Baltoscope
FPDigit 24-140R
- Pixel area43 x 43 cm
- Pixel pitch140 µm
- Frame rate15 fps (1x1)-30 fps (2x2)
Within the flat panel section, you will be able to find a non-exhaustive list of available detectors for digital radiogtaphy.
Flat panels are a combination of electronics and silicon, providing direct conversion support to display radiographic images instead of using the traditional film technique. This helps to reduce the exposure time but also gives an extended range of thicknesses using the same energy range.
If you don't find the right specification within our catalogue, do not hesitate to contact us as we can surely find the right equipment for your requirements.
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 24-140R |
---|---|---|
Dimensions | mm | 577 (L) x 554 (w) x 35 (h) |
Receptor Type | IGZO TFT | |
Conversion screen | GOS | |
Pixel matrix - Total | 3072 x 3072 | |
Pixel pitch | μm | 140 |
A/D Conversion | bits | 16 |
Energy range (standard) | kV | 40 - 450 |
System Interface | Gigabit Ethernet port | |
Power supply | DC 12 V, 7 A | |
Operating temperature | °C | 10 to 35 |
Humidity (Operating/storage) | % | 30 to 85 RH (Non-condensing) |
The MobiX 16-125S is a portable flat panel detector. Thanks to its battery and Wi-Fi interface, a digital inspection can now be done anywhere. Moreover the MobiX 16-125S is very light, robust and ergonomic which makes it easy to be used in harsh environment and conditions.
The MobiX 16-125S is an X-ray detector with a 16-bit conversion for 125 μm. The acquisition software of the Inspection Suite comes with the equipment providing a user-friendly interface for the acquisition of images. The optional Image Processing Software (IPS012) makes it a complete solution.
Flat panels are a combination of electronics and silicon, providing direct conversion support to display radiographic images instead of using the traditional film technique. This helps to reduce the exposure time but also gives an extended range of thicknesses using the same energy range.
Specifications | Units | MobiX 16-125S |
---|---|---|
Dimensions | mm | 340 (L) x 291 (l) x 18 (h) |
Weight | Kg | 2,3 |
Scintillator | Csl/DRZ-Plus | |
Receptor type | Amorphous silicon | |
Pixel matrix | 2000 x 2400 | |
A/D Conversion | Bits | 16 |
Active area | mm | 250 x 300 |
Pixel pitch | µm | 125 |
Image frequency | Fps | 1 fps |
Interface | WiFi or GigE | |
WiFi | IEEE802.11n/ac (2.4GHz, 5GHz) | |
Data interface | Wired: GigE (≥ 100Mbps) Wireless: 802.11 a/g/n (≥ 100Mbps) | |
Protection | IP54 | |
Power supply | Rechargeable battery |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 16-100 |
---|---|---|
Dimensions | mm | 304 (w) x 354 (l) x 34,5 (h) |
Receptor Type | Amorphous silicon TFT | |
Conversion screen | Csl or Gadox | |
Pixel matrix - Total | 3008 x 2512 | |
Pixel pitch | μm | 100 |
A/D Conversion | bits | 16 |
Energy range | kV | 20 - 450 |
System Interface | 1 Gigabit Ethernet port | |
Power supply | 100-240 VAC 50/60 Hz | |
Operating temperature | °C | 0 to 40 |
Humidity (Operating/storage) | % | 30 to 70 RH (Non-condensing) |
Weight | kg | 10/16 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 16-100M |
---|---|---|
Dimensions | mm | 325 (w) x 280 (l) x 40 (h) |
Receptor Type | Amorphous silicon TFT | |
Conversion screen | Csl or 605 | |
Pixel matrix - Total | 3008 x 2496 | |
Pixel pitch | μm | 100 |
A/D Conversion | bits | 16 |
Energy range (standard) | kV | 20 - 450 |
System Interface | 10 Gigabit Ethernet port | |
Power supply | 100-240 VAC 50/60 Hz | |
Operating temperature | °C | 10 to 40 |
Humidity (Operating/storage) | % | 20 to 90 RH (Non-condensing) |
Weight | kg | 5,3 kg (7,6 kg-450kv) |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 24-140RC |
---|---|---|
Dimensions | mm | 460 (L) x 460 (w) x 24.9 (h) |
Receptor Type | IGZO TFT | |
Conversion screen | GOS | |
Pixel matrix - Total | 3072 x 3072 | |
Pixel pitch | μm | 140 |
A/D Conversion | bits | 16 |
Energy range (standard) | kV | 20 - 320 |
System Interface | Gigabit Ethernet port | |
Power supply | DC 12 V, 7 A | |
Operating temperature | °C | 10 to 35 |
Humidity (Operating/storage) | % | 30 to 85 RH (Non-condensing) |
The MOBIX 23-100 is a portable flat panel detector. Thanks to its battery and Wi-Fi interface, a digital inspection can now be done anywhere. Moreover the MOBIX 23-100 is very light, robust and ergonomic which makes it easy to be used in harsh environment and conditions. Equipped with an internal memory, the MOBIX 23-100 can store images in order to allow the operator to unload them later.
