Attention:
Please note that operation of the AISA Eagle hyperspectral camera requires experienced scientific staff on board the aircraft.
Summary
The UHSAS is an optical-scattering, laser-based aerosol particle spectrometer for sizing particles in the 0.06 – 1 µm range. The instrument counts particles in up to 100 user-specified sizing bins, with a resolution as fine as 1 nm/bin. This high sensitivity makes the UHSAS ideal for aerosol research and filter testing.
The UHSAS is an optical-scattering, laser-based aerosol particle spectrometer for sizing particles in the 0.06 – 1 µm range. The instrument counts particles in up to 100 user-specified sizing bins, with a resolution as fine as 1 nm/bin. This high sensitivity makes the UHSAS ideal for aerosol research and filter testing.
| Manufacturer | Droplet Measurement Technologies |
|---|---|
| Model | UHSAS |
| Serial No. | 1206-036 |
| Type | Spectrometer |
The UHSAS is an optical-scattering, laser-based aerosol particle spectrometer for sizing particles in the 0.06 – 1 µm range. The instrument counts particles in up to 100 user-specified sizing bins, with a resolution as fine as 1 nm/bin. This high sensitivity makes the UHSAS ideal for aerosol research and filter testing.
| Manufacturer | Droplet Measurement Technologies |
|---|---|
| Model | UHSAS |
| Serial No. | 1206-036 |
| Type | Spectrometer |
Contacts
The UHSAS is an optical-scattering, laser-based aerosol particle spectrometer for sizing particles in the 0.06 – 1 µm range. The instrument counts particles in up to 100 user-specified sizing bins, with a resolution as fine as 1 nm/bin. This high sensitivity makes the UHSAS ideal for aerosol research and filter testing.
| Manufacturer | Droplet Measurement Technologies |
|---|---|
| Model | UHSAS |
| Serial No. | 1206-036 |
| Type | Spectrometer |
| Name | Institution | Role |
|---|---|---|
| Andreas Herber | AWI | Editor |
| Andreas Herber | AWI | Device Contact |
Components and Specifications
The AISA Eagle system consists of the hyperspectral camera itself, a GPS / INS unit , an irradiance sensor, an operator PC and a power distribution box.
| Name | Model | Type |
|---|---|---|
| Fibre-optics downwelling irradiance sensor | FODIS | Radiation Meter |
| Inertial and GPS Navigation System | RT3000 | inertial measurement unit |
Specifications of AISA Eagle (without mounting)
Dimension (W x D x H) |
146 x 146 x 350 mm |
|---|---|
Weight |
7 kg |
Power Supply |
28 VDC |
Data interface |
Ethernet |
Specifications of GPS/INS RT3100 (without mounting)
Dimension (W x D x H) |
120 x 71 x 184 mm |
|---|---|
Weight |
1.4 kg |
Power Supply |
10-50 VDC |
Specifications of Power Switch Box (without mounting)
Dimension (W x D x H) |
120 x 71 x 184 mm |
|---|---|
Weight |
3,8 kg (including Nav/Synch Box) |
Position
| Name | Model | Type |
|---|---|---|
| Fibre-optics downwelling irradiance sensor | FODIS | Radiation Meter |
| Inertial and GPS Navigation System | RT3000 | inertial measurement unit |
| Origin Description: | The device is installed in a rack. It is connected with tubes to an air inlet installed at the cabin roof. |
Data logging, storage and archiving
Logged parameter
| Name | Model | Type |
|---|---|---|
| Fibre-optics downwelling irradiance sensor | FODIS | Radiation Meter |
| Inertial and GPS Navigation System | RT3000 | inertial measurement unit |
| Origin Description: | The device is installed in a rack. It is connected with tubes to an air inlet installed at the cabin roof. |
| Parameter | Sensor Output Type | Unit |
|---|---|---|
| aerosol particle size | particle size distribution | nm |
Rawdata storage on board
Data archiving on land
Documentation
| Name | Model | Type |
|---|---|---|
| Fibre-optics downwelling irradiance sensor | FODIS | Radiation Meter |
| Inertial and GPS Navigation System | RT3000 | inertial measurement unit |
| Origin Description: | The device is installed in a rack. It is connected with tubes to an air inlet installed at the cabin roof. |
| Parameter | Sensor Output Type | Unit |
|---|---|---|
| aerosol particle size | particle size distribution | nm |