3-wire measurement; with interface inputs / outputs optional
Modbus / Profibus DP - inputs/outputs optional
KBR eBus*, Modbus*, KBR eBus TCP*, Modbus TCP*
*depending on the device type
Measuring device multimess F96, 3-wire measurement
The electronic network measuring devices of the multimess F96 series measure and monitor all important parameters in a three-phase network and are available in different versions. All device versions are equipped with a pulse output. Aside from the F96-0 entry level model, the load profi le (P+ P- / Q+ Q-) can be saved with all device versions and later read out via eBus. Network voltage can be monitored in accordance with EN 61000-4-30.
In case of a violation, the voltage and current history is saved and can be analyzed on the TFT display, for example. Different optional interfaces and protocols allow various applications.
Highlights
- Measuring accuracy according to DIN EN 61557-12
- Voltage quality according to DIN EN 61000-4-30
- Colour scheme of the display is individually adjustable by the user
- Optionally upgradeable interfaces for any possible application
- Easy and intuitive operation
- Comfortable colored TFT display with graphical representation, e. g. a bar chart of network harmonics up to 63rd
- Graphical diagnosis of voltage and current levels after a defined EN-61000 event
Technical data
multimess F96 TFT electronic network measuring devices
| Device types Overview | |||
|---|---|---|---|
| Item-no. US1 1 |
Item-no. US5 2 |
||
| [1] | multimess F96-0-TFT-1DO-US_-5 | 23423 | 23431 |
| [2] | multimess F96-0-TFT-ESMS-1DO-US_-5 | 23424 | 24341 |
| [3] | multimess F96-2-TFT-ESMS-2RO1DO-US_-5 | 23426 | 24002 |
| [4] | multimess F96-2-TFT-ET-2RO1DO-US_-5 | 23428 | 24004 |
| [5] | multimess F96-2-TFT-MS-2RO1DO-US_-5 | 23430 | 24006 |
| [6] | multimess F96-2-TFT-MT-2RO1DO-US_-5 | 23427 | 24003 |
| [7] | multimess F96-2-TFT-ESET-2RO1DO-GW-US_-5 | 25434 | 25969 |
1 US1 100 to 240 V +/- 10% AC/DC 50/60 Hz, 8 VA
2 US5 22,5 to 64 V +/- 10% AC/DC 50/60 Hz, 8 VA
| Input and output configuration | |||||||
|---|---|---|---|---|---|---|---|
| Device types | [1] | [2] | [3] | [4] | [5] | [6] | [7] |
| Pulse output | 1 | 1 | 1 | 1 | 1 | 1 | 1 |
| Relay outputs | – | – | 2 | 2 | 2 | 2 | 2 |
| Interface | – | RS 485 | RS 485 | – | RS 485 | – | RS 485 |
| – | – | – | TCP/IP | – | TCP/IP | TCP/IP | |
| KBR eBus | – | yes | yes | – | – | – | yes |
| KBR eBus TCP | – | – | – | yes | – | – | yes |
| Gateway Function | – | – | – | – | – | – | yes |
| Modbus RTU/ASCI | – | yes | yes | – | yes | – | – |
| Modbus TCP | – | – | – | – | – | yes | – |
| Memory | – | – | yes | yes | yes | yes | yes |
| Input and output configuration | ||
|---|---|---|
|
multimess F96- [1] -0-TFT-1DO-US_-5 |
multimess F96- [3] -2-TFT-ESMS-2RO1DO-US1-5 |
|
| Measured values | ||
| Voltage | U Ph–N (L1 – L3) | U Ph-Ph | U Ph–N (L1 – L3) | U Ph-Ph |
| Electricity | I Ph (L1 – L3) | I Ph (L1 – L3) |
| Current average value | I Ph (L1 – L3) | I Ph (L1 – L3) |
| Neutral conductor current | IN | IN-averagel | IN | IN-average |
| Apparent power | S Ph (L1 – L3) | S total | S Ph (L1 – L3) | S total |
| Active power | P Ph (L1 – L3) | P total | P Ph (L1 – L3) | P total |
| Q1 = fundamental reactive power | Q 1 (L1 – L3) | Q 1 total | Q 1 (L1 – L3) | Q 1 total |
| Frequency | f Net | f Net |
| Harmonics | THD (L1 – L3) voltage | THD (L1 – L3) voltage |
| Id (L1 – L3) current | Id (L1 – L3) current | |
| 3. - 63. Harm. (L1 – L3) valtage | 3. - 63. Harm. (L1 – L3) voltage | |
| 3. - 63. Harm. (L1 – L3) current | 3. - 63. Harm. (L1 – L3) current | |
| Rotary field control: Rotary field display in degrees | yes | yes |
| Power factors | Fundamental component cosφ (L1 – L3) | Fundamental component cosφ (L1 – L3) |
| Total power factor λ (L1 – L3) | λ total | Total power factor λ (L1 – L3) | λ total | |
| Electric energy | Continuous counter for active energy P+ | P- | Continuous counter for active energy P+ | P- |
| Continuous counter for reactive energy Q+ | Q- | Continuous counter for reactive energy Q+ | Q- | |
| Tariff switching | HT / NT2 | HT / NT |
| Memory | ||
| Load profi le memory P total / Q total | - | P+ | Q+ (cumulated)3 |
| - | P- | Q- (cumulated)3 | |
|
Duration of load profi le storage |
- | Ring buff er for 366 days |
| Daily, active and reactive energy | - | Annual energy memory, daily valuesfor active and reactive energy |
| Maximum indicator function (min. / max.) | yes1 | yes |
| Event memory | - | 1500 events to log tariff switching commands, error messages, etc. with date and time 3 |
| Operating log | - | 500 records with date and time |
1 No storage and timestamp
2 Switching via eBus
3 Not readable via Modbus and Profi bus
Upgrade kits: turn a base device into a high-end device in the blink of an eye
colour configurator
And don't simply imagine what colour your measuring device could be, but use our colour configuration to envisage the possibilities.
Only available in German.
Click here for the colour configurator.
Downloads
multimess - Energy measuring devices (10194 KB)
User Manual, Technical Parameters - multimess F96 TFT (LANPort) (4688 KB)