The MOBIX 23-100 is an X-ray detector with a 16-bit conversion for 100 μm. The acquisition software of the Inspection Suite comes with the equipment providing a user-friendly interface for the acquisition of images. The optional Image Processing Software (IPS012) makes it a complete solution.
Flat panels are a combination of electronics and silicon, providing direct conversion support to display radiographic images instead of using the traditional film technique. This helps to reduce the exposure time but also gives an extended range of thicknesses using the same energy range.
Specifications | Units | Mobi-X 23-100 |
---|---|---|
Dimensions | mm | 384 (L) x 460 (l) x 15,5 (h) |
Weight | Kg | 4.3 |
Housing | Carbon fiber front & back | |
Receptor type | Amorphous silicon | |
Conversion screen | Csl or Gadox | |
Pixel matrix | 4288 x 3524 | |
A/D Conversion | Bits | 16 |
Active area | mm | 350 x 426 |
Pixel pitch | µm | 100 |
Image frequency | Fps | 7 fps at 200μm resolution |
Interface | WiFi or GbE | |
WiFi | 802.11n WiFi Std @ 5 GHz | |
Image transfer time | WiFi: 3000ms / GbE: 500ms | |
On board memory | 1GB DDR3, 8GB SDHC Card | |
Power supply | Rechargeable battery 11,1V*/External Power Supply |
*(Delivered with charger 110 - 240 V)
The MobiX 23-100S is a portable flat panel detector. Thanks to its battery and Wi-Fi interface, a digital inspection can now be done anywhere. Moreover the MobiX 23-100S is very light, robust and ergonomic which makes it easy to be used in harsh environment and conditions.
The MobiX 23-100S is an X-ray detector with a 16-bit conversion for 100 μm. The acquisition software of the Inspection Suite comes with the equipment providing a user-friendly interface for the acquisition of images. The optional Image Processing Software (IPS012) makes it a complete solution.
Flat panels are a combination of electronics and silicon, providing direct conversion support to display radiographic images instead of using the traditional film technique. This helps to reduce the exposure time but also gives an extended range of thicknesses using the same energy range.
Specifications | Units | MobiX 23-100S |
---|---|---|
Dimensions | mm | 465 (L) x 291 (l) x 18 (h) |
Weight | Kg | 4,2 |
Scintillator | DRZ-Plus | |
Receptor type | Amorphous silicon | |
Pixel matrix | 4288 x 3524 | |
A/D Conversion | Bits | 16 |
Active area | mm | 350 x 430 |
Pixel pitch | µm | 100 |
Image frequency | Fps | / |
Interface | WiFi or GigE | |
WiFi | IEEE802.11n/ac (2.4GHz, 5GHz)-802.11 alg/n (>100mps) | |
Image transfer time | WiFi: 3000ms / GbE: 1500ms | |
Protection | IP65 | |
Power supply | Rechargeable battery |
*(Delivered with charger 110 - 240 V)
The MobiX 12-75 is a portable flat panel detector. Thanks to its battery and Wi-Fi interface, a digital inspection can now be done anywhere. Moreover the Mobi-X is very light, robust and ergonomic which makes it easy to be used in harsh environment and conditions.
The MobiX 12-75 is an X-ray detector with a 16-bit conversion for 75 μm. The acquisition software of the Inspection Suite comes with the equipment providing a user-friendly interface for the acquisition of images. The optional Image Processing Software (IPS012) makes it a complete solution.
Flat panels are a combination of electronics and silicon, providing direct conversion support to display radiographic images instead of using the traditional film technique. This helps to reduce the exposure time but also gives an extended range of thicknesses using the same energy range.
