EasyManua.ls Logo

KROHNE 4000 Series User Manual

KROHNE 4000 Series
40 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Page #1 background imageLoading...
Page #1 background image
OPTIMASS
1000 Series Twin Straight Tube Coriolis Mass Flowmeter
2000 Series Twin Straight Tube Coriolis Mas
s Flowmeter
3000 Series Single Z Tube Coriolis Mass Flowmeter
4000 Series Twin U Tube Coriolis Mas
s Flowmeter
7000 Series Single Straight Tube Coriolis Mass Flowmeter
8000k Series Twin U Tube Cor
iolis Mass Flowmeter
8000/9000 Series Twin U Tube Coriolis Mass Flowmeter
OPTIGAS 4000
OPTIGAS 50
00
MFC 300 Mass Flow Converter
Guidelines for the use of Coriolis meters in hazardous areas
MA_Haz_Areas_Rev_08_en.qxp 26/07/2012 16:20 Page 1
Question and Answer IconNeed help?

Do you have a question about the KROHNE 4000 Series and is the answer not in the manual?

KROHNE 4000 Series Specifications

General IconGeneral
TypeElectromagnetic Flowmeter
Measurement PrincipleElectromagnetic induction
Accuracy±0.2% of measured value ±1 mm/s
Process connectionFlange
MaterialStainless steel, PTFE
Process Temperature Range-40°C to +180°C (depending on liner material)
Operating pressureUp to 40 bar (depending on size and material)
Process Pressure RangeUp to 40 bar (depending on size and material)
ApprovalsATEX, IECEx, FM, CSA
Output4-20 mA, Pulse, Frequency, HART, PROFIBUS PA
Protection ClassIP68 (depending on model)
Power Supply24 V DC, 100-240 V AC, 20-36 V DC (depending on model)

Summary

Explanation of Symbols Used

General Information

Information is important to the installation/operation of the meter.

General Warning

Risk of damage to the meter or installation.

EX - Hazardous Area Warning

Instruction MUST be observed in order to comply with Hazardous Areas Certification.

High Voltage

Risk of electric shock.

General Hazard

Non specific hazard that could result in injury.

Heavy Item

Risk of injury.

WARNING

IMPORTANT

1 INTRODUCTION

1.1 General

Describes OPTIMASS/OPTIGAS flowmeter systems, sensors, and converters.

1.2 MFC 300F & MFC 300F T6

Details the MFC 300F and MFC 300F T6 mass flow converters.

1.3 OPTIMASS 1000 / 1010C / 1300C

Covers OPTIMASS 1000, 1010C, and 1300C mass flow meters and sensors.

1.4 OPTIMASS 1000 T6 / 1010C T6 / 1300C T6

Details OPTIMASS 1000 T6, 1010C T6, and 1300C T6 models.

1.5 OPTIMASS 2000 / 2010C / 2300C

Information on OPTIMASS 2000, 2010C, and 2300C flow meters.

1.6 OPTIMASS 3000 / 3010C / 3300C

Covers OPTIMASS 3000, 3010C, and 3300C flow meters.

1.7 OPTIMASS 4000 / 4010C / OPTIGAS 4000 / 4010C

Details OPTIMASS 4000, 4010C, OPTIGAS 4000, and 4010C.

1.8 OPTIGAS 5000 / 5010C / 5300C

Information on OPTIGAS 5000, 5010C, and 5300C.

1.9 OPTIMASS 7000 / 7010C / 7300C

Covers OPTIMASS 7000, 7010C, and 7300C flow meters.

1.10 OPTIMASS 8000k / 8010kC / 8300kC

Details OPTIMASS 8000k, 8010kC, and 8300kC models.

1.11 OPTIMASS 8000 / 8010C / 8300C / 9000 / 9010C

Information on OPTIMASS 8000, 8010C, 8300C, 9000, 9010C.

1.12 Data Plates

Information on device data plates and their contents.

2 TEMPERATURE LIMITS

2.1 General

General conditions for temperature limits of flowmeters.

2.2 MFC 300F & MFC 300F T6

Temperature limits for MFC 300F and MFC 300F T6 converters.

2.3 OPTIMASS 1000 / 1010C / 1300C

Temperature limits for OPTIMASS 1000, 1010C, 1300C.

2.4 OPTIMASS 1000 T6 / 1010C T6 / 1300C T6

Temperature limits for OPTIMASS 1000 T6, 1010C T6, 1300C T6.

2.5 OPTIMASS 2000 / 2010C / 2300C

Temperature limits for OPTIMASS 2000, 2010C, 2300C.

2.6 OPTIMASS 3000 / 3010C / 3300C / 7000 / 7010C / 7300C

Temperature limits for OPTIMASS 3000, 3010C, 3300C, 7000, 7010C, 7300C.

2.7 OPTIMASS 4000 / 4010C / OPTIGAS 4000 / 4010C

Temperature limits for OPTIMASS 4000, 4010C, OPTIGAS 4000, 4010C.

2.8 OPTIMASS 8000k / 8010kC / 8300kC

Temperature limits for OPTIMASS 8000k, 8010kC, 8300kC.

2.9 OPTIMASS 8000 / 8010C / 8300C

Temperature limits for OPTIMASS 8000, 8010C, 8300C.

2.10 OPTIMASS 9000 / 9010C

Temperature limits for OPTIMASS 9000 and 9010C.

2.11 OPTIGAS 5000 / 5010C / 5300C

Temperature limits for OPTIGAS 5000, 5010C, 5300C.

2.12 Painted options

Discusses painted finishes and their temperature limitations.

3 CONNECTION OF SEPARATED SYSTEMS

3.1 General

General guidelines for connecting separated systems.

3.2 Cable parameters

Specifies parameters for connecting cables in separated systems.

3.3 Equipotential bonding

Requirements for equipotential bonding in installations.

3.4 Terminal Connections

Illustrates terminal connections for sensors and converters.

4 ELECTRICAL CONNECTIONS

4.1 General

General information on electrical connections for the devices.

4.2 Non-Ex i signal I/O connections

Details non-intrinsically safe signal input/output connections.

4.3 Ex i signal I/O connections

Details intrinsically safe signal input/output connections.

5 SERVICE AND MAINTENANCE

5.1 Maintenance

Discusses maintenance-free properties and periodic checks.

5.2 Replacement of mains fuse

Step-by-step guide for replacing the mains fuse.

5.3 Returning the device for service or repair

Procedures and requirements for returning devices for service.

Related product manuals