation location must fulfil the following:
• It is protected from the sun, frost-proof, well-ventilated and
has sufficient lighting. The Oxiperm Pro system must not be
installed outdoors.
• It meets the conditions specified in section 8. Accessories list
regarding air temperature, humidity, permissible component
temperature and dilution water quality.
• It has concrete walls and floors, which enable the OCD-162-5,
-10 system to be wall-mounted (minimum wall thickness for the
mounting screws 100 mm), or the OCD-162-30, -60 system to
be floor-mounted.
• It has a power supply connection, see section 8.
• It has access to the main water line.
• It has a connection for dilution water of drinking water quality
with a isolating valve.
• It has a floor drain for washing away chemicals and a drain
(tank) for sample water.
• It has a separate storage room for empty and full chemical
containers.
• It is isolated from other areas with regard to fire protection.
• It is secured against unauthorised access, and meets the
regulations for the prevention of accidents.
• It is not in permanent use by personnel. The maximum stay is
two hours.
We recommend the installation of a gas warning
device.
5.2 Preparing for installation
ChecklistDone
1. Read the installation and operating instructions
for the Oxiperm Pro system, the dosing pumps,
the multi-function valve, the measuring cell and
the extension module, if used. Store the manuals
in a dry place in the installation location.
2. Measure the pressure and temperature in the
dilution water line and in the main water line.
3. Measure the room temperature and humidity.
4. Obtain official approval for storing chemicals,
if necessary.
5. Purchase accessories, see section 8.
6. Fit a tapping sleeve for the dilution water supply
in the drinking water line.
7. Fit a tapping sleeve for the injection unit in the
main line.
8. Install a protective pipe for the dosing line,
if necessary.
9. Fit a tapping sleeve for sample-water extraction at
the main line, if necessary.
10. Fit tapping sleeves for the measuring or mixing
module, if used.
11. Provide protective clothing in the room in
accordance with the regulations for the
prevention of accidents (Germany GUV-V D5).
12. Display all warning signs provided. Display a
warning sign: "No fires, naked flames or
smoking".
English (GB)
23
6. Operation
Main menu
Process
StartTerminateOperation
BatchesExt. batch tank
54321
.........
24,5 °C
54321
0,23 mg/l
process running
English (GB)
All software menus can be selected from the "Main menu" using
the [Up] and [Down] buttons, and accessed using[OK]. Press
[Esc] to return to the previous menu level.
The menu structures for the submenu levels are illustrated by
means of a graphic.
Structure of the "Process" menu
6.1 Switching on the system
1. Open the dilution water supply.
2. Switch on the main switch for power supply.
The system starts.
Fig. 13 Start-up display
3. Press [OK] to confirm. The "Main menu" appears.
The system is ready for use.
Main menu
Process
Controller ClO2
Alarm
Service
Setup
Maintenance
*The "Controller ClO2" submenu only appears, if the controller
has been defined under "Setup" > "Controller ClO2".
*
6.1.1 Adjusting the process (how many batches)
To specify whether just one batch or several batches of chlorine
dioxide is to be prepared, or whether the production process
should run continuously, proceed as follows:
1. "Main menu > Process" > [OK].
Process
Start
Terminate
Operation
"Operation" > [OK]. The factory setting is "Int. batch tank"
Operation
Int. batch tank
TM03 6903 4506TM03 6921 4506
Ext. batch tank
"Int. batch tank" > [OK], the factory setting is confirmed.
Int. batch tank
X Batches
0 = continuous
The system produces the chosen number of batches.
The setting "0 = continuous" means continuous production.
2. Or "Ext. batch tank" > [OK]. The system is now set to "Ext. batch tank" operation.
In the operation modes "0 = continuous" or "Ext. batch tank",
anew production process is started when the batch tank is empty.
In the operation mode "Batches", the chlorine dioxide production
stops when the reaction tank is empty.
6.2 Starting operation
6.2.1 Starting chlorine dioxide production
1. "Main menu > Process" > [OK].
Process
Start
Terminate
Operation
2. "Start" > [OK].
Start
Start
Back
24
3. "Back" > [OK], the command is cancelled.
4. "Start" > [OK], the command is executed.
Start
Start ClO2 production?
5. Press [OK], chlorine dioxide production starts.
TM03 6905 4506
Fig. 14 Display level during operation
Dosing starts automatically as soon as the batch tank is filled.
6.3 Interrupting operation
Note
54321
process stop
6.3.1 Terminating chlorine dioxide production
1. "Main menu > Process" > [OK].
Process
Start
Terminate
Operation
2. "Terminate" > [OK].
Process
Terminate
Back
3. "Back" > [OK], the command is cancelled.
4. "Terminate" > [OK], chlorine dioxide production is terminated.
process stop
Terminate ClO2 production?
5. Press [OK]. The chemical dosing pumps are stopped.
The reaction tank is filled with water up to level K4, in order to
dilute the undefined content of the reaction tank.
Fig. 15 Display level process stop
The chemical reaction in the reaction tank
continues. The dosing pump continues running,
until the chlorine dioxide solution is emptied
from the batch tank.
For continuing operation after terminating
chlorine dioxide production, see 6.4.1.
6.3.2 Terminating the dosing process
• Switch off the controller in normal operation. The dosing pump
stops.
• It is not recommended to switch off the controller in "Setup",
because all the controller parameters will be lost for resuming
the dosing process. For details, see 6.3.3.
• For switching off the controller in manual operation, see 6.14.
6.3.3 Resuming the dosing process
• Switch on the controller in normal operation.
6.4 Continuing operation after an interruption
6.4.1 Continuing operation after terminating chlorine dioxide
production
During commissioning and in normal operation: Start chlorine
dioxide production:
The undefined content of the reaction tank is flushed into the
batch tank, and the warning message "check ClO2 batch"
appears. The batch should be disposed, see section 6.5.2.
After that, the process and dosing proceed in normal operation.
6.4.2 Continuing operation after removing a fault
Confirm the alarm message. Continue operation as described in
section 6.4.1.
6.4.3 Continuing operation after changing a chemical
container
The Oxiperm Pro system automatically continues operation.
6.4.4 Continuing operation after a power supply interruption
As soon as the power is restored, the Oxiperm Pro system is
switched on again automatically.
If the reaction tank is full, the liquid is in an undefined state.
It can contain too much hydrochloric acid or too little NaClO
The controller uses the float switch in the reaction tank to
determine whether the reaction tank is empty or full, and
continues operation accordingly:
• The reaction tank is part-filled or full, the batch tank is empty:
TM03 6921 4506
– If the reaction tank is part-filled, it is filled up with water.
The undefined liquid is drained into the batch tank, and the
following alarm message is displayed: "check ClO2 batch".
– Drain the batch tank manually. For details, see section 6.5.2.
If it is not emptied manually, the undefined liquid will be
dosed.
– The dosing pump is switched off when the batch tank is
empty.
• The reaction tank is empty, the batch tank is part-filled or full:
– In continuous ClO
batch tank, a new production process will be started.
• The reaction tank is part-filled or full, the batch is tank
part-filled or full:
– The remaining batch is dosed into the batch tank.
– The reaction tank is filled up with water. The undefined liquid
remains in the reaction tank, until the batch tank is empty.
Water is supplied to make the reaction tank overflow, and
the alarm message "check ClO2 batch" is displayed.
– Drain the batch tank manually. If it is not drained manually,
the undefined solution will be dosed.
– In continuous ClO
started after the reaction tank is empty.
production or operation with external
2
production a new production process is
2
English (GB)
.
2
25
6.5 Flushing
English (GB)
Warning
Risk of poisoning from chlorine dioxide gas.
Do not mix sodium chlorite and hydrochloric
acid.
Do not put suction lances in the same bucket.
Do not insert suction lances in the wrong
container.
Observe the labels on chemical containers,
suction lances and pumps:
red = HCl, blue = NaClO
Warning
Risk of serious personal injury and damage to
equipment and due to incorrect handling of
chemicals.