Specifications | Units | MobiX 12-75 |
---|---|---|
Dimensions | mm | 208,2 (L) x 256,5 (l) x 27,5 (h) |
Weight | Kg | 2,4 |
Receptor type | IGZO TFT | |
Conversion screen | Csl or Gadox | |
Pixel matrix | 2304 x 3072 | |
A/D Conversion | Bits | 16 |
Active area | mm | 172,8 x 230,4 |
Pixel pitch | µm | 75 |
Image frequency | Fps | 1 (75x75) |
Interface | WiFi or GbE | |
WiFi | IEEE802.11n/ac (2.4GHz, 5GHz), | |
Image transfer time | WiFi: 3000ms / GbE: 1500ms | |
Power supply | Rechargeable battery | |
Protection | °C | IP67 |
The MOBIX 16-100 is a portable flat panel detector. Thanks to its battery and Wi-Fi interface, a digital inspection can now be done anywhere. Moreover the MOBIX 16-100 is very light, robust and ergonomic which makes it easy to be used in harsh environment and conditions. Equipped with an internal memory, the MOBIX 16-100 can store images in order to allow the operator to unload them later.
The MOBIX 16-100 is an X-ray detector with a 16-bit conversion for 100 μm. The acquisition software of the Inspection Suite comes with the equipment providing a user-friendly interface for the acquisition of images. The optional Image Processing Software (IPS012) makes it a complete solution.
Flat panels are a combination of electronics and silicon, providing direct conversion support to display radiographic images instead of using the traditional film technique. This helps to reduce the exposure time but also gives an extended range of thicknesses using the same energy range.
Specifications | Units | Mobi-X 16-100 |
---|---|---|
Dimensions | mm | 282 (L) x 332 (l) x 15,5 (h) |
Weight | Kg | 2.5 |
Housing | Al frame/Carbon/Fiber Window fi ber window | |
Receptor type | Amorphous silicon | |
Conversion screen | Csl or Gadox | |
Pixel matrix | 3008 x 2512 | |
A/D Conversion | Bits | 16 |
Active area | mm | 298 x 248 |
Pixel pitch | µm | 100 |
Image frequency | Fps | 9 fps at 200μm resolution |
Interface | WiFi or GbE | |
WiFi | 802.11n WiFi Std @ 5 GHz | |
Image transfer time | WiFi: 2000ms / GbE: 300ms | |
On board memory | 1GB DDR3, 8GB SDHC Card | |
Power supply | Rechargeable battery 11,1V*/External Power Supply |
*(Delivered with charger 110 - 240 V)
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 7-127 |
---|---|---|
Dimensions | cm | 5,58 (w) x 18,30 (l) x 17,63 (h) |
Weight | kg | 1,71 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | DRZ plus, Direct Deposit CsI | |
Pixel matrix - Total | 1024 x 1024 (1 x 1) | |
Pixel pitch | µm² | 127 |
Spatial resolution | lp/mm | 3,94 |
A/D Conversion | bits | 16 |
Energy range (standard) | kVp | 40 - 160 |
Scan method | Progressive | |
MTF | > 48% @ 1 lp/mm (1x1), CsI screen | |
Fill factor | % | 57 |
Standard shielding | Shielded for 160 kV X-ray radiation | |
System Interface | Gigabit Ethernet | |
Power supply | 100 - 240 VAC / 47 - 63 Hz | |
Power Dissipation | V | 15 (typical) |
Operating temperature | °C | 10° to 45° |
Storage temperature | °C | -20° to 70° |
Humidity (Operating/storage) | % | 10 to 90 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 8-127 |
---|---|---|
Dimensions | cm | 5,48 (w) x 18,30 (l) x 15,72 (h) |
Weight | kg | 1,99 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | Direct Deposit CsI, DRZplus | |
Pixel matrix - Total | 1152 x 1152 (1 x 1) / 576 x 576 (2 x 2) | |
Pixel pitch | µm² | 127 |
Spatial resolution | lp/mm | 3,94 |
A/D Conversion | bits | 16 |
Energy range (standard) | kVp | 40 - 225 |
Scan method | Progressive | |
