· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVIA - PVIB - DVIA - DVIB - SVIA - SVIB
· Relay for maximum or minimum voltage
· It controls a secundary voltage· Rank: 0,4..500 VDC en 5 ranges
· Regulation: According to the adjusted value
· Hysteresis: 3..30%
· Timing: 0..30 s
+ Documentation
PVIA - DVIA - SVIA - PVIB - DVIB - SVIB
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVIA - PVIB - DVIA - DVIB - SVIA - SVIB
· Relay for maximum or minimum voltage
· It controls a secundary voltage· Rank: 0,4..500 VDC en 5 ranges
· Regulation: According to the adjusted value
· Hysteresis: 3..30%
· Timing: 0..30 s
+ Documentation
PVIA - DVIA - SVIA - PVIB - DVIB - SVIB
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVDA - PVDB - DVDA - DVDB - SVDA - SVDB
· Relay for maximum, minimum or threshold voltage
· It controls a secundary voltage· Rank: 8,4..162,5 VDC in 5 ranges
· Hysteresis: Fixed to 1%
· Regulation: ±30% on nominal value
· Timing: 0..30 S
+ Documentation
PVDA - DVDA - SVDA - PVDB - DVDB - SVDB
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
+
CONFIGURATOR:
SVC
Interface
Number of relays
3
Type of relay
NO
Communication
Version
00
Special execution code
Power supply
Range
It remains to be decided
Select a product to display its configuration data
Reference
aaaa
CodeWeight (kg)Dimensions (mm)
Delivery time
The delivery time is expressed in working days. It... [Know more]
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
· Controlador de tensión monofásica en CC
· Measures on own supply voltage
· Regulation: ±25% on nominal value
· Range: 9..156 VDC to 5 ranges
· Timing 0,01 S..999,9 H
· Multiple configurable parameters
· Three configurable output relays
· LCD graphic screen
+ Documentation
SVC
· Data sheet
· Digitals relays codification
· Programming manual
· Analog and digital relay differences
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVKA - DVKA - SVKA
· Two independient set points
· It controls a secundary voltage· Rank: 0,4..500 VDC en 5 ranges
· Regulation: According to the adjusted value
· Hysteresis: 10% fixed
+ Documentation
PVKA - DVKA - SVKA
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVDA - PVDB - DVDA - DVDB - SVDA - SVDB
· Relay for maximum, minimum or threshold voltage
· It controls a secundary voltage· Rank: 8,4..162,5 VDC in 5 ranges
· Hysteresis: Fixed to 1%
· Regulation: ±30% on nominal value
· Timing: 0..30 S
+ Documentation
PVDA - DVDA - SVDA - PVDB - DVDB - SVDB
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVKA - DVKA - SVKA
· Two independient set points
· It controls a secundary voltage· Rank: 0,4..500 VDC en 5 ranges
· Regulation: According to the adjusted value
· Hysteresis: 10% fixed
+ Documentation
PVKA - DVKA - SVKA
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVCA - PVCB - DVCA - DVCB - SVCA - SVCB
· Voltage relay for maximum, minimum or threshold
· It controls its own supply voltage
· Rank: 9..156,5 VDC in 5 ranges
· Regulation: ±25% of the nominal value· Hysteresis: 1% fixed
· Timing: 0..30 s
SVC
· Controlador de tensión monofásica en CC
· Measures on own supply voltage
· Regulation: ±25% on nominal value
· Range: 9..156 VAC to 5 ranges
· Timing 0,01 S..999,9 H
· Multiple configurable parameters
· Three configurable output relays
· LCD graphic screen
+ Documentation
PVCA - DVCA - SVCA - PVCB - DVCB - SVCB
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
SVC
· Data sheet
· Digitals relays codification
· Programming manual
· Analog and digital relay differences
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
· They control a voltage range in DC between the adjusted margins. When conditions are right, the relay remains activated and it deactivates when the current is shifted out of these margins.
· The models are distinguished by combinations of the following characteristics:
- Control of the own supply voltage or a secondary voltage
- Control 1, 2 or 3 set points
- Fixed or adjustable hysteresis
- Timing detection fixed or adjustable
- Display of measured values
-Technical data
PVMA - DVMA - SVMA
· Two independent set points
· It controls its own supply voltage
· Rank: 9..156,5 VDC in 5 ranges
· Regulation: ±25% of the nominal value· Hysteresis: 1% fixed
SVC
· Controlador de tensión monofásica en CC
· Measures on own supply voltage
· Regulation: ±25% on nominal value
· Range: 9..156 VAC to 5 ranges
· Timing 0,01 S..999,9 H
· Multiple configurable parameters
· Three configurable output relays
· LCD graphic screen
+ Documentation
PVMA - DVMA - SVMA
· Data sheet
· Data sheet
· Data sheet
· Declaration of conformity CE
· Declaration of conformity CE
· Declaration of conformity CE
SVC
· Data sheet
· Digitals relays codification
· Programming manual
· Analog and digital relay differences
· Declaration of conformity CE
+Ordering
· Determine the supply voltage that the relay will be connected to.
· Models controlling a secondary voltage: Choose a range immediately above the control voltage. Please note the maximum values of input that supports each model.
· For all options, see the table "Reference" in the technical documentation of the selected model.