Before starting work, put on protective clothing
(gloves, face mask, protective apron).
Warning
Risk of burns from stray droplets when removing
the suction lance from the chemical container.
Take care that no stray droplets fall on skin,
clothing, shoes or the floor.
Any stray droplets on the container or in the
collecting tray must be immediately rinsed away
with water.
The Oxiperm Pro system has two flushing functions:
• Automatic flushing, see section 6.4.4
• Flushing with the "Flushing" menu command, described in this
section.
The Oxiperm Pro system must be flushed with the "Flushing"
menu command in the following situations:
• prior to an extended shutdown of the system
• prior to maintenance and servicing work.
The entire system is flushed with water to remove any traces of
chemicals in the suction hoses, pumps and reaction tank. Dilution
water is used for flushing. Before flushing, the suction lances
have to be removed from the chemical containers, and placed in
individual 10-litre buckets with drinking water so that they take up
the water. Each pump is flushed for four minutes.
Before flushing, the batch tank must be manually drained via the
drain cock.
• Only start flushing when the chlorine dioxide production is not
running. Otherwise the "Flushing" menu is not visible.
The flushing process can be stopped anytime with [Esc].
.
2
6.5.1 Preparing to flush
1. Before starting to flush, have ready the following items:
– Empty 10-litre plastic buckets (1 bucket for OCD-162-5, -10,
-30, and 2 buckets for OCD-162-60)
– PE hose, 11 x 8 mm, for the drain cock on the batch tank
– Chlorine dioxide breakdown substance (sodium thiosulfate
Na
OCD-162-10, 120 g for OCD-162-30, 240 g for OCD-162-60
– Two 10-litre buckets filled with water
– The original screw caps for the chemical containers.
6.5.2 Manually draining the batch tank
1. Place the two 10-litre buckets filled with water to the right and
left of the chemical containers.
2. Untwist the screw cap on the suction lance of the sodium
chlorite container. Remove the suction lance, and place it in
one of the buckets of water.
3. Screw the original cover onto the sodium chlorite container.
4. Untwist the screw cap on the suction lance of the hydrochloric
acid container. Remove the suction lance, and place it in the
other bucket of water.
5. Screw the original cover onto the hydrochloric acid container.
6. Fill the empty bucket with 1 litre of water and 20 g
(OCD-162-5), 40 g (OCD-162-10) or 120 g (OCD-162-30) of
chlorine dioxide breakdown substance, and place it to the left
of the Oxiperm Pro. For the OCD-162-60, fill two empty
buckets, each with 1 litre of water and 120 g of chlorine
dioxide breakdown substance, and place them to the left of
the Oxiperm Pro.
7. Remove the cover from the Oxiperm Pro.
8. Connect one end of the hose (PVC)to the drain cock of the
batch tank, and place the other end in the bucket. Open the
drain cock.
9. Empty the contents of the batch tank (OCD-162-5 around
1 litre, OCD-162-10 around 1.8 litres, OCD-162-30 around
6.5 litres, OCD-162-60 around 13.0 litres) into the bucket(s).
10. When the batch tank is empty, close the drain cock.
x 5 H2O): 20 g for OCD-162-5, 40 g for
2S2O3
26
6.5.3 Starting flushing
2x
H2O
Pump HCl:,
2 min.
Pump NaClO2:,
2 min.
Drain int. batch tank
[OK]
End
Start
H
2
O
Please wait!
1. Main menu > Service" > [OK].
2. "Process" > [OK].
3. "Flushing" > [OK].
Start flushing:
4. "Start" > [OK].
Flushing
Start system flushing?
5. Press [OK].
Flushing
Put suct. lance into water
[OK]
6. Press [OK], if the suction lances are in the water.
Flushing
Drain int. batch tank [OK]
7. Press [OK], if the batch tank is empty, see section
6.5.2 Manually draining the batch tank.
English (GB)
Flushing
Close drain cock [OK]
8. Press [OK], if the drain cock is closed.
9. Flushing starts. The flushing process automatically runs twice.
Fig. 16 Flushing process
10. Flushing process
– Dilution water is filled up in the reaction tank until the level
reaches K1.
– The hydrochloric acid pump runs for two minutes.
– The sodium chlorite pump runs for two minutes.
– Dilution water is filled up in the reaction tank until the level
reaches K4, and it overflows into the batch tank.
The following message is displayed:
Flushing
System flushing is running
At the end of flushing, the following message is displayed:
Flushing
Please wait!
11. If the reaction tank is empty, the flushing process is repeated.
After two flushing processes, the following message is
displayed:
Flushing
System flushing is finished
[Esc]
12. Confirm with [OK].
TM04 0855 0908
27
6.5.4 Working with the system after flushing
Note
English (GB)
1. Remove the hose from the drain cock, and place it in the
bucket.
2. Pour the contents of the bucket down the drain.
3. Clean the hose and bucket, and drain thoroughly with water.
4. Unscrew the original cover of the sodium chlorite container.
5. Remove the sodium chlorite suction lance from the bucket of
water, and insert it in the sodium chlorite container. Screw the
suction lance cap onto the container. Retain the original cover.
6. Unscrew the original screw cover of the hydrochloric acid
container.
7. Remove the hydrochloric acid suction lance from the bucket of
water, and insert it in the hydrochloric acid container.
Screw the suction lance cap onto the container. Retain the
original cover.
8. Fit the cover back on the Oxiperm Pro.
6.5.5 Terminating flushing
The flushing process can be terminated any time:
1. Main menu > Service > Process > Flushing > [OK].
Flushing
Start
Terminate
2. Terminate > [OK].
Flushing
start again
Terminate
Terminate flushing:
3. Terminate > [OK].
Restart flushing:
4. start again > [OK].
6.5.6 Responding to flushing faults
It can take five minutes to rinse the pumps. If the following error
message appears after five minutes, proceed as follows:
6.6 Manually venting the dosing pump
Warnin g
Risk of damage to equipment and personal injury
due to incorrect handling of chemicals.
Before commencing work, put on protective
clothing.
The dosing pump can be vented manually with
the multi-function valve.
Only actuate the green knob on the multi-function
valve when the dosing pump is running.
Conditions for venting:
• The batch tank must contain chlorine dioxide solution.
• The dosing pump must be operated in "manual" mode.
If the dosing pump is running:
1. Hold the green knob and the black knob on the multi-function
valve. Turn the green knob slightly clockwise as far as the
stop (the movement is barely noticeable). For details, see
installation and operating instructions for the multi-function
valve.
2. Repeat the procedure, if necessary.
The dosing pump is vented.
Turning the knob opens the pressure loading valve at the
multi-function valve to the overflow line. The chlorine dioxide
solution, possibly containing air bubbles, flows back to the batch
tank.
Flushing
flushing error
1. Call Service. There may be a problem with the pumps.
2. Once the faulthas been removed, press [Esc] or [OK] to
confirm.
3. Restart flushing.
28
6.7 Modifying setup
Note
Main menu
Setup
Language
Date/time
Code function
Display
Setup is selected as follows:
1. Main menu > Setup > [OK].
Fig. 17 Structure of the "Setup" menu for operators
Other menus can only be accessed with the
service code.
6.7.1 Changing the language
1. "Main menu > Setup" > [OK].
2. "Language" > [OK].
3. Select the operator language > [OK] > [Esc].
6.7.2 Changing the operator code
1. "Setup" > "Code function" > [OK].
6.7.5 Setting or cancelling daylight saving time
1. "Main menu > Setup" > [OK].
2. "Daylight.sav.t.."> [OK].
3. Use the [Up] or [Down] button to make your settings.
6.7.6 Changing the display contrast
1. "Main menu > Setup" > [OK].
2. "Display" > [OK].
The display contrast is shown in percent.
3. Press [Up] to increase the contrast, press [Down] to reduce
the contrast. Confirm with [OK].
The settings are saved.
6.7.7 Program version
1. "Main menu > Service > Program version" > [OK].
