Seneca T203PM100-MU User manual

MI00562-2-EN INSTALLATION MANUAL 1/4
INSTALLATION MANUAL
T203PM100-MU
T203PM300-MU
T203PM600-MU
SENECA s.r.l.; Via Austria, 26 – 35127 – PADOVA – ITALY; Tel. [phone] - Fax [phone]
WARNING: The full content of this manual must be read before any operation. The module must only be used by
qualied electricians. Specic documentation is available via QR-CODE shown on page 1.
Electrical and electronic waste disposal (applicable in the European Union and other countries with recycling).
The symbol on the product or its packaging shows the product must be surrendered to a collection centre
authorized to recycle electrical and electronic waste.
The module must be repaired and damaged parts replaced by the Manufacturer. The product is sensitive to
electrostatic discharges. Take appropriate measures during any operation.
PRELIMINARY WARNINGS
The word WARNING preceded by the symbol indicates conditions or actions that put the user's safety at risk.
The word ATTENTION preceded by the symbol indicates conditions or actions that might damage the
instrument or the connected equipment. The warranty shall become null and void in the event of improper use or
tampering with the module or devices supplied by the manufacturer as necessary for its correct operation, and if
the instructions contained in this manual are not followed.
CONTACT INFORMATION
Technical support [email protected] Product information [email protected]
This document is the property of SENECA srl. Copies and reproduction are prohibited unless authorised.
The content of this document corresponds to the described products and technologies.
Stated data may be modied or supplemented for technical and/or sales purposes.
DOCUMENTATION
T203PM600-MU
DOCUMENTATION
T203PM300-MU
DOCUMENTATION-
T203PM100-MU

MI00562-2-EN INSTALLATION MANUAL 2/4
Dimensions LxHxD 95 x 75 x 35 mm; Weight: ≈ 150 g; Enclosure: PA6, black
LED STATUS LED meaning
PWR/COM Green ON The device is powered correctly
PWR/COM Green Flashing Communication via RS485 port
D-OUT Yellow ON Digital output activated
ASSEMBLY
The device can be mounted in any position, in compliance with the expected environmental conditions.
Magnetic elds of considerable magnitude can alter the measurement: avoid proximity to permanent magnetic elds,
solenoids or ferrous masses which induce strong alterations of the magnetic eld; possibly, if the zero error is greater than
the declared error, try a different arrangement or change orientation.
CAUTION
USB PORT
The front USB port allows easy connection to congure the device using the conguration software.
If it is necessary to restore the initial conguration of the instrument, use the conguration software.
Through the USB port it is possible to update the rmware (for further information please refer to the Easy Setup 2
software).
MODULE LAYOUT
SIGNALS VIA LED ON FRONT PANEL
35 mm
CU MICROOTG-A CU MICROB-A-
CU MICROB-A-
Configurazione
tramite APP
Android
Configurazione
tramite
software PC
Check that the device in question is included in the list of products supported by the Easy Setup APP in the store.

MI00562-2-EN INSTALLATION MANUAL 3/4
STANDARDS
EN61000-6-4 Electromagnetic emissions, industrial environment.
EN61000-6-2 Electromagnetic immunity, industrial environment.
EN61010-1 Safety.
INSULATION Using an insulated conductor, its sheath determines the insulation voltage.
An insulation of 3 kV ac is guaranteed on bare conductors.
ENVIRONMENTAL
CONDITIONS
Temperature: -25 ÷ +65 °C
Humidity: 10% ÷ 90% non condensing.
Altitude: Up to 2000 m above sea level
Storage temperature: -30 ÷ +85°C
Degree of protection: IP20.
ASSEMBLY 35mm DIN rail IEC EN60715, suspended with ties
CONNECTIONS Removable 6-way screw terminals, 5 mm pitch for cable up to 2.5 mm2
micro USB
POWER SUPPLY Voltage: on Vcc and GND terminals, 11 ÷ 28 Vdc;
Absorption: Typical: < 70 mA @ 24 Vdc
COMMUNICATION
PORT RS485 serial port on terminal block with ModBUS protocol (see user manual)
INPUT
Type of measurement: AC/DC TRMS or DC Bipolar
Live: 1000Vdc; 290Vac
Crest factor: 100A = 1.7 ; 300A = 1.9 ; 600A = 1.9
Pass-band: 1.4 kHz
Overload:
3 x IN continuous
CAPACITY AC/DC True RMS TRMS DC Bipolar (DIP7=ON)
T203PM600-MU 0 – 600A / 0 – 290Vac -600 – +600A / 0 – +1000Vdc
T203PM300-MU 0 – 300A / 0 – 290Vac -300 – +300A / 0 – +1000Vdc
T203PM100-MU 0 – 100A / 0 – 290Vac -100 – +100A / 0 – +1000Vdc
ANALOGUE
OUTPUT
Type: 0 – 10 Vdc, minimum load RLOAD =2 kΩ.
Protection: Reverse polarity protection and over voltage protection
Resolution: 13.5 full scale AC
EMI error: < 1 %
The type of output can be selected via software
DIGITAL
OUTPUT
Type: active, 0 – Vcc, maximum load 50mA
The type of output can be selected via software
ACCURACY
below 5% of full scale 1% of full scale at 50/60 Hz, 23°C
above 5% of full scale 0,5% of full scale at 50/60 Hz, 23°C
Coefc. Temperature: < 200 ppm/°C
Hysteresis on measurement: 0.3% of full scale
Response speed: 500 ms (DC); 1 s (AC) al 99,5%
OVERVOLTAGE
CATEGORIES
Bare conductor: CAT. III 600V
Insulated conductor:CAT. III 1kV
TECHNICAL SPECIFICATIONS

MI00562-2-EN INSTALLATION MANUAL 4/4
CAUTION
Make sure that the direction of the
current owing through the cable is that
shown in the gure (incoming).
To increase the sensitivity of the current
measurement, insert the cable several
times into the central hole of the
instrument, creating a series of loops.
The current measurement sensitivity
is proportional to the number of cable
passages through the hole.
POWER SUPPLY
MEASUREMENT INPUT
RS485ANALOGUE OUTPUT DIGITAL OUTPUT
Connect just a pair
of terminals for the
measurement.
ELECTRICAL CONNECTIONS
CAUTION
Switch off the module before connecting the inputs and outputs.
To meet electromagnetic immunity requirements:
- use properly insulated and dimensioned cables;
- use shielded cables for signals;
- connect the shield to a preferred instrumentation ground;
- Keep shielded cables away from other cables used for power installations (transformers, inverters, motors, etc.).
WARNING
Disconnect the high voltage before carrying out any work on the instrument.
DO
AO
Vcc
GND
9
10
11
12
+
AO
Vcc
GND
10
11
12
+
Vcc
GND
+
11
12
A+
B-
7
8
GND
...
12
Vac (N)
Vdc
Vac (L)
Vdc
4
3
2
1
5
6