Uniview 4MP Dome Camera 4.0mm- AIUNV
Part number IPC324SB-DF40K-I0
Quote onlyTrade pricing on request.
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Open to anyone at list price. Trade accounts get negotiated pricing. Ships nationwide from Salt Lake City, to your shop, the job site, or blind to your customer.
4MP vandal dome on a 4.0mm lens: 83.7 degree field, IK10 and IP67, 120dB WDR, 30m IR. Trade only, blind drop ship available.
The vandal dome with the longer lens. Same IK10 housing and IP67 sealing as the 2.8mm, on an 83.7 degree field instead of 101.1. Specified where the camera has to survive contact and still identify somebody at distance.
At 4MP across 83.7 degrees it identifies at roughly 6.0 metres, against about 4.4 for the wide version. Down an aisle, a corridor or a platform edge, that gap is usually the difference between a usable image and a shrug.
Low light behaviour
120dB WDR and IR to 30 metres, on the same sensor as the wide version. The case it is built for is a doorway with daylight behind it, which is where most cameras give up.
Specifications
| Max Resolution | 4 MP (2688 x 1520) |
|---|---|
| Sensor | 1/3.0" CMOS |
| Focal Length | 4.0 mm |
| Field of View (H) | 83.7° |
| Field of View (V) | 44.9° |
| Illumination Distance (IR) | 30 m |
| WDR | 120 dB |
| Ingress Protection | IP67 |
| Vandal Resistance | IK10 |
Coverage by distance
| Can do | Means | Pixel density | Range |
|---|---|---|---|
| Detect | Tell that a person is present. | 25 px/m | 60.0m |
| Observe | Follow what a person is doing. | 63 px/m | 24.0m |
| Recognise | Tell whether it is somebody you know. | 125 px/m | 12.0m |
| Identify | Establish who a stranger is. | 250 px/m | 6.0m |
| Night vision | Illuminator reach. Not a resolution claim past this distance. | 30.0m | |
Common questions
- Which lens for a corridor?
- The 4.0mm. A corridor is a length rather than a space, and a wider lens spends most of its pixels on the walls.
- Is the housing the same as the 2.8mm?
- Yes. Same IK10 dome, same IP67 rating, same mount and same bracket. Only the lens and the field of view differ, so a position specified for one will take the other.