Main
| Range of product |
Modicon Momentum automation platform. |
| accessory / separate part designation |
Busbar 2 rows. |
| accessory / separate part type |
Busbar |
| accessory / separate part category |
Connection accessories. |
| accessory / separate part destination |
Analog I/O base.
Discrete I/O base. |
| Product-specific application |
Serves as protective distribution connector.
Provides a common connection for the field. devices |
| Connections – terminals |
Spring-type terminals. |
| Number of horizontal rows |
2 |
Packing Units
| Unit Type of Package 1 |
PCE |
| Number of Units in Package 1 |
1 |
| Package 1 Height |
3.05 cm. |
| Package 1 Width |
2.54 cm. |
| Package 1 Length |
10.41 cm. |
| Package 1 Weight |
0.07 kg |
The 170XTS00801 Modicon Momentum busbar is a key component in industrial control and automation systems, specifically within Schneider Electric’s Modicon Momentum series. Here’s a detailed overview covering its features, applications, technical specifications, and more:
Overview of 170XTS00801 Modicon Momentum Busbar
The 170XTS00801 is a busbar designed to provide a centralized and efficient method for power distribution within Modicon Momentum PLC systems and related automation equipment. Busbars like the 170XTS00801 play a crucial role in industrial settings by consolidating power connections and facilitating easy integration of modules and devices.
Key Features and Functionality
Busbar Configuration:
The 170XTS00801 typically features two rows of terminals designed to accommodate power distribution for Modicon Momentum PLC modules. These terminals allow for organized and efficient routing of power lines, minimizing wiring complexity and optimizing space within control panels.
Compatibility:
Specifically engineered for use with Modicon Momentum PLC systems from Schneider Electric, ensuring seamless integration and compatibility with other Momentum series modules and components.
Durable Construction:
Built to withstand the rigors of industrial environments, the busbar is constructed from durable materials capable of withstanding temperature variations, mechanical stress, and electrical loads commonly encountered in industrial applications.
Modular Design:
The modular design of the busbar facilitates scalability and flexibility within automation systems, allowing for easy expansion or modification of power distribution configurations as operational requirements evolve.
Safety and Reliability:
Designed to meet industry standards for safety and reliability, the busbar provides secure and stable power distribution, reducing the risk of electrical faults and ensuring continuous operation of connected PLC modules and devices.
Installation and Maintenance:
Features such as labeled terminals and mounting options (e.g., DIN rail mounting) simplify installation and maintenance procedures, minimizing downtime and optimizing system uptime.
Applications
Industrial Automation:
Used in various industrial automation applications such as manufacturing, process control, and utilities to distribute power to PLC modules, input/output devices, and sensors.
Control Panels:
Commonly installed within control panels where they serve as centralized points for connecting power supplies and distributing power to multiple PLC modules and control devices.
Machine Control:
Applied in machine control systems to consolidate power distribution for control units, actuators, and sensors, ensuring reliable operation and control of industrial machinery.
Building Automation:
Utilized in building management systems for powering HVAC systems, lighting controls, and other building automation devices, enhancing energy efficiency and operational control.
Technical Specifications
Number of Rows:
Typically, the 170XTS00801 features two rows of terminals, each capable of accommodating multiple connections.
Terminal Type:
Screw terminals or similar connectors designed for secure attachment and easy removal of power wires, accommodating various wire sizes and types commonly used in industrial applications.
Mounting Options:
DIN rail mounting or panel mounting options, providing flexibility in installation within different enclosure types and control panel configurations.
Material:
Constructed from robust materials such as insulated plastics or metals, ensuring mechanical strength, electrical insulation, and protection against environmental factors.
Operating Conditions:
Designed to operate within specified temperature ranges and environmental conditions, suitable for deployment in harsh industrial environments.
