Gluon GMU191
Gluon GMU191 is a remote monitoring device for industrial applications. It has versatile analog, digital and Modbus connections and integrated 3G data transfer.
Gluon GMU191 is designed for collecting sensor and meter data through integrated analog and digital inputs, as well as exchange data with field bus automation systems through integrated Modbus master and slave connections. Cellular data connection enables delivering data to external systems.
The device enables collecting extensive amounts of data, starting from near-on-line sampling frequency. Once set up, the device keeps collecting and transferring data without separate queries. Secure and effortless! If you run out of pulse/digital inputs, extend easily with the compatible PMU261.
Sufficient data buffering (156 days at 15 min sampling interval) keeps the data secured in case of transfer network failures, ensuring time series continuity. SMS messaging may be set up to alarm about values off the defined operating range.
Gluon GMU191 Specifications
8 digital/pulse inputs
10 current loop (4-20 mA) inputs
PT1000 temperature sensor input
2 RS485 interfaces for Modbus Master and Slave
Buffering of 15 000 measurements (i.e. all inputs & 250 Modbus registers)
DIN rail mounting, 9 modules, optional enclosure available
Integrated 3G GSM module
Set up with a single SMS
Gluon GMU191 Documents
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CASES
Enersize
With data collected by 3 ionSign GMU191 units, Enersize planned and realized a total saving of 29% in energy usage for comprressed air production at a Chinese LCD panel manufacturing plant.
MacGregor
Marine industry shaper MacGregor teamed up with ionSign to maximize cargo area utilization rates. A succesful proof of concept encouraged a pilot installation, now sailing on a container vessel in the Pacific.
KP-Servicepartner
KP-Servicepartner, a growth oriented family business competing in the crowded industrial maintenance space, decided to build their competitive advantage on new, efficient, IoT driven services.
ionSign at Twitter
As a main contributor to the @ESTAEnergy aM&T Guide, we've provided additional support and info regarding #submetering systems. Why fit a sub-metering system? Why not use the BMS? We explain all! https://t.co/v16sqCe14s
Great to work with @MStenstrand and @fingrid_oyj to develop #IIoT (#IoT) for #grid #substation's! This will be something great!
Great two days at #emexlondon last week! Thank You all who visited @ionSign at B24, we kicked the ball to the field, let's keep playing it. For #energyefficiency and #energymanagement.
