Product Description
Standard Features
| Temperature range | Room temperature - 300C |
| Heating rate | (12010)C/h (121C/6min); (505)C/h(50.5C/6min) |
| Temperature display | 0.1C |
| Display & Control | PC which can issue report with word /excel |
| Temperature fluctuation | 0.5C |
| Max. deflection error | 0.001mm |
| Deflection measuring range | 0-10mm |
| Sample holder | 3 pieces |
| Load pole and pallet weight | 68g |
| Heating power | 4kw |
| Cooling method | 150C, natural cooling; 150C water cooling or natural cooling |
| Dimension | 528mm*545mm*370mm |
Applications
It is used to determine heating deflection and Vicat softening temperature of the plastic, rubber etc. It is essential instrument for R&D institution, college, and QA department of enterprises. Moreover, the sample holders have function of up and down. But this machine cannot connect with computer.
Advanced Control and Data ManagementBenefit from user-friendly computer control and digital LCD display. The integrated PC interface and compatible Windows software streamline data storage, test programming, and result exports. Automatic temperature control and programmable rates offer flexibility and precision. Instant printouts and digital exports facilitate fast reporting and easy traceability, enhancing laboratory productivity and documentation.
Reliable and Safe Testing EnvironmentThe apparatus is designed with user safety in mind, featuring overheat and low oil level protection. Its sturdy powder-coated frame, along with water circulation cooling, ensures stable and lasting performance even during extended operation. Certified calibration weights and documentation are provided, guaranteeing sustained measurement accuracy and compliance with key international standards.
Versatile Applications and ComplianceEngineered to conduct HDT and Vicat tests for plastics, polymers, and allied materials, this machine complies with global test methods including IS 2530, ASTM D648/D1525, and ISO 75/306. Its three-station capacity and customizable sample sizes serve laboratories handling varied or high-throughput analysis requirements, making it popular among dealers, manufacturers, and research facilities.
FAQs of Computer HDT Vicat Test Machine:
Q: How does the Computer HDT Vicat Test Machine ensure accurate temperature control during tests?
A: The machine uses a silicon oil bath with programmable automatic temperature control, combined with a high-precision PT-100 RTD sensor and a fine 0.1C resolution. Temperatures can be programmed with a stable heating rate of 50C/hour (2C/hour), ensuring accuracy within 0.5C throughout the test cycle.
Q: What is the typical process for conducting a test on this machine?
A: To perform a test, prepare standard or customized samples and place them in the machines stations. Select the required test method via the software, input heating parameters, and start the test. The system automatically controls heating, records temperature data, and provides real-time digital/LCD display. After completion, results can be exported digitally and printed for reporting.
Q: When and why should the machine be recalibrated?
A: The system includes certified calibration weights and an official calibration report. It is advisable to recalibrate annually or after major maintenance to sustain measurement precision, especially when accuracy is critical for compliance with standards such as ASTM and ISO.
Q: Where can this test machine be used effectively?
A: The Computer HDT Vicat Test Machine is ideal for plastics and polymer testing laboratories, manufacturing quality control departments, academic research facilities, and any application requiring strict compliance to IS, ASTM, or ISO HDT/Vicat test methods. Its robust construction suits regular industrial use.
Q: What are the benefits of using a computer-controlled testing system?
A: Computer control offers enhanced data accuracy, programmable testing routines, easy result storage, and seamless digital export for documentation and analysis. It minimizes manual intervention, reduces errors, and speeds up report generation, making workflows more efficient.
Q: How does the safety interlock system protect the machine and samples?
A: Safety interlocks monitor for overheating and low oil levels, automatically shutting down the heating mechanism if thresholds are crossed. This safeguards both the machine and the samples, prevents potential hazards, and assures compliance with laboratory safety protocols.