No.102 Geer Aging Oven
No.102 Geer Aging Oven
| Specifications are subject to change without notice. | ||
| Inner dimensions | W450 × D450 × H500 mm | W600 × D600 × H600 mm |
| Entire Heated Space Volume | 225,225 cm3 | 417,600 cm3 |
| Temperature range | Room Temperature + 20 to 300 °C * | Room Temperature + 20 to 300 °C * |
| Air velocity | Low: 0.5 ± 0.1 m/s, High: 1.0 ± 0.2 m/s (Controlled vie touch panel) |
Low: 0.5 ± 0.1 m/s, High: 1.0 ± 0.2 m/s (Controlled vie touch panel) |
| Air Exchange Rate Measurement | Power Consumption Method | Power Consumption Method |
| Air Exchange Rate Control | Adjustable between 3 to 10 times/hr, 5 to 20 times/hr or over 60 times/hr | Adjustable between 3 to 10 times/hr, 5 to 20 times/hr or over 60 times/hr |
| Hanger Rotation Speed | 7.5 ± 2.5 rpm | 7.5 ± 2.5 rpm |
| Safety Device | Overheat Detection Device, Circuit Braker | Overheat Detection Device, Circuit Braker |
| Accessories | Specimen Hanger 2 stages, Clip 40 pcs, Shelf 2 pcs | Specimen Hanger 2 stages, Clip 40 pcs, Shelf 2 pcs |
| Option | CSV Output, Analog Voltage Output, UL Type Air Exchange Rate 100 to 200 times/hr modification | CSV Output, Analog Voltage Output, UL Type Air Exchange Rate 100 to 200 times/hr modification |
| Power | AC 200 V, 3-Phase, 30 A, 50/60 Hz （When Air Exchange Rate is 100 to 200 times/hr; AC 200 V, 3-Phase, 40 A, 50/60 Hz） |
AC 200 V, 3-Phase, 40 A, 50/60 Hz |
| Dimensions/ Weight (Approx.) | SHF-S: W1,180 × D700 × H1,560 mm/ 300 kg SHF-SA: W1,250 × D700 × H1,650 mm/ 305 kg |
SHF-S: W1,350 × D900 × H1,650 mm/ 372 kg SHF-SA: W1,400 × D900 × H1,750 mm/ 375 kg |
Description
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The No.102 Geer Aging Oven delivers a highly precise, purpose-built testing environment for evaluating the thermal degradation of rubber and plastic materials. Material scientists and quality control technicians utilize this specialized heat aging tester to accurately simulate long-term environmental exposure. This specific instrument addresses the strict industrial requirement for maintaining absolute thermal consistency and regulated air replacement during complex polymer evaluations. Consequently, your facility gains the ability to predict the operational lifespan of automotive seals, industrial belts, and advanced thermoplastics with flawless reproducibility.
Instead of relying on ordinary heating ovens that suffer from stagnant airflow and uneven temperature distribution, your team achieves a significant technical advantage with the Yasuda Seiki No.102. The system features a continuous rotating specimen rack combined with a highly controlled ventilation mechanism. Therefore, you can confidently expose every single test sample to identical heat and air velocity conditions, ensuring that your final material data strictly complies with international rubber testing standards.
Yasuda No.102 Technical Advantages
This industrial Geer oven packs advanced features for demanding high-volume R&D laboratories. It utilizes a sophisticated touch-panel interface that allows operators to easily adjust the internal air velocity between 0.5 m/s and 1.0 m/s. Furthermore, the unit features an advanced air exchange measurement system that tracks power consumption to determine the exact ventilation rate. This integrated technology ensures that your engineering team captures highly accurate aging data without requiring external calibration tools.
Modern material testing facilities require uncompromising reliability for industrial scaling. Therefore, the No.102 Geer Aging Oven accommodates either manual or fully automatic damper controls depending on your specific model choice. It supports continuous operation up to 300°C while safeguarding your laboratory through built-in overheat detection devices and circuit breakers. The robust dual-stage hanger system maximizes your daily testing throughput by holding multiple specimens simultaneously without restricting critical airflow.
When your project demands the highest level of thermal validation for polymers, the Yasuda No.102 stands out as the premier choice. Stop settling for basic hot air ovens that ruin your test specimens and jeopardize your quality assurance ratings. Contact nanotech-tmi today to request a comprehensive technical datasheet or a custom quotation for your polymer laboratory. Trust nanotech-tmi for all your high-precision Material Property Test Solution requirements!
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