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General| Input Voltage | 100-240 VAC |
|---|---|
| Input Frequency | 50-60 Hz |
| Operating Temperature | 0 to 45 °C |
| Storage Temperature | -20 to 70 °C |
| Communication Interface | Ethernet, RS-232 |
| Communication | Ethernet |
| Fieldbus protocols | PROFIBUS |
| Tightening methods | Torque, Angle, Torque & Angle, Yield |
| I/O | Digital and analog I/O |
Procedures and precautions for safe electrical connections and handling of equipment.
Recommendations for operator alertness, attire, and safe tool operation.
Instructions for servicing by qualified personnel using original replacement parts.
Description of connections on the PF backplane and start-up process.
Procedures for connecting and starting up tools with cable connections.
Step-by-step guide for installing the ToolsTalk PF application on a PC.
Guide to configuring communication, application, printout, and PF list settings.
Instructions for establishing Ethernet, Serial, and USB connections to a PF unit.
Steps for setting up IP addresses for Ethernet connections in PF and ToolsTalk.
Guidelines for establishing serial connections, including baud rate settings.
Procedures for installing FTDI VCP drivers and connecting via USB.
Instructions for creating or opening a Pset configuration window in PF Map.
Using the Autoset function to adapt programming to joint characteristics automatically.
Method for quickly configuring a Pset for immediate use.
Overview of various control strategies for tightening processes.
Torque control strategy for one and two stage tightenings, stopping at final target.
Strategy controlling torque and monitoring angle, stopping at final target.
Strategy controlling angle and monitoring torque, stopping at target angle.
Strategies controlling both torque and angle using AND or OR logic.
Activation of Yield control for individual joint control in the second stage of tightening.
Strategy combining Yield control with torque control using OR logic.
Function controlling torque based on measurement and monitoring angle for two-stage tightenings.
Function controlling torque and monitoring angle for two-stage tightenings.
Strategy that runs target angle from observed Snug point, controlling angle and monitoring torque.
Strategy for PVT compensation using Snug gradient method to calculate torque compensate value.
Applications for additional Pset functionality, including current monitoring and PVT options.
Settings for PVT selftap to ensure tightening achieves right characteristics when torque peak occurs.
Using an acceptance window for torque prior to Rundown complete to pass as correct tightening.
Function to compensate for prevailing torque during rundown phase using PVT compensation value.
Activation of Yield control for individual joint control at the second stage of tightening.
How to run or activate a Pset in the Selection panel or via a configured Pset control source.
Steps to create or open a Multistage configuration window in PF Map.
Procedures for creating a Job group, including Job reference and Job client setup.
Process for creating a new Job, including selecting Psets and Multistages.
Options for selecting or aborting a Job, including Cell Job selection from Job reference.
Configuration of Cell and Net concepts for extended networking possibilities.
Configuration options for tools, including start settings, sound, buttons, LEDs, and radio connection.
Tools for diagnosing tool issues, including sensor tracking, peripherals, and wireless connection.
Process of checking transducer and electronics, and table showing limits for different tool types.
Submenus for tool maintenance, including calibration, service, open-end tuning, and wear indicator.
Locking tools via internal state or external sources to prevent unintended usage.
Configuring and diagnosing digital inputs and outputs, and connecting external devices.
Configurations made in Network, Tool, and Sync windows to set up a Sync group.
Steps to connect the Sync reference and configure its network settings and Sync group list.
Settings for identifiers, result parts, and work orders, including identifier monitor functions.
Procedure to set identifiers, including type setup, input source, and length configuration.
Selecting the Fieldbus type and resetting parameters to default.
Setting batch size and selecting Pset from fieldbus when C200 Pset is set to Fieldbus selector.
Steps to program the Logic Configurator by opening a Configurator sheet and setting inputs.
Presentation of latest tightening results from Power Focus and used Pset, including charts.
Description of possible items for data menu selection when configuring Power Focus for fieldbus.
Description of items that can be selected when data to Power Focus is configured.
Listing of Power Focus parameters related to Pset configuration, including programming and statistics.
Detailed list of parameters for P100 Control Strategy and other programming settings.
Parameters for additional Pset functionality like PVT monitoring and gradient settings.
Parameters related to viewing, creating, copying, and deleting Psets, including comments.
Parameters for configuring Multistage settings, including stage list and batch count.
Parameters related to Job configuration, including setup, programming, and job list details.
Controller parameters including information, configuration, network, COM ports, display, memory, and accessibility.
Settings for select source, lockout, batch settings, and OE positioning type.
Network configuration parameters, including IP address, subnet mask, and cell settings.
Tool parameters that are visible depending on the connected tool type.
Diagnostic functions for tools, including sensor tracking, trigger, and motor temperature.
Tool maintenance parameters, including calibration and service information.
Sync programming options, including group list, tightening strategy, and loosening strategy.
Sync programming options available only when PF is a Sync reference.
Identifier setup parameters, including input source and significant positions.
Fieldbus type parameter and data length settings for PF to PLC communication.
Comprehensive list of event codes, their descriptions, and procedures for acknowledgment and resolution.
Event codes related to hardware issues with tools, such as overheating or battery failure.
Event codes related to hardware issues with the controller or drive system.
Event codes related to software issues, such as RBU incompatibility or configuration errors.
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