Камера за термичку слику
  • Камера за термичку слику

Фотографије су само у информативне сврхе. Погледајте спецификацију производа

please use latin characters

Произвођач: Chino

Камера за термичку слику

Measure range N: -20..300°C
    K: 100..800°C
Resolution   0,5°C
Dokładność:    N: ±2%  
    lub ±3°C
    K: ±1%  
    or±3°C
Detector:   Thermopile, 2000 pixels
Wave length:   10µm
Viewable angle   N: 60°x60° lub 25°x25°
    K: 25°x25°
Radius resolution:  60°x60° - 21,8 mrad
    25°x25° - 9,1mrad
Frame speed:  Ethernet – 3Hz 
    (1Hz for alarm output)
    USB – 0,5Hz

Focus:   Fixed
Emissivity  0,1…1,00
Communications interface: Ethernet  or USB 2.0
Alarm:   2 points
Power supply: 12..24Vdc
Power consumption:   Ethernet: max 2,5VA @12Vdc
    USB: max 1VA @12Vdc
Inrush current*:   max 1,3A @12Vdc
operation temperature: -10..50°C
humidity:   10..80%Rh without steam condensation
Casing:   Black polycarbonate
Weight:   ok. 150g.
IP: IP65
Standards:   CE (EN61326 Annex A)
 

Marking


FUNCTIONS
Measure are and distance

 

D 1m 3m 5m
Width
[m]
1,4 4,2 7
Width/Pix 29 88 146

D 1m 3m 5m
Width
[m]
0,5 1,5 2,5
Width/Pix 10 31 52
 
FUNCTIONS
1. Monitoring mode
The temperature data is outputted continously by a command from the PC
2. Capturing mode
The temperature data is outputted row-by-row horizontally by a command from PLC
Software(up to 4 cameras)
1. Ethernet setup
2. Sensor setup
- emissivity
- measure area
- alarm setup
3. Operation mode setup
4. Temperature records written to excel (*.csv) file
5. Picture registration into(*.jpg) file
6. Max min temperature
7. Alarm detection
- max 8 areas
8. Scale setup
9. Picture processing
- average
- filters
- picture turn
- mean filter
10. Trend chart
11. Graphical processing
12. Histogram

Wymiary [mm]
Electric motors and pumps protection



Electric devices temperature monitoring



Electronic components temperature measurement



Temperature measurement during production process


Temperature monitoring in server room

 

Пошаљите упит

Да ли вас занима овај производ? Да ли су вам потребне додатне информације или појединачне цене?

Контактирајте нас
Питајте производ close
Хвала вам што сте послали поруку. Одговорићемо у најкраћем могућем року.
Питајте производ close
Прегледајте

Додај у листу жеља

морате бити пријављени

Measure range N: -20..300°C
    K: 100..800°C
Resolution   0,5°C
Dokładność:    N: ±2%  
    lub ±3°C
    K: ±1%  
    or±3°C
Detector:   Thermopile, 2000 pixels
Wave length:   10µm
Viewable angle   N: 60°x60° lub 25°x25°
    K: 25°x25°
Radius resolution:  60°x60° - 21,8 mrad
    25°x25° - 9,1mrad
Frame speed:  Ethernet – 3Hz 
    (1Hz for alarm output)
    USB – 0,5Hz

Focus:   Fixed
Emissivity  0,1…1,00
Communications interface: Ethernet  or USB 2.0
Alarm:   2 points
Power supply: 12..24Vdc
Power consumption:   Ethernet: max 2,5VA @12Vdc
    USB: max 1VA @12Vdc
Inrush current*:   max 1,3A @12Vdc
operation temperature: -10..50°C
humidity:   10..80%Rh without steam condensation
Casing:   Black polycarbonate
Weight:   ok. 150g.
IP: IP65
Standards:   CE (EN61326 Annex A)
 

Marking


FUNCTIONS
Measure are and distance

 

D 1m 3m 5m
Width
[m]
1,4 4,2 7
Width/Pix 29 88 146

D 1m 3m 5m
Width
[m]
0,5 1,5 2,5
Width/Pix 10 31 52
 
FUNCTIONS
1. Monitoring mode
The temperature data is outputted continously by a command from the PC
2. Capturing mode
The temperature data is outputted row-by-row horizontally by a command from PLC
Software(up to 4 cameras)
1. Ethernet setup
2. Sensor setup
- emissivity
- measure area
- alarm setup
3. Operation mode setup
4. Temperature records written to excel (*.csv) file
5. Picture registration into(*.jpg) file
6. Max min temperature
7. Alarm detection
- max 8 areas
8. Scale setup
9. Picture processing
- average
- filters
- picture turn
- mean filter
10. Trend chart
11. Graphical processing
12. Histogram

Wymiary [mm]
Electric motors and pumps protection



Electric devices temperature monitoring



Electronic components temperature measurement



Temperature measurement during production process


Temperature monitoring in server room

 
Komentari (0)