9
4.
ELECTRICAL INTEGRATION
4.1.
Electrical characteristics
4.1.1.
Connector pin-out
Table 1.
Connector pin-out
Pin name Description
-
GND
+
Device power. Voltage range from 9V to 30V DC. Power consumption:
Stand by mode ~30mA@12V, peak up to 700mA@12V. As switched power
regulator is used inside, the smaller the voltage, the bigger the current and
vice versa (power consumption remains about the same)
AIN3
Analog input 3. Input range from 0 to 10V
AIN2
Analog input 2. Input range from 0 to 10V
AIN1
Analog input 1. Input range from 0 to 10V
┴
GND
OUT2
Output 2. Open collector output (max. load 70mA or 200mW)
OUT3
Output 3. Open collector output (max. load 70mA or 200mW)
OUT4
Output 4. Open collector output (max. load 70mA or 200mW)
OUT5
Output 5. Open collector output (max. load 70mA or 200mW)
OUT8
Output 5. Open collector output (max. load 70mA or 200mW)
OUT9
Output 9. Open collector output (max. load 70mA or 200mW)
OUT7
Output 7. Open collector output (max. load 70mA or 200mW)
OUT6
Output 6. Open collector output (max. load 70mA or 200mW)
┴
GND
┴
GND
IN5
Input 5. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN6
Input 6. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN9
Input 9. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN7
Input 7. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN10
Input 10. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2…24V – true.
IN11
Input 11. This input is optically isolated and connected to corresponding
Nokia 12 input. 0…1V – false, 2V – true.
