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FLIR A400/ A700 Thermal Imaging Camera Cores

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A400/A700CORE
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The FLIR A400/ A700 Thermal Imaging Cameras are completely configurable infrared imaging platforms suitable for a range of applications including process control, quality assurance, condition monitoring, early fire detection and elevated body temperature (EBT) screening (provided the Smart Sensor or Advanced Smart Sensor configuration is selected).

This listing is for the FLIR A400 and A700 Thermal Imaging Camera Cores ONLY: these are the body of the thermal camera. The FLIR A400 or FLIR A700 Core MUST be purchased with configuration software and a lens/ lenses.

Please contact our sales team for further information PRIOR to purchase.

The user can choose from the following configuration software programs:

  • Smart Sensor
  • Image Streaming
  • Advanced Smart Sensor
  • Advanced Image Streaming

Please see the ‘Configuration Software Overview' below for further information.

He/she can also select on or more of the following lenses:

  • 14°
  • 24°
  • 42°

Furthermore, the user can choose to include any of the following OPTIONAL features:

  • Visible Camera with MSX
  • Wi-Fi
  • Macro Mode (only for use with a 24° lens)

The FLIR A400/ A700 Thermal Imaging Camera Cores only differ in regards to their IR resolutions, please see the table below for further details.

SKU Model Name IR Resolution
86000-0000 FLIR A400 Thermal Imaging Camera Core 320 x 240px
85900-0000 FLIR A700 Thermal Imaging Camera Core 640 x 480px

 

Both models offer high-image quality and can measure temperatures between -20°C and 2000°C to an accuracy of ±2°C. Furthermore, the FLIR A400 and FLIR A700 Thermal Imaging Camera Cores are equipped with a manual focus and a precise motorised focus. The precise motorised focus ensures that the FLIR A400/ A700 Thermal Imaging Camera Cores can accurately measure the temperatures of objects both near to and far away from the camera.

The FLIR A400/ A700 Thermal Imaging Camera Cores’ compatibility with various lenses provides it with multiple fields-of-view enabling it to be adapted to suit the application.

Furthermore, the FLIR A400/ A700 Thermal Imaging Camera Cores are rugged, again making them suitable for a variety of applications: they have an IP54 rating without an accessory hood and an IP66 rating with an accessory hood.

In addition to this, both the FLIR A400/ A700 Thermal Imaging Camera Cores include a number of practical features such as four M4 holes on four sides, a UNC ¼”-20 connection on two sides, sealed M-style connectors, a built-in web interface, digital I/O, Gigabit Ethernet and Power over Ethernet (PoE).

These high-performance, flexible and precise FLIR A400/ A700 Thermal Imaging Camera Cores are ideal for improving product quality, productivity, maintenance and safety.

FLIR A400/ A700 Thermal Imaging Camera Cores Key Features

  • Completely configurable infrared imaging platforms
  • This listing is for the FLIR A400 and A700 Thermal Imaging Camera Cores (ONLY)
  • Configuration software and lenses MUST be purchased separately
  • OPTIONAL features are also available: Macro Mode, Wi-Fi and a Visible Camera with MSX
  • Suitable for process control, quality assurance, condition monitoring and early fire detection
  • Can detect EBT when used with a Smart Sensor/ Advanced Smart Sensor configuration
  • A400 IR Resolution: 320 x 240px
  • A700 IR Resolution: 640 x 480px
  • Temperature range: -20°C to 2000°C
  • Temperature accuracy: ±2°C
  • Manual focus and precise motorised focus
  • The precise motorised focus ensures the temperature of objects is measured accurately throughout the FOV
  • Compatibility with various lenses provides multiple FOVs
  • Provides consistent and precise temperature measurements and high-quality thermal imaging
  • Rugged: IP54 as standard, IP66 with an accessory hood
  • 4x M4 holes on four sides
  • UNC ¼”-20 connection on two sides
  • Sealed M-style connectors
  • Built-in web interface
  • Digital I/O
  • Gigabit Ethernet
  • Power over Ethernet (PoE)
  • High-performance, flexible and precise thermal imaging camera cores

Configuration Software Overview

As mentioned above the FLIR A400/ A700 Thermal Imaging Camera Cores MUST be purchased with configuration software: Smart Sensor, Advanced Smart Sensor, Image Streaming or Advanced Image Streaming.

