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PaintChecker industrial n-gauge HP
OptiSense PaintChecker industrial n-gauge HP Manuals
Manuals and User Guides for OptiSense PaintChecker industrial n-gauge HP. We have
1
OptiSense PaintChecker industrial n-gauge HP manual available for free PDF download: Operation Manual
OptiSense PaintChecker industrial n-gauge HP Operation Manual (36 pages)
Brand:
OptiSense
| Category:
Controller
| Size: 1.43 MB
Table of Contents
Table of Contents
2
Introduction
4
Brief Description
4
Scope of Delivery
4
General Information on the Operation Manual
4
Copyright
4
Fig. 1: Paintchecker Industrial N-Gauge with Various Laser and LED Sensors
4
Customer Service
5
Safety Instructions
6
Symbol Explanation of Pictograms and Signal Words
6
Proper Use
6
Safety Markings
6
Risks Caused by Electricity
7
Dangers Due to Invisible Light Radiation from the Sensor
7
Fire Hazards
8
Responsibility of the Operator
9
Requirements for Personnel
9
Product Description
10
Operating Principle of Photothermal Coating Thickness Measurement
10
LARES® - Safety Redefined
10
Features and Area of Application
10
Fig. 2: Operating Principle of Photothermal Coating Thickness Measurement
10
Model Overview Sensors
11
Fig. 3: Tube LLP3.5, LHP3.5, LHP10
11
Fig. 4: Dimensional Drawing Industrial Angle Sensors LLP1.6, LHP1.66
12
Controller Model Overview
13
Fig. 6: Description of the Controller
13
Connections of the Controller
14
Communication Interfaces
14
Fig. 7: Dimensions | Controller Industrial
14
Fig. 8: Controller Industrial N-Gauge HP
14
Fig. 9: Power Supply Industrial N-Gauge HP
14
Accessories
15
Installation
16
General Notes on Installation and Set-Up of the System
16
Mounting the Controller
16
Fig. 10: Installation Dimensions
16
Fig. 11: Connector Assignment
16
Mounting the Sensor
17
Fig. 12: Incorrect Distance to the Measured Part
17
Fig. 13: Correct Distance to the Measured Part
17
Commissioning
18
General Notes on Commissioning
18
Switching on the Measuring System
18
Aligning the Sensor
18
Establishing Communication
18
Fig. 14: Correct Distance to the Measured Part
18
Calibration
19
Introduction
19
Included Calibrations
19
User Calibration
19
Reference Samples and Reference Masters
19
Fig. 15: Reference Master
20
Fig. 16: Dimensional Drawing of a Reference Sample
20
Fig. 17: Dimensional Drawing of a Reference Sample
20
Fig. 18: Typical Application of a Reference Master
20
Operation
21
Measuring Procedure
21
Self-Test
21
Fig. 19: Typical Measurement Sequence
21
Communication Protocols
23
Introduction
23
Modbus RTU
23
Profinet
23
Optisense ASCII Protokoll
23
Table 1: Application Examples ASCII Protocol
23
Error Codes
24
Table 2: Error Bits
24
Maintenance
25
Spare Parts
25
Replacing the Sensor Cable
25
Replacement of Controller
25
Fig. 20: System Configuration
25
Table 3: Sensor Cable Connector
25
Replacing a Sensor
26
Transport and Storage
26
Cleaning and Maintenance
26
Fig. 21: Disposal
26
Technical Data
27
System Specifications
27
Table 4: Sensor Specifications
27
Table 5: Controller Specifications
28
Fig. 22: Circuit Diagram
29
Table 6: Pin Assignment X14
30
Table 7: Pin Assignment X15 / X15.1
30
Table 8: Pin Assignment X16 / X16.1
30
Table 9: Pin Assignment X17
30
Fig. 23: Connector Locations
31
Measurement System Control Protocol
32
Table 10: Input Signals
32
Table 11: Output Signals
35
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