Rubber Rotorless Vulcanizer (Computerized Sulfur Transformer)

Model: KY6002 Computer Type
Features: The rubber rotorless vulcanizing apparatus meets the requirements of GB/T16584 "Rubber - Determination of vulcanization characteristics using rotorless vulcanizing apparatus", ISO6502 requirements, and Italian standard requirements for T10, T30, T50, T60, T90 data

Rubber Rotorless Vulcanizer (Computerized Sulfur Transformer)

Machine model: KY6002 Rubber Rotorless Vulcanizer

One Main technical indicators of rubber rotorless vulcanizing instrument (computerized sulfur analyzer)
A. High precision sensor: 0~20N. m. Resolution: 0.001N. m.
B. Control system: Computer control and interface board are used for data acquisition, storage, processing, and printing of test results and curve processing. C. Rotating system: using stepper Electronics speed control motor+amplitude adjuster. Swing angle: ± 0.5 º ± 1 º.
D. Temperature control system: Inteligent digital temperature control instrument is used to automatically adjust PID control parameters in real-time. The temperature control range is 0-200 ℃, the temperature measurement control accuracy is ≤± 0.3 ℃, and the temperature resolution is 0.1 ℃.
E. Data transmission method: RS232 transmission
F. Display mode: Vulcanie-105+WIN-XP testing software computer screen display, combined with excellent user software and hardware equipment, makes the entire measurement very convenient, fast, and enjoyable.
G. Mold cavity: Made of Cr6wv material, in compliance with the requirements of GB/T16584-1996 standard.
F. Measurement and control method: Humanized measurement and control method, with two testing methods: mouse click and play or touch button on the host panel
II Introduction to Software Functions of Rubber Rotorless Vulcanizer and Computer Sulfur Transformer
A. Standardization of testing: Complies with GB/T16584 "Rubber - Determination of characteristic vulcanization using a rotorless vulcanizing apparatus", ISO6502:1991, and ASTMD5289-95.
B. Sample data: Set the rubber material number name, such as "Outer Tire No. 5", "RBS6", etc. When users need to add a title name to describe the printed drawings, they can set any form of title text description.
C. Special note on high-quality features: The excellent feature of humanized design is that the measurement time can be modified during the testing process. The rubber material is estimated to complete vulcanization in 20 minutes. Assuming a 20 minute measurement time, it is found that vulcanization has already been completed at 9 and 10 minutes after 11 minutes. At this point, there is no need to continue. Just "modify the measurement time" and divide the 20 minutes into 9 or 10 minutes. Press "send out", and the experiment will immediately stop at 9 or 10 minutes, draw the complete vulcanization curve, and calculate all data. If the experiment reaches 18 minutes and the vulcanization curve is still rising at the end of 19 minutes, and vulcanization is not yet completed, the experiment must be continued, otherwise the data obtained will be incorrect. At this point, the measurement time can be modified to 25 minutes. Divide or more, let the experiment continue until vulcanization is complete. This feature undoubtedly greatly facilitates users, saving valuable time and adhesive materials.
D. Auto Scale automatically optimizes the curve scale of the graph. After the measurement is completed, the software will automatically adjust the Y scale according to the measurement value from 0-5 Mv0 to 10 Mv and 0-20 Mv, making the curve more beautiful. Multiple curve comparisons can be made with completely different rubber materials, curve shapes, and measurement times.
E. Database: The software has pre-set a database with 100 numbers. Each library can store unlimited sets of measurement data. Faced with thousands of sets of data from months, years, or decades, users can easily query them in the future by placing data from different time periods into different databases. The purpose of setting database addresses is to achieve this. F. After the test is completed, it will be automatically archived, and t10, t30, t50, t70, t90, ts1, ts2, Vc1, Vc2, torque, small torque, and so on will be calculated automatically.
III Rubber Rotorless Vulcanizer, Computer Sulfur Transformer Accessories
A. One year warranty and one Chinese operation manual.
B. A dedicated testing software for rubber rotorless vulcanizing instrument and computer sulfur analyzer.
C. One set of branded computers and one color printer.
4 Main counting indicators of rubber rotorless vulcanizing instrument and computerized sulfur analyzer
A. Temperature measurement range: 0 ℃ -200 ℃
B. Temperature measurement accuracy: ≤± 0.3 ℃
C. Temperature control accuracy: ≤± 0.3 ℃
D. Temperature resolution: 0.1 ℃
E．力矩量程： 0－10N.m 0－20N. m
F. Torque resolution: 0.001N. m
G. Mold cavity frequency: 1.7H
H. Amplitude: ± 0.5 º ± 1 º
I. Environmental temperature: 0-35 ℃, relative humidity<80%
J. Sulfurization time setting range: 2-300min
K. Gas distribution 0.5MPa
L. Power supply AC 220V 800W
M. Machine size: approximately 660 × 580 × 1300mm
N. Machine weight: approximately 210Kg
Five Software testing interface for rubber rotorless vulcanizing instrument and computer sulfur analyzer

[Rubber Rotorless Vulcanizer (Computerized Sulfur Transformer)]

VI Comparison of multiple curves between rubber rotorless vulcanizing instrument and computerized sulfur analyzer

[Rubber Rotorless Vulcanizer (Computerized Sulfur Transformer)]

Related products: Rotorless vulcanizing instrument, computer sulfur analyzer, rubber sulfur analyzer, rubber vulcanizing instrument, flat plate vulcanizing tester, rubber vulcanizing machine, small vulcanizing machine, flat plate vulcanizing machine