SE605H Hygienic Coaxial Conductivity Sensor

Conductivity Sensors

SE605H

Hygienic Coaxial Conductivity Sensor for Low-Conductivity Water

The SE605H is a coaxial conductivity sensor for hygienic, high-purity water or steam condensate applications.

Large measuring range: 0…1,000 µS/cm
Calibration Certificate
Optional CondCheck

Description

The SE605H is a Memosens coaxial conductivity sensor for hygienic applications. The electropolished sensor has a large measuring range for ultrapure water of 0.001…1,000 µS/cm. The user can mount this coaxial two-electrode sensor in virtually any orientation with its tri-clamp or Ingold connection. The sensor has robust, coaxially-arranged stainless steel electrodes. Operators can easily clean the sensor thanks to the detachable outer electrode. Additionally, an integrated temperature element assures that all conductivity measurements are accurately compensated for the process media temperature. The robust sensor design, along with the integration of Memosens technology, provides a significant reduction in the overall cost of ownership. The SE605H is suitable for use with any M4 Knick transmitter. The sesor also has hazardous area approvals, cFMus Cl. 1 Div. 1, GP ABCD T3/T4/T6. In addition, the SE605H is available with an optional CondCheck configuration for sensor transmitter verification

Applications for the SE605H Low-Conductivity Sensor

Ultra-pure water
Water for injection (WFI)
CIP + SIP installations
Stream methane reforming

Conductivity with Memosens Technology

Memosens sensors provide several ease-of-use benefits and reduce operating costs:

Submersible, inductive connection removes measurement influence from moisture and humidity
Galvanically isolated, so there is no measurement influence from noise or ground loops.
Technicians can perform calibrations and diagnostics in the shop or lab. As a result, this reduces field maintenance time and process downtime.

Specifications

Measurement	0…1000 µS/cm
Cell constant	0.021/cm
Temperature	-4…275 °F (-20…135 °C)
Pressure	Ingold: 0…362 psig (0…25 bar) Tri-clamp: 0…232 psig (0…16 bar)
Length	61, 73, or 89 mm
Process connection	25mm Ingold socket, 1 ½” or 2″ tri-clamp
Sensor material	Stainless steel 1.4435 Insulator: PEEK Gasket: FKM FDA, EPDM FDA, FFKM FDA, FKM FDA USP VI, EPDM FDA USP VI, FFKM FDA USP VI
Sensor cap	Memosens®
Temperature detection	NTC 30 kΩ
ATEX	II 1 G Ex ia IIC T3/T4/T6
FM approvals (US & C)	Cl I, Div 1, Gp ABCD T3/T4/T6 IS for Cl I, Div 1, Grp ABCD; Cl I, Zone 0, Aex/Ex ia IIC T6…T4 NIFW for Cl I, Div 2, Groups ABCD; Cl I, Zone 2, IIC T6…T4

Measurement

0…1000 µS/cm

Cell constant

0.021/cm

Temperature

-4…275 °F (-20…135 °C)

Pressure

Ingold: 0…362 psig (0…25 bar) Tri-clamp: 0…232 psig (0…16 bar)

Length

61, 73, or 89 mm

Process connection

25mm Ingold socket, 1 ½” or 2″ tri-clamp

Sensor material

Stainless steel 1.4435 Insulator: PEEK Gasket: FKM FDA, EPDM FDA, FFKM FDA, FKM FDA USP VI, EPDM FDA USP VI, FFKM FDA USP VI

Sensor cap

Memosens®

Temperature detection

NTC 30 kΩ

ATEX

II 1 G Ex ia IIC T3/T4/T6

FM approvals (US & C)

Cl I, Div 1, Gp ABCD T3/T4/T6 IS for Cl I, Div 1, Grp ABCD; Cl I, Zone 0, Aex/Ex ia IIC T6…T4 NIFW for Cl I, Div 2, Groups ABCD; Cl I, Zone 2, IIC T6…T4

Downloads

Title	Type
SE605H Product Highlight	Product Highlight	DOWNLOAD
DOWNLOAD
SE 605 H Manual	Manual	DOWNLOAD
DOWNLOAD
SE 605 Hygienic Spec Sheet	Technical Specifications	DOWNLOAD
DOWNLOAD
Conductivity Sensor Selection Guide	Selection Guide	DOWNLOAD
DOWNLOAD
Sensor Application Data Sheet	Application Data Sheet	DOWNLOAD
DOWNLOAD

