IO-Monitor with integrated messaging center, Web-based operating software and data logger
Sending alarms over the network via e-mail, SNMP trap, etc. as well as locally using switching contacts. Self-refreshing status report for alarms including ackowledgment from the browser. The complete solution for autonomous, decentralized monitoring with integrated data logging.
Web-Alarm 6x6 Digital, #57651
Product properties:
Network connection:
10/100BaseT autosensing, RJ45
PoE (Power-Over-Ethernet):
Phantom power using data pairs
Power provided by unused wire pairs (spare-pair power)
Supply voltage from external power supply:
Supply from external power supply possible as an alternative to PoE
Web-based management
Configuration of the system parameters
Definition of the alarm conditions
12 freely configurable alarms
Trigger: Each digital signal source (input signal), counter states
Alarm options: Switching digital outputs, e-mail, SNMP trap, UDP and TCP client, Syslog messages, FTP
Soft- and hardware acknowledgement
6 digital outputs using industry-standard 6V-30V for local alarming
Current sourcing FET
Short-circuit-protected by virtue of thermal safety fuse
6 digital industry-standard inputs usable as signal and acknowledgement inputs
Type 1, current sinking in accordance with IEC 1131-2
Galvanically isolated in 2 groups
Protected against polarity reversal
Counter function
Event storage in internal data logger
8MB non-volatile memory (corresponds to 172,000 alarms or 1,000,000 input events)
Consistent recording of data records using battery-backed clock
Recording of input and alarm events as well as counter states
Stores up to 100 events per second
Alarm management software on integrated Web server
Running software packet in each Web browser (no installation! No plug-in!)
Self-refreshing visualization of the current alarm states
Software acknowledgement
Table of various time windows for the data logger (alarm and input events, counter states)
Export any data logger time windows into CSV files
This device makes it possible to use sensors with switching contacts as initiators for alarm events. The alarm can be triggered either when single events occur or when a defined pulse count is reached on the respective input. Messaging can take place locally through switching of the digital outputs and be forwarded in the form of e-mail, SNMP trap, UDP and TCP client, syslog messages and FTP over a TCP/IP based network.
Six digital inputs are provided which can be used as signal and as acknowledgement inputs. The device has six digital outputs for local alarming. Each input has a counter associated with it whose value can also be used for triggering an alarm.
The alarm management software can be run from the internal Web server of the device with any Web browser. It requires no installation or additional plug-ins, making it directly available on any PC in the network. The Web-based software automatically visualizes the current alarm status of the device and allows pending alarms to be confirmed via software.
All alarm and input events including the associated counter states are stored non-volatile in the internal data logger and through the integrated software are available in any browser for later analysis.
