This solution is often used in the process control industry to collect the analog values from a wide array of remote sensors. 4-20mAmp Current signals are much less susceptible to noise than voltage signals.
A voltage signal can be converted to current and then broadcast over a long distance before it is converted back to voltage and read by the sensorProbe or securityProbe base unit. 4-20mAmp transmitters are common in the industry for use with high quality sensors. With the 4-20mAmp converter these sensors can now be integrated into the sensorProbe or securityProbe units, enhancing their value with the addition of graphing, web interface, email interface, thresholds, and limits.
In the Web interface of the sensorProbe and securityProbe IP Meters You can customize the settings of the signal converter 4 20mAmp / measurement converter indivuduell.
So you can rename the connected analogue sensors foreign individual and the unit, such as Celsius (C), revolutions per minute (rev / min), Pascal (Pa) registration form.
The sensor and securityProbe IP Alarm Server are SNMP compatible. The sensor 4-20mAmp Signal Converters / measurement converter is equipped with a so-called. "Object Identifier" (OID) and can be used in SNMP tools (MRTG, Cacti, etc.) or network management systems (OpenNMS, Nagios etc.) are involved.
The required MIB files and SNMP Utilities are included with all sensorProbe and securityProbe monitoring systems!
AKCP 4-20 mAmp Sensor
The 4-20 mAmp signal converter is used to integrate the sensorProbe with a 4-20 mAmp transmitter. 4-20 mAmp technology is used to communicate analog signals over long distances where electrical interference is a problem. This solution is often used in the process control industry to collect the analog values from a wide array of remote sensors.
Monitoring System 100 III - buy now
The advanced monitoring system 100 III is the entry level model of the high-end surveillance systems from Didactum. This monitoring appliance is designed and manucactured within the EU. The engineering and support of the Didactum monitoring systems are located in Germany.
- Input Current Range: +4 mA to +20 mA
- Output Voltage Range: +0.8 V to +4.0 V
- Linearity: ± 0.09 % Full Scale, Maximum
- Accuracy: ± 0.15% Full Scale (± 0.3% Full Scale, Maximum)
- Power Supply: +5 V DC
- Power Consumption: Typical 120.20 mWatt, 24.04mA
- Operating Temperature: -40°C to 85°C
- Input Connector: Two terminal, Iin(+) and Iin(-), for current loop
- Output Connector: RJ45 jack to converter using UTP Cat 5 wire
- Mechanical Dimensions: 65(W) x 62(H) x 15(D) mm Weight: 80 grams