20kN tabletop tensile testing machine
The tabletop tensile testing machine, specially designed for educational purposes, performs tensile and compression tests by applying loads of up to 20 kN using a rotary handle hydraulic pump. The test load is displayed in kilonewtons (kN) on a large, easy-to-read gauge and is recorded (with a needle indicator) for the maximum load. The elongation of the test specimen is measured with a digital dial gauge with an accuracy of 0.001 mm. The test specimens for tensile testing (with a diameter of 5.0 mm) can be easily attached to the device using a screw type (M10), and four types of specimens made from different materials are available (iron, aluminum, brass, copper). A PC connection kit (SM1250) is included, allowing for the observation and data collection of load (N) and elongation values (mm) on a computer (sold separately).
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basic information
■20kN Tensile Testing Machine Specifications (SM1201) Dimensions: 400 x 400 x H900 mm Weight: Approximately 33 kg Maximum Load: 20 kN Load Gauge Scale Interval: 0.5 kN Stroke: Maximum approximately 30 mm Movement Method: Rotary Handle Hydraulic Pump Tensile Test Specimen Fixing Screw: M10 Tensile Test Specimen Length: Maximum 80 mm (※200 mm) Compression Test Specimen Length: Maximum 160 mm (Contact Surface φ50) Dial Gauge Resolution: 0.001 mm Operating Temperature Environment: Temperature 5 ℃ to 40 ℃ Hydraulic Oil Filling Volume: Approximately 130 mL Type of Hydraulic Operating Oil: VG32 or VG46 【Accessories】 Tensile Test Specimens (4 types x 5 pieces) MT3018-1 Soft Steel (SS400) x 5 pieces MT3018-2 Aluminum (A6085) x 5 pieces MT3018-3 Brass (CW614N) x 5 pieces MT3018-4 Copper (C1100) x 5 pieces Compression Test Block (φ50 mm) Dial Gauge for Elongation Measurement
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Applications/Examples of results
Regarding the measurement accuracy of the SM1201 It will be difficult to observe clear upper and lower yield points with the tensile testing machine SM1201. We have made efforts to maintain a constant displacement speed as much as possible using a rotary hydraulic handle, but please understand that the manual operation is rough and cannot produce a smooth graph. The Young's modulus calculated from the experiment will likely be lower than the theoretical value. The displacement indicated by the dial gauge includes not only the elongation of the specimen but also unnecessary displacements from the specimen chuck mechanism. To measure displacement as accurately as possible with the SM1201, it is necessary to correct the displayed values using the chuck slip correction value, so please be aware of this in advance. To accurately measure the upper and lower yield points and Young's modulus, please choose a more advanced tensile testing machine (such as one driven by an electric motor with a constant displacement speed).
Detailed information
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Test specimens (sold separately) consumables MT3018-1 Soft steel (SS400) x5 pieces MT3018-2 Aluminum (A6085) x5 pieces MT3018-3 Brass (CW614N) x5 pieces MT3018-4 Copper (C1100) x5 pieces
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■PC Connection Kit Specifications (SM1250) Control Box Dimensions: W125 x D110 x H55 mm Control Box Weight: Approximately 0.1 kg Power Supply: AC100–AC240V 1A 50/60Hz Pressure Display Resolution: 0.01 kN Displacement Display Resolution: 0.001 mm Measurement Interval: Approximately 4 times/second (250ms) Data Output: Excel, csv format PC Environment (sold separately): Windows 8 or later Operating Temperature: 5 ℃ to 40 ℃ 【Included Accessories】 Connection cable for dial gauge, pressure sensor USB cable for PC connection, software AC adapter power supply (DC12V)
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Software Reference Screen (Accessories) SS400 Mild Steel Tensile Test
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Megakemu designs, manufactures, and imports various experimental and practical equipment for universities, junior colleges, technical colleges, high schools, and vocational schools across the country. While the world has made advancements in various fields, it seems that our Earth's environment is being disrupted by ourselves and is approaching its limits. The world is seeking new Japanese technologies that coexist with the Earth's environment.