Smart Sensor and Advanced Smart Sensor Configuration

The Smart Sensor and Advanced Smart Sensor Configurations are optimised for complex remote monitoring, alarming and analytics applications which makes them suitable for EBT-screening as well as process control, quality assurance, condition monitoring and early fire detection.  

The Smart Sensor Configuration Software equips the FLIR A400/ A700 Thermal Imaging Camera Cores with advanced thermal imaging, analysis functions, edge computing and an Industrial Internet of Things (IIoT). It also makes these cameras easy to integrate into various networks including HMI/ SCADA systems.

The Advanced Smart Sensor Configuration Software includes all the same features, functions and capabilities as the standard Smart Sensor Configuration Software, as well as additional analytics functions, FSX (Flexible Scene Enhancement) technology, support for black-body correction, and compressed and multi-image streaming capabilities.

Image Streaming and Advanced Image Streaming Configuration

The Image Streaming and Advanced Image Streaming Configuration Software Programs are suitable for complex remote and thermal monitoring applications. They are ideal for process control, quality assurance, condition monitoring and early fire detection; however, they CANNOT be used for EBT-screening. 

The Image Streaming Configuration Software facilitates the FLIR A400/ A700 Thermal Imaging Camera Cores’ ability to stream thermal footage. It also equips the FLIR A400/ A700 Thermal Imaging Camera Cores with GigE Vision- and GenlCam-compliance and enables these cameras to be seamlessly integrated into monitoring systems.

The Advanced Image Streaming Configuration improves on the standard version by including FSX (Flexible Scene Enhancement) technology, support for RTSP and pan & tilt, and enabling multi-image streaming as well as compressed 16-bit radiometric image streaming. 

Please see the table below for an overview of the features, functions and capabilities supported by each configuration software.

Features Image Streaming Advanced Image Streaming Smart Sensor Advanced Smart Sensor 
GigE Vision® X X - -
GenICam™ X X - -
Digital I/O X X X X
Power over Ethernet (PoE) X X X X
Motorized focus X X X X
Built-in web interface X X X X
IP66 * X X X X
Wi-Fi * X X X X
Macro Mode * X X X X
Visual Camera with MSX® * X X X X
RTSP - X X X
Pan & Tilt support - X - X
Multi-image streaming - X - X
Compressed 16-bit radiometric image streaming - X - X
Built-in spot analytics function - - 6 10
Built-in area analytics function - - 6 10
Built-in alarms - - X X
Isotherms - - X X
Iso-coverage - - X X
Modbus TCP - - X X
Built-in fault diagnostics X X X X
REST-API - - X X
MQTT - - X X
Modbus TCP Master - - - X
Built-in line analytics function - - - X
Built-in polyline analytics function - - - X
Built-in polygon analytics function - - - X
FSX (Flexible Image Enhancement) technology - X - X
External Black-body correction - - - X
Key X = Supported
- = Not Supported
* = Optional Feature 

What’s Included?

  • Your Choice of either FLIR’s A400 or A700 Thermal Imaging Camera Core
Part Code

FLIR A400/ A700 Thermal Imaging Camera Cores Technical Specifications 

Specifications  A400 A700
Image Data
IR resolution 320 × 240 640 × 480
Thermal resolution <30 mK to <50 mK, lens dependent
Lenses 14°, 24°, and 42°
IR Camera Focus One-shot contrast, motorized, manual
Measurement
Object temperatures -20°C to 2000°C (-4°F to 3632°F), 3 ranges
Accuracy ±2°C (±3.6°F) or ±2% of reading
Ethernet
Interface Wired
Connector types M12 8-pin X-coded, female; RP-SMA, female
Ethernet type &
standard
1000 Mbps, IEEE 802.3
Ethernet power Power over Ethernet, PoE IEEE 802.3af class 3
Ethernet protocols Include EtherNet/IP, Modbus TCP, and MQTT
Digital Input/ Output
Connector type M12 Male 12-pin A-coded (shared with ext. power)
Digital input 2× opto-isolated, Vin (low) = 0-1.5 V, Vin (high) = 3-25 V
Digital output 3× opto-isolated, 0–48 V DC, max. 350 mA (derated to 200 mA at
60°C). Solid-state opto relay, 1× dedicated as fault output (NC)
Power System
Connector type M12 Male 12-pin A-coded (shared with Digital I/O)
Power consumption 7.5 W at 24 V DC typical; 7.8 W at 48 V DC typical;
8.1 W at 48 V PoE typical

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