Miramar, Florida
Phone: 954-499-5400 • Toll Free: 800-327-5060 • Fax: 1-866-287-7222
www.TIF.com
www.TIF.com
TIF7620 •TIF7612 •TIF7610
IR Thermometer PRO
Automotive
• Industrial
Rotating motors and other machinery
Motor starter relay contacts & overloads
Bearings
Energy surveys
Boiler operations and steam systems
Performance verification of machinery and equipment
Food processing
• Automotive
Detect overheating electrical components,
connectors and wiring harness
Pinpoint radiator core restrictions
Temperature sensors
Catalytic converters
Exhaust systems
Tire Tread temperature
Battery temperature
Oil Temperature
Typical Applications
• Electrical
Check temperature of high voltage equipment and
transformers from a safe distance
Detect heating of problem fuses, wires, insulators,
connectors, splices, switches, neutrals
Overload motors due to possible Harmonic currents
• HVAC/R
Furnace exteriors, steam traps, heat exchangers
Take suction line temperatures for SUPERHEAT
Ambient temperature
Outlet air
Inlet air
Refrigeration equipment, freezers and display
cases AC Condenser Max temp look for blockages
Chiller input/output
CT
Average over condenser coil for energy audit
Industrial
HVAC/R
Electrical
TIF7612
TIF7610
TIF7620
P/N: TIF-05-001
ENGINEERED FOR SUCCESS
www.TIF.com
Infrared Overview:
Infrared is the name given to a range of electromagnetic
wavelengths longer than visible light but shorter than
microwaves (1-100 microns). See accompanying figure for
details. Infrared thermometers do everything from verifying
the temperature in your AC system in the car or home to
helping electricians to find an overcharge in electrical sys-
tems. Recent advances in optics make this technology
more accurate and cost-effective.
How Infrared Thermometer works
To measure a surface temperature, the user aims the IR Thermometer at the target, presses a button, and reads the temperature
display. The device has an optical lens that collects the radiated infrared energy from the object and focuses it on the detector.
The detector converts the energy into an electrical signal that's amplified and displayed as a temperature reading. An infrared
thermometer measures temperature by sensing the magnitude of radiated energy at infrared frequencies. Using this data and the
actual temperature of the detector, the thermometer calculates the temperature of the surface that emitted the energy.
Features
SoC (System-on-a-Chip) Technology – Complete IR design incorporated on a single chip, creating compact and lightweight
design.
Innovative optical lens – high accuracy measurements over wide temperature ranges. 10:1, 12:1 or 20:1 distance to spot (D:S)
ratios available.
Laser pointer –Simply point at desired target and press the trigger for temperature reading.
External temperature port on the TIF7612 & TIF7620 can extend the temperature up to 1999°F.
High and low pass filters with audible alarms for out of range measurements (TIF7612 & TIF7620 only).
Temperature modes - Maximum (MAX), Minimum (MIN), Difference (DIF), & Average (AVG) temperature modes are available
in TIF7612 and TIF7620. TIF7610 has maximum temperature only.
Visual low battery indicators; requires two "AAA" batteries.
LCD display
Select
Mode
Battery
Temperature
trigger
IR Lens
Laser
Pointer
External/Temperature
Probe
SoC technology
Specification TIF7610 TIF7612 TIF7620
Measurement Range -76 to +932°F (-60 to +500°C) -76 to +932°F (-60 to +500°C) -76 to +1400°F (-60 to +760°C)
Thermocouple Measurement Range N/A -83.2 to +1999°F (-64 to +1400°C)
Accuracy: Tobj=59°-95°F (15-35°C) ±1.8°F (1.0°C)
Tamb=77°F (25°C)
Accuracy: Tobj= -27-932°F (-33-500°C) ±2% of reading or 4°F (2°C) whichever is greater
Tamb= 73°F ±5°F (23 ± 3°C)
Thermocouple Accuracy N/A ±1% of reading or 1.8°F (1°C) whichever is greater (Test under Tamb=73±11°F [23+6°C])
Emissivity 0.95 fixed Adjustable
Resolution: 14.2° F~199.9° F (-9.9~199.9°C) 0.1°F/0.1°C (1° below 9.9 and above 199.9)
Spectral Response 5 ~ 14µm 8 ~ 14µm
Response Time (90%) .5 sec
Distance:Spot 10:1 12:1 20:1
Dimensions 6.9 x 1.5 x 2.8 in - 175.2 x 39.0 x 71.9 mm
Weight 0.30lbs including batteries (AAA*2pcs) - 179 grams including batteries (AAA*2pcs)
TIF7620
¥ D:S 20:1
¥ Point and shoot operation
¥ Built-in Laser
¥ Built in K-Type thermocouple port
¥ Programmable High and Low
temperature alarms
¥ -76 F to 1400F (-60 to 760C)
¥ Programmable
Emissivity
TIF7612
¥ D:S 12:1
¥ Point and shoot
operation
¥ Built-in Laser
¥ Built in K-Type
thermocouple port
¥ -76 F to 932F
(-60 to 500C)
¥ Displays Min, Max, Dif,
and Avg, temp reading
¥ Displays Min, Max, Dif,
and Avg, temp reading
¥ Programmable Emissivity
¥ Programmable High and
Low temperature alarms
TIF7610
¥ D:S 10:1
¥ Point and
shoot operation
¥ Built-in Laser
¥ Displays Maximum
temp reading
¥ -76 to 932F
(-60 to 500C)
Miramar, Florida
Phone: 954-499-5400 • Toll Free: 800-327-5060 • Fax: 1-866-287-7222
www.TIF.com
www.TIF.com
TIF7620 •TIF7612 •TIF7610
IR Thermometer PRO
Automotive
• Industrial
Rotating motors and other machinery
Motor starter relay contacts & overloads
Bearings
Energy surveys
Boiler operations and steam systems
Performance verification of machinery and equipment
Food processing
• Automotive
Detect overheating electrical components,
connectors and wiring harness
Pinpoint radiator core restrictions
Temperature sensors
Catalytic converters
Exhaust systems
Tire Tread temperature
Battery temperature
Oil Temperature
Typical Applications
• Electrical
Check temperature of high voltage equipment and
transformers from a safe distance
Detect heating of problem fuses, wires, insulators,
connectors, splices, switches, neutrals
Overload motors due to possible Harmonic currents
• HVAC/R
Furnace exteriors, steam traps, heat exchangers
Take suction line temperatures for SUPERHEAT
Ambient temperature
Outlet air
Inlet air
Refrigeration equipment, freezers and display
cases AC Condenser Max temp look for blockages
Chiller input/output
CT
Average over condenser coil for energy audit
Industrial
HVAC/R
Electrical
TIF7612
TIF7610
TIF7620
P/N: TIF-05-001
