萬用掃描頭
Universal scanning head 型號：CF106-
- Detecting of number of rotating disc turns in inductive electricity meters
- Detecting of LED impulses from electricity meters (without and with 8kHz modulation)
- Detecting of simulated disc marks on LCD displays of electricity meters
- Function of manual impulses triggering
- High immunity to sunlight
- LED detecting with the wavelength 450-1050nm
- Easy mounting to meter by self adhesive Velcro
- Ability to work „by hand” without mounting to meter
- Modular holder with extendable bracket (CF106H option)
- Automatic teaching function
- Small dimensions and weight
-
Technical parameters of scanning head
Power Supply
5V...12V...15V
Supply current
Max 30mA
Output
Open collector (NPN), max 24V/100mA
Reading distance
0...45mm
Reading angle
0...±15⁰
Max frequency of impulses
LED
2500Hz
LED modulated 8kHz
800Hz
Inductive meter
40Hz
Simulated disc mark on LCD
40Hz
Manual triggering
5Hz
LED 8kHz modulation range
6kHz...8kHz...10kHz
Connector type
Plug C091A T3475-001 Amphenol
Cable length
2.5m
-
- Detecting of number of rotating disc turns in inductive electricity meters
- Detecting of LED impulses from electricity meters (without and with 8kHz modulation)
- Detecting of simulated disc marks on LCD displays of electricity meters
- Function of manual impulses triggering
- High immunity to sunlight
- LED detecting with the wavelength 450-1050nm
- Easy mounting to meter by self adhesive Velcro
- Ability to work „by hand” without mounting to meter
- Modular holder with extendable bracket (CF106H option)
- Automatic teaching function
- Small dimensions and weight
-
Technical parameters of scanning head
Power Supply
5V...12V...15V
Supply current
Max 30mA
Output
Open collector (NPN), max 24V/100mA
Reading distance
0...45mm
Reading angle
0...±15⁰
Max frequency of impulses
LED
2500Hz
LED modulated 8kHz
800Hz
Inductive meter
40Hz
Simulated disc mark on LCD
40Hz
Manual triggering
5Hz
LED 8kHz modulation range
6kHz...8kHz...10kHz
Connector type
Plug C091A T3475-001 Amphenol
Cable length
2.5m