Program version
TM03 6906 4505
Oxiperm Pro 162
5 g/h
V 0.20.020090426
2. View program version > [Esc]
English (GB)
Code function
change code
delete code
2. "change code" > [OK].
A request for the old code appears:
Code function
old code: 0
3. Press the [Up] button to set the old code, confirm with [OK].
Code function
new code: 0
4. Press the [Up] button to set the new code (maximum 9999),
confirm with [OK].
The new code is set. The code request now appears before all
submenus that can be accessed by operators.
Delete code
1. "delete code" > [OK].
The code setting is deleted. Access is now only possible with the
factory-set operator code 0000.
6.7.3 Setting the time
1. "Main menu > Setup" > [OK].
2. "Date/time" > [OK].
3. "Time" > [OK].
4. Press the [Up] or [Down] button to set the commissioning time,
confirm with [OK].
The settings are saved.
6.7.4 Setting the date
1. "Main menu > Setup" > [OK].
2. "Date/time" > [OK].
3. "Date" > [OK]. The current date is displayed.
4. Press [OK] to confirm, or use the [Up] or [Down] button to set
the commissioning date. Confirm with [OK].
29
6.8 Monitoring the production and dosing process
Measured value
Main menu
Service
Process
StatusList of eventsProduction ClO2Flushing
StatusChemicalsMaintenance
Start
Terminate
HCl/NaClO
2
Measurement
ClO2pHORPTemperature
CalData-LogBook
Controller ClO2
Water flow meter
Test relay
Test level
Test display
Age of ClO2
Program version
Temp. comp.
(1)
(2)
(5)
(4)
(3)
(5)
(4)
(4)
English (GB)
Fig. 18 Structure of the "Service" menu for service engineers
(1)
(2)
(3)
(4)
(5)
Only visible, if "Measurement" is activated.
Only visible, if "Controller ClO2" is activated.
Only visible, if "Water flow meter" is activated.
Different submenus, according to the selected measuring cell and measured variable.
Not visible for applications with external batch tank.
TM03 6940 4506
30
6.8.1 Current measured values for ClO2, water temperature
Note
and pH/ORP
The measured values in this menu are only
displayed, if "
Measurement
" has been enabled.
If the AQC-D6 measuring cell has been selected,
only the ClO
measured value is displayed.
2
If the AQC-D1 measuring cell has been selected,
the ClO
2
displayed.
and the pH/
ORP
measured values are
1. "Main menu > Service" > [OK].
2. "Measurement" > [OK].
Measurement
ClO2
Temperature
pH/ORP
ClO2 measured value
1. "ClO2" > [OK].
pH value
1. "Main menu > Service" > [OK].
2. "Measurement" > [OK].
Measurement
ClO2
Temperature
pH
3. pH > [OK].
Measurement pH
CalData-LogBook
Measured value
4. Press [Down] to select "Measured value", confirm with [OK].
The current pH measured value is displayed:
– pH measured value,
– voltage [mV],
– set measuring range [pH].
English (GB)
measurement ClO2
CalData-LogBook
Measured value
2. Press [Down] to select "Measured value", confirm with [OK].
The current ClO
– ClO
2
measured value is displayed:
2
concentration [mg/l],
– current from measuring cell [µA]),
– set measuring range [mg/l)].
measurement ClO2
0.00 mg/l
0.000 µA
0.0 - 1.0 mg/l
Calibration logbook for ClO2
1. Press [Up] to select "CalData-LogBook", confirm with [OK].
Measurement
ClO2
Temperature
pH
2. ClO2 > [OK]. The last 10 calibration data records are listed in
chronological order in "CalData-LogBook". Data record 1 is
the one that was last saved.
3. Press [OK] to display the previous data record.
CalData-LogBook
number 1
Date2008-09-14
Time7:54
slope:20.2
Measurement pH
7.20 pH
-30 mV
0.00 - 14.00 pH
Calibration logbook for pH
1. Press [Up] to select "CalData-LogBook", confirm with [OK].
Measurement
ClO2
pH
2. pH > [OK]. The last 10 calibration data records are listed in
chronological order. Data record 1 is the one that was last
saved.
3. Press [OK] to display the previous data record. Press [Up] or
[Down] to display all lines with calibration data.
4. Press [Down] to select "Measured value", confirm with [OK].
MeasurementORP
-1600 mV
-1500 mV
The current ORP measured value is displayed:
– ORP measured value: voltage in [mV],
– set measuring range in [mV].
5. Press [Esc].
Calibration logbook for ORP
1. Press [Up] to select "CalData-LogBook" > [OK].
Measurement
ClO2
ORP
2. "ORP" > [OK]. The last 10 calibration data records are listed in
chronological order in the "CalData-LogBook". Data record 1
is the one that was last saved.
3. Press [OK] to display the previous data record.
CalData-LogBook
number1
Date2008-09-23
Time08:54
offset:-4.49
Temperature of the sample water
1. "Main menu > Service" > [OK].
2. "Measurement" > [OK].
3. "Temperature" > [OK].
4. "Measured value" > [OK].
The current measured value is displayed:
– temperature [°C],
– set measuring range.
If the measuring range is exceeded or not reached, a fault has
occurred (for example temperature sensor cable breakage).
Temperature
23 °C
0.0 - 50.0 °C
6.8.2 Current control parameters
Not for applications with external batch tank.
Parameters for the setpoint controller
1. "Main menu > Service" > [OK].
2. "Controller ClO2" > [OK].
Controller ClO2
y-out: %:.............. 75 %
setpt: mg/l:....... 0.40 mg/l
setpoint ctrl.
XP:.............................. 83 %
TN:......................... 300 sec.
(TV)
dosing capacity:......... 100 %
MenuDescriptionVisible for
y-out: %
setpt: mg/l Setpoint in mg/l
setpoint ctrl. Controller type
XP
TNReset time
(TV)Derivative action timePID controller
Qmax:
%
minOn: s Minimum on-time
Parameters for the proportional controller
1. "Main menu > Service" > [OK].
2. "Controller ClO2" > [OK].
Controller ClO2
y-out: %:............... 75 %
addit.: mg/l:........ 0.40 mg/l
proport. ctrl.
Qmax: %:........... 100 %
minOn: s:......... 1.0 sec.
dos.coeff.:....................... 1.0
MenuDescriptionVisible for
y-out: %
addit.: mg/l 0.20 mg/l
proport. ctrl. Controller type
Qmax:
%
minOn: s Minimum on-time
dos.coeff.:
Controller output signal to the
dosing pump
Proportional band: When
selecting the P controller range,
the actuatingvariable (dosing
volume) is proportional to the
system deviation (difference
between actual value and
setpoint)
P, P I
controller,
PID
Maximum dosing flow (0-100 %)
(the value entered in the
"Controller ClO2" menu under
"dosing flow")
Interpulse
controller
Controller output signal to the
dosing pump.
Maximum dosing flow (0-100 %)
(the value entered in the
"Controller ClO2" menu under
"dosing flow")
Interpulse
controller
Dosing coefficient, calculated by
the controller
32
6.8.3 Current input value for water flow meter
Not for applications with external batch tank.
1. "Main menu > Service" > [OK].
2. "Water flow meter" > [OK].
Contact water meter
Water flow meter
1.20 imp./sec.
54 %
The display shows:
• The rate of impulses from the contact water meter in impulses
per second.
• The percentage of the entered maximum flow
(for example 40 m
3
/h => 54 % x 40 m3/h = 21.6 m3/h).
If the defined input values are exceeded or not reached, a fault
has occurred, for example at the water flow meter.
Timer running, showing the
remaining reaction time
H2O supply 2 runningDilution water 2, relay 1
Filling int. batch tankAfter dilution water 3, relay 1
system waiting
process stop
Waiting until the batch tank is
empty
An alarm message has caused the
process to stop
An alarm message or menu
process termination
command has caused the process
to be terminated
6.8.5 List of events
The list of events is useful for fault finding. Faults and messages
are stored chronologically in the list of events.
