57
INDEX
AAcquisition by dedicated Tags; 32
Acquisition settings; 28
Alarm settings; 23
Ambient Temperature Compensation (TAM); 29
Analog Output; 10
Analogue input Warnings & Cautions; 18
APPLICATION NOTES; 45
Applications; 45
Automatic Emissivity Setting; 26
BBattery charger; 14
Battery level of charge; 31
Buzzer On/Off; 29
CCalculated Measurements; 11
Case; 11
Communication programs; 50
Communication protocol; 47
Computer data request from OSP to PC; 47
Computer data setting from PC to OSP; 49
CONFIGURATION; 27
Continuous acquisition; 32
DDanger and Certification Labels; 18
DATA ACQUISITION OPERATIVE MODE; 32
Date & Real Time clock setting; 28
Decimal point selection; 29
Digital Inteface; 10
Digital interface; 14; 46
Digital output wiring practice; 46
Display; 10; 14
EEmissivity; 45
FFaulty operating conditions; 52
Firmware; 14
Firmware revision number; 30
FUNCTIONAL DESCRIPTION; 13
GGeneral; 9
GENERAL DESCRIPTION; 6
GENERAL FEATURES; 9
HHold; 21
How to determine an object emissivity; 54
How to maximize the life span of the battery; 17
How to operate in data acquisition mode; 32
How to Operate the instrument; 20
IInfrared energy; 45
Instrument codes; 7
Instrument serial number; 30
INTRODUCTORY NOTE; 3
KKeyboard; 10; 13
LLaser Sight Warnings & Cautions; 18
Laser Sighting; 21
Logging Data Manager; 11
LOGGING DATA MANAGER; 35
Logging Mode; 11
LogMan
Program architecture; 35
LogMan
Installation; 35
Quick starting; 38
Toolbars; 37
MMAINTENANCE; 52
Metals - Typical Emissivity Values; 55
Microcontroller; 14
Minimum, maximun and difference indication; 25
NNon-metals - Typical Emissivity Values; 56
OOPERATIONS; 20
Optical System; 9
OPTIONS & ACCESSORIES; 42
PPHYSICAL DESCRIPTION; 12
Power supply; 13
POWER SUPPLY; 17
Power supply from main line; 17
Power supply with alkaline batteries; 17
PRE-OPERATIONAL CHECK; 16
Printer operations; 42
QQuick Start; 20
RRecall stored data; 34
Rechargeable batteries; 17
Red Point pinpointing system; 43
Reflected energy compensation; 45