Hydraulic Press Automation System Repair Time

Companies dependent on hydraulic presses must understand how quickly an issue can be rectified. This depends on a number of factors, including the condition of the defective part and its availability.

Recently, KCC assisted an industrial forming press manufacturer with their automation system rebuild. This upgrade significantly improved cycle times, press positional accuracy and product quality.

Time to Diagnose

When a hydraulic press isn't running optimally, maintenance technicians tend to pack up their tools and return to their regular duties. But it is essential to create an accountability checklist for the hydraulic system and make it a habit of checking temperature/pressure readings, oil cleanliness, filter and breather conditions, current readings on electric motors, clamps/hoses condition as well as voltage to proportional valves.

Troubleshooting intermittent issues is the most challenging. These are known as "challenging hydraulic problems."

If there's a pressure issue, the issue could be that the pump isn't delivering oil or there's an internal bypass in the system.

A slow pressurisation of the ram is cause for alarm, as it suggests that the fluid pump is malfunctioning and not quickly enough delivering hydraulic fluid to increase pressure inside of it.

Time to Repair

The amount of time it takes to repair a hydraulic press automation system depends on several factors. These include the type of machine and whether parts are old or new, as well as whether there needs to rebuild or remanufacture them.

If the equipment is outdated, rebuilding and remanufacturing can save you money in the long run by avoiding purchasing new parts. On the other hand, if it is more recent, replacing may be necessary if there has been significant wear-and-tear from prolonged usage.

Before undertaking any repairs on a machine, it's essential to have an in-depth knowledge of its workings. This requires reading its manual thoroughly. Furthermore, make sure the company you entrusting your machinery to has an established reputation for high-quality work.

A straightforward preventive maintenance program can help you identify issues early and save yourself the expense of costly fixes later. Furthermore, it will guarantee your hydraulic press remains at peak performance for years to come.

Time to Test

Establishing a daily, monthly and yearly preventive maintenance checklist for your hydraulic press is an effective way to keep it running optimally and avoid expensive repairs in the future. Spotting minor issues - like oil leaks or loose bolts - at an early stage will guarantee that your press remains in top condition for years to come.

One of the best ways to conduct such tests is by using a programmable hydraulic test press. These machines offer greater precision and convenience compared to manual presses.

They can also be utilized for testing the quality of a weld or measuring its performance during bending tests. They are customizable for many different welding and forming applications.

Time to Install

As a hydraulic press control panel technician, your duties include designing and installing high-end logic and motor controls for large production presses. You will run conduits and cable trays to run wiring throughout the press, as well as handling various electronic components and safety devices.

Hydraulic press automation systems contain a range of controls, such as programmable logic controllers (PLCs), custom consoles and panels. The main HMI can be separated from the rest of the system to facilitate installation and wiring.

Recent advances in servo-quality proportional valve technology have allowed presses to achieve greater position reversal accuracy. This translates to improved machine efficiency and productivity increases of up to 50%.