What to do if characters are not displayed when transferring files from CB II Cincinnati 60 CB II?
If characters are not displayed when attempting a file transfer from the CB II with Kermit on your PC, ensure the cable is connected to the actual port selected by the SET PORT command in the MSKERMIT.INI file.
What to do if characters are not displayed after isolating PC from Cincinnati Power Tool?
If characters are not displayed after isolating the PC from the Cincinnati Power Tool control, check the PC by connecting a wire jumper from TDA pin 3 to RDA pin 1.
What to do if characters are not displayed after PC connection check Cincinnati Power Tool?
If characters are not displayed after checking the PC connection of your Cincinnati Power Tool, verify that the 422 to 232 converter 12V power supply is plugged into a live outlet. Also, check the voltages on the terminal strip against the voltages listed in Figure 9-21.
What to do if characters are not displayed after jumper configuration check Cincinnati Power Tool?
If characters are not displayed on the screen after a jumper configuration check on your Cincinnati Power Tool, check the selected serial port documentation to determine if any other jumpers are required.
What to do if characters are not displayed after connecting TDA and RDA wires Cincinnati 60 CB II?
If characters are not displayed after connecting TDA and RDA wires together on your Cincinnati Power Tool, press the 'Perform Test' softkey on the CB II.
Comprehensive guide covering operation, safety, and maintenance procedures for the press brake.
Introduction to the CB II hydraulic press brake and its control system.
Discusses factors affecting part quality, including machine condition, operator skill, and tooling.
Identifies key components of the press brake from the front view using numbered labels.
Instructions for safely receiving and moving the press brake after delivery.
Details the necessity of a rigid foundation for proper press brake alignment and stability.
Steps for positioning, anchoring, leveling the press brake, and post-installation cleaning.
Guidance on reservoir checks, lubrication, fluid types, and electrical hookup requirements.
Compliance with standards and critical rules for safe operation, emphasizing clear point-of-operation.
Rules for safe operation including tools, clothing, machine condition, and general safety.
Guidelines for safely handling tooling and understanding the purpose of safety signs.
Details specific danger signs for hazardous areas like the die area and machine operation.
Cautions against tipping and provides operator safety guidelines for press brake use.
Checklist for essential safety checks and maintenance tasks to ensure safe operation.
Detailed specifications including bending capacity, tonnage, and physical dimensions.
Explains how the press brake works and defines key operational terms and components.
Information on ram stroke adjustability and tonnage capacity limits.
Defines die space, throat depth, and die penetration for setup and operation.
Specifies capacities for punching, stripping, and handling off-center loads.
Details how load capacity is affected by off-center positioning of the workpiece.
Introduces different types of dies used for bending operations, like air bend and bottoming dies.
Step-by-step instructions for safely installing upper and lower dies and filler blocks.
Information on the optional CNC SX Backgage, its installation, and capacity limits.
Details the components of the gage assembly and how to set up the gage fingers.
Instructions for adjusting the vertical and horizontal positions of gage fingers for accurate gaging.
How to program the backgage position using program inputs for flange dimension and bend allowance.
Guidelines for operating the press brake and using optional work supports for light materials.
Best practices for tooling setup, part forming, and safe running procedures.
Procedures and safety precautions for removing dies from the press brake.
Description of the standard and multi-axis control stations and their functions.
Differentiates between the standard LED and optional Multi-Axis LCD control systems.
Explains the operator controls like palmbuttons, keyswitches, and operator station selectors.
How to select and activate the operator station for controlling ram movement.
Operation of the footswitch and different machine modes like SETUP and SINGLE STROKE.
Details on single stroke operation and the combined hand/foot control sequence.
How to use data entry keys, calculator mode, and front panel programming functions.
Configuration of forming speed and stroke stop parameters for controlling ram movement.
Detailed operation of palmbuttons, emergency stop, and footswitch controls.
