Network parameter analyzer integrated with a transformer - MTA36

MTA36 Power meter Integrated in a transformer. With a revolutionary design MTA36 combines the transformer measurement and the network analyzer in one equipment, with its communication possibilities create a easy to install and versatile device. MTA36 advantages Cost effective solution Reduces installation time Improve reliability of the network Split core technolgy Lora Communication Compact design Free wireless communications through Radio Frequency (RF) Up to 10,000 meters Easy access to network data from the control center

Compact Design up to 36 mm diameter wire

Quick and safe closure system alows to adjust the device to the wire up to 36mm diameter.



Split core technology - avoid unnecessary network outages during installation


4 available versions: deppending on communication and desired net

• LORA single-phase
• LORA three-phase (3P4W)
• RS485 single-phase
• RS485 three-phase (3P4W)

Up to 10,000 meters

The distance between the control center and the analyzers installation can reach 10,000 meters, which is a great advantage. The built-in module allows easy access from the control center to network data.

Technical data

INPUT
Rated voltage	3x230/400 V AC
Overload	1,2 Un
Impendance	≥1.7 MΩ/phase
Rated current	50 (600)A
Overload continuous	1.2 In
Overload instantaneous	10 In/5s
Burden	≤0.2 VA /fazę
Cable section	Minimum: 16 mm2 Maximum: 510 mm2

AUXILIARY VOLTAGE
Auxiliary voltage AC/DC	80 - 270 V/td>
Burden	≤5VA

OUTPUT
RS485 port	Modbus
Transmission rate	Programmable up to 9,600 bps
Connection	2 wires
LoRa®	Programmable up to 9,600 bps
Max. distance	Up to 1,000 m indoor Up to 1,000 m outdoor

GENERAL FEATURES
Dimensions	88.5 x 71 x 204 mm
Weight	0,489 kg
Protection	IP 20
Operating temperature	-10 - 55 °C
Storage temperature	-25 - 70 °C
Humidity	5 - 95%

Electrical parameters

Parameter	Unit	L1	L2	L3	Total	Medium	Max./min.
Voltage (phase – neutral)	V, kV	●	●	●		●	●
Voltage (phase – phase)	V, kV	●	●	●		●	●
Current	A, kA	●	●	●		●	●
Neutral current	A, kA				●	●	●
Active power (P)	kW, MW, GW	●	●	●	●	●	●
Reactive power (Q)	kvar, Mvar, Gvar	●	●	●	●	●	●
Apparent power (S)	kVA	●	●	●	●	●	●
Power factor (cos φ)	PF	●	●	●	●	●	●
Frequency	Hz				●		●
Import active energy (EP+)	Wh, M Wh, G Wh				●
Export active energy (EP-)	Wh, M Wh, G Wh				●
Import reactive energy (Eq+)	kvarh, M varh, G varh				●
Export reactive energy (Eq-)	kvarh, M varh, G varh				●
Puncture Temperature	°C				●
THD Current and Voltage	A, V	●	●	●
Harmonic RMS-U and I (2-31)	%	●	●	●
Unbalanced -U and I	%				●

Accuracy

Parameter	Operation range	Accuracy
Voltage	2,5-120 %	0,5%
Current	0,1-120 %	0,5%
Active power	1-120 %	1%
Reactive power	1-120 %	1%
Apparent powera	1-120 %	1%
Power factor	± 0,5 %	1%
Frequency	45-65 Hz	± 0,01 Hz
Active energy	1-120 %	Class 1
Reactive energy	1-120 %	Class 2

Communication module

INPUT T/R frequency 860 MHz〜900 MHz, 0,1 MHz Transmitting power +17.6 dBm/100 mW Receiving sensitivity 139 dBm@0,81 Kbps Auxiliary voltage AC/DC 80〜270V Consumption <2VA

Wymiary

Połączenia