MTF | > 48% @ 1 lp/mm (1x1), Csl screen | |
Fill factor | 57 % | |
Standard shielding | Shielded for 225 kV X-ray radiation | |
System Interface | Gigabit Ethernet | |
Power supply | 100 - 240 VAC / 47 - 63 Hz | |
Power Dissipation | V | 15 (typical) |
Operating temperature | °C | 10° to 35° |
Storage temperature | °C | -20° to 70° |
Humidity (Operating/storage) | % | 10 to 90 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 11-200 |
---|---|---|
Dimensions | cm | 29,5 (w) x 36,0 (l) x 2,2 (h) |
Weight | kg | 3,7 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | DRZplus (CsI available in the options) | |
Pixel matrix | pitch | 1024 x 1024 @ 200 μm² |
Spatial resolution | lp/cm | 25 |
A/D Conversion | bits | 14 or 16 |
Amplifi ers | 8 x 128 channel custom low noise ASICs with 2 (AO) or 6 (AP) user selectable gain settings | |
Dynamic range | dB | > 78 dB (14bits) / > 88 dB (16bits) |
Energy range (standard) | kVp | 20 - 15000 |
Standard shielding | kV | 160 |
Scan method | Progressive | |
DQE | 75% (0 cy/mm), 58% (1cy/mm), 37% (2cy/mm) for RQA5 with Csl | |
MTF | 67% (1cy/mm), 33% (2cy/mm) with Csl | |
Lag | < 8% 1st frame | |
System Interface | Gigabit Ethernet | |
Operating temperature | °C | 10° to 40° |
Storing temperature | °C | -10° to 50° |
Humidity | % | 10 - 90% RH (non condensing) |
Supply | 100 - 240 VAC, 50 - 60 Hz | |
Dissipation | W | 25 |
IP code | IP65 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 13-127 |
---|---|---|
Dimensions | cm | 26,6 (w) x 22,3 (l) x 3,32 (h) |
Weight | kg | 4,3 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | DRZplus or CsI | |
Pixel matrix - Total | 1536 (h) x 1920 (v) @ 127 μm² | |
Pixel pitch | μm² | 127 |
Spatial resolution | lp/mm | 3,94 |
A/D Conversion | bits | 16 |
Energy range (standard) | kVp | 40 - 225 |
Scan method | Progressive | |
MTF | > 48% @ 1 lp/mm (1x1), CsI screen | |
Fill factor | % | 57 |
Standard shielding | Shielded for 225 kV X-ray | |
System Interface | Gigabit Ethernet | |
Power supply | 100 - 240 VAC / 47 - 63 Hz | |
Power Dissipation | V | 15 (typical) |
Operating temperature | °C | 10° to 35° |
Storing temperature | °C | -20° to 70° |
Humidity (Operating/storage) | % | 10 to 90 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 16-139 |
---|---|---|
Dimensions | mm | 337 (w) x 279 (l) x 49,35 (h) |
Weight | kg | 4,1 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | Direct Deposit CsI, DRZplus | |
Pixel matrix - Total | 1792 x 2176 (1 x 1) | |
Pixel pitch | μm² | 139 |
Spatial resolution | lp/mm | 3,60 |
A/D Conversion | bits | 16 |
Energy range (standard) | kV | 40 - 160 |
Scan method | Progressive | |
MTF | > 48% @ 1 lp/mm (1x1), CSl screen | |
Fill factor | % | 57 % |
Standard shielding | Shielded for 160 kV X-ray radiation | |
System Interface | Gigabit Ethernet | |
Power supply | 100 - 240 VAC / 47 - 63 Hz | |
Power Dissipation | V | 15 (typical) |
Operating temperature | °C | 10° to 35° |
Storing temperature | °C | -20° to 70° |
Humidity (Operating/storage) | % | 10 to 90 |
The FPDigit 16-139HE is high dynamic range x-ray detector. With a 16 Bit conversion and 139 μm² pixel pitch, this fl at panel will offer a frame rates up to 30 frames per second (2 x 2). The acqusition of image will be made by Gigabit Ethernet communication. The FPDigit has internal shielding up to 225kV; Electronics being outside of the detector active area, an additional external shielding of the electronics can be added for use above 225kV.