Information regarding the electrical enclosure, ground connection, and power supply indicators.
Introduction to programming the standard control using front panel selections and data entry.
Setting the programmed position for the ram to stop at the top of its stroke.
Programming parameters for ram tilt, speed change position, and tonnage limits.
Configuring bottom reversal position, stroke counter, and stroke stop functions.
Using guard mute, selecting operational modes, and understanding reported errors.
Accessing configuration settings and running diagnostic tests on the control system.
Overview of multi-axis features like angle mode, backgage control, and memory.
Setting up job data, entering new programs, and managing existing job information.
Using angle mode for automatic reversal calculation and associated programming guidelines.
Specifying Vee opening and material thickness for angle mode calculations.
Setting lower die angle and top of material position for accurate bending.
Configuring clamp position for workpiece holding and mute position for safety devices.
Understanding the program data screen, including step-by-step programming and softkey functions.
Managing part count, batch count, and setting the top stop position for each program step.
Entering desired bend angles and how the control calculates reversal positions.
Setting ram tilt for angled bends and programming maximum tonnage per stroke.
Utilizing step repeat for multiple identical bends and programming flange dimensions for backgage.
Defining bend allowance and setting gage pause times for controlled movement.
Configuring retract distance for the backgage to provide clearance during bends.
Activating clamp function and configuring stroke stop settings for precise bends.
Finalizing program entry and understanding the functions of various softkeys.
Saving, loading, and transferring programs using internal memory and communication interfaces.
Procedures for managing programs: loading, storing, and deleting from internal memory.
Options for sending, receiving, and managing programs via serial communication.
Physical connections, protocols, and cable assembly for PC communication.
Steps to diagnose and resolve problems with PC communication and file transfers.
Performing system tests and daily startup procedures for PC communication.
Viewing axis positions and valve status for diagnostic purposes.
Options for extra operator stations and installation of the CNC SX Backgage.
Description of the CNC SX backgage and manual front gaging systems.
Details on different ram nose styles and optional tooling adapters.
Optional oil heater for cold conditions and presence sensing safeguarding interface.
Identifying lubrication points and recommended schedule for greasing and oiling.
Specific lubrication instructions for the optional CNC SX Backgage.
Procedures for checking hydraulic oil level, type, and replacing the high-pressure oil filter.
Guidance on checking critical hydraulic system pressures using test ports.
Information on checking the main relief pressure, which is not user-adjustable.
Procedure for checking and adjusting counterbalance pressure for safe operation.
Maintenance for air filter, oil cooler, and oil level/temperature switch.
Information on cylinder service and maintenance of hydraulic control valves.
Adjusting swivel end-guide bearings to compensate for wear.
Procedure for adjusting the ram linear transducers (potentiometers) for accurate position feedback.
Checking machine levelness and electrical enclosure components.
Instructions for installing and adjusting the CNC SX Backgage components.
Checking and adjusting carriage ball bushings and preload screws for looseness.
Explains various error messages displayed by the control system and their potential causes.
Steps for diagnosing system errors and troubleshooting common issues on Multi-Axis Control.
Specific error messages related to the backgage operation and potential causes.
Describes power-up self-tests and user-initiated diagnostics for the CPU board.
Physical connections, protocols, and cable assembly for PC communication.
Information on Kermit protocol and specific cable configurations for PC connectivity.
Detailed steps for troubleshooting PC communication issues using system tests.
Isolating PC and control issues, and troubleshooting cable and port configurations.
A table outlining daily, weekly, and monthly lubrication tasks for the press brake.
A schedule for regular checks and adjustments of machine components and safety features.
Information required for ordering replacement parts, including serial and part numbers.
Procedure for returning parts for credit, requiring prior authorization and an RGA number.
Overview of available field service, planned maintenance, and operator training programs.
General| Brand | Cincinnati |
|---|---|
| Model | 60 CB II |
| Category | Power Tool |
| Language | English |
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