Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Subscribe to Our Youtube Channel
Related Manuals for Saci MTA36
Summary of Contents for Saci MTA36
- Page 1 MULTIFUNCTION POWER METER WITH LoRa COMUNICATION MTA36 USER MANUAL...
- Page 2 "Danger" is ignored, it will cause severe personal injury, death, equipment damage or property damage. "Warning" is used to indicate that death or serious personal injury may occur if proper precautions are not taken. MTA36 User Manual...
-
Page 3: About This Manual
2. ABOUT THIS MANUAL This manual deals with the characteristics of the MTA36 measuring device in its different versions and shows the necessary instructions for its correct installation and start-up. The differences between the versions are indicated by a letter and a number at the end of the product description. -
Page 4: Table Of Contents
5.1 Dimensions ........................12 5.1.1 MTA36L ........................12 5.1.2 MTA36R ........................12 5.1.3 MTA36F ........................12 5.1.4 MTA36-IFLORA ......................13 5.2 Assembly ........................... 13 5.2.1 Single-phase device assembly: ................... 13 5.2.2 Three phase device assembly: ................... 14 5.2.3 Communication module assembly: ................15 6. - Page 5 4º LoRa configuration ......................20 5. Module (only for MTA36-IFLORA) ................... 22 7. TECHNICAL SPECIFICATIONS ....................24 7.1 MTA36 Meters: ......................24 7.2 MTA36-IFLORA: ......................26 MTA36 User Manual...
-
Page 6: General Description
3. GENERAL DESCRIPTION The MTA36 measuring transformer stands out because of its easy installation and the high number of network parameters it can measure. These measurement power meters are designed for the calculation and measurement of the electrical variables, voltage, current, frequency, power, power factor, energy, harmonic components, etc. -
Page 7: Models
√ √ √ √ √ [kW,MW,GW] Q Q1 Q2 Q3 √ √ √ √ [kvar,Mvar,Gvar] S S1 S2 S3 √ √ √ √ [kVA,MVA,GVA] PF PF1 PF2 PF3 √ √ √ √ [kWh,MWh, EP+ EP- √ GWh] MTA36 User Manual... -
Page 8: Measure Parameters Through The User Interface
All energy values are calculated on the basis of the secondary value; whose minimum resolution is 1WH of 1varh. Whenever the device is connected, the primary energy value increases or decreases at the rate of 1Wh(1varh). Users can reset the energy data through the application according to specific needs. MTA36 User Manual... -
Page 9: Harmonics
12 months of the year. 4.1.3 Harmonics The instrument supports network harmonics (2-31st) RMS value. It also measures harmonic distortion and voltage and current unbalance. MTA36 User Manual... -
Page 10: Network Quality
(unit: °). It also measures the voltage deviation and frequency. 4.1.5 Demand The instrument supports independent demand logging channels that can measure the maximum demand value and the present value of both current and power. It is possible to reset the maximum demand from the application. MTA36 User Manual... -
Page 11: Max/Min
It is possible to reset these values through the application. 4.1.7 Average values The device records the average value of voltage, current, frequency, power and power factor of each phase and of the system. MTA36 User Manual -10-... -
Page 12: Freezing Data
The device is capable of recording the active power of each phase and total; and the active energy imported from each phase and total each a certain time, which is adjustable by the user through the configuration menu. MTA36 User Manual -11-... -
Page 13: Installation
5. INSTALLATION 5.1 Dimensions 5.1.1 MTA36L 18.5 5.1.2 MTA36R 18.5 5.1.3 MTA36F 18.5 The length of the cable connecting the MTA36F with the communication cable is 1m. MTA36 User Manual -12-... -
Page 14: Mta36-Iflora
Un wiring hole. Use the insulated piercing connector for that. Open puncture transformer, and connect the transformer to the cable close transformer and tighten screws. Make sure that current direction of the cable is consistent with arrow transformer. MTA36 User Manual -13-... -
Page 15: Three Phase Device Assembly
Make sure that the current direction of cable consistent with the arrow transformer. Connect MTA36F3 transformer to the L1-phase phase cables respectively, connect the lead wire to the corresponding wiring port of the SDT13. MTA36 User Manual -14-... -
Page 16: Communication Module Assembly
To ensure proper operation of the device, please avoid placing it near high-powered electrical equipment or equipment that can produce strong EMF signals, as this equipment may decrease the transmission power or transmit a poor quality signal. 35mm standard DIN-rail MTA36 User Manual -15-... - Page 17 Diagram connexion: *RS485/USB interface available for connection to PC MTA36 User Manual -16-...
-
Page 18: Configuration
In the configuration menu we enter the basic configuration menu and introduce the network parameters. Here we can change the identity of the equipment (max 247)*, the freezing data refresh time and the voltage and current input value. MTA36 User Manual -17-... - Page 19 Sliding block interval (slip): the intervals are sliding. The equipment calculates and updates the demand at the slip rate. Note: 15min is only an example. Relative time parameters are set as t (slip time, unit: minutes) and T (slip block interval, unit: minute) MTA36 User Manual -18-...
-
Page 20: Configuration Of The Tariffs
3º Configuration of the tariffs. It is possible to configure two different tariff days with time intervals and up to 4 different tariffs. It is also possible to configure which day of the tariff is each month. MTA36 User Manual -19-... -
Page 21: Lora Configuration
You must take into account that the number 0 corresponds to channel 1, the 1 to channel 2... and so on until the F that corresponds to channel 16. The F channel is recommended not to be MTA36 User Manual -20-... - Page 22 4800 -125 468 Velocidad en el aire Canal Posición Frecuencia (MHz) Spread spectrum Ancho de banda (kHz) Sensibilidad (dBm) (bps) 471.53 4800 -125 473.46 4800 -125 474.91 4800 -125 476.43 4800 -125 477.95 9600 -122 MTA36 User Manual -21-...
-
Page 23: Module (Only For Mta36-Iflora)
4800 -125 5. Module (only for MTA36-IFLORA) If the MTA36-IFLORA communication module is available, it can be configured through this screen. You can configure the communication channel, which must coincide with the one set in the equipment. It is possible to enter the desired frequency from the manual mode. - Page 24 874.43 4800 -125 875.95 9600 -122 877.48 9600 -122 878.86 9600 -122 880.32 9600 -122 884.87 2400 -128 883.41 2400 -128 884.97 2400 -128 886.58 2400 -128 889.06 -130 891.39 -130 894.82 -130 866.50 4800 -125 MTA36 User Manual -23-...
-
Page 25: Technical Specifications
The default identity of the communication module is 0xFF. If this identity conflicts with your installation, please contact us to configure the address according to your preferences. 7. TECHNICAL SPECIFICATIONS 7.1 MTA36 Meters: Precision Voltage and current 0.5% Energy and power factor Frequency ±0.01Hz... - Page 26 Shock (surge) noise immunity Level IEC 61000-4-5-IV Conducted interference noise immunity radio frequency field induced Level IEC 61000-4-6-III conduction Power frequency magnetic field Level IEC 61000-4-8-III immunity Voltage sag and short interruption Level IEC 61000-4-11-III immunity MTA36 User Manual -25-...
-
Page 27: Mta36-Iflora
Communication Semi duplex method 2400～19200bps, defaulted as RS485 Baud rate 9600bps interface Data format Voltage range AC/DC 80～270V Power supply Consumption <2VA Working environment -25℃～70℃，≤93%RH Storage environment -40℃～85℃，≤93%RH 1 km indoor Communication rate 10 km outdoor MTA36 User Manual -26-...
Need help?
Do you have a question about the MTA36 and is the answer not in the manual?
Questions and answers