SICK ZIRKOR100 Operating instructions

Brand: SICK

Model: ZIRKOR100

Category: Measuring, testing & control

Type: Operating instructions

8020270/ZL56/V1-1/2017-05

ZIRKOR100

Oxygen analyzer

Installation, operation, maintenance

OPERATING INSTRUCTIONS

Sensor Intelligence.

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MANUAL | ZIRKOR100

Notes concerning this Manual

This manual contains important information about the design, installation, commissioning, operation, maintenance and

troubleshooting. Safe work with the ZIRKOR100 requires the users to become familiar with all warnings, safety instructions and

maintenance aspects of this manual.

Symbols used in this Manual

All symbols listed beneath, attached to the analyzer or noted in this manual show important information as well as safety

instructions for installation, operation and maintenance, to protect the personnel and the equipment.

Warning

Follow all instructions in this manual

Consider Information

Points out important information which must be

considered before execution

Warning hot Surface

Warns of danger of burns which could occur from

hot system parts

Info

Contains further detailed information

Attention

Warns of risks by destroying the system or its

components or its functionality

Ground earth electrical protection

The content of this manual, including all written content, pictures and illustrations is protected by copyright.

Alterations and errors reserved.

Safety Instructions

The ZIRKOR100 System is operated with line voltage. After removal of terminal covers some parts of this system may be

accessible which are under high line voltage.

Only well trained and authorized personnel are allowed to work on this system. The personnel must know and understand all

precautions, safety instructions, installation and maintenance instructions of this manual. The trouble free and safe operation

of the ZIRKOR100 requires safe transportation, professional storage, installation, operation and maintenance.

Furthermore all local safety requirements at the point of installation and operation must be considered.

ZIRKOR100 may not be used to measure oxygen in combustible gases or in an environment with combustible gases. Parts of

this system may cause an explosion risk.

Manufacturer

SICK AG

Erwin-Sick-Str. 1 · 79183 Waldkirch · Deutschland

Telefon: +49 7641 469-0

Fax: +49 7641 469-1149

E-Mail: [email protected]

