User's Manual
Table Of Contents
- Software Installation on page 10
- Overview
- VIVOTEK’s FE9380 and FE9382 are two H.265 fisheye fixed dome network cameras, both featuring a detailed 5-Megapixel CMOS sensor that produces superb image clarity. By employing H.265 compression technology and VIVOTEK’s Smart Stream III technology, these
- The cameras are both equipped with a removable IR-cut filter and WDR Pro technology, empowering the cameras to maintain optimal image quality around the clock and unparalleled visibility in high-contrast lighting environments. Moreover, the cameras are de
- * Depending on scene being monitored.
- Revision History
- Read Before Use
- Package Contents
- Symbols and Statements in this Document
- Physical Description
- LED Definition
- Hardware Installation
- Software Installation
- Network Deployment
- Accessing the Network Camera
- Using RTSP Players
- Using 3GPP-compatible Mobile Devices
- Using VIVOTEK Recording Software
- Main Page
- Client Settings
- Configuration
- System > General settings
- System > Homepage layout
- System > Logs
- System > Parameters
- System > Maintenance
- Media > Image
- Media > Video
- Media > Audio
- Media profiles
- Network > General settings
- Network > Streaming protocols
- Network > QoS (Quality of Service)
- Network > SNMP (Simple Network Management Protocol)
- Network > FTP
- Bonjour
- Security > User accounts
- Security > HTTPS (Hypertext Transfer Protocol over SSL)
- Security > Access List
- Security > IEEE 802.1x
- PTZ > PTZ settings
- Event > Event settings
- Applications > Motion detection
- Applications > Smart VCA
- Applications > DI and DO
- Applications > Tampering detection
- Applications > Audio detection
- Applications > Shock detection
- Applications > Package management - a.k.a., VADP (VIVOTEK Application Development Platform)
- Recording > Recording settings
- Storage
- Storage > SD card management
- Storage > NAS management
- Storage > Content management
- Appendix
VIVOTEK
158 - User's Manual
Applications > Shock detection
The camera comes with a shock accelerometer. The shock sensor can detect impacts to the
camera. For example, when a person deliberately tries to destroy the camera, the camera can
report the event to the administrator.
Normally, a 5kgm impact can cause the detected impact level to surge to 50% on the scale.
Configure the Alarm Level to a preferred percentage on the chart. Click the Enable shock
detector checkbox and click Save to complete the conguration.
Shock Level
You should then go to Event settings to congure the shock detection as a triggering source.
See page 132 for Event conguration.
The measurement range of the sensor is ±16G.
For every one G force (g = 9.8 m/s²) perceived, the sensor acquires a reading of 512.
The value acquired by a 2 G acceleration will look like the following:
512 * 2 /16 = 64
Suppose that all 3-axis readings are equal (for simplicity reasons only), the shock level shown
on the Shock detection chart will be (64 + 64 +64 ) *100 /1024 = 18.75.