Description

The intelligent Ethernet data logger MSX-ilog-3016 has 16 differential analog inputs, 16-bit, with a transfer rate of 1 kHz/channel. The parametering and visualisation of the measured values are carried out via an integrated web site. Thus no additional software installation is needed. The acquisition, visualisation and data storage take place
automatically.

Features

• Onboard ARM®9 32-bit processor
• 4 GB memory, data remains stored at power loss
• The buffered real-time clock keeps the system time even without supply voltage
• Robust metal housing
• Power Save Mode: Reduced power consumption when no acquisition runs
• 24 V digital trigger input

Analog inputs

• 16 diff. inputs, 16-bit, 5-pin M12 female connectors
• Sampling frequency max. 1 kHz, up to 4 simultaneous channels
• Input ranges: ± 5 V, ± 10 V (16-bit) | 0-5 V, 0-10 V (15-bit)
• Current inputs optional

Acquisition

• Automatic acquisition and recording of measured data
• Conversion of measured data into real values e. g. mm, bar, temperature, etc.
• Acquisition of virtual channels

Trigger

• Acquisition triggered via hardware or software
• 24 V hardware trigger
• Threshold trigger (when the defined level of the analog inputs is exceeded)
• Optional pre-trigger (records events which have occurred before the trigger event)
• Triggers from external hardware, e. g. MSX-E systems, are possible

Alarm functions

• Upper and lower limits of channels
• Data storage depending on alarms
• Can be combined with the pre-trigger

Analysis

• Online graphical analysis of measured data
• Data export (xml, csv)

Safety features

• LED status display for fast error diagnostics
• Optical isolation
• Input filters
• Overvoltage protection ± 40 V
• Internal temperature monitoring

Applications

• Data logger
• Long-term data recording
• Monitoring of infrastructure

Interfaces

• Fast 24 V trigger input
• Ethernet switch with 2 ports
• Trigger In/Out
• 24 V supply and cascading

Communication interfaces

• Web server (configuration and monitoring)
• Data server (TCP/IP or UDP socket) for sending acquisition data

Combination with external hardware

Ethernet and supply signals can be looped e.g. from the MSX-ilog-3016 to MSX-E systems. These can then react to the values measured by the MSXilog-3016 (e.g. via alarm or trigger) and acquire and switch distributed I/O signals. Monitoring or regulation tasks can be realised.