The DX9200 Series Digital Video Recorder (DVR) is an enterprise class recording system that can store and play back images from any number of cameras at 7.5, 15, or 30 images per second per camera simultaneously. These images are transferred to a number of RAID storage units for safekeeping and can be recalled from Viewstations that are connected to the network. The storage units use RAID technology. Level 5 or Level 5+1 is available. In Level 5, data is divided between drives in such a way that if one drive fails, the data can be reconstructed from the remaining drives. Because of the low bandwidth requirements on the network, the system can be distributed over many buildings in many different physical locations in different cities or even countries.
| Make | Pelco |
|---|---|
| Manufacturer | Pelco, Inc |
| Model code | DX9232H |
| Series | DX9200 Series |
| Channels | 32 channels |
| Recording Mode | Timelapse / Event recording |
| Monitor Outputs | 1 |
| Inbuilt Multiplexer | Yes |
| Multiplexer Type | Duplex |
| Storage Capacity GB | Unlimited GB storage |
| Image per second (IPS) | 12.5(PAL) / 15(NTSC) fps storage rate |
| Compression Type | MPEG-1 |
| Resolution | 352 x 288 resolution |
| Signal Mode | PAL / NTSC |
| Recording System | RAID |
| Mount type | 32 in, 1 out |
| Network Type | LAN / WAN |
| IP Ready | PTZ |
| Physical Specifications |
Dimensions mm: 177.8 x 482.6 x 497.8 Weight kg: 24.4 |
| Electrical Specifications | Power Consumption: 235 |
| Environmental Specifications |
Operating Temp oC: 5 ~ 29 Operating Humidity %: 80% |
| Additional info | The DX9200 Series Digital Video Recorder (DVR) is an enterprise class recording system that can store and play back images from any number of cameras at 7.5, 15, or 30 images per second per camera simultaneously. These images are transferred to a number of RAID storage units for safekeeping and can be recalled from Viewstations that are connected to the network. The storage units use RAID technology. Level 5 or Level 5+1 is available. In Level 5, data is divided between drives in such a way that if one drive fails, the data can be reconstructed from the remaining drives. Because of the low bandwidth requirements on the network, the system can be distributed over many buildings in many different physical locations in different cities or even countries. |