1. "Main menu > Service > Process" > [OK].
2. "List of events" > [OK]. Record number 1 is the most recently
stored, record number 20 is the oldest. The oldest record is
deleted when a new one is stored.
– Press [Down] to scroll through the list. For details of possible
events, see the tables with alarm messages in section 6.11.
List of events
number......................... 1/99
process termination
2008-07-22................. 11:45
6.8.6 Number of ClO2 batches
1. "Main menu > Service > [OK].
2. "Production ClO2" > [OK].
3. "Batches" > [OK].
After 9999 batches, the display is reset to 0.
Production ClO2
25
Batches
6.8.7 Maintenance date
1. "Main menu > Service" > [OK].
2. "Production ClO2" > [OK].
3. "Maintenance" > [OK].
Maintenance
LAST
2012-07-25
NEXT
2013-07-25
English (GB)
33
6.8.8 Resetting the chemical consumption after changing
English (GB)
containers
The controller calculates the chemical consumption and displays
it in litres. It starts automatically at 0.000 litres.
Displaying the chemical consumption
1. "Main menu > Service" > [OK].
2. "Process" > [OK].
3. "Production ClO2" > [OK].
4. "Chemicals" > [OK].
Chemicals
HCl
NaClO2
reset
5. HCl> [OK].
HCl
0.000 L
since 2012-04-29
6. Press [Esc].
7. "NaClO2" > [OK].
Resetting the chemical consumption
1. "Production ClO2" > [OK].
2. "Chemicals" > [OK].
3. "reset" > [OK].
reset
HCl
NaClO2
4. HCl > [OK]. The counter is reset to 0.
5. NaClO2 > [OK]. The counter is reset to 0.
6.8.9 Indicating the "Age of ClO2" in the reaction tank and in
batch tank
1. "Main menu > Service > [OK].
2. "Production ClO2" > [OK].
Production ClO2
Batches
Chemicals
Maintenance
Age of ClO2
3. "Age of ClO2" > [OK]. The factory setting for both is 00:00
(minutes and seconds).
Age of ClO2
reaction tank
03:16
Int. batch tank
00:00
4. Press [Esc].
6.8.10 Testing the display
1. "Main menu > Service > [OK].
2. "Program version" > [OK].
The test function is started. The display goes completely dark, so
that each pixel can be checked. In addition, all LEDs are switched
on. They light up orange, and the red alarm LED flashes.
After about 5 seconds, the display returns to the "Service > test
display" submenu.
34
6.9 Setting the warning relay and alarm relay
Main menu
Alarm
Alarm value ClO2
Dos. time monit.
On
OnOff
Alarm value 1
Hysteresis
Alarm delay
Upward violation
downward viol.
Max. dosing time
Alarm value 2
Off
(1)
(2)
(3)
Fig. 19 Structure of the "alarm" menu
(1)
"alarm" is only visible, if "Measurement" or a controller is activated, see "Setup".
(2)
"Alarm value ClO2" is only visible, if "Measurement" is activated.
(3)
"Dos. time monit." is only visible, if a controller is activated.
English (GB)
TM03 6937 4506
35
6.10 Configuring the warning relay
English (GB)
The warning relay is activated whenever an alarm is signalled,
and remains active until the alarm is confirmed
(collective warning relay).
1. "Main menu > Setup" > [OK].
2. "relay" > [OK].
3. Enter the service code, confirm with [OK].
4. "warning relay" > [OK].
fail safe
on (N.C.)
off (N.O.)
The factory setting for the electrically isolated output of the
warning relay is "off (N.O.)", normally open.
5. Select "on (N.C.)", confirm with [OK]. The setting is "normally
closed". If a power failure occurs, the relay signals a fault
(fail safe).
6.10.1 Setting the alarm values
In this menu, you set the upper and lower switching point for the
alarm:
1. "Main menu > Alarm" > [OK].
Alarm
Alarm value ClO2
Dos. time monit..
2. "Alarm value ClO2" > [OK].
Alarm value ClO2
Alarm on
Alarm off
The factory setting is "Alarm off".
3. "Alarm on" > [OK].
Alarm value ClO2
Alarm value 1
Alarm value 2
Hysteresis
Alarm delay
Setting the lower switching point for the alarm
"Alarm value 1"
1. "Alarm value 1" > [OK].
Alarm value 1
0.15 mg/l
The factory setting is 0.15 mg/l.
2. Factory setting > [Esc], or enter another value > [OK].
eff. direction
Upward violation
downward viol.
The factory setting is "downward viol."
If the alarm is to be triggered by a downward violation:
3. "downward viol.." > [OK]. If an alarm is triggered when the
specified value is undershot, the following message appears:
"alarm val 2 ClO2 undershot".
– Rectify the cause of the downward violation.
– Confirm the alarm message.
If the alarm is to be triggered by an upward violation:
4. "Upward violation" > [OK]. If an alarm is triggered when the
specified value is exceeded, the following message appears:
alarm val 1 ClO2 exceeded.
– Rectify the cause of the upward violation.
– Confirm the alarm message.
Setting the upper switching point for the alarm
"Alarm value 2"
1. "Main menu > alarm" > [OK].
2. "Alarm value ClO2" > [OK].
3. "Alarm on" > [OK].
Alarm value ClO2
Alarm value 1
Alarm value 2
Hysteresis
Alarm delay
4. "Alarm value 2" > [OK].
Alarm value 2
0.70 mg/l
The factory setting is 0.70 mg/l.
5. Factory setting > [Esc], or enter another value > [OK].
eff. direction
Upward violation
downward viol.
The factory setting is "downward viol."
If the alarm is to be triggered by an upward violation:
6. Upward violation > [OK]. If an alarm is triggered when the
specified value is exceeded, the following message appears:
"alarm val 2 ClO2 exceeded".
– Rectify the cause of the upward violation.
– Confirm the alarm message.
If the alarm is to be triggered by a downward violation:
7. "downward viol." > [OK]. If an alarm is triggered when the
specified value is undershot, the following message appears:
"alarm val 2 ClO2 undershot".
– Rectify the cause of the downward violation.
– Confirm the alarm message.
36
6.10.2 Setting the hysteresis
Note
The hysteresis indicates the tolerance of the alarm value
(alarm value ± 0.5 x hysteresis). In this menu, you set the
hysteresis for the two alarm values:
1. "Main menu > Alarm" > [OK].
2. "Alarm value ClO2" > [OK].
3. "Alarm on" > [OK].
4. "Hysteresis" > [OK].
Hysteresis
0.01 mg/l
The factory setting is 0.01 mg/l.
5. "factory setting" > [Esc], or enter another value > [OK] > [Esc].
The "Hysteresis" function is effective for both alarm value
settings.
6.10.3 Setting the alarm delay
1. "Main menu > Alarm" > [OK].
2. "Alarm value ClO2" > [OK].
3. "Alarm on" > [OK].
4. "Alarm delay" > [OK].
Alarm delay
0 sec
The factory setting is 0 seconds.
The setting range is 0-999 seconds.
5. "factory setting" > [Esc], or enter another value > [OK] > [Esc].
The alarm relay is switched on at the end of the specified
time.
6. Press [Esc] > [Esc].
6.10.4 Switching on dosing time monitoring
Not for applications with external batch tank.
1. "Main menu > alarm" > [OK].
Alarm
Alarm value ClO2
Dos. time monit.
2. "Dos. time monit." > [OK].
Dos. time monit.
On
Off
The factory setting is "Off".
3. Select "On" to switch on dosing time monitoring, confirm with
[OK].
6.10.5 Replacing a chemical container
OCD-162-5, -10: Make sure that the chemical
containers are positioned under the system.
Warnin g
Risk of explosion when mixing up chemical
containers or suction lances. Possible
consequences are personal injury and serious
damage to equipment.
Do not mix up chemical containers or suction
lances.
