UMG 103-CBM
Compact energy analyzer
The UMG 103-CBM is Janitza's smallest DIN-rail meter, built to fit inside tight sub-distribution boards where a standard 96 mm panel meter won't fit. It has its own onboard battery and clock, so it can log historical data and keep tracking min/max and energy values even without a live network connection, working either stand-alone or as a Modbus slave reporting up to a master device such as the UMG 96RM-E.
Key Features
- 01Very compact housing (4 HP) for crowded sub-distribution enclosures
- 02Onboard battery + real-time clock for local data retention/timestamping
- 03Harmonics measurement up to the 40th order
- 04Min/max/working-value storage, running-hours meter, thermal trip-curve function
- 052 comparator groups (3 comparators each) for alarms
- 06Works standalone or as RS485/Modbus slave under GridVis software
Applications
- Power Quality SolutionsPower quality problems such as harmonics, voltage sags and swells, flicker, transients and voltage unbalance can occur in electrical systems. They can arise from non-linear loads, sudden load changes, network events and the electrical structure of the facility itself. Poor power quality can cause overheating in equipment, nuisance tripping, energy losses, shorter equipment life and interruptions to production continuity. At EPKOM we use power quality analyzers to measure and monitor LV and MV systems, recording harmonics, voltage events and the other power quality parameters. We evaluate the resulting data against the relevant standards, such as EN 50160, IEC 61000 and IEEE 519, according to the measurement point and the scope of the application. Following measurement and analysis, we apply active and passive harmonic filters, SVG systems, compensation solutions and power quality monitoring systems according to the needs of the facility, helping the electrical infrastructure run more safely, efficiently and stably.
- Energy Monitoring SystemsEnergy monitoring systems measure and analyse electricity consumption continuously, at facility, feeder, department or machine level. Alongside electricity, other energy sources such as water, natural gas and compressed air can be tracked through the same system. Data from Janitza energy analyzers is collected centrally in the GridVis software, where consumption trends, load profiles and energy performance indicators can be followed. Automatic reporting and alarm functions make abnormal consumption and energy losses quick to identify. Energy monitoring systems help to allocate energy costs correctly, to identify inefficient points of consumption and to improve energy performance continuously. They also support ISO 50001 energy management processes and make it possible to track energy performance indicators such as PUE in data centers.
Technical Specifications
UMG 103-CBM
| Measurement inputs | 3-phase 4-wire voltage (up to 277/480 V); current 0.005–6 A RMS, rated 5/6 A, overload 60 A/1s |
|---|---|
| Accuracy | Active energy Class 0.5S (…/5 A) |
| Communication protocols | RS485, Modbus RTU (slave), 9.6–115.2 kbps |
| Display | No onboard graphic display: read via Modbus / GridVis |
| Memory / data logging | 4 MB flash, ~400,000 stored values (~144 days typical) |
| Installation type | 35 mm DIN rail (IEC/EN 60999-1) |
| Harmonics | 1st–40th order (Fourier analysis), crest factor |
| Certifications / standards | UL listed; IP20; UL94V-0; IK07 (2 J) |
| Dimensions | 98 × 71.5 × 46 mm, ~200 g |
| Power supply | 115–277 V AC (1-phase) or 80–277 V AC (3-phase), ±10%, 50/60 Hz |
Technical values are taken from the manufacturer's published documentation. Confirm against the current datasheet before ordering.
Downloads
Datasheets, manuals and technical documentation are available from the manufacturer's document centre, or on request from us.
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