Close Focus Infrared Pyrometers
TARGET DIA.
(
CM
)
TARGET DIA.
(
IN
)
DISTANCE TO TARGET (IN
)
DISTANCE TO TARGET (CM
)
Distance-to -target dia.=3:1
12 24 60 120
4
8
20
40
0.25@0.75
8.3
16.7
33
67
100
25 50 100 200 300
0.6@1.9
Non-Contact Surface Measurement
of Temperature and Heat Flow
OS-610/OS-620 Series
Starts at
$
495
†
Optional
⻬ Easy to Use
⻬ Fast Response
⻬ °C/°F Switchable
⻬ 1 mV Per Degree
Analog Output Optional
Applications
⻬ Safely Measures Electrical
Components, Dangerous
and Inaccessible Materials
⻬ Non-Destructive Testing of
Circuit Boards, Motors and
Bearings, Steam Traps,
Injection Molding
⻬ Heat Flow Models
(OS-620 Series) for
Energy Conservation,
Estimation of R-Value
(U-Value), Preventive
Maintenance, Location
of Insulation Defects
The OS-610 and OS-620 Series
pyrometers from OMEGA contain a
passive sensor which receives and
measures (heat) radiation from an
object. Since temperature is
measured without contact,
measurements are made rapidly
(one second) so that thermal
patterns and transient phenomena
can be observed. Since heat is not
removed from the measured object,
accuracy is assured. Moving
objects, dangerous materials and
electrical components can be safely
measured.
The OS-620 Series infrared energy
meters have the additional feature
of measuring heat loss (or gain)
through walls and windows without
Complete with sensing head,
electronics, 9 V battery,
and display. SC-600 carrying
case sold separately, $20.
physical contact. These versatile
units are designed to measure the
temperature of building materials
such as paper, plaster, ceramic,
stone, concrete and glass that have
emissivities between 0.9 and 1.0.
Net heat flow is measured inside the
building by switching the instrument
to BTU (or watts) and aiming at a
wall or surface which represents the
internal temperature of the building.
The display is then “zeroed,” using
the zero adjust control. Net heat
flow in BTU (or watts) is then
displayed when the instrument is
aimed at an exterior wall or window.
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OMEGACARESMextended warranty program
Extended Warranty
Program
SM
is available for models shown on this page.
Ask your sales representative for full details
when placing an order. OMEGACARE
covers parts, labor and equivalent loaners.
SM
Accessories
Model No. Price Description
OS-600-STAND $58 Probe stand
OS-610-MOUNT 60 Preset distance
mount
SC-600 20 Soft carrying case
CAL-3-IR
†
125 NIST-traceable
calibration
Specifications
OS-611
OS-612 OS-621
OS-613 OS-614 OS-622
Accuracy ±1% rdg ±1 digit ±1°C/1°F ±1 digit ±1% rdg ±1 digit
Repeatability ±0.5% rdg ±1 digit
Minimum Target Size
Distance to Target Ratio 3 to 1
Emissivity 0.2 to 1.0 adjustable 0.95 fixed
Response Time 0ne second
Spectral Response 8 to 14 microns
Analog Output 1 mV per degree (optional)* Not available
Power Source 9 V alkaline battery (included)
Battery Life 200 hours continuous
Ambient Temperature 0 to 50°C (32 to 120°F)
Size of Probe 3.3 H x 3.3 W x 15.9 cm D (1.3 x 1.3 x 6.2")
Size of Display Unit 3.3 H x 8.1 W x 15.7 cm D (1.3 x 3.2 x 6.2")
Weight of Probe 142 g (5 oz)
Weight of Display Unit 272 g (9.6 oz)
1
⁄4" dia. at 3⁄4" distance
J
* To order with optional analog output/ac power, add suffix “-A” to model no. and add $50 to price.
Comes complete with sensing head, electronics, 9V battery and operators manual.
Ordering Example: OS-614, high accuracy model pyrometer with 0 to 90°C (0 to 200°F) range with SC-600, carrying case, $650 + 20 = $670.
OCW-3, OMEGACARE
MOST POPULAR MODELS HIGHLIGHTED!
To Order (Specify Model Number)
Model No. Price Range Resolution Emissivity Applications
OS-611 $495 0 to 315°C 1°C 0.2 to 1.0 Most popular model;
OS-612 595 -55 to 125°C 1°C 0.2 to 1.0 Low temperature model
OS-614 650 0 to 90°C 1°C 0.2 to 1.0 High accuracy model
OS-621 575 0 to 500°F 1°F Fixed at
OS-622 575 0 to 260°C 1°C Fixed at
SM
0 to 600°F 1°F suits most application needs
-67 to 260°F 1°F
0 to 200°F 1°F ±1°F/1°C
2
0 to 2000 BTU/ft
0 to 2000 W/m
extends standard 2-year warranty to a total of 5 years ($162), $650 + 162 = $812.
hr 1 btu/ft2hr 0.95
2
1 W/m
2
0.95
Temperature and heat flow
measurement for energy
conservation, insulation
defects, and plant maintenance
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