Observe the labels on chemical containers,
suction lances and pumps:
red = HCl, blue = NaClO
Warnin g
Risk of burns resulting from drips when the
suction lance is removed from the chemical
container.
Risk of poisoning from chlorine dioxide gas.
Put on protective clothing before starting
maintenance work.
Do not allow sodium chlorite and hydrochloric
acid to come into contact.
Do not allow drips to fall on the skin, clothing,
shoes or ground.
Immediately rinse away any drips on the
container or in the collecting tray with water.
Chemical containers should be replaced:
• As soon as possible after the low level signal is displayed.
• Immediately after the empty signal is displayed.
1. Untwist the screw cap from the suction lance in the chemical
container.
2. Carefully pull the suction lance out of the container, and
immediately insert it into the drip pipe in the collecting tray.
3. If any drips fall onto the container or ground, dilute with water
and rinse away immediately.
4. Remove the empty chemical container. Screw the original
cover onto the container for storage prior to disposal.
5. Prepare a full chemical container.
6. Unscrew the original cover, and retain it.
7. Insert the suction lance into the full container, and fasten the
screw cap again. As soon as the suction lance is inserted, the
chlorine dioxide production starts up again. The alarm
message is confirmed automatically.
Reset the chemical consumption counter to zero.
For details, see section 6.8.8.
.
2
English (GB)
Max. dosing time
600 minutes
The factory setting is 600 minutes.
The setting range is 0-600 minutes.
4. "factory setting" > [Esc], or select another value > [OK] >
[Esc]. The alarm is triggered, if the controller sets the
predefined maximum dosing flow (Y-OUT = X %) for the
dosing pump for longer than the specified time.
37
6.11 Faults with error message
English (GB)
Error message, reaction of
Oxiperm Pro
1. Low-level signal HCl or NaClO
– ClO
production proceeds.
2
– Warningrelay activated.
2. Empty signal HCl or NaClO
– ClO
production stops, and
2
continues after elimination of
:
2
the fault.
– Alarm relay activated.
3. "check ClO2 batch":
– ClO
production proceeds.
2
– Warningrelay is activated.
4. "level int. batch tank:
– ClO
production is terminated.
2
– Alarm relay activated.
5. Max. -Max. level external batch
tank:
– Alarm relay activated.
6. "Timeout H2O supply 1":
– ClO
production is terminated.
2
– Alarm relay activated.
7. Timeout pump HCl:
– ClO
production is terminated.
2
– Alarm relay activated.
8. "Timeout pump NaClO2"
– ClO
production is terminated.
2
– Alarm relay activated.
CauseRemedy
:
a) HCl or NaClO
2
container is almost empty.Change the HCl or NaClO2 container.
2
Oxiperm Pro OCD-162-05, -10: the
chemical containers must be positioned
under the system.
b) The float on the suction lance has a wrong
orientation.
HCl or NaClO
container is empty.
2
Turn the float upside down.
Change the HCl or NaClO
Oxiperm Pro OCD-162-05, -10: the
container.
2
chemical containers must be positioned
under the system.
Warning message, undefined contents in the batch
tank after power supply failure.
Too much water is flowing into the batch tank.
The ClO
solution in the batch tank is too diluted.
2
Drain the batch tank manually, and dispose
of the content.
Stop the system.
a) Solenoid valve is leaking.Check the solenoid valve.
Call Service to clean or replace the filter in
the solenoid valve.
b) Faulty float switch in the reaction tank, or too
much HCl and/or too much NaClO
into the batch tank.
is flowing
2
Faulty float switch in the external batch tank,
or external batch tank is overfull.
Call Service to replace the float switch in
the reaction tank.
Call Service to replace the float switch in
the external batch tank.
During the first addition of water (after process start),
the level in the reaction tank has increased too
Call Service.
slowly. Level K1 was not reached in time.
a) Filter in solenoid valve clogged, or faulty
solenoid valve.
Call Service to replace.
b) Dilution water supply is not sufficiently open.Open the dilution water supply further.
c) Float switch in the reaction tank damaged.Call Service to replace the float switch in
the reaction tank.
During HCl supply, the level in the reaction tank has
increased too slowly between levels K1 and K2.
Level K2 was not reached in time.
Check the hose from pump to reaction tank
for assembly faults. Call Service.
a) Insufficient performance of the HCl pump
– Air in suction hose and/or dosing head.
– Pump is not dosing.
– Discharge hose is leaking, clogged, porous or
Check the discharge hose. Call Service to
replace.
bent.
b) HCl pump is not sucking in
– Suction hose is leaking, clogged, porous or
bent.
– Deposits at the foot valve.
– Valve is not installed correctly or clogged.
Crystalline deposits in the valves.
– Diaphragm is broken (leaking).
– Valve tappet is torn out.
– HCl container is empty.
• Check the suction hose and suction
lance.
• Call Service to clean or replace the foot
valve.
• Call Service to clean the valves.
• Call Service to replace the diaphragm.
• Check the fill level of the HCl container.
•If "empty HCl" is signalled, replace the
HCl container.
c) Flow in the pump not OK.Vent the system.
d) Pump is not running at all.Call Service.
e) Cable breakage at the controller.Check the cable from pump to controller.
Call Service.
f) Faulty controller.Check the controller. Call Service to
replace.
g) Float switch in the reaction tank damaged.Call Service to replace the float switch in
the reaction tank.
During NaClO
has increased too slowly between levels K2 and K3.
Level K3 was not reached in time.
a) Insufficient performance of the NaClO
For other reasons, see alarm message Timeout
supply, the level in the reaction tank
2
pump.
2
Check the hose from pump to reaction tank
for assembly faults. Call Service.
See alarm message 7. Timeout pump HCl: .
pump HCl.
38
Error message, reaction of
Oxiperm Pro
9. "Timeout H2O supply 2":
– ClO
production is terminated.
2
– Alarm relay activated.
10. "Timeout process":
– ClO
production is terminated.
2
– Alarm relay activated.
11. "Timeout overflow":
– ClO
production is terminated.
2
– Alarm relay activated.
12. "temperature error":
production proceeds.
– ClO
2
13. "slope error"
– ClO
production proceeds.
2
14. "fault of electrode/buffer":
– ClO
production proceeds.
2
15. Symmetry error:
– ClO
production proceeds.
2
16. pH buffer difference error:
– ClO
production proceeds.
2
17. Calibration time exceeded:
– ClO
production proceeds.
2
18. Offset error:
– ClO
production proceeds.
2
19. Calibrate ORP electrode:
– ClO
production proceeds.
2
20. "Water sensor fault":
production proceeds.
– ClO
2
– Combined and setpoint
controller stop, and restart after
fault elimination.
CauseRemedy
During the second addition of water, the level in the
reaction tank has increased too slowly between
Call Service. See error message 6.
levels K3 and K4. Level K4 was not reached in time.
a) See alarm message Timeout H2O supply 1.
After overflow, the level in the reaction tank has
dropped back down to K1 too slowly.
a) Air bubbles in the overflow pipe.Vent the system.
b) Insufficient water supply.See alarm messageTimeout H2O supply 1.
During the third addition of water, no overflow from
the reaction tank into the batch tank was determined.
a) Water supply and solenoid valve.Call Service.
b) Air bubbles in the overflow pipe.Vent the system.
The temperature at the measuring cell has exceeded
the set measuring range.
a) Faulty temperature sensor.Check the temperature sensor. Call Service
to replace.
b) Faulty cable of temperature sensor.Check the cable of the temperature sensor.
Call Service to replace.
c) Water temperature higher or lower than
measuring range.
Check the water temperature.
d) Temperature measuring range set incorrectly.Call Service to correct the measuring
range.
Plausibility check of calibration data. Calibration fault
at calibration level.
Auto reading of buffer data. Calibration fault at
calibration level.
Plausibility check the calibration data for asymmetry
potential of pH. Calibration fault at calibration level.
Two buffers with a pH difference of less than 1 pH
were selected with buffer selection "other".