Memosens

		
					
						
					
			
						
						
					
			
						
				
									Memosens is a digital connection and communication protocol for analytical sensing technology. The hermetically sealed, galvanically isolated, inductive connection ensures a quality signal. Calibration and sensor condition are monitored and stored in the sensor head. Memosens is an open-architecture protocol supported by several manufacturers
								
				
					
		
				
			
						
				
																														
				
					
		
					
		
					
		
					
		
				
						
					
			
						
				
							
			
		
						
				
					
		
				
			
						
				
					Memosens Advantages
				
				
				
				
									Memosens sensors deliver sensor health data, eliminate interference, and last longer. This makes make liquid analysis easier, safer, and more reliable.
 
Disturbance-free data transfer with inductive electrical connection
More accurate calibrations using offline calibration process
Eliminates external interference via digital communication
Submersible due to hermetically sealed sensor head
								
				
					
		
					
		
				
						
					
			
						
				
									Sensor – Cable Connection Construction
								
				
				
				
																														
				
				
						
					
			
						
				
					01
				
				
				
				
					Inductive Connection
				
				
				
				
									The inductive connection supplies power to the sensor plug-in head and also enables bi-directional signal transmission between the sensor plug-in head and cable coupling.


								
				
				
				
					02
				
				
				
				
					SEALED SENSOR HEAD
				
				
				
				
									The hermetically sealed sensor plug-in head is overpressure safe and submersible. This means that the sensor does not experience any leakage or measured value distortion resulting from moisture, corrosion or salt bridges.
 
								
				
					
		
				
			
						
				
					03
				
				
				
				
					Microprocessor
				
				
				
				
									The integrated memory documents the complete life cycle (total operating hours, operating hours under extreme process conditions, calibration history etc.) of the sensor. This makes predictive maintenance possible.
								
				
				
				
					04
				
				
				
				
					Bayonet CONNECTION
				
				
				
				
									The patented bayonet lock ensures a safe connection between the plug-in head and the cable. If a connection is missing, the transmitter detects and displays this information.
 
For more info about the Memosens Consortium visit memosens.org.

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Protos II 4400 (X) is a flexible, 4-wire transmitter for pH, ORP, conductivity, and oxygen. Protos II allows for monitoring and controlling processes even in complex and hazardous area applications.

Mix and match measuring, control, and communication modules
Intuitive user interface guides users through menus and provides measurement and troubleshooting tips

Transmitters

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Modular 4-wire, Multi-parameter Transmitter

Protos II 4400 (X) is a flexible, 4-wire transmitter for pH, ORP, conductivity, and oxygen. Protos II allows for monitoring and controlling processes even in complex and hazardous area applications.

Mix and match measuring, control, and communication modules
Intuitive user interface guides users through menus and provides measurement and troubleshooting tips

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Conductivity Sensors

SE605H

Hygienic Coaxial Conductivity Sensor for Low-Conductivity Water

Description

Applications for the SE605H Low-Conductivity Sensor

Ultra-pure water
Water for injection (WFI)
CIP + SIP installations
Stream methane reforming

Conductivity with Memosens Technology

Memosens sensors provide several ease-of-use benefits and reduce operating costs:

Submersible, inductive connection removes measurement influence from moisture and humidity
Galvanically isolated, so there is no measurement influence from noise or ground loops.
Technicians can perform calibrations and diagnostics in the shop or lab. As a result, this reduces field maintenance time and process downtime.

