FLIR A35 Thermal Imaging Camera

The FLIR A35 Thermal Cameras are compact, lightweight and can be used for a multitude of applications such as:

Process control
Quality assurance
Condition monitoring
Fire prevention

These cameras have ten field-of-view options and thermal imaging temperature sensors with an infrared resolution of 320 x 256 pixels, ensuring the user can easily see and monitor temperature differences and changes. These images can then be streamed, in real time, to a computer using the integrated Gigabit Ethernet connection which facilitates the 14-bit Temperature Linear Output (non-contact temperature measurement with third-party software).

The FLIR A35 Thermal Imaging Cameras are also compatible with GigiE Vision™ which allows the user to transfer images quickly over long distances using standard cables.

In addition to this, it also feature GenlCam™ Protocol Support which is a generic programming interface compatible with a variety interface technologies. This means third-party software can be used with the camera, allowing the user to tailor this product to his/her needs.

Finally, it is possible to synchronise a team of these cameras, with one camera acting as the master instrument, ensuring large areas can be monitored.

The FLIR A35 Series of Thermal Imaging Cameras includes the five models listed in the drop-down selection. These options differ with regards to their field-of-view. For further information regarding these options please see the table below.

Product Code	Image Frequency	FOV
83250-0101	60Hz	6.5°
83225-0101	60Hz	13°
83213-0102	60Hz	25°
83207-0102	60Hz	45°
83209-0102	30Hz	69°

FLIR A35 Series of Thermal Imaging Cameras Key Features

Lightweight, compact cameras available in five models
Five models differ with regard to their field of view
IR Resolution: 320 x 256 pixels
Can be used for process control, quality assurance, condition monitoring and fire prevention
10 field of view options
Thermal imaging temperature sensors
14-bit Temperature Linear output
Stream images to a computer via Gigabit Ethernet connection
Compatible with GigE Vision™
GenlCam™ Protocol Support a generic programming interface compatible with an array of interface technologies including those from third parties
Synchronise a team of cameras

What’s Included?

Your Choice of FLIR A35 Compact Process Thermal Camera
Lens
Focus Adjustment Tool
Getting Started Guide
Important Information Guide
User Documentation CD-ROM
Registration Card

Tech Specs

FLIR A35 Series Technical Specifications

Imaging and Optical Data
Thermal Sensitivity/NETD	<0.05°C @ +30°C (+86°F) / 50mK
F-Number	1.1
Focus	Fixed
Detector Data
Focal Plane Array (FPA) / Spectral Range	Uncooled VOX microbolometer / 7.5 to 13μm
Detector Time Constant	Typical 12ms
Measurement
Object Temperature Range	–25 to +100°C (–13 to 212°F) –40 to +550°C (–40 to +1022°F
Accuracy	±5% or ±5°C of reading
Ethernet
Ethernet	Control and image
Ethernet Type	Gigabit Ethernet
Ethernet Standard	IEEE 802.3 / RJ - 45
Ethernet Connector Type	RJ-45
Ethernet Communication	GigE Vision ver 1.2 Client API GenICam compliant
Ethernet Image Streaming	8-bit monochrome @ 60 Hz • Signal linear/ DDE • Automatic/ Manual • Flip H&V 14-bit 320 × 256 pixels @ 60 Hz • Signal linear/ DDE • Temperature linear GigE Vision and GenICam compatible
Ethernet Power	Power over Ethernet, PoE IEEE 802.3af class 0 power
Ethernet Protocols	TCP, UDP, ICMP, IGMP, DHCP, GigEVision
Digital Input/Output
Digital Input Purpose	General purpose
Digital Input	1 x opto-isolated, "0" <2, "1" = 2-40V DC
Digital Output Purpose	General purpose output to external device (programmatically set)
Digital Output	1 x opto-isolated, 2-40V DC, max 185mA
Digital I/O, Isolation Voltage	500V RMS
Digital I/O, Supply Voltage	2-40V DC, max 200mA
Digital I/O Connector Type	12-pole M12 connector (shared with Digital Synchronisation and External Power)
Synchronisation In, Purpose	Frame sync In to control camera