· For the detection of one or more level points.
· Used in maneuvers for filling, emptying, overfill alarm, etc.
· Custom fabrication to suit the installation conditions.
CONFIGURATOR:
Version
Internal mode protection
Process connection
Flange mode
For ease of installation or transport, the flange can be welded or threaded.
Float
Ø38x60
The float must be smaller in diameter than the process connection.
Length (mm)
Number of contacts
The number of contacts depends on the operation to be performed.
Number of floats
The number of floats must be equal to or less than the number of contacts.
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]
· For the detection of one or more level points.
· Used in maneuvers for filling, emptying, overfill alarm, etc.
· Custom fabrication to suit the installation conditions.
-Technical data
· Made in PVDF
· Process connection: Flange DIN. DN25..DN100, PP
· Electrical connection: Connection housing. PBT
· Length: 100..3500 mm
· Float: Cylindrical ø38x60 mm
· Density: 0,56 g/cm³
· Temperature: -30..+125ºC
· Pressure: 2 kg/cm²
· Protection IP67
+ Documentation
· Data sheet
· Module for RS485 output
· User manual
· Configure IMN
· Declaration of conformity CE
· 3D file [.ZIP]
+Ordering
· Determine the total length according to the characteristics of the tank and the liquid level you want to control.
· Check that the conditions of pressure and temperature of the installation match with the ones allowed by the model chosen.
· According to the maneuver you wish to perform, determine the amount, location and type of contacts. See Table of Connection Diagrams for more information.
· If you have questions about the chemical behavior of materials in contact with the liquid you want to operate, refer to Table of chemical resistance.
· For all options, see the table "Reference" in the technical documentation of the selected model.
+Table of chemical resistance
Substance
Other names
+Related products
PSPS -DSPS -SSPS
· Weak contacts protection
· To be used in instruments with potential free contacts
PSMS -DSMS
· Contact amplifier with two independent inputs
· To be used in devices with potential free contacts
PSIA -DSIA
· Control for detection of turbulences in liquids
· Delay to the level detection
· Control differential maximum and minimum levels by timing
· To be used in devices with potential free contacts
+
CONFIGURATOR:
Power supply
Version
Internal mode protection
Process connection
Float
Ø38x60
The float must be smaller in diameter than the process connection.
Flange mode
For ease of installation or transport, the flange can be welded or threaded.
Length (mm)
Number of contacts
The number of contacts depends on the operation to be performed.
Number of floats
1
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]
· For the detection of one or more level points.
· Used in maneuvers for filling, emptying, overfill alarm, etc.
· Custom fabrication to suit the installation conditions.
-Technical data
· Made in PVDF
· Process connection: Flange DIN. DN25..DN100, PP
· Electrical connection: Connection housing. PBT
· Length: 100..3500 mm
· Float: Cylindrical ø38x60 mm
· Density: 0,56 g/cm³
· Temperature: -30..+125ºC
· Pressure: 2 kg/cm²
· Protection IP67
· Includes control maneuver with relay output
· Output: Relay SPDT 6 A / 250 VCA
+ Documentation
· Data sheet
· Declaration of conformity CE
· User manual
· Safety, installation and maintenance instructions
+Ordering
· Determine the total length according to the characteristics of the tank and the liquid level you want to control.
· Check that the conditions of pressure and temperature of the installation match with the ones allowed by the model chosen.
· According to the maneuver you wish to perform, determine the amount, location and type of contacts. See Table of Connection Diagrams for more information.
· If you have questions about the chemical behavior of materials in contact with the liquid you want to operate, refer to Table of chemical resistance.
· For all options, see the table "Reference" in the technical documentation of the selected model.
