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A CAN Bus signal level sensor uses the Controller Area Network (CAN) protocol to transmit data, measuring liquid or gas levels and converting this data into digital signals for transmission over a CAN network
. This allows for seamless integration with electronic control units (ECUs) in automotive and industrial settings
. The CAN protocol is robust and reliable, making it ideal for noisy environments and long-distance communication
. These sensors are often used for real-time fuel level monitoring in vehicles, providing crucial data to the vehicle's control systems
. Additionally, they can integrate with another output of resistance in one sensor, offering two sets of output signals for enhanced functionality
A CAN Bus signal level sensor uses the Controller Area Network (CAN) protocol to transmit data, measuring liquid or gas levels and converting this data into digital signals for transmission over a CAN network
. This allows for seamless integration with electronic control units (ECUs) in automotive and industrial settings
. The CAN protocol is robust and reliable, making it ideal for noisy environments and long-distance communication
. These sensors are often used for real-time fuel level monitoring in vehicles, providing crucial data to the vehicle's control systems
. Additionally, they can integrate with another output of resistance in one sensor, offering two sets of output signals for enhanced functionality
A CAN Bus signal level sensor offers several advantages due to its integration with the Controller Area Network (CAN) protocol:
Simplified Wiring and Cost-Effective:
Multiple sensors can be connected in a network, reducing the complexity and cost of wiring compared to traditional point-to-point systems. This also enhances the robustness of the system, as communication can continue even in case of a single point failure.
Multi-Master Capability:
CAN Bus allows multiple nodes to have equal access to the bus, meaning any node can initiate communication. This feature enhances the efficiency of the network.
These advantages make CAN Bus signal level sensors ideal for applications requiring reliable, real-time monitoring and control, such as automotive systems, industrial automation, and other complex electronic environments.
A CAN Bus signal level sensor offers several advantages due to its integration with the Controller Area Network (CAN) protocol:
Simplified Wiring and Cost-Effective:
Multiple sensors can be connected in a network, reducing the complexity and cost of wiring compared to traditional point-to-point systems. This also enhances the robustness of the system, as communication can continue even in case of a single point failure.
Multi-Master Capability:
CAN Bus allows multiple nodes to have equal access to the bus, meaning any node can initiate communication. This feature enhances the efficiency of the network.
These advantages make CAN Bus signal level sensors ideal for applications requiring reliable, real-time monitoring and control, such as automotive systems, industrial automation, and other complex electronic environments.
model # | S5-300 |
Length | 300mm from the bottom to the edge of head unit, 110mm~3000mm is customizable |
Material | stainless steel probe and NBR float |
Output | CANBUS, J1939 |
Resolution | 21mm in resolution (default) |
Float dimension | 35*32 NBR |
Mounting | SAE-5 hole flange |
Cable length | default length is 460mm without connector; length is customizable |
model # | S5-300 |
Length | 300mm from the bottom to the edge of head unit, 110mm~3000mm is customizable |
Material | stainless steel probe and NBR float |
Output | CANBUS, J1939 |
Resolution | 21mm in resolution (default) |
Float dimension | 35*32 NBR |
Mounting | SAE-5 hole flange |
Cable length | default length is 460mm without connector; length is customizable |