11 | DATA ACQUISITION OPERATIVE MODE | 32 |
11.1 | How to operate in data acquisition mode | 32 |
11.2 | Recall stored data | 34 |
12 | LOGGING DATA MANAGER | 35 |
12.1 | Installation | 35 |
12.2 | Program Architecture | 35 |
12.2.1 | Toolbars | 37 |
12.3 | Quick starting | 38 |
13 | OPTIONS & ACCESSORIES | 42 |
13.1 | Printer operations | 42 |
13.2 | Sighting telescope system | 42 |
13.3 | Red Point pinpointing system | 43 |
14 | APPLICATION NOTES | 45 |
14.1 | Infrared energy | 45 |
14.2 | Applications | 45 |
14.3 | Emissivity | 45 |
14.4 | Reflected energy compensation | 45 |
15 | DIGITAL INTERFACE | 46 |
15.1 | Digital output wiring practice | 46 |
15.2 | TTL to RS 232 adapter | 46 |
15.3 | Communication protocol | 47 |
15.3.1 | Computer data request from OSP to PC | 47 |
15.3.2 | Computer data setting from PC to OSP | 49 |
15.3.3 | Communication programs | 50 |
16 | MAINTENANCE | 52 |
16.1 | Faulty operating conditions | 52 |
16.2 | Storage | 52 |
APPENDIX | 53 | |
A1 | How to determine an object emissivity | 54 |
A1.1 | Typical Emissivity Values | 54 |
A1.2 | Metals - Typical Emissivity Values | 55 |
A1.3 | 56 |
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