Table of Contents

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Table of Contents

1 System Description 4

1.1 System Overview ................................................ 4

1.2 Measuring Principle ............................................. 6

1.3 Intended Use ....................................................... 6

1.4 Safety Hazards .................................................... 6

1.5 Disruption of the Process .................................... 6

1.6 Storage instructions ............................................ 6

1.7 Name Plates ....................................................... 7

2 Installation 8

2.1 Installation Requirements for Electronic Unit ...... 8

2.2 Installation of Probe Signal Cable ....................... 9

2.3 Access to the Terminals .................................... 10

2.4 Ferrite Sleeves (EMC) ....................................... 10

2.5 Electrical Connections of the Electronic Unit ..... 11

2.6 Electrical Wiring Diagram .................................. 12

2.7 Installation of the Probe .................................... 13

2.8 Install O

Probe ................................................. 13

2.8.1 Welding of the Counter Flange.......................... 13

2.8.2 Adjustment of the probe filter head ................... 14

2.8.3 Installation of the O

Probe ............................... 14

2.8.4 O

Probe installation with Cooling Protection Tube

.......................................................................... 15

2.8.5 Relay Contacts, Functions ................................ 15

2.8.6 Probe Connection ............................................. 15

3 Initial operation 16

3.1 Checklist before commissioning the system ..... 16

3.2 System Power Up ............................................. 16

3.3 Display - Probe Heating Phase ......................... 16

3.4 Display - Measuring Mode ................................ 17

3.5 Keypad and Display .......................................... 17

3.6 Status LEDs ...................................................... 17

3.7 Softkey Symbols ............................................... 17

3.8 System Code..................................................... 17

4 Software Overview and Explanations 18

4.1 Software Overview - SYS-MENU ...................... 18

4.2 Software Explanations - SYS-MENU ................ 20

4.2.1 O

Measuring Ranges (Scaling) ........................ 20

4.2.2 mA output on system errors .............................. 20

4.2.3 O

limit alarm settings ....................................... 20

4.2.4 O

Sensor calibration values ............................. 20

4.2.5 Time per test gas apply ..................................... 21

4.2.6 Delay time to process ........................................ 21

4.2.7 REMOTE ........................................................... 21

4.2.8 Measuring units ................................................. 21

4.2.9 Language .......................................................... 21

4.2.10 Change system code ........................................ 22

4.2.11 Load factory settings ......................................... 22

4.2.12 Service .............................................................. 22

4.3 CAL MENU ....................................................... 23

4.3.1 Check Test air / Test gas settings ..................... 23

4.3.2 Calibration Menu - Display Overview ................ 23

4.3.3 1-point calibration (manual) ............................... 24

4.3.4 2-point calibration (manual) ............................... 24

4.4 System Check ................................................... 25

5 Service and Maintenance 26

5.1 Test Gas Tubing (Customer supply) ................. 26

5.1.1 ... preparation .................................................... 26

5.1.2 ... connecting .................................................... 26

5.2 Test Air Supply to the O

Probe ........................ 26

5.2.1 …with Test Air Pump ........................................ 26

5.2.2 …with Test Gas Bottle ...................................... 27

5.3 Bottle Test Gas Supply to the O2 Probe ........... 27

5.4 O

Probe Dismounting ...................................... 27

5.5 Exchange the O

Probe Filter Head .................. 28

5.5.1 Remove the Filter Head .................................... 28

5.6 Maintenance Intervals ....................................... 28

6 Status Messages 29

6.1 Error Messages ................................................ 29

6.2 Alarm Messages ............................................... 30

7 Troubleshooting 31

A Technical Data 32

A.1 Technical Specifications - Electronic Unit ......... 32

A.2 Technical Specifications - Probe ....................... 33

A.3 Technical Specifications - Probe Cable ............ 33

B Dimensional Drawings 34

B.1 O

Probes ......................................................... 34

B.2 Counter Flanges (Optional) ............................... 34

B.3 Dimensions of Electronic Unit ........................... 36

C Spare Parts 37

C.1 O

Probe without Filter Head ............................ 37

C.2 O

Probe Components ...................................... 37

C.3 Components of the Cooling Tube ..................... 38

C.4 Electronic Unit ................................................... 38

C.5 Probe Cable with Plug ...................................... 40

D System Options 41

D.1 O

Limit Alarms ................................................. 41

D.2 Duct Flange ...................................................... 41

D.3 Duct Flange Insulation ...................................... 41

D.4 Cooling Tube Insulation .................................... 41

Index 42

System Description

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1 System Description

1.1 System Overview

Figure

– ZIRKOR100 system (for flue gas temperatures of up to 400°C)

Electronic unit / IP66

Safe Area - Max. ambient temp.:-20°C to +55°C (-4°F to + 131°F)

In-situ probe / IP20

Safe Area - Max. ambient temp.:-20°C to +80°C (-4°F to + 167°F)

probe signal cable

Duct / combustion chamber

Counter flange (Optional)

Flue gas direction – max. flue gas temperature 400 °C

Duct wall

Manufacturer supply

Isolation: Customer

Customer supply

Power supply

Output signals (analog and digital)

Test gas in

System Description

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Figure 2 - ZIRKOR100 system (with cooling protection tube for flue gas temperatures of up to 1400°C)

Electronic unit SME5 / IP66

Safe Area - Max. ambient temp.:-20°C to +55°C (-4°F to + 131°F)

In-situ measuring probe / IP20

Safe Area - Max. ambient temp.:-20°C to +80°C (-4°F to + 167°F)

probe signal cable

Duct / combustion chamber

Counter flange (Optional)

Flue gas direction – max. flue gas temperature 1600 °C

Duct wall

Customer supply

Isolation: Customer

Manufacturer supply

Space required: 1,5 m for standard installation.

Power supply

Output signals (analog and digital)

Test gas in

System Description

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1.2 Measuring Principle

The ZIRKOR200 O

analyzer system consists of an in-situ probe which is installed in a duct to measure non-

combustible process gases and of an electronic unit for voltage and gas supply, as well as for signal processing.

The oxygen sensor is at the tip of the probe and is regulated to 800 °C and works on the zirconium oxide principle of

measurement. Here, a mV signal between the reference gas side of the sensor (inside, instrument air 20.95% O

)

and the measured gas side is measured, which depends logarithmically on the ratio of oxygen partial pressures on

both sides of the sensor.

The mV signal is converted according to the Nernst equation into oxygen partial pressure within the process gas,

whereby the O

concentration is determined in the process gas. Gas-tight separation of reference air and process

gas is of particular importance.

Should combustible components such as CO or H

be present in the sample gas, they will react with oxygen at the

sensor surface and can reduce the measured value.

1.3 Intended Use

Warning

The system cannot be used to determine the oxygen concentration of combustible gases or in a location where

combustible gases are present as the measuring cell temperature of 800°C could present an explosion hazard!

1.4 Safety Hazards

Warning hot surface

During operation, the temperature of the probe filter head and of other parts exposed to flue gas is 150°C - 800°C

(302°F - 1472°F). Direct contact with the hot parts when dismantling or maintenance will cause severe burns!

