Specifications:
The document details the specifications of the BA-II series, emphasizing improvements such as reduced cycle times and enhanced positioning repeatability. Ball screw-driven actuators achieve speeds up to 1,200 mm/s with repeatability of ±0.01 mm, while timing belt-driven actuators reach 2,000 mm/s with ±0.05 mm repeatability. Absolute encoders eliminate the need for home position return, supported by a long-life lithium battery.

Procedures:
Operating procedures are compatible with previous series, facilitating user transition. Instructions cover actuator mounting using T-slots and bolt securing.

Norms and Recommendations:
The BA-II series is designed for high accuracy and speed, featuring a high-speed CPU. It offers various configurations to meet diverse needs, from single-axis to orthogonal axes.

Variations and Configurations:
The series includes nine ball screw types and seven timing belt types, with motor positions selectable in four directions. Configurations range from single-axis to four-axis combinations, with detailed payload tables.

Technical Notes:
Technical notes include actuator and controller specifications, tact time calculation, and control system components like master and slave units. Options include teach pendants and memory card units.

Key Data from Tables:
Tables detail payload capacities for various configurations, with single-axis payloads from 6 to 150 kg horizontally and up to 50 kg vertically. Two-axis and three-axis combinations are also detailed.

Power Supply and Output Specifications:
The system requires a DC24V power source, featuring transistor outputs with open collector configuration. Output capacity is 20 mA per point for system outputs and 300 mA per point for general-purpose outputs.

Connector Pin Arrangement:
Detailed pin arrangements for connectors are provided, including signal names for input and output ports, emergency stop inputs, and system outputs.

Controller Specifications (CA10-M00B):
This controller supports one to four axes control, offering CP, PTP, and semi-closed loop control. It features three-dimensional interpolation and supports up to 2,500 steps with a 32-bit RISC CPU.

Communication and I/O:
The controller includes RS232C communication and extension I/O capabilities, supporting CC-Link for high-speed data communication.

Environmental and Physical Specifications:
The controller operates within 0-40°C and 30%-90% RH, with noise resistance up to 1500 Vp-p.

High-Performance Master Unit (CA10-M01B-CC):
This unit adds network functionality, supporting CC-Link for data communication and controlling up to four axes.

Slave Unit Specifications (CA20-S10, CA20-S40):
These units support one axis control with built-in driver units, accommodating various motor capacities.

Overview:
The document provides technical specifications and guidelines for control system components, including controllers, link cables, and software.

Overview:
The document provides technical specifications and operational guidelines for SF-98D software, supporting programming of the ROIbot BAII series.

Specifications:
The software is compatible with specific controllers and supports debugging and maintenance tasks.

Components and Accessories:
Details on lithium batteries for encoder backup and memory card units for program storage.

Technical Notes:
Includes tables on load moments for actuators and guidelines for tact time calculation.

Load and Actuator Specifications:
Tables provide data on load mass, arm length, and allowable load moments for different actuator types.

Overview:
The document provides detailed technical specifications and operational procedures for a control system, focusing on commands for servo control and task management.

Critical Information:
Emphasizes the importance of using line driver systems for pulse train inputs and pre-registering settings in the controller's tables.

Overview:
The document provides detailed technical specifications and operational procedures for a robotic system, focusing on input/output signals and emergency stop mechanisms.

Emergency Stop Mechanism:
Describes circuit connections for emergency stop inputs and outputs.

Cycle Time Calculation:
Provides methods for calculating cycle time based on speed, acceleration, and travel distance.

Technical Notes:
Covers the relationship between acceleration/deceleration and load for different drive systems.