| M560 (PowerSig) specification |
Up-to 3 fully isolated analogue outputs are
available. Most of the parameters measured can be
assigned to the outputs. Outputs can be either DC
mA or DC volts.
If PowerSig is purchased without the option of
RS485 the user must specify which parameter is
required for each output when ordering.
OPTIONS
COMMUNICATION
PowerSig uses RS485 Modbus protocol.
This enables remote reading and programming of
the PowerSig via a host computer.
The RS485 allows up to 32 PowerSigs to be
connected in parallel, allowing them to be used
with PC, PLC, RTU, Data loggers and Scada
programs.
The PowerSig’s communication port is
auto-configurable meaning that when connected
to an existing Modbus network it will
automatically set Baud rate, Parity and Stop bits.
A red LED is provided to indicate power is
present, and the unit is communicating correctly.
Programming.
The following can be programmed via the RS485
port: CT and VT ratios, assigning parameters to
outputs, pulse duration, relay divisor.
Software.
Set-up and monitoring software is available free
from your Multitek distributor or visit the Multitek
website www.multitek-ltd.com
PULSED OUTPUT
An option of pulsed output via a relay is offered.
The pulsed output can be assigned to W.h, Var.h
(import or export), A.h or VA.h. Optionally the
relay can also be used as a control relay.
ORDERING INFORMATION
Information required Example
Product Code M560-AT9
Nominal input voltage 230 / 400V AC
Nominal input current 5A AC
System Frequency 50Hz
Auxiliary 230V
Output 3 x 4-20mA
Option RS485 Modbus.
| Support Software |
The M560 PowerSig is a complete 1 phase or 3
phase multifunction AC power transducer,
providing up to 3 analogue outputs and the
option of RS485 communication port. Most of the
parameters measured by PowerSig can be
assigned to the analogue outputs.
PARAMETERS MEASURED
* Phase Voltage (V)
* Line Voltage (V)
* Phase Current (I)
* Frequency (Hz)
* Active Power per phase (W)
* System Active Power (W)
* Reactive Power per phase (VAr)
* System Reactive Power (VAr)
* Apparent Power per phase (VA)
* System Apparent Power (VA)
* Import Active Energy (W.h)
* Export Active Energy (W.h)
* Import Reactive Energy (VAr.h)
* Export Reactive Energy (VAr.h)
* Apparent Energy (VA.h)
* Ampere Energy (A.h)
* Power Factor per phase (P.F.)
* System Power Factor (P.F.)
* Amp Demand (Ad)
* Watt Demand (Wd)
* V A Demand (VAd)
* Maximum Amp Demand (Max Ad)
* Maximum Watt Demand Import (Max Wd)
* Maximum Watt Demand Export (Max Wd)
* Maximum VA Demand (Max VAd)
* Neutral Current