The probe may only be removed with heat-insulated gloves. Before removing the probe, always switch off the supply

voltage of the electronic system. After removal, store the probe in a safe, protected place and wait until it has cooled

down below 35°C (95°F).

1.5 Disruption of the Process

The analyzer system has to be kept in operation also in the event of the process being disrupted or if the plant is

powered off temporarily (e.g. at night or during the weekend). Frequently cooling down and heating up of the probe

results in thermal stress of the hot probe parts (heater, thermocouple and sensor) and reduces their product life.

Responsibility will not be accepted for resultant damage.

1.6 Storage instructions

All equipment and spares are to be stored in a dry and ventilated environment. Paint fumes, silicone sprays, etc.

must be avoided in the storage environment.

System Description

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MANUAL | ZIRKOR100

1.7 Name Plates

Figure 3 - Name Plate Electronic Unit

Figure 4 - Name Plate O

Probe

The name plates contain year of manufacture, probe serial number, O

sensor number and system order

code. The system order code contains detailed system information which is detailed in the system test

report and is supplied with the system.

Installation

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2 Installation

Warning

The system is not equipped with an external power-off switch. The line voltage switch/fuse/breaker must be installed

and be in accordance with local technical standards and should be near to the electronic unit and must be clearly

marked as such. The probe cable is suitable for an ambient temperature range from -40°C to +90°C. All other

installed cables must be suitable for the ambient temperature range at side and must have the required size. All

electronic unit terminals are specified from 0,08 mm² (AWG 26) to 2,5 mm² (AWG 14). If wire end ferrules are used

the next smaller size is required. Before removal of the electronic terminal cover the line voltage must be switched off.

The line voltage to the electronic unit must be switched on again after the cover is back in position. After installation

power conducting parts may not be accessible.

2.1 Installation Requirements for Electronic Unit

Drill holes for the electronic unit

Use suitable screws

Electronic unit

Figure 5 - Installation of the Electronic unit

Keep the minimum distance to adjacent objects Install at eye level

Avoid vibrations greater than 2g Mind the IP code

Heavy equipment,

ensure proper lifting

and carrying

Ambient temperatures

Min.: -20 °C (-4 °F) / Max.: +55 °C (+131 °F)

Installation

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2.2 Installation of Probe Signal Cable

Abide by the maximum cable length (max. 150m)

Cross the probe signal cable at right angle to power supply cables.

Note the minimum bending radius

Ambient temperatures

Temp. during installation

Temp. during operation

Figure 6 - Probe cable

Probe Cable

No. Function Diameter Colours Additional info.

Measuring cell 2 x 0,75 mm

white-brown / brown With shield

Thermocouple 2 x 0,75 mm

green / white With shield

Probe heating 3 x 1,5 mm

black / blue / green-

yellow

Solenoid valve 2 x 0,75mm

grey / grey-blue

Warning

The shielding of the probe cable must be connected only to the electronic unit ground (PE) clamp. Do not connect

the shield of the probe cable probe.

Installation

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2.3 Access to the Terminals

Figure 7 - Access to the terminals

2.4 Ferrite Sleeves (EMC)

Caution

In order to avoid cable related disturbances to the electronic unit, the supplied ferrite sleeves must be used.

CE-conformity is invalid if these ferrite sleeves are not fitted!

Installation

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2.5 Electrical Connections of the Electronic Unit

Figure 8 - Electrical connections of the electronic unit

Ferrite sleeves (enclosed)

Analogue output cable (Customer)

Line voltage supply cable (Customer)

Digital output cable (Customer)

Probe cable (already connected)

Line Voltage

Sensor Signal

1 L Phase 12 + brown

2 N Neutral Conductor 13 - brown/white

3 PE Ground Earth

thermocouple

Internal Power Supply (not in use) 14 + green

4 L 15 - white

5 N

Analogue Output 4-20 mA

(active)

Shielding 17 A / B A + / B -

6 PE

Relays contact Outputs

Probe heater 0-115V AC (controlled) 18 A / B Maintenance

8 L

black, phase 19 A / B System fault

9 N

blue, neutral conductor 21 A / B O

Limit alarm 1

10 PE green/yellow, protective earth conductor 22 A / B O

Limit alarm 2

Line voltage, frequency and rated current, see electronic name plate

Isolated mA output, Burden see technical data electronic unit

Voltage and current limits see technical data electronic unit

Option

In certain applications, it is possible that the contact function is inverted

Installation

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2.6 Electrical Wiring Diagram

Figure 9 - Electrical wiring diagram

Installation

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2.7 Installation of the Probe

The ambient temperature at the connection box and

process temperatures may not be exceeded

Avoid vibrations greater 2g

Maintain the protection class of the connection box

2.8 Install O

Probe

2.8.1 Welding of the Counter Flange

Caution

The counter flange must be welded gas tight to the duct wall at the required angle.

