Abb Cm-ens Series Electrode Level Sensing Electrode, Vertical, High Grade Steel, Stainless Steel Body
Abb Cm-ens Series Electrode Level Sensing Electrode, Vertical, High Grade Steel, Stainless Steel Body
ABB CM-ENS Series Level Sensing Electrode, Vertical Mounting, High Grade Steel - 1SVR450056R0200 CM-SE-1000
This level sensing electrode is designed for precise monitoring of conductive liquids in various applications, making it an essential component for automation in industrial settings. Constructed from high-grade steel and stainless steel, this vertical level sensor is engineered for reliability. Its compact design allows for easy installation, ensuring efficient operation while meeting CE standards.
Features & Benefits
Monitors conductive liquids for enhanced control systems
Vertical mounting ensures optimal space utilisation
Constructed from high-grade steel and stainless steel for durability
CE certified to meet strict safety standards
Detects maximum and minimum liquid levels for efficient management
Compatible with single-pole electrodes for flexible configurations
Applications
Ideal for use in pump control systems
Suitable for in monitoring overflow conditions
Effective in dry-running protection for submersible pumps
Utilised for conductivity monitoring in various liquids
How does the electrode respond when the liquid level changes?
The output relay energises when the maximum level electrode becomes wet, and it de-energises when the liquid level drops below the minimum electrode, allowing for accurate level control.
What is the maximum electrode current the device can handle?
The unit can sustain a maximum electrode current of 1mA, ensuring safe operation within specified limits.
Can multiple units be used together for more complex liquid level monitoring?
Yes, up to five units can be interconnected, allowing for monitoring of different liquid levels without interference, providing a comprehensive solution for complex applications.
What materials are used in the construction of the level sensing electrode?
The electrode is constructed from high-grade steel and stainless steel, providing longevity and resistance to various chemical and environmental factors.
Is the electrode suitable for food applications?
While the construction materials are durable, it's essential to assess compatibility with specific liquid types, particularly in food applications, to ensure compliance with safety standards.
Liquid Level Relays are used to monitor the levels of conductive liquids, and are available in Up/Down, Minimum, Maximum, and Fill/Empty variations. Liquid Level Relays are straightforward to install and safe to use.
Application Examples
Liquid Level Relays (Conductive Level Sensors) are used in a wide variety of applications including waste water management and the monitoring and management of corrosive liquid media, and designed specifically to provide for the:
Monitoring and control of liquid levels
Protection of pumps against dry running
This level sensing electrode is designed for precise monitoring of conductive liquids in various applications, making it an essential component for automation in industrial settings. Constructed from high-grade steel and stainless steel, this vertical level sensor is engineered for reliability. Its compact design allows for easy installation, ensuring efficient operation while meeting CE standards.
Features & Benefits
Monitors conductive liquids for enhanced control systems
Vertical mounting ensures optimal space utilisation
Constructed from high-grade steel and stainless steel for durability
CE certified to meet strict safety standards
Detects maximum and minimum liquid levels for efficient management
Compatible with single-pole electrodes for flexible configurations
Applications
Ideal for use in pump control systems
Suitable for in monitoring overflow conditions
Effective in dry-running protection for submersible pumps
Utilised for conductivity monitoring in various liquids
How does the electrode respond when the liquid level changes?
The output relay energises when the maximum level electrode becomes wet, and it de-energises when the liquid level drops below the minimum electrode, allowing for accurate level control.
What is the maximum electrode current the device can handle?
The unit can sustain a maximum electrode current of 1mA, ensuring safe operation within specified limits.
Can multiple units be used together for more complex liquid level monitoring?
Yes, up to five units can be interconnected, allowing for monitoring of different liquid levels without interference, providing a comprehensive solution for complex applications.
What materials are used in the construction of the level sensing electrode?
The electrode is constructed from high-grade steel and stainless steel, providing longevity and resistance to various chemical and environmental factors.
Is the electrode suitable for food applications?
While the construction materials are durable, it's essential to assess compatibility with specific liquid types, particularly in food applications, to ensure compliance with safety standards.
Liquid Level Relays are used to monitor the levels of conductive liquids, and are available in Up/Down, Minimum, Maximum, and Fill/Empty variations. Liquid Level Relays are straightforward to install and safe to use.
Application Examples
Liquid Level Relays (Conductive Level Sensors) are used in a wide variety of applications including waste water management and the monitoring and management of corrosive liquid media, and designed specifically to provide for the:
Monitoring and control of liquid levels
Protection of pumps against dry running
