.svg?v=180920048278408794651776809924){kind=small}
TSXCAY42 | Schneider Electric PLC Module/Rack
- Regular price
- $3,127.00
- Sale price
- $3,127.00
- Regular price
-
Couldn't load pickup availability
Product Description P/N: TSXCAY42
DescriptionΒ
Part TSXCAY42 is a PLC module within the PLCs/machine control category, designed for integration in control racks to expand functionality within automated systems.
Β
Β
Technical SpecificationsΒ
Β
|
Condition |
New/Never Used Surplus |
|
CategoryΒ |
PLCs/Machine ControlΒ |
|
SubcategoryΒ |
PLC Module/RackΒ |
|
Module TypeΒ |
Motion Control ModuleΒ |
|
Motor CompatibilityΒ |
Servo MotorsΒ |
|
Number of AxesΒ |
4Β |
|
Analog OutputsΒ |
4Β |
|
Acceleration Time RangeΒ |
8 ms to 10 sΒ |
|
Input VoltageΒ |
24 VDCΒ |
|
Operating Temperature RangeΒ |
0 to +60 Β°CΒ |
Β
Β
Information About TSXCAY42
The TSXCAY42 is a motion control module categorized under PLCs/machine control, specifically designed to integrate into control racks for managing and synchronizing servo motors in automated systems. As a critical component for precision motion control, this module is equipped to handle up to four axes, allowing for multi-axis control within complex machinery or process systems. This feature makes the TSXCAY42 suitable for applications requiring coordinated movement across multiple points, such as robotics, CNC machines, and advanced assembly lines, where precise alignment and speed control are essential.
The module supports servo motor compatibility, making it ideal for applications that demand high accuracy, responsiveness, and repeatability. Servo motors, known for their fine control capabilities, work seamlessly with the TSXCAY42, which enables accurate positioning, speed adjustment, and feedback integration within automated processes. This compatibility allows the module to be deployed in industries where servo motor precision is paramount, such as electronics manufacturing, automotive assembly, and high-precision packaging systems.
Equipped with four analog outputs, the TSXCAY42 can interface with multiple control channels, enhancing flexibility and control options for operators. Each analog output can be configured to manage individual axes, providing customizable control parameters for each axis. This design allows operators to optimize motion sequences for each servo motor independently, enabling specific tuning to meet diverse application requirements. The four analog outputs allow the module to be adapted to varied control schemes, enhancing operational versatility across different system setups.
The acceleration time range of the TSXCAY42 is between 8 milliseconds and 10 seconds, offering a broad spectrum of acceleration profiles to meet diverse application needs. This wide range provides flexibility in system response, allowing operators to select acceleration and deceleration parameters tailored to specific operations. For high-speed applications, shorter acceleration times support rapid response, while longer times are suited for processes requiring gradual, controlled movement. This range helps prevent mechanical stress on equipment, ensuring smoother transitions and prolonged equipment life, particularly in sensitive or delicate operations.
DescriptionΒ
Part TSXCAY42 is a PLC module within the PLCs/machine control category, designed for integration in control racks to expand functionality within automated systems.
Β
Β
Technical SpecificationsΒ
Β
|
Condition |
New/Never Used Surplus |
|
CategoryΒ |
PLCs/Machine ControlΒ |
|
SubcategoryΒ |
PLC Module/RackΒ |
|
Module TypeΒ |
Motion Control ModuleΒ |
|
Motor CompatibilityΒ |
Servo MotorsΒ |
|
Number of AxesΒ |
4Β |
|
Analog OutputsΒ |
4Β |
|
Acceleration Time RangeΒ |
8 ms to 10 sΒ |
|
Input VoltageΒ |
24 VDCΒ |
|
Operating Temperature RangeΒ |
0 to +60 Β°CΒ |
Β
Β
Information About TSXCAY42
The TSXCAY42 is a motion control module categorized under PLCs/machine control, specifically designed to integrate into control racks for managing and synchronizing servo motors in automated systems. As a critical component for precision motion control, this module is equipped to handle up to four axes, allowing for multi-axis control within complex machinery or process systems. This feature makes the TSXCAY42 suitable for applications requiring coordinated movement across multiple points, such as robotics, CNC machines, and advanced assembly lines, where precise alignment and speed control are essential.
The module supports servo motor compatibility, making it ideal for applications that demand high accuracy, responsiveness, and repeatability. Servo motors, known for their fine control capabilities, work seamlessly with the TSXCAY42, which enables accurate positioning, speed adjustment, and feedback integration within automated processes. This compatibility allows the module to be deployed in industries where servo motor precision is paramount, such as electronics manufacturing, automotive assembly, and high-precision packaging systems.
Equipped with four analog outputs, the TSXCAY42 can interface with multiple control channels, enhancing flexibility and control options for operators. Each analog output can be configured to manage individual axes, providing customizable control parameters for each axis. This design allows operators to optimize motion sequences for each servo motor independently, enabling specific tuning to meet diverse application requirements. The four analog outputs allow the module to be adapted to varied control schemes, enhancing operational versatility across different system setups.
The acceleration time range of the TSXCAY42 is between 8 milliseconds and 10 seconds, offering a broad spectrum of acceleration profiles to meet diverse application needs. This wide range provides flexibility in system response, allowing operators to select acceleration and deceleration parameters tailored to specific operations. For high-speed applications, shorter acceleration times support rapid response, while longer times are suited for processes requiring gradual, controlled movement. This range helps prevent mechanical stress on equipment, ensuring smoother transitions and prolonged equipment life, particularly in sensitive or delicate operations.
