FR01A        A  (24 * 32 resolution, without battery) 4000 counts,Refreshes:3 times per second

FR01B        B  (24 * 32 resolution, built-in lithium battery) 4000 counts,Refreshes:3 times per second

FR01C        C  (90 * 120 high resolution, built-in lithium battery) 4000 counts,Refreshes:6 times per second

Thermal Imager Multimeter With Resistive Touch Screen Uncooled Focal Plane

Features: 

2 in 1 function

compact , small in size

Themal image can be tored. 

Multimeter range : auto/manual

Touch screen

Measure DC voltage, AC voltage, resistance, diode, on/off, capacitance, etc.

Built-in USB Type-C Interface:Convenient data transfer and PC software analysis with the built-in USB Type-C interface

Specification:

A.      FR01A (24 * 32 resolution, without battery)
B.     FR01B (24 * 32 resolution, built-in lithium battery)
C.     FR01C (90 * 120 high resolution, built-in lithium battery)

Sensor: Uncooled focal plane
lmage capture frequency:16Hz(FR01A/FR01B) ;  20Hz(FR01C)
Thermal imaging pixel: 24*32(FR01A/FR01B) ; 90*120(FR01C)
FOV:55°(H)*35°(V)
Emissivity: 0.1-0.99 adjustable
Measuring range:-40~ 300℃(FR01A/FR01B); -20~ 400℃(FR01C)
Mode:automatic gain
Color palette:Iron Red/Rainbow
Temperature measurement error:>0℃:±2℃/±2%; ≤0℃ ±5℃/±5%
Display temperature accuracy:0.1°C/0.1°F

Multimeter Parameters:
Maximum DC input voltage:1000V
Maximum AC input voltage:750V
Maximum measured resistance:40MΩ
Maximum measuring resistance of capacitance:100uF
Duty cycle measurement range:0.1%-99.9%
Diode measuring range:0V-1.5V
Maximum resistance of on-off detection:30Ω
Counts:
4000 counts,Refreshes:3 times per second (FR01A/FR01B)
4000counts,Refreshes:6 times per second (FR01C)

Other Parameters
Display screen: 2.8 inches 320*480
touch screen: Resistive touch screen
USB interface: TYPE-C
Storage Capacity: 3.5MB
Image Format: BMP
Battery: Built-in Lithium battery
Storage temperature: -20~60℃(-4~140℉)
Working temperature: 0-50℃(32-122℉)
Working humidity: <85%RH(non condensing)
Product size:  134*69*25mm
Product weight: 125g