Fixed infrared camera for gas detection FLIR GF77a
Frier Systems Japan Co., Ltd.
About This Product
The FLIR GF77a is FLIR Systems' first uncooled automatic leak detection camera designed specifically for methane gas visualization. This affordable fixed camera solution provides upstream/midstream gas processors, producers, or operators with the functionality they need to continuously monitor the potential hazards of invisible methane gas leaks. Provide.
The small and lightweight FLIR GF77a includes FLIR patented features such as High Sensitivity Mode (HSM) to help visualize gases.
GF77a helps oil and gas companies maintain valuable capital equipment, avoid product loss, meet emission reduction metrics, and maintain safer work procedures. GF77a also has a GF77f variant that includes a housing that withstands harsh environments.
■Affordable fixed OGI (infrared camera for gas detection) solution
It offers industry-leading features for continuous monitoring, including high-sensitivity modes, remote motorized focus, and an open architecture for third-party integration.
■Visualization of industrial gases
Spectral filtering allows you to detect methane gas and find the source of the leak while reducing direct inspection and ensuring worker safety.
■Excellent connectivity
Compliant with RTSP, GigE, the GF77a has the flexibility to meet a variety of industrial communication needs and continuously detects gas leaks with network connectivity.
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Product
Fixed infrared camera for gas detection FLIR GF77a
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Handling Company
Frier Systems Japan Co., Ltd.
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Categories
2 Models of Fixed infrared camera for gas detection FLIR GF77a
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Accuracy | Camera frequency | Communication and data storage Connection type | Communication and data storage Digital input | Communication and data storage Digital input/output connector type | Communication and data storage Digital output | Communication and data storage Digital output purpose | Communication and data storage Ethernet communication | Communication and data storage Ethernet connector type | Communication and data storage Ethernet power supply | Communication and data storage Ethernet video streaming | Communication and data storage Serial communication | Communication and data storage WiFi | Communication and data storage connector | Communication and data storage multicast | Communication and data storage unicast | Digital input | Digital input/output connector type | Digital output | Digital output purpose | Imaging and Lens Camera Frequency | Imaging and Lens Gas Sensitivity (NECL) | Imaging and Lens Video Lamp | Imaging and lens contrast enhancement | Imaging and lens overlays | Imaging and lens spectral range | Imaging and lenses FLIR screen - EST mode | Imaging and lenses Image resolution | Thermal resolution (NETD) | Wifi |
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FLIR GF77a 25° CH4 (7-8.5 µm) |
Available upon quote | Ambient temperature 15℃~35℃, When the temperature of the measuring object is 0℃ or higher, error ±5℃ | 30Hz | Wi-Fi: Peer to peer (ad hoc) or infrastructure (network) | 2x opto-isolated, Vin (low) =0~1.5V, Vin (high) =3~25V | M12 male 12 pin A cord (shared with external power supply) | 3x opto-isolated, 0~48VDC, max. 350mA (derated to 200mA at 60%; solid state opto-relay, 1x fault output (NC) only | ・Set by program ・Fault (NC) | ・GigE Vision ver. 1.2 ・Client API GenICam compliant ・TCP/IP socket-based FLIR Systems exclusive | M12.8 pin X code, female | Powered via Ethernet, PoE IEEE 802.3af Class 3 | Can be | Pan and tilt control: RS232 and RS485 exclusively | Optional features, Wi-Fi standards – IEEE802.11a/b/g/n | Pan/Tilt Control: M8 A-cord, male; Wi-Fi: Female RP-SMA (Pan/Tilt Control and Wi-Fi functionality are optional) | RTSP protocol, GVSP (GigE Vision) protocol | RTSP protocol, GVSP (GigE Vision) protocol | 2x opto-isolated, Vin (low) =0~1.5V, Vin (high) =3~25V | M12 male 12 pin A cord (shared with external power supply) | 3x opto-isolated, 0~48VDC, max. 350mA (derated to 200mA at 60%; solid state opto-relay, 1x fault output (NC) only | ・Set by program ・Fault (NC) | 30Hz | CH4 (<100 ppm × m), N2O (<75 ppm × m), C3H8 (<400 ppm × m), SO2 (<30 ppm × m); ΔT=10℃, distance=1m | Built-in LED light | Histogram flattening for FSX, RTSP and GVSP video storage (infrared only), image source 0 | Image source 0: RTSP protocol: Yes, No, GVSP (GigE Vision) protocol: Yes, No | 7~8.5μm | None | 2,592×1,944 pixels | <25mk at 30℃ (86°F) | Optional features, Wi-Fi standards – IEEE802.11a/b/g/n |
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FLIR GF77f 25° |
Available upon quote | Range 1: -20°~80°C ±3°C, Range 2: 0°~250°C: 0°~100°C: ±3°C, 100°~250°C: ±3%, Range 3: 100°~500°C :±3% | 30Hz | Wi-Fi: peer-to-peer (ad hoc) or infrastructure (network) | 2x opto-isolated, Vin (low) =0~1.5V, Vin (high) =3~25V | M12 male 12 pin A cord (shared with external power supply) | 3 x opto-isolated, 0~48V DC, max. 350mA (reduced to 200mA at 60°C), solid state opto-relay, 1 x abnormal output (NC) only | ・Set by program ・Abnormality (NC) | ・GigE Vision ver. 1.2 ・Client API GenICam compliant ・TCP/IP socket-based FLIR Systems exclusive | RJ45, female | Power via Ethernet, PoE IEEE 802.3af Class 3 | Can be | Pan and tilt control: RS232 and RS485 only | Wi-Fi standard – IEEE802.11a/b/g/n | Pan and tilt control: M8 A-cord, male; Wi-Fi: female RP-SMA (pan/tilt function optional) | RTSP protocol, GVSP (GigE Vision) protocol | RTSP protocol, GVSP (GigE Vision) protocol | 2x opto-isolated, Vin (low) =0~1.5V, Vin (high) =3~25V | M12 male 12 pin A cord (shared with external power supply) | 3 x opto-isolated, 0~48VDC, max. 350mA (reduced to 200mA at 60°C), solid state opto-relay, 1 x abnormal output (NC) only | ・Set by program ・Abnormality (NC) | 30Hz | CH4 (<100 ppm × m), N2O (<75 ppm × m), C3H8 (<400 ppm × m), SO2 (<30 ppm × m); ΔT=10℃, distance=1m | Built-in LED light | Histogram flattening for FSX, RTSP and GVSP video storage (infrared only), image source 0 | Image source 0: RTSP protocol: Yes, No, GVSP (GigE Vision) protocol: Yes, No | 7~8.5μm | None | 1,280×960 pixels | <25mk (30℃) | Wi-Fi standard – IEEE802.11a/b/g/n |
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