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming effi cient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 16-139 |
---|---|---|
Dimensions | mm | 337 (w) x 279 (l) x 49,35 (h) |
Weight | kg | 4,1 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | Direct Deposit CsI, DRZplus | |
Pixel matrix - Total | 1792 x 2176 (1 x 1) | |
Pixel pitch | μm² | 139 |
Spatial resolution | lp/mm | 3,60 |
A/D Conversion | bits | 16 |
Energy range (standard) | kV | 40 - 160 |
Scan method | Progressive | |
MTF | > 48% @ 1 lp/mm (1x1), CSl screen | |
Fill factor | % | 57 % |
Standard shielding | Shielded for 225 kV X-ray radiation | |
System Interface | Gigabit Ethernet | |
Power supply | 100 - 240 VAC / 47 - 63 Hz | |
Power Dissipation | V | 15 (typical) |
Operating temperature | °C | 10° to 35° |
Storing temperature | °C | -20° to 70° |
Humidity (Operating/storage) | % | 10 to 90 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 16-124 |
---|---|---|
Dimensions | mm | 343 (L) x 285 (l) x 45 (h) |
Receptor type | TFT with photodiode | |
Conversion screen | Csl or Gadox | |
Pixel matrix | 2048 x 2560 | |
A/D Conversion | Bits | 16 |
Active area | mm | 253,94 x 317,44 |
Pixel pitch | µm | 124 |
Image frequency (1 x 1) | Fps | 9 / 22 |
Image frequency (2 x 2) | Fps | 18 / 44 |
Interface | GbE (2 ports) | |
Image transfer time | Max. 2Gbps |
The FPDigit 22-100 is high dynamic range x-ray detector. With its 16 inch, more than 16 millions pixels and 100 µm pixel pitch, this flat panel will offer a dynamic range over 84dB with a frame rates up to 15 frames per second. The acqusition of image will be made by optical data communication.
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 22-100 |
---|---|---|
Dimensions | cm | 67,2 x 59,9 x 44 |
Weight | kg | 25 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | DRZplus (Csl available in the options) | |
Pixel matrix | pitch | 4096 x 4096 @ 100 μm pixel pitch |
Spatial resolution | lp/cm | 50 |
A/D Conversion | bits | 16 |
Amplifiers | Low noise ASICs with 6 user selectable gain settings | |
Dynamic range | dB | > 84 |
Energy range (standard) | kVp | 40 - 15000 |
Lag | < 8% 1st frame | |
System Interface | Fiber-optical | |
Operating temperature | °C | 10° to 35° |
Storage temperature | °C | -10° to 50° |
Humidity | % | 30 - 70% RH (non condensing) |
Supply | 100 - 240 VAC, 50 - 60 Hz (FPDigit22-200 Power supply 215 W) | |
Dissipation | W | 90 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 22-200 |
---|---|---|
Dimensions | cm | 50,0 (w) x 56,0 (l) x 2,2 (h) |
Weight | kg | 8,8 |
Housing | Aluminium | |
Receptor Type | Amorphous silicon | |
Conversion screen | DRZplus (Csl available in the options) | |
Pixel matrix | pitch | 2048 x 2048 @ 200 μm² |
Spatial resolution | lp/cm | 25 |
A/D Conversion | bits | 14 or 16 |
Amplifiers | 16 x 128 channel custom low noise ASICs with 2 (AO) or 6 (AP) | |
Amplifiers | user selectable gain settings | |
Dynamic range | dB | > 74 dB (14bits) / > 85 dB (16bits) |
Energy range (standard) | kVp | 20 - 15000 |
Scan method | Progressive | |
DQE | 67% (0 cy/mm), 53% (1cy/mm), 36% (2cy/mm) for RQA5 with Csl | |
MTF | 63% (1cy/mm), 31% (2cy/mm) with Csl | |
Lag | < 6% 1st frame | |
System Interface | Gigabit Ethernet | |
Operating temperature | °C | 10° to 40° |
Storage temperature | °C | -10° to 50° |
Humidity | % | 10 - 90% RH (non condensing) |
Supply | 100 - 240 VAC, 50 - 60 Hz (FPDigit22-200 Power supply 40W) | |
Dissipation | W | 32 |
Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries.
Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.
Specifications | Units | FPDigit 24-139 |
---|---|---|
Dimensions | cm | 61,8 (w) x 52,8 (l) x 24,4 (h) |
Receptor Type | Amorphous silicon | |
Conversion screen | DRZplus | |
Pixel matrix - Total | 3072 x 3072 | |
Pixel pitch | μm² | 139 |
A/D Conversion | bits | 16 |
Energy range (standard) | kV to MV | 20kV to 16 MV (With appropriate shielding) |
System Interface | Gigabit Ethernet | |
Power supply | DC 24 V, 1.7 A | |
Operating temperature | °C | 10° to 35° |
Humidity (Operating/storage) | % | 10 to 90 |
Weight | Kg | 14,6 |