CM-UFD.M33M Grid feeding monitoring rel. 3c/o,L-L=0-550VAC,L-N=0-317VAC,ModbusRTU

CM-UFD.M33M Grid feeding monitoring rel. 3c/o,L-L=0-550VAC,L-N=0-317VAC,ModbusRTU

The CM-UFD.M33M is a multi-functional grid feeding monitoring relay with Modbus RTU communication interface, which provides interface protection and is to be installed between a renewable energy system and the public grid. This innovative relay guarantees grid stability and seeks to prevent blackouts. If the voltage or frequency magnitudes of the public grid are outside the permited range, then the device changes status and acts to disconnect the renewable energy system from the public grid by sending a signal to a decoupling unit (e.g. contactor, switch disconnector or circuit breaker). As soon as the grid is stable again, the system may automatically reconnected. The CM-UFD.M33M provides different monitoring functions including over-/undervoltage and over-/underfrequency as well as rate of change of frequency (RoCoF) and vector shift monitoring functions, which detect a loss of mains event. This grid feed monitoring relay is complies to G99 requirements and may be connected to the state-of-the-art cloud solution, ABB Ability Energy and Asset Manager.

Product identifiers

SKU: 1SVR560731R3702
EAN: 4013614521133
GTIN: 4013614521133
MPN: CM-UFD.M33M

V+ Loyalty points:

422

Price: £ 843.56 Excl. VAT


Categories

Features

Depth
67
Width
108
Height
90
Supply voltage DC
Operating voltage DC
Rated switch current
4
Response value voltage
With detachable clamps
no
Supply voltage AC 50 Hz
Supply voltage AC 60 Hz
Voltage measuring range 1
Voltage measuring range 2
Operating voltage AC 50 Hz
Operating voltage AC 60 Hz
Type of electric connection
Screw connection
Max. permitted off-delay time
-
Voltage type (supply voltage)
AC/DC
External power supply required
yes
Min. adjustable off-delay time
1
Three-phase hysteresis possible
yes
Type of voltage measuring range
AC
Single-phase hysteresis possible
yes
Voltage type (operating voltage)
AC/DC
Contains function DC-over voltage
no
Three-phase over voltage possible
yes
Contains function DC-under voltage
no
Single-phase over voltage possible
yes
Three-phase under voltage possible
yes
Single-phase under voltage possible
yes
Contains function DC-voltage hysteresis
no
Max. permitted delay-on energization time
-
Number of contacts as change-over contact
-
Min. adjustable delay-on energization time
1
Number of contacts as normally open contact
-
Number of contacts as normally closed contact
-