Make sure that the combustion process is not in operation and the temperature of the flue gas duct at the mounting

place allows work without any risk of burns.

Figure 10 - Welding of duct flange

Flue gas duct for the probe counter flange

Counter flange which has been welded at correct

angle to duct

Weld must be gas tight

Duct flange (optional)

Installation

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2.8.2 Adjustment of the probe filter head

Info

Please take note of the flue gas flow direction at the place of installation

Connection plug

Test gas connection

Probe flange

Filter head

V-Shield

Filter

Nut

Hexagon socket

Flue gas direction

Figure 11 - Filter head adjustment

2.8.3 Installation of the O

Probe

Caution

For probe installation into the duct flange use only new and undamaged gaskets .

Tighten the flange nuts correctly to get a gas tight flange connection. Insulate the duct flange to prevent

against dew point corrosion problems.

Do not leave the O

probe unheated inside of the duct for a period longer than 30 minutes.

Duct Flange

Insulation of the duct flange

Probe flange gasket

Nut M12 with washer and spring

probe terminal socket

Figure 12 - O

probe Installation

Installation

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MANUAL | ZIRKOR100

2.8.4 O

Probe installation with Cooling Protection Tube

Caution

Make sure that the process gas outlet is not blocked.

Adjust the cooling protection tube so that the gas exit is directed into the flue gas flow direction

Cooling protection tube

Protection tube flange

Counter flange

Nut M12 with washer and spring

Process gas direction

Process gas outlet

Flange gasket

Figure 13 - O

probe installation with cooling

protection tube

2.8.5 Relay Contacts, Functions

Relay Contact for Contact closed Contact open

System fault No System fault System fault has occurred (error code on display)

Maintenance System switched off or Maintenance

active

No maintenance

Limit alarm 1 (optional) O

Limit alarm 1 not active System switched off or O

Limit alarm 1 active

Limit alarm 2 (optional) O

Limit alarm 2 not active System switched off or O

Limit alarm 2 active

2.8.6 Probe Connection

Probe plug has to be

inserted into the probe socket and locked

with the retaining clip .

Figure 14 - Probe connection

Initial operation

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3 Initial operation

3.1 Checklist before commissioning the system

 Is the serial number of the probe identical to the serial number of the electronic unit? If not, change the

assignment.

 Does the voltage specified on the name plate correspond to the line voltage? (See section 1.7 - Name Plates)

 Is the electrical wiring connected correctly? (See section 2.6 - Wiring Diagram)

 Make sure that there are no leakages at the probe - e.g. is the counter flange welded gas tight to the duct and are

the flange bolts tightened sufficiently? Are gaskets in use? (See section 2.8 – Install O

Probe)

 Do the conditions at site match the specification in the data sheets? (See section 7 - Technical Data)

3.2 System Power Up

Switch on the line voltage to the system. After a short power up information, the user is prompted to

Select language, set the System date, System time, enter a TAG number and REMOTE code (only if option

REMOTE is factory activated).

The probe heating phase now begins which is followed by the measuring mode.

Figure 15 - System Power up. Note the software

version at the bottom right of the display.

3.3 Display - Probe Heating Phase

Figure 16 - O

sensor heating phase

The probe heating phase begins with the heating

up of the O

sensor.

TAG number

Analogue temperature bar

Last access with corresponding date

Rising probe temperature

(or) waiting period

(or) heater error

Current temperature

Softkey title: e.g. System menu

Initial operation

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MANUAL | ZIRKOR100

3.4 Display - Measuring Mode

TAG number

Measured value

Blinking indicators showing under or over

measuring range

Last access

Measured component

Softkey titles

Figure 17 - Measuring mode

3.5 Keypad and Display

Figure 18 - Keypad and display

The controls and display are housed in the

electronic unit and are

comprised of:

Three LED indicators depicting active

status

reports for limit alarms, maintenance

and system faults

Graphic enabled, back-lit display

Four softkeys with varying layout

(softkeys)

Numeric number bloc

3.6 Status LEDs 3.7 Softkey Symbols

Alarm, - orange - is lit when an

alarm has been activated (e.g.

limit alarm)

Moves the selection one position upwards

Moves the selection one position down-

wards

Maint. - Orange - a function has

been accessed which may

affect the measurement

Leave an area

Abort a function or entry

Error - red - is lit when a system

error has occurred

Select or confirm a function/value

3.8 System Code

Info

The system code on delivery is 0000. In this state, entry into the system is granted without having to enter the

system code. The system code protects the system from unauthorized use. Functions which may alter the

measurements are therefore also protected.