Calibration fault at calibration level.
Repeat the calibration. Call Service to
clean the measuring cell or to replace the
electrodes.
Repeat the calibration. Call Service to
clean the measuring cell or to replace the
pH electrode.
Repeat the calibration. Call Service to
clean the measuring cell or to replace the
pH electrode.
Check the buffer solutions. Repeat the
calibration, and call Service to replace the
electrode.
Buffer timeout. Fault during pH and ORP calibration.
An alarm is activated, if the calibration process does
not have a stable measured value, if the time has
Check the pH electrode and call Service to
replace, if necessary.
elapsed. Calibration faultat calibration level.
Calibration faultat calibration level. Only during ORP
calibration.
The set monitoring time is reached for the next
calibration process (calibration interval).
Repeat the ORP calibration, or call Service
to replace.
Calibrate or call Service to replace the
electrode.
Stop the controller.
a) The float of the measuring cell is above the water
sensor. The flow is too big.
b) The float of the measuring cell float is below the
water sensor. The flow is too small.
c) The sample-water extraction device or the hose
to the measuring cell is clogged or leaking.
d) No sample-water flow in the measuring cell.
Filter clogged.
e) Lack of water at the sample-water extraction
device.
Reduce the flow with the adjustment
spindle of the measuring cell.
Increase the flow with the adjustment
spindle of the measuring cell.
Check the sample-water extraction device
and the hose to the measuring cell.
Clean the filter of the measuring cell.
Check the flow in the main line at the
sample-water extraction device.
f) Faulty water sensor.Call Service to replace the water sensor.
g) Faulty cable from the measuring cell to the
controller.
Call Service to replace the cable.
h) Faulty controller.Call Service.
i) Setting in the "Maintenance > water sensor >
N.C./N.O." menudoes not correspond with
terminal connections.
Setting can only be corrected with the
super user code.
English (GB)
39
English (GB)
Error message, reaction of
Oxiperm Pro
21. Cleaning motor fault:
– ClO
– Alarm relay activated.
– Combined and setpoint
controller stop, and restart after
fault elimination.
22. "dosing time ClO2 exceeded":
– ClO
– Alarm relay activated.
– Controller stops the ClO
pump, until the fault is
eliminated.
23. "wire breakage current output 2":
– ClO
– Alarm relay activated.
– Combined and setpoint
controller stop, and restart after
fault elimination.
– Alarm relay activated.
– Controller stops the ClO
pump, until the fault is
eliminated.
26. "Annual maintenance due":
– ClO
27. "K5":
– ClO
28. "empty signal int. batch tank":
– ClO
– Warningrelay activated.
– Controller stops the ClO
pump after 20 seconds, until the
fault is eliminated.
CauseRemedy
Cleaning motor monitoring in the measuring cell
production proceeds.
2
indicates a fault.
a) Faulty cleaning motor.Check the power supply of the cleaning
b) No power supply to the cleaning motor.
Cable breakage.
c) Gas bubbles in the measuring cell.Vent the measuring cell.
The controller predefines maximum dosing flow for a
production proceeds.
2
longer period than the set time.
a) After a power supply failure, the solution in the
dosing
2
batch tank has been diluted too much after
flushing (setpoint and combined controllers).
b) Poor water quality (setpoint and combined
controllers).
c) Faulty water flow meter, or wrong setting of
water flow meter (proportional and combined
controllers).
d) Faulty measuring cell cable or measuring cell.Check the measuring cell cable.
e) HCl or NaClO
container contains only water.Replace the HCl or NaClO2 container.
2
Controller is set incorrectly.
The measured chlorine dioxide value can no longer
production proceeds.
2
be transmitted.
a) Cable breakage at the current output.Call Service to replace.
b) Faulty controller.
Cable breakage at the controller output for the
production proceeds.
2
external dosing pump.
a) Cable breakage.Call Service.
b) Faulty controller.Call Service to replace the controller.
An external device, which is possibly connected to a
production is terminated.
2
fault input (terminal 51/52), indicates a fault.
a) Faulty external device.Check the external device.
dosing
2
b) Faulty cable to the external device.Call Service to check the cable to the
c) Faulty controller.Call Service to replace the controller.
production proceeds.Maintenance overdue for 0-30 days.
2
production proceeds.
2
production proceeds.
2
Maintenance overdue for more than 30 days.Stop the system and call Service.
a) The error message appears in "Int. batch tank"
mode (method 1-20 batches). No other process
dosing
2
is running.
b) The error message appears, if the dosing pump
empties the batch tank before the final chlorine
dioxide is available in the reaction tank.
c) Faulty water flow meter.Call Service to check the water flow meter
d) Drain cock at the batch tank is open.Close the drain cock.
e) Faulty measuring cell (setpoint and combined
controllers).
Stop the system.
motor. Call Service to replace the cleaning
motor.
Check the cable. Call Service to replace the
cable.
Continue operation after flushing.
Measure the water quality and the chlorine
dioxide concentration in the main line.
Call Service to replace.
Call Service to replace.
Call Service to check the controller
settings.
Call Service to replace the controller.
external device and to replace, if
necessary.
Call Service. The alarm message
disappears, if maintenance has been
approved.
Check the operation mode. In "Int. batch tank" mode (method 1-20 batches), this is
not a fault.
If the message appears in every process,
the controller must be reset. In the
monitoring menu, check the measured
value under "Service > Measurement".
In the "Service > Controller ClO2" menu,
check the displayed parameter. In the
"Service > Water flow meter" menu, check
the displayed values.
and to replace, if necessary.
Check the measuring cell. Call Service to
replace the measuring cell.
40
Error message, reaction of
Oxiperm Pro
29. Reaction tank control fault:
– ClO
production is terminated.
2
– Alarm relay activated.
30. Batch control fault:
– ClO
production is terminated.
2
– Alarm relay activated.
31. "fault current input":
– ClO
production proceeds.
2
– Alarm relay activated.
– Combined controller and
proportional controller stop.
32. ClO
alarm value 1 or 2
2
exceeded or not reached:
– ClO
production proceeds.
2
– Alarm relay activated.
CauseRemedy
Plausibility check of the float switch in the reaction
tank.
a) Faulty float switch.Call Service.
b) Faulty controller.Call Service to replace the controller.
Plausibility check of the float switch in the batch
tank.
a) Faulty float switch.Call Service.
b) Faulty controller.Call Service to replace the controller.
Cable breakage at current input 1
• A water flow meter is connected, and the signal
exceeds the full-scale value of 20 mA.
• A water flow meter with 4-20 mA is selected, and
Call Service
the signal falls below 3.8 mA.
If this fault appears, the controller is stopped
(proportional and combined controllers).
a) Faulty water flow meter.Call Service to check the water flow meter
and to replace if necessary.
b) Faulty current input or controller.Check the current input and controller.
Supply with a defined current between 0
and 20 mA, and compare with display in the
"Main menu > Service > Water flow meter"
menu.
In case of damaged controller, call Service.
c) Cable breakage between water flow meter and
controller.
d) Water flow meter is connected with 0-20 mA, but
the set value is 4-20 mA.
The set lower or set upper switching point for the
alarm is exceeded or not reached.
Call Service to replace the cable.
Call Service to correct the software setting.
Call Service.
English (GB)
41
6.12 Faults without error message
calibration
CAL cycle
pH
On
Off
On
Off
slope:
µA/mg/l
CAL meas. value
CAL result
asym. mV
ORPClO
2
OnOff
CAL cycle
CAL meas. value
CAL result
CAL cycleCAL
CAL meas. value
CAL result
GRUNDFOS
DIN/NIST
others
slope:
µA/mg/l
asym. mV
Note
English (GB)
FaultCauseRemedy
The chlorine dioxide
dosing pump stops.
The DDA pump
displays "ERROR".
Overdosing of chlorine
dioxide dilution due to
a free discharge.
