vulcanization meter

NegotiableUpdate on 05/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The vulcanizing instrument mainly consists of a host, Omron high-precision temperature controller, sensors, computer, lower computer data collector, printer, and electrical interlock. If you would like to learn more about this product, please feel free to contact us at any time!

Product Details

1、 Overview:

　　vulcanization meterIt is a new generation of mechatronics integrated products launched by our factory. It mainly consists of a host, Omron high-precision temperature controller, sensors, computer, lower computer data collector, printer, and electrical interlock. Execution standard: ASTMD5289-95 ISO6502:1991GB/T16584-1996.

Provide vulcanization curves, vulcanization rate curves, and temperature curves. Single curve testing, continuous testing of any curve, and comparison testing of any curve can be performed on the same interface. The data is stored in the database and all curve data can be printed in real-time or historically.

2、 Parameters:

1. Temperature measurement range: 0 ℃ -200 ℃

2. Measurement and control temperature accuracy: ≤± 0.1 ℃

3. Temperature resolution: 0.1 ℃

4. Torque range: (0-5N. m, 0-10N. m 0-20N. m) Automatic

5. Torque resolution: 0.001N. m

6. Mold cavity frequency: 1.7Hz

7. Amplitude: ± 0.5 º ± 1 º

8. Power supply: AC 220V ± 10% 50Hz

9. Compressed air: 0.5Mpa

10. Environmental temperature: 0-35 ℃, relative humidity<80%

11. Sulfurization time setting range: 2-300min, t90 within the range of 10 seconds to 5 hours

3、 Characteristics:

1. This onevulcanization meterIn addition to providing the conventional vulcanization curve and temperature curve, provide another vulcanization rate curve related to them. The ratio of the increase in torque at two adjacent points to the difference in torque is a relative value that reflects the vulcanization rate and provides both the high vulcanization rate value and the time reached.

2. It can be measured with a single curve, continuous measurement with multiple lines, and comparative measurement. Single curve measurement - measure and print only one vulcanization curve at a time. Multi line continuous measurement - any vulcanization curve can be measured and printed on the same interface. Comparative testing - using the previously measured vulcanization curve as a standard, comparing and measuring with it can measure any vulcanization curve. Screen multiple vulcanization curves and parameters to find the optimal experimental value.

3. The measured curve data is stored in the database and can be retrieved based on time size, data size, adhesive batch number, and team number. It can be reproduced and restored. You can redraw a vulcanization curve chart and print it. Five vulcanization curves can be redrawn and printed, and 18 vulcanization curves can be redrawn and printed. The vulcanization curves of different rubber materials can be compared on a graph to find the optimal vulcanization time. The so-called different parameters refer to different rubber materials, different shapes of vulcanization curves, and different measurement times, such as the curves of 3 minutes and 5 hours measurement time. Draw them on a graph for mutual comparison. This feature, when used in conjunction with data retrieval, will improve the accuracy and efficiency of selecting optimal parameters.

4. The measurement time can be modified during the experimental testing process of the instrument. If a rubber material is estimated to be cured in 20 minutes and has already been cured at the current 10 minutes, there is no need to continue. Just change the 20 minutes under "Modify Measurement Time" on the experimental curve graph at the bottom right of the display to 10 minutes, press "Send as", and the experiment will immediately stop at 10 minutes and draw the complete vulcanization curve. If the experiment reaches 18 minutes and the vulcanization curve is still rising at the end of 19 minutes, the vulcanization is not yet complete, and the experiment must continue. The measurement time can be modified to 25 minutes or more, allowing the experiment to continue until vulcanization is complete. This feature greatly facilitates users, saving valuable time and adhesive materials.

5. During instrument measurement, the torque is automatically quantified. After the measurement is completed, the software will automatically scale the curve again according to the size of the measurement values, ranging from 0-5N. m, 0-10N. m, and 0-20N. m, to make the curve more beautiful.

6. The instrument can perform simple settings on the display, such as measuring method, measuring time, measuring range, temperature control, database, accuracy calibration, data retrieval, curve data printing, etc., with just a few clicks of the mouse. One click "measurement" can complete multiple actions such as "mold closing", "torque application", and "measurement", with a shortcut for operation. The human-machine interface is quite user-friendly, and you can know how to operate it just by looking at the screen. The graphic colors are bright but not irritating to the eyes.

7. If a test experiment is conducted every 15 minutes for eight hours a day, it can store curves and data for at least 15 years. For this reason, please do not use the computer of this system for other purposes except for use, in order to prevent operational errors or virus infections, which may flush out data and the system, causing unnecessary losses.

8. Each curve on the printed drawing has a set rubber material number name, which can also be modified during measurement. Users can set any form of title text when adding a title name to describe the printed drawings.