Siemens 7MC3040-... - Shielding and Grounding Procedures; Potential Equalisation Methods

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Operating manual PA

Caution !

All pyrometers must be connected to the same voltage supply.

The maximum length of the branch lines to the pyrometer is 5 m.

Main Page

Table of Contents5
Product Numbers ARDOCELL PA9
Miscellaneous13
Informationen about this Manual13
Explanation of Symbols13
Liability and Warranty13
Copyright14
Safety14
Intended Use14
3.2 User's Responsibility15
Safety Requirements15
Electromagnetic Compatibility15
General Description15
Operating Controls and Display17
Quick Reference Guide18
PA Connector Pin Assignment18
5.2 Current Outputs 0/4 - 20Ma19
Switching Output20
Getting Started20
General Installation Tips20
Pyrometer Alignment to Target21
Pyrometers with Laser Sighting21
Safety Instructions and Precautions22
Pyrometer with Camera23
Setting Parameters at the Pyrometer (Basic Configuration)23
Setting Emissivity24
Output Current Range25
Simulated Current Signal for Functional Testing26
Internal Signal Processing26
Configuration and Setup26
Signal Conditioning26
I/O Configuration33
General Functions (Configuration Layer C011)39
Simulate Current Signals for Analogue Output Ao1 and Ao240
(Configuration Layer: C 100)40
Setting Parameters at the Device41
Configuration Layers41
Cellaview Software46
Installation of the USB Driver46
How to Operate the Pyrometer with the Cellaview Software47
Cellaview Via USB Point-To-Point Connection48
Cellaview Via RS485 Point-To-Point Connection48
Cellaview Via RS485 Bus Connection49
Termination of RS485 Bus51
Operation of the Pyrometer Via Terminal Program51
Serial Data Transmission of Temperature Data52
Terminal Connection Via USB53
Terminal Connection Via RS48553
User-Defined Calibration / Scaling of the Current Output55
Calibration/Scaling Via Cellaview56
Calibration/Scaling Via Terminal Connection56
Shielding and Grounding58
Potential Equalisation58
Connectivity Examples60
Connection to VK 02/A Cable60
Connection to da 230 Digital Display Unit60
Theory of Non-Contact Temperature Measurements61
Advantages of Non-Contact Temperature Measurement61
Measurements at Black Bodies (Cavity Radiators)61
Measurements of Real Radiators62
Emissivity Coefficient Table PA 1063
Emissivity Coefficient Table PA 20 - PA 3064
Maintenance65
Cleaning the Pyrometer Lens65
Technical Data PA 1066
Field of View Diagrams for PA 1067
Technical Data PA 1368
Field of View Diagrams for PA 1369
Technical Data PA 1570
Field of View Diagrams for PA 1571
Technical Data PA 1772
Field of View Diagram for PA 1773
Technical Data PA 2074
Field of View Diagrams for PA 2075
Technical Data PA 2877
Minimum Measured Temperature in Relation to the Ambient Temperature and the Emissivity78
Field of View Diagram for PA 2878
Technical Data PA 29 (15079
Field of View Diagrams for PA 2980
Technical Data PA 29 (18081
Field of View Diagrams for PA 2982
Technical Data PA 29 (25084
Field of View Diagrams for PA 2985
Technical Data PA 3087
Field of View Diagrams for PA 3088
Technical Data PA 3590
Field of View Diagrams for PA 3591
Dimensions93
Technical Data Camera94
Accessories96
Mounting Angle PA 11/K97
Polarising Filter98
Mounting Bracket PS 11/U99
Zns Window100
Quartz Window PA 20/I and Sapphire Window PA 15/I100
Cable VK 02/A101
Cable VK 02/F102
Mounting Combinations103
Mounting Combination PA 20-007103
Mounting Combination PA 20-010104
Glossary105
Shipping, Packaging and Disposal106
Inspecting Your Shipment106
Packaging106
Disposal of Used Apparatus106
Copyright107
Default Settings108
Temperature Measurement Via Spectral Channel 1 (Configuration Layer: C001)108
Configuration I/O (Configuration Layer: C010)109
General Functions (Configuration Layer: C011)110

Siemens 7MC3040-... - Shielding and Grounding Procedures; Potential Equalisation Methods

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