Locomotive bogie rubber spring test bench

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Product Introduction: The rubber spring test bench for locomotive bogies is a spring load testing machine developed for locomotive spring manufacturing enterprises. In addition to the testing functions of conventional spring testing machines, it can also test and confirm the axial stiffness, lateral stiffness, offset direction, and offset angle of springs with lateral force. At the same time, it can also perform force performance tests on air springs and rubber piles. The microcomputer controlled spring lateral stiffness testing machine consists of a drive system, a loading system, a transmission system, a measurement control system, a display system, etc. The machine uses a fully digital AC servo motor and driver,

Product Details

Locomotive bogie rubber spring test benchProduct Introduction:

The microcomputer controlled spring lateral stiffness testing machine is a spring load test developed for locomotive spring manufacturing enterprises

In addition to the testing function of a conventional spring testing machine, the machine can also perform tests on springs with lateral forces

Testing of axial stiffness, lateral stiffness, offset direction, and offset angle

Confirm and also apply force to air springs and rubber piles

Study performance testing.

Locomotive bogie rubber spring test benchDriven by the driving system and loading system

The system consists of a transmission system, a measurement and control system, a display system, etc,

Adopting fully digital AC servo motor and driver, precision planetary reduction

The transmission system is composed of a high-efficiency gapless synchronous toothed belt and a precision ball screw

Move.

Common faults and solutions:

The malfunction of the testing machine is often manifested on the computer display panel, but not necessarily on the software and computer

You should carefully analyze the fault, pay attention to every detail, and provide as much information as possible for the final troubleshooting

information

Please follow the following troubleshooting methods in order.

1. Software frequently crashes:

testing machine

Computer hardware malfunction. Please repair the computer according to the manufacturer's instructions.

Software malfunction, contact the manufacturer.

Does this happen during file operations? There is an error in the file operation, and there is a problem with the extracted file.

Refer to the relevant document operation instructions in each chapter.

2. Chaotic display of load, displacement, and deformation channels:

Check if the connection between the sensor and the measurement and control card is reliable.

Check if the grounding wire (sometimes missing) installed by the manufacturer during debugging is reliable.

Has there been a significant change in the environment? The testing machine should operate in an environment without significant electromagnetic interference. Regarding the temperature of the environment

There are also requirements for humidity, please refer to the host manual.

3. The load or displacement channel only displays the maximum value:

Check all connections.

Contact the manufacturer for measurement and control card or software issues.

4. Chaotic displacement display:

Check if the sensor is loose:

Check if the wiring of the photoelectric encoder is reliable.

5. The stored file cannot be found:

Type testing machine

This software has a fixed file default extension by default. Did you enter another extension when storing it?

Has the stored directory been changed?

6. The software cannot start: