Product Structure and Models

The document lists various product models identified by codes such as PTB-DSH-0040N-42-H1P-000-B through PTB-DAH-0800N-45-S3P-000-B. These models appear to be part of a series of tightening tools or controllers with varying specifications.

Key Parameters and Specifications

• Torque and Speed: Maximum torque values are specified in Newton-meters (Nm), and maximum speeds are given in revolutions per minute (rpm).
• Handle Diameter: Provided in millimeters (mm), indicating ergonomic considerations.
• Controller Design Life: Mean Time To Failure (MTTF) is mentioned, indicating reliability metrics.
• Bit Quick Connector: Included for ease of bit changes.

Controller Functions and Features

The controllers are designed with built-in capabilities for stand-alone use, including:

• Ergonomic pistol grip for comfortable handling.
• Trigger and forward/reverse rotation buttons.
• Scanning code module and display screen providing clear feedback on tightening status (OK/NG), battery, and communication.
• Set keys and scan code button for configuration.
• Built-in battery backup ensuring zero data loss during power exchange.
• Standard dual batteries with fast recharge capability.
• Additional features such as searchlight, hook interface, WiFi, and TCP/IP connectivity.
• Support for data collection including tightening results and torque-angle curves.

Tightening Strategies and Software System

The system supports advanced tightening strategies and software integration:

• Multiple tightening steps: one-step, two-step, and up to 16-step processes including cap recognition, screw-in, fitting, tightening, waiting, synchronization, loosening, etc.
• Base strategies include speed control, torque control, angle control, and combined angle/torque control.
• Higher-order strategies involve clamping torque control, torque-angle methods, delay waiting, zero speed hold, tightening to yield point, synchronization nodes, repair preparation, and external signal running.
• Software supports Pset & Job configurations with barcode binding and data storage.
• MES (Manufacturing Execution System) connection for data sharing and uploading.
• Web-based interfaces allow selection of binding stations, workpieces, jobs, and Pset barcodes with multi-level configuration.

Interfaces and Connectivity

• Support for HDMI, SD card, bus interfaces, emergency stop, IO interface, TCP/IP, RS232 interface, reset key, tool cable socket, power connector, and power switch.
• Parameters can be set via computer software or PLC integration, facilitating system integration and reducing investment costs.

Summary of Critical Information

• Ergonomic design and user-friendly controls enhance operator comfort and efficiency.
• Robust controller features ensure reliable operation with data integrity during power changes.
• Advanced tightening strategies provide flexibility and precision for various assembly requirements.
• Comprehensive software and connectivity options enable seamless integration into manufacturing systems and data management.