Perceptible smell of
chlorine dioxide
6.13 Calibration
Open the isolating valve. If the Oxiperm Pro operates
in 60 Hz mode, check if the multifunction valve is set
The isolating valve of the dosing line is closed.
The chlorine dioxide dosing pump has a free discharge
into a container. Even if the pump stops, the chlorine
dioxide solution continues running into the container
due to a siphon effect. The consequence is overdosing.
The conditions are:
• disconnected injection unit
• dosing pump without multi-function valve.
The activated carbon filter/adsorption filter is saturated. Exchange the activated carbon filter/adsorption filter.
to 6 bars at the overflow side. See also the
installation and operating instructions of the
multifunction valve.
Connect the multifunction valve at the pump. This will
prevent uncontrolled flow of the dosing liquid through
the dosing lines.
Fig. 20 Structure of the "calibration" menu
Perform calibration only with constant measured
values from the measuring cell. For details, see
installation and operating instructions for the
measuring cell.
Prior to calibration, check the measured value of
the electrode of the measuring cell.
TM03 6941 4506
42
6.13.1 Calibrating the chlorine dioxide measured value
µA
mg/l
5,2
0,05
To calibrate the chlorine dioxide measured value, a reference
measurement must be taken. This can be made with the
Grundfos DIT photometer and the usual reagents.
The determined reference value is entered by correcting the
current measured value in the display.
The controller reads in the new measured value. It assigns the
current signal [µA] from calibration, coming in at the current input
of the measuring cell, to the new measured value.
Check, if the measured value of the electrode is constant:
1. "Service > Measurement > ClO2 > Measured value".
– Current chlorine dioxide concentration at the measuring cell
– Current signal of the measuring cell
– Measuring range.
measurement ClO2
0.21 mg/l
5.800 µA
0.0 - 0.5 mg/l
If the measured value remains constant:
2. Determine the chlorine dioxide value by means of a reference
measurement, and note it down.
3. Press [Cal].
calibration
chlorine dioxide
pH/ORP
4. "chlorine dioxide" > [OK].
chlorine dioxide
CAL meas. value
CAL result
CAL cycle
5. "CAL meas. value" > [OK].
CAL meas. value
0.05 mg/l
I-cell: 5.2 µA
6. Set the determined reference value in mg/l with [Up] or [Down],
confirm with [OK]. The controller assigns the reference value
to the current signal.
7. "CAL cycle" > [OK].
CAL cycle
slope:
22.0 µA/ppm
The slope is the straight line between the measured value and
the zero point. The unit is µA per ppm (ppm = parts per million =
mg/l in water).
The slope can be presented graphically:
Reading the slope in the calibration logbook
1. "Service > Measurement " > [OK].
2. "ClO2" > [OK].
3. "CalData-LogBook" > [OK]. Entry number 1 is the latest entry,
entry number 2 is the previous one, etc.
CalData-LogBook
number...............................1
Date....................2007-07-3
1
Time.............................12:3
4
slope:...................... 22.0 µA
Enabling and disabling the display of the chlorine dioxide
calibration interval
1. "calibration > ClO2 > CAL cycle" > [OK].
2. (Interval) Off > [OK] or (Interval) On > [OK].
6.13.2 Performing (two-point) pH calibration
The electrode sends the voltage [mV] that corresponds to the pH
value to the controller. Two different buffer solutions can be used
to calibrate the pH measured value.
1. Prepare two glass jars with the buffer solutions.
2. Prepare an empty 10-litre plastic bucket.
3. Measure the temperature of the buffer solution.
4. Press [Cal].
calibration
chlorine dioxide
pH/ORP
5. pH > [OK].
pH
CAL meas. value
CAL result
CAL cycle
6. "CAL meas. value" > [OK].
CAL meas. value
GRUNDFOS
DIN/NIST
others
7. Select one of the three buffer types with [Up] or [Down].
Buffer typeBuffer values
GRUNDFOS4.01, 7.00, 9.18
DIN/NIST4.01, 6.86, 9.18
others
8. GRUNDFOS > [OK].
The lower and upper buffer values can be
freely adjusted (difference of at least 1 pH)
within the set pH measuring range.
English (GB)
Fig. 21 Reference value measured with e.g. the DIT
photometer
From now on, the controller uses this value as the basis for
calculations. Chlorine dioxide calibration is completed.
buffer temp.
25 °C
9. Set the measured temperature of the buffer solution with [Up]
or [Down], confirm with [OK].
10. Shut off the water supply of the measuring cell.
TM04 0858 4506
43
11. Unscrew the pH electrode from the measuring cell. Use the
mV
pH
7
-0.6 mV
English (GB)
bucket to catch any water that flows out.
12. Immerse the pH electrode in the glass jar containing the
second buffer solution (for example 4.01 pH).
buffer value
4.01 pH
7.00 pH
9.18 pH
13. Select the buffer value of the buffer solution in which the
electrode is immersed (for example 4.01 pH). The voltage
[mV] at the electrode in the second buffer solution
(for example 4.01 pH) is measured, and assigned to the
pH value.
14. Remove the pH electrode from the buffer solution, and rinse
with water.
15. Immerse the pH electrode in the glass jar containing the
second buffer solution (for example 7.00 pH).
buffer value
4.01 pH
7.00 pH
9.18 pH
16. Select the buffer value of the buffer solution in which the
electrode is immersed (for example 7.00 pH). The voltage
[mV] at the electrode in the second buffer solution
(for example 7.00 pH) is measured, and assigned to the
pH value.
The slope is the straight line between both measured values.
The unit is mV/pH.
The slope can be presented graphically:
6.13.3 Performing ORP calibration
The electrode sends the voltage [mV] that corresponds to the
ORP value to the controller. It indicates the voltage of all ions in
the water (summation parameter).
1. Prepare a glass jar with ORP buffer solution with a known mV
value.
2. Prepare an empty 10-litre plastic bucket.
3. Press [Cal].
calibration
chlorine dioxide
ORP
4. ORP > [OK].
ORP
CAL meas. value
CAL result
CAL cycle
5. "Measured value" > [OK].
CAL meas. value
225 mV
6. Turn off the water supply of the measuring cell.
7. Unscrew the ORP electrode from the measuring cell.
Use the bucket to catch any water that flows out.
8. Immerse the ORP electrode in the glass jar containing the
ORP buffer solution.
9. In the display, set the mV value of the ORP buffer solution,
confirm with [OK]. The mV value of the ORP buffer solution is
measured.
10. "CAL result" > [OK]. The "ORPoffset value is displayed as the
result (for example 2 mV). This is the deviation between the
entered mV value and the measured mV value of the buffer
solution. The controller corrects the measured ORP value in
the water of the main line by the offset value.
Fig. 22 Performing the two-point pH calibration
17. CAL result > [OK]. The result is displayed as the slope of the
straight line, and the asymmetry (the asymmetry is the
deviation from the zero point at pH 7). In this example, one pH
unit corresponds to -57.88 mV.
CAL result
slope:
-57.88 mV/pH
asym.
-0.6 mV
18. Remove the pH electrode from the buffer solution, and rinse
with water.
19. Screw the pH electrode back into the measuring cell.
The current pH value of the water in the main line is updated
in the display level.
20. Open the water supply of the measuring cell.
21. Dispose of the buffer solution. Do not pour it back into the
bottle.
22. Pour the contents of the bucket down the drain. pH calibration
is completed.
For alternative method, see the operating and installation
instructions for the respective measuring cell.
Enabling and disabling the display of the pH calibration
interval
1. calibration > pH > CAL cycle > [OK].
2. (Interval) Off > [OK] or (Interval) On > [OK].
CAL result
ORP offset
-2 mV
TM04 8556 2112
11. Remove the ORP electrode from the buffer solution, and rinse
with water.
12. Screw the ORP electrode back into the measuring cell.
13. Open the water supply of the measuring cell.
14. Dispose of the buffer solution. Do not pour it back into the
bottle.
15. Pour the contents of the bucket down the drain.
ORP calibration is completed.