Specifications

Measurement	0…1000 µS/cm
Cell constant	0.021/cm
Temperature	-4…275 °F (-20…135 °C)
Pressure	Ingold: 0…362 psig (0…25 bar) Tri-clamp: 0…232 psig (0…16 bar)
Length	61, 73, or 89 mm
Process connection	25mm Ingold socket, 1 ½” or 2″ tri-clamp
Sensor material	Stainless steel 1.4435 Insulator: PEEK Gasket: FKM FDA, EPDM FDA, FFKM FDA, FKM FDA USP VI, EPDM FDA USP VI, FFKM FDA USP VI
Sensor cap	Memosens®
Temperature detection	NTC 30 kΩ
ATEX	II 1 G Ex ia IIC T3/T4/T6
FM approvals (US & C)	Cl I, Div 1, Gp ABCD T3/T4/T6 IS for Cl I, Div 1, Grp ABCD; Cl I, Zone 0, Aex/Ex ia IIC T6…T4 NIFW for Cl I, Div 2, Groups ABCD; Cl I, Zone 2, IIC T6…T4

Measurement

0…1000 µS/cm

Cell constant

0.021/cm

Temperature

-4…275 °F (-20…135 °C)

Pressure

Ingold: 0…362 psig (0…25 bar) Tri-clamp: 0…232 psig (0…16 bar)

Length

61, 73, or 89 mm

Process connection

25mm Ingold socket, 1 ½” or 2″ tri-clamp

Sensor material

Stainless steel 1.4435 Insulator: PEEK Gasket: FKM FDA, EPDM FDA, FFKM FDA, FKM FDA USP VI, EPDM FDA USP VI, FFKM FDA USP VI

Sensor cap

Memosens®

Temperature detection

NTC 30 kΩ

ATEX

II 1 G Ex ia IIC T3/T4/T6

FM approvals (US & C)

Cl I, Div 1, Gp ABCD T3/T4/T6 IS for Cl I, Div 1, Grp ABCD; Cl I, Zone 0, Aex/Ex ia IIC T6…T4 NIFW for Cl I, Div 2, Groups ABCD; Cl I, Zone 2, IIC T6…T4

Downloads

Title	Type
SE605H Product Highlight	Product Highlight	DOWNLOAD
DOWNLOAD
SE 605 H Manual	Manual	DOWNLOAD
DOWNLOAD
SE 605 Hygienic Spec Sheet	Technical Specifications	DOWNLOAD
DOWNLOAD
Conductivity Sensor Selection Guide	Selection Guide	DOWNLOAD
DOWNLOAD
Sensor Application Data Sheet	Application Data Sheet	DOWNLOAD
DOWNLOAD

Memosens

		
					
						
					
			
						
						
					
			
						
				
									Memosens is a digital connection and communication protocol for analytical sensing technology. The hermetically sealed, galvanically isolated, inductive connection ensures a quality signal. Calibration and sensor condition are monitored and stored in the sensor head. Memosens is an open-architecture protocol supported by several manufacturers
								
				
					
		
				
			
						
				
																														
				
					
		
					
		
					
		
					
		
				
						
					
			
						
				
							
			
		
						
				
					
		
				
			
						
				
					Memosens Advantages
				
				
				
				
									Memosens sensors deliver sensor health data, eliminate interference, and last longer. This makes make liquid analysis easier, safer, and more reliable.
 
Disturbance-free data transfer with inductive electrical connection
More accurate calibrations using offline calibration process
Eliminates external interference via digital communication
Submersible due to hermetically sealed sensor head
								
				
					
		
					
		
				
						
					
			
						
				
									Sensor – Cable Connection Construction
								
				
				
				
																														
				
				
						
					
			
						
				
					01
				
				
				
				
					Inductive Connection
				
				
				
				
									The inductive connection supplies power to the sensor plug-in head and also enables bi-directional signal transmission between the sensor plug-in head and cable coupling.


								
				
				
				
					02
				
				
				
				
					SEALED SENSOR HEAD
				
				
				
				
									The hermetically sealed sensor plug-in head is overpressure safe and submersible. This means that the sensor does not experience any leakage or measured value distortion resulting from moisture, corrosion or salt bridges.
 
								
				
					
		
				
			
						
				
					03
				
				
				
				
					Microprocessor
				
				
				
				
									The integrated memory documents the complete life cycle (total operating hours, operating hours under extreme process conditions, calibration history etc.) of the sensor. This makes predictive maintenance possible.
								
				
				
				
					04
				
				
				
				
					Bayonet CONNECTION
				
				
				
				
									The patented bayonet lock ensures a safe connection between the plug-in head and the cable. If a connection is missing, the transmitter detects and displays this information.
 
For more info about the Memosens Consortium visit memosens.org.