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High-Temperature Dead-Weight Creep Testing Machine – SCT-30B (3 t) (up to 1100˚C)

Name: High-Temperature Dead-Weight Creep Testing Machine – SCT-30B (3 t) (up to 1100˚C) - دستگاه تست خواص مکانیکی مواد شرکت سنتام
SKU: SCT-30B تست خزش 3 تن (˚1000)

High-Temperature Dead-Weight Creep Testing Machine – SCT-30B (3 t) (up to 1100˚C)

Designed in compliance with ASTM E328, ASTM E21, and ASTM E139
Dead weight operating mechanism with constant force control
Capable of performing stress rupture tests and applying constant-stress control methods (when specialized accessories are available)
Furnace rated up to 1100˚C, suitable for continuous testing at 980˚C
Furnace control panel with touch screen display and programmable hardware interfaces
Self-aligning interfaces for installing adapters and various jaws
High-temperature extensometer mountable for continuous operation at 980˚C
Advanced software for displaying temperature, displacement (∆L), and time, with plotting of displacement-time and temperature-time, stress-strain and load-extension curves, as well as generating corresponding reports
Equipped with DSP-based interface for force, displacement, and strain measurement and control
Include specialized instruments and accessories required for force calibration

The SCT-30B operates through an electromechanical drive using Dead Weight loading mechanism. Its key feature of this machine is precise control of both temperature and applied force. Loading is applied through calibrated dead weights. A rigid lever with a knife-edge support multiplies the applied weight with a factor of 10 before transferring it to the specimen achieving an accuracy of ±0.5% within the range of 1000N-30kN (in compliance with ISO 7500). The rigid lever can be manually levelled via a handwheel for ease of operation.

The system includes a dedicated display that transfers temperature to the software to determine the specimen temperature. The furnace can move vertically relative to the specimen for easy access and adjustment of the specimen, thermocouples, and extensometer. After specimen failure and test termination, a microswitch system halts the test, turns off the furnace, and stops the timer (mounted on the panel, with a resolution of 1 s). The test duration can also be monitored through the software. Additionally, an RS-485 to RS-232 converter transfers the specimen temperature to the PC.

To ensure the application of an axial net force, the machine is equipped with self-aligning interfaces capable of accommodating various adapters and grips. These can accept multiple threaded fixtures (M6-M12) for round specimens, as well as adapters for sheet specimens up to 5 mm thick (available upon request). All grips, fixtures, and holder interfaces are made of INCONEL 738 superalloy, suitable for operation at temperatures 980˚C.

Additional accessories are provided for force calibration allowing verification or adjustment of the axial load applied to the specimen. These include a 20kN tensile S-type load cell (resolution 1/100000 F.S), grip-mounted interfaces, and a force digital indicator.

For accurate strain measurement inside the furnace and for plotting the creep curve, a precision sensor complete with a Hot Creep Test Extensometer interface is used. The sensor can be either a digital type or a linear potentiometer (stroke: 10 mm, resolution: 0.001 mm). The high-temperature extensometer is made of superalloy and can be mounted on the adapters for both round and sheet specimens.

SCT-30B is designed for quality control of special metals and superalloys (Nickle-based, Iron-based, Cobalt-based), heat-resistant steels, hot-work steels, and stainless steels in production facilities required, where routine testing is required rather than research purposes. Typical application areas include:

Research centers, power plants, and gas turbines manufacturers
Aerospace and aviation industries
Hot-work steel producers
Material testing for high-temperature equipment (e.g., boilers and furnaces)
Quality control and performance verification of superalloys (e.g., Monel and Inconel)
Engineering departments (metallurgy and mechanics)

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Product Name:

High-Temperature Dead-Weight Creep Testing Machine – SCT-30B (3 t) (up to 1100˚C)

سازنده:

شرکت طراحی مهندسی سنتام

استعلام قیمت

درخواست مشاوره

دانلود کاتالوگ

شرایط تحویل حضوری

شرایط تحویل کالا در محل کارخانه

جزییات بیشتر

شرایط ارسال دستگاه

شرایط ارسال دستگاه و حمل آن

جزییات بیشتر

متن آزمایشی

جزییات بیشتر

گارانتی دستگاه

شرایط خدمات پس از فروش

جزییات بیشتر

Designed in compliance with ASTM E328, ASTM E21, and ASTM E139
Dead weight operating mechanism with constant force control
Capable of performing stress rupture tests and applying constant-stress control methods (when specialized accessories are available)
Furnace rated up to 1100˚C, suitable for continuous testing at 980˚C
Furnace control panel with touch screen display and programmable hardware interfaces
Self-aligning interfaces for installing adapters and various jaws
High-temperature extensometer mountable for continuous operation at 980˚C
Advanced software for displaying temperature, displacement (∆L), and time, with plotting of displacement-time and temperature-time, stress-strain and load-extension curves, as well as generating corresponding reports
Equipped with DSP-based interface for force, displacement, and strain measurement and control
Include specialized instruments and accessories required for force calibration

The SCT-30B operates through an electromechanical drive using Dead Weight loading mechanism. Its key feature of this machine is precise control of both temperature and applied force. Loading is applied through calibrated dead weights. A rigid lever with a knife-edge support multiplies the applied weight with a factor of 10 before transferring it to the specimen achieving an accuracy of ±0.5% within the range of 1000N-30kN (in compliance with ISO 7500). The rigid lever can be manually levelled via a handwheel for ease of operation. The system includes a dedicated display that transfers temperature to the software to determine the specimen temperature. The furnace can move vertically relative to the specimen for easy access and adjustment of the specimen, thermocouples, and extensometer. After specimen failure and test termination, a microswitch system halts the test, turns off the furnace, and stops the timer (mounted on the panel, with a resolution of 1 s). The test duration can also be monitored through the software. Additionally, an RS-485 to RS-232 converter transfers the specimen temperature to the PC. To ensure the application of an axial net force, the machine is equipped with self-aligning interfaces capable of accommodating various adapters and grips. These can accept multiple threaded fixtures (M6-M12) for round specimens, as well as adapters for sheet specimens up to 5 mm thick (available upon request). All grips, fixtures, and holder interfaces are made of INCONEL 738 superalloy, suitable for operation at temperatures 980˚C. Additional accessories are provided for force calibration allowing verification or adjustment of the axial load applied to the specimen. These include a 20kN tensile S-type load cell (resolution 1/100000 F.S), grip-mounted interfaces, and a force digital indicator. For accurate strain measurement inside the furnace and for plotting the creep curve, a precision sensor complete with a Hot Creep Test Extensometer interface is used. The sensor can be either a digital type or a linear potentiometer (stroke: 10 mm, resolution: 0.001 mm). The high-temperature extensometer is made of superalloy and can be mounted on the adapters for both round and sheet specimens.