For alternative method, see the operating and installation
instructions for the respective measuring cell.
Enabling and disabling the display of the ORP calibration
interval
1. calibration
2. (Interval) Off > [OK] or (Interval) On > [OK].
> ORP > CAL cycle > [OK].
44
6.13.4 Calibration faults
1. If, for example, 4.0 pH is selected in the display, but the
electrode is immersed in a 7.00 buffer solution, the following
error message is displayed: "wrong buffer"
– Press [Esc] to terminate calibration, and repeat the process
correctly.
2. If the slope or asymmetry is outside the norm, the following
error message is displayed: "slope error", "error asym. pot.".
This is caused by an old electrode or buffer solution.
Check the expiry date.
– Press [Esc] to terminate calibration, replace the electrode,
and repeat calibration.
3. If the electrode does not send a stable measuring signal to the
controller within 120 seconds, the following error message is
displayed: "calibration time exceeded". This is caused by an
old electrode.
– Press [Esc] to terminate calibration, replace the electrode,
and repeat calibration.
6.14 Stopping chlorine dioxide dosing
The controller can be switched off in the "Setup > Controller
ClO2" menu. This is not recommended, because all the controller
parameters will have to be reset, when it is restarted.
Switching off the controller in manual operation
1. Press [Man].
– If the controller is switched off in "Setup", the message
"Check settings!" is displayed. You cannot access manual
operation.
– If the controller is switched on in "Setup", the "Man" LED
lights up, and "manual operation" is ready for use.
7. Maintenance
The Oxiperm Pro OCD-162 disinfection system must be serviced
once a year. The current and next maintenance date are
displayed in the operating software. The first maintenance date is
one year after commissioning. Display the maintenance date:
1. Main menu > Service" > [OK].
2. "Process" > [OK].
3. "Production ClO2" > [OK].
4. "Maintenance" > [OK] > [Esc].
For further information, see the separate Service Instructions.
7.1 Cleaning
If necessary, clean all pump surfaces with a dry and clean cloth.
English (GB)
manual operation
Controller ClO2
dosing flow
2. "Controller ClO2" > [OK].
Controller ClO2
On
Off
The factory setting is "On".
3. Off > [OK]. The display automatically reverts to "manual operation". The controller is switched off, and the dosing
pump shuts off.
Stopping the controller via the higher-level control system
The controller and the dosing pump can be stopped via an
external device, for example a higher-level control system.
Switching off the system at the main switch
The Oxiperm Pro OCD-162 system can be switched off at the
main switch. This terminates the production and dosing process.
For restart, see section 6.4.4.
6.15 Switching off the system
1. See section 6.3.1 Terminating chlorine dioxide production.
2. See section 6.5 Flushing . The dosing pump is switched off
automatically, as soon as the batch tank is empty.
3. Switch off the Oxiperm Pro at the main switch.
4. Close the dilution water supply.
For restart, see section 6.4 Continuing operation after an interruption.
45
8. Accessories list
English (GB)
Prior to installation, the operator must purchase the following
accessories according to the product numbers in the
Oxiperm Pro OCD-162 data booklet and the technical data.
Accessories to be purchased
Y = Available from Grundfos
N = Not available from Grundfos
1. Container with sodium chlorite (diluted concentration of
7.5 % by weight in accordance with EN 938)
2. Container with hydrochloric acid (diluted concentration
of 9.0 % by weight in accordance with EN 939)
3. Two collecting trays for the chemical containersY
4. Inductive or ultrasonic flow meter, if necessary Y
5. Flow meter connection cable, if necessaryY
For dilution water line (if no mixing module with dilution
water connection has been ordered):
6. Tapping sleeveY
7. Extraction deviceY
8. Hose connection for dilution water hose Y
9. Sample-water filter
(in case of insufficient water quality)
For main water line:
10. Tapping sleeve for injection unit Y
11. Two tapping sleeves for extension module, if necessary Y
12. Tapping sleeve for sample-water extractionY
Oxiperm Pro hoses:
13. Hose between dilution water extraction device and
solenoid valve
14. Dosing line between dosing pump and injection unitY
Measuring cell hoses:
15. Hose between measuring cell and sample-water
extraction device
16. Hose between measuring cell and drain Y
For mixing module, if installed:
17. Hose between mixing module and main water line and
hose back to mixing module
18. Dosing line between dosing pump and injection unit in
mixing module
Or for measuring module, if installed:Y
19. Hose between measuring module and main water line
and hose back to measuring module
20. Protective pipe for dosing hoseN
21. Main switchN
Cables:
22. Oxiperm Pro power supply cableN
23. Power cable for measuring module or mixing module,
if necessary
24. Protective clothingY
25. Two 10-litre plastic bucketsN
26. 100 g sodium thiosulphate
(20 gram per flushing process)
N
Y
Y
Y
Y
Y
Y
N
N
46
9. Photos
Fig. 23 OCD-162-5, -10
Pos.Component
1 Controller with display and control elements
2 Reaction tank
3 Batch tank
4 Adsorption filter
5 Dosing pump for sodium chlorite (NaClO
6 Dosing pump for hydrochloric acid (HCl)
7 Dosing pump for chlorine dioxide (ClO
8 Solenoid valve for dilution water
English (GB)
TM03 6959 4506
)
2
)
2
47
English (GB)
1
2
4
3
6
5
3
7
5
4
8
6
2
1
8
9
7
9
10
10
10
Note
Fig. 24 OCD-162-30, -60
Pos.Component
1 Batch tank
2Reaction tank
3Controller with display and control elements
4Adsorption filter
5Dosing pump for sodium chlorite (NaClO
6Dosing pump for hydrochloric acid (HCl)
7Solenoid valve for dilution water
8Multi-function valve
9Dosing pump for chlorine dioxide (ClO
10Suction lance
TM04 0962 1312
10. Disposal
The Oxiperm Pro OCD-162 disinfection system
and its associated parts must be disposed of in
an environmentally friendly way.
The system may only be dismantled by
authorised personnel trained by Grundfos.
)
2
Before dismantling, the Oxiperm Pro system mustbe completely
rinsed with water in order to remove the chemicals from the
reaction tank, the hoses and the pumps. The dosing line must be
)
2
placed outdoors to let residual chlorine dioxide escape.
For environmentally friendly disposal, the operating company
should hand over the Oxiperm Pro system or its parts to a private
disposal service. If there is none in your region, send the system
to the nearest Grundfos company.
The operating company is responsible for
ensuring an environmentally friendly disposal.
Subject to alterations.
48
49
50
Argentina
Bombas GRUNDFOS de Argentina S.A.
Ruta Panamericana km. 37.500 Lote 34A
1619 - Garin
Pcia. de Buenos Aires
Phone: +54-3327 414 444
Telefax: +54-3327 411 111
Australia
GRUNDFOS Pumps Pty. Ltd.
P.O. Box 2040
Regency Park
South Australia 5942
Phone: +61-8-8461-4611
Telefax: +61-8-8340 0155
Представительство ГРУНДФОС в
Минске
220123, Минск,
ул. В. Хоружей, 22, оф. 1105
Тел.: +(375) 17 233 97 65
Факс: (375) 17 233 97 69
E-mail: grundfos_minsk@mail.ru
Bosnia/Herzegovina
GRUNDFOS Sarajevo
Trg Heroja 16,
BiH-71000 Sarajevo
Phone: +387 33 713 290
Telefax: +387 33 659 079
e-mail: grundfos@bih.net.ba
Brazil
BOMBAS GRUNDFOS DO BRASIL
Av. Humberto de Alencar Castelo Branco,
630
CEP 09850 - 300
São Bernardo do Campo - SP
Phone: +55-11 4393 5533
Telefax: +55-11 4343 5015
Bulgaria
Grundfos Bulgaria EOOD
Slatina District
Iztochna Tangenta street no. 100
BG - 1592 Sofia
Tel. +359 2 49 22 200
Fax. +359 2 49 22 201
email: bulgaria@grundfos.bg