Software Overview and Explanations

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MANUAL | ZIRKOR100

4 Software Overview and Explanations

4.1 Software Overview - SYS-MENU

SYS-MENU

System Information

Actual measured values

measured value (% O

)

-mA output 17A/B (mA)

sensor input (mV)

probe temperature (°C / °F)

probe heater power (%)

Thermocouple input (mV)

Terminal temperature (°C / °F)

Internal temperature (°C / °F)

sensor life (%)

Calibration results

e.g. 2011-01-31 (Choose date/time)

Executed at

Calibration method

sensor calibration

~~ Calibration results ~~

value at test air (20,95 % O

)

♦ calibrated to (% O

)

value at test gas (% O

)

} only if determined

♦ calibrated to (% O

)

~~ Calibration data ~~

sensor offset (mV)

sensor slope (mV / dec) } only 2 point calibration

~~ Test gas data ~~

Test air (20,95 % O

)

Test gas (e.g. 2,1 % O

)

~~ Sensor raw data~~

voltage at test air (mV)

voltage at test gas (mV) } only if determined

response to test gas (s) } only if determined

response to process (s) } only if determined

sensor life

Device operating data

Powers on counter

Hours in operation

Min. internal temperature

Max. internal temperature

Software version and options

Software ZIRKOR100

~~ Options ~~

Software Overview and Explanations

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MANUAL | ZIRKOR100

SYS-MENU

System configuration

Measuring ranges

Meas.range from (% O

)

Meas.range to (% O

)

mA output type (0-20 mA / 4-20 mA)

mA output on system error (mA)

sensor calibration values

cal.value - offset (mV)

cal.value - slope (mV/dec)

Calibration settings

Time per test gas apply (Min.)

Delay time to process (Min.)

System clock/TAG number

System date (yyyy-mm-dd)

System time (hh:mm:ss)

TAG

REMOTE settings (optional)

REMOTE (ON/OFF)

REMOTE-Code (8 digit code)

Range (Short / Medium / Maximum)

Measuring units

Temperature (°C / °F)

Language

Choose language (Deutsch / English / Spanish / Polish / French)

Change system code

Load factory settings

Service

Software Overview and Explanations

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4.2 Software Explanations - SYS-MENU

4.2.1 O

Measuring Ranges (Scaling)

Figure 19 - O

Measuring Ranges

The O

Measuring range is linearly scaled and converted to a

linear current output (0/ 4-20 mA).

The parameter „O

Measuring range from“ is the start value of the

range, leading to an analogue output of 4,00 mA.

„O

measuring range to“ is the end value of the O

range, leading

to an output of 20,00 mA.

If a measured value is lower than the start value of the O

measuring

range, the current output signal drops to 3,60 mA.

(If the current output is set to 0- 20 mA the output is 0 mA)

If the measured O

value is higher than the end value of the O

measuring range end, the analogue output rises to 20,40 mA.

If during normal operation the measured O

value is under, or over

the programmed measuring range, an error message appears on

the display (in measuring mode).

4.2.2 mA output on system errors

The mA output value for a system error is specified in range of 0 - 3,55 mA or 20,41 to 20,80 mA. The mA output

value for a system error cannot be set in the mA measuring range.

4.2.3 O

limit alarm settings

Figure 20 - O

limit alarm settings

The entry "by" sets the value at which the O

limit alarm is activated.

The O

limit alarm function "min" defines a value by which the

limit alarm is activated if the measured O

value falls below the

set limit.

If the hysteresis is set to greater than 0,00,

the limit alarm is reset when the measured O

value rises above the

set O

limit plus the hysteresis value .

The O

limit alarm function "max" defines a value by which the

limit alarm is activated if the measured O

value rises above the

limit.

If the hysteresis is set to greater than 0,00,

the limit alarm is reset when the measured O

value falls below the

limit minus the hysteresis value.

If the hysteresis is set to 0,00 % O

, the triggered limit alarm must be

manually reset.

4.2.4 O

Sensor calibration values

Info

The sensor calibration values can be altered through a 1 or 2 point calibration. Manual entry of values is only

necessary after replacing the O

sensor.

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SICK ZIRKOR100 Operating instructions

Brand: SICK

Model: ZIRKOR100

Category: Measuring, testing & control

Type: Operating instructions

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SICK ZIRKOR100 Operating instructions

SICK ZIRKOR100 Operating instructions

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