– input voltage: 100-240v ac
– power consumption: 35w
– number of inputs: 16
– number of exits: 16
– communication ports: Ethernet, rs-232, rs-485
– programming language: iec 61131-3 meets the requirements
– memory capacity: 256 KB
– input voltage: 24v dc
– communication interface: Ethernet, rs485
– digital input data: 16
– digital outputs: 16
– analog inputs: 4
– analog exits: 2
This module is designed for accurate and efficient control of servo motors.
– model: cacr-sr07be12m
– input voltage: 200-230v
– output current: 7a
– control mode: position, speed, torque
– communication interface: rs-485
CPS- 150fmodule is a compact and universal module providing accurate control and efficient energy conversion. It is equipped with the latest technologies to ensure optimal performance and durability.
– input voltage: 200-480v ac
– output voltage: 380v ac
– rated power: 150 kw
– efficiency: >98%
Yaskawa jancd-xcp0101c-1 module is a high-performance control module designed for industrial applications.
– input voltage: 24 v dc
– output voltage: 0-10 v dc
– maximum current: 1 a
– communication interface: rs485
– dimensions: 100 mm x 50 mm x 30 mm
Rated power : 0.2kW
Rated voltage : 230 V AC (otherwise 250V, may be different versions or configurations)
Rated current : 1.7 A
Rated torque : 1.5Nm
Speed range : 0 to 3000 rpm
Acceleration : 0 to 2000 rpm/s
Positioning accuracy : ±0.001°
repetition accuracy : ±0.0005°
overload capability : 200%
High performance drive designed for industrial applications. It provides accurate management and efficient operation, which makes it suitable for a wide range of automation systems.
– input voltage: 200-240v ac
– output power: 1.2 kw
– control method: insensitive vector control
– communication interface: modbus, rs-485
The JANCD-FC860 is a control board that interfaces with YASKAWA servo systems for precise motion control.
The board is compatible with YASKAWA servo motors and amplifiers, providing seamless integration and control.
It supports various communication protocols, enabling efficient data exchange with other components of the servo system.
The JANCD-FC860 is equipped with advanced algorithms for precise positioning and velocity control.
Model Number: JASP-WRCA01B
Brand: YASKAWA/
Type: Servo Control Board/Axis Control Board for Robots
Compatibility: Designed for use in YASKAWA robotic systems
Operating Conditions: Specified for use in standard industrial environments
The exact dimensions and weight of the JASP-WRCA01B may vary slightly depending on the manufacturer and production batch. It is generally a compact board designed for easy integration into robotic systems. However, specific dimensions and weight information are not widely available in the provided search results.
Input Type: ADV151-E50/B5S00 is a digital input module with 32 channels, designed for 24 V DC isolated power supply.
Suffix Codes: The suffix code “-E50” typically indicates a specific configuration or version of the module, while “-B5S00” specifies the type of connector or interface, which in this case is a digital input with pressure clamp terminals.
Isolation: The module offers isolation, which helps to reduce electrical noise and interference, enhancing the accuracy and reliability of the input signals.
Configurable Options: ADV151-E50/B5S00 provides various suffix codes and options for different applications and system requirements.
Compatibility: The module is compatible with YOKOGAWA’s automation and control systems, allowing seamless integration into existing industrial setups.
The board is compatible with YASKAWA servo motors and amplifiers, providing seamless integration and control.
It supports various communication protocols, enabling efficient data exchange with other components of the servo system.
The JANCD-FC860 is equipped with advanced algorithms for precise positioning and velocity control.
Exact dimensions and weight information for the YASKAWA JANCD-FC860 are typically detailed in the product’s official documentation. These specifications are crucial for proper installation and integration into the servo system.