GEER TYPE AGING OVEN in accordance with JIS B 7757, JIS K 6257, JIS K 7212, ISO 188 | No. 102

Gear-type accelerated material aging oven with internal air circulation, operating according to specified standards.

The test specimens will be suspended in a chamber maintained at the specified temperature for a designated period to accelerate the degradation process. Afterward, the specimens will be visually inspected and their physical properties measured (e.g., tensile testing) to evaluate thermal degradation properties, such as those of plastics or rubber.

The tested items include automotive parts., Televisions and Computers Exposure to heat affects the lifespan of polymers. Therefore, it is necessary to evaluate the thermal degradation properties of each type of material.

Geer Type Aging Oven 1

 

The oven features controlled internal air circulation, adjustable to a specified number of cycles per hour, an exhaust fan, an air flow controller (for both intake and exhaust), a temperature controller, and a fixture for holding test specimens.

 

Setting Test Conditions According to Standards 

Setting Test Conditions According to Standards

 

Accelerated Aging Test Apparatus for Predicting Material Lifespan  Geer Aging Oven No. 102-SHF-S/SA

 

Accelerated Aging Tester for Predicting Material Lifespan Geer Aging Oven No. 102 SHF SSA

 

 

Yasuda Accelerated Aging Testers come in two models: adjustable air vent in/out.Manual and automatic operation via touch screen

Both modelsThe device will automatically calculate the air exchange rate via the touch screen.

Adjust the air intake and outlet.

 

The device is equipped with a room air temperature sensor, which is an important value for calculating the air exchange rate. It transmits the measured temperature for calculating the air exchange rate. Real-time Can control the maximum temperature. 300 Degree Celsius

The device will automatically calculate the air exchange rate.

 

 

For the automatic model, if the room temperature changes, the device will automatically adjust the air vents to maintain the air exchange rate, ensuring that the testing conditions are controlled in accordance with the specified standards.

Graph of the Relationship Between Air Exchange Rate and Temperature

For your convenience, you can record your test history, including test results and temperatures., Air exchange rate, The room temperature is displayed on the touchscreen for easy use.

Graph of the Relationship Between Air Exchange Rate and Temperature

 

Specification

Inner dimensions: W450 × D450 × H500 mm

Entire Heated Space Volume: 225,225 cm3

Temperature range: Room Temperature + 20 to 300 °C

Air velocity:
Low: 0.5 ± 0.1 m/s,
High: 1.0 ± 0.2 m/s (Controlled via touch panel)

Air Exchange Rate Measurement: Power Consumption Method

Air Exchange Rate Control: Adjustable between 3 to 10 times/hour, 5 to 20 times/hour, or over 60 times/hour

Hanger Rotation Speed: 7.5 ± 2.5 rpm

Safety Device: Overheat Detection Device, Circuit Breaker

Accessories: 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

Power: AC 200 V, 3-Phase, 30 A, 50/60 HzWhen the air exchange rate is 100 to 200 times per hour;
AC 200 V, 3-Phase, 40 A, 50/60 Hz

 

Dimensions/ Weight (Approximate): 

SHF-S: W1,180 × D700 × H1,560 mm/ 300 kg
SHF-SA: W1,250 × D700 × H1,650 mm/ 305 kg

 

Models: 

SHF-S: Equipped with air exchange rate measurement/display via touch panel.
The damper is opened/closed manually.

SHF-SA: Equipped with air exchange rate measurement/display via touch panel.
Automatic Damper Control.

 

Reference Standards

JIS A5756B7757C3005K6257K6723K7212K7368ASTM D573D5374D5423E145UL-746BIEC-60216-4-1ISO 1884577

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