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Sansi Eternal Technology (Zhejiang) Co., Ltd
Micro controlled high-temperature alloy tensile strength testing machine
NegotiableUpdate on 05/07
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Overview
The CMT5205XYDL micro controlled high-temperature alloy tensile strength testing machine is an electromechanical integrated product, mainly composed of a host (including frame, base, transmission system), fixtures, deformation measurement system, software system, and electrical system.
Product Details
CMT5205XYDL Micro controlled High Temperature Alloy Tensile Strength Testing Machine
1、 Equipment Overview
CMT5205XYDL Micro controlled High Temperature Alloy Tensile Strength Testing Machine is a microcomputer controlled electronic universal testing machine designed specifically for metal materials, non-metal materials, and composite materials. It is mainly used for testing and analyzing mechanical properties such as tension, compression, and bending in high temperature environments.
The device adopts a gantry type single space structure, with a maximum test force of 200kN, a testing machine accuracy level of 0.5, a test force measurement range of 0.4% -100% FS, and an accuracy of ± 0.5% of the displayed value. The equipment is equipped with wedge-shaped hydraulic fixtures, which have reliable clamping force and are suitable for clamping various high-strength, high hardness threaded steel and ordinary metal bars, plates, as well as new composite materials.
2、 Main functional features
1. Testing function
-Tensile, compressive, bending, shear, tear, peel, burst, fatigue and other tests on metallic materials, non-metallic materials and composite materials;
-Automatically calculate parameters such as maximum test force, fracture force, elongation, tensile strength, yield strength, compressive strength, elastic modulus, shear strength, tear strength, peel strength, etc;
-Support testing for requirements such as constant tensile stress, constant tensile stress, and load retention;
-It has three closed-loop control modes: stress, strain, and displacement;
2. Application Fields
Widely used in material inspection and analysis in industries such as building materials, aerospace, machinery manufacturing, wire and cable, rubber and plastic, automotive manufacturing, powder metallurgy, etc., it is an ideal testing equipment for scientific research institutions, colleges and universities, industrial and mining enterprises, technical supervision, commercial inspection and arbitration departments.
3、 Main components of the equipment
The CMT5205XYDL microcontroller high-temperature electronic universal testing machine is an electromechanical integrated product, mainly composed of the following systems:
1. Host system: including rack, base, and transmission system
2. Fixture system: Wedge hydraulic fixture
3. Deformation measurement system
4. Software system
5. Electrical system
The host adopts a gantry style single space structure, and the test space is located in the lower space, mainly composed of a base and a rack.
4、 Wedge hydraulic fixture
1. Main purpose
The 200kN series hydraulic fixture is clamped by hydraulic pressure and used for tensile testing of mechanical properties of metals and composite materials at room temperature. The clamping is reliable and does not slip. Due to the use of an embedded structure in this fixture, it is very convenient to clamp the sample and replace the jaws. The piston and slider are rigidly connected, and the cylinder body moves to make the jaws move parallel and clamp the sample, reducing the initial force at the moment of clamping. The jaw adopts a block type structure, which is convenient for replacing the jaw and removing dust, dirt, etc.
2. Applicable clamping materials
The 200kN series hydraulic fixture is suitable for clamping various high-strength and high hardness threaded steel and ordinary metal bars, plates, as well as new composite materials with high strength that are generally difficult to clamp.
3. Hardness range of clamping material
-When the hardness of the clamping material is below HRC28, standard jaws are used
-When the hardness of the clamping material is in the range of HRC28~HRC38, high-strength jaws are used
-When the hardness of the clamping material is above HRC38, this fixture is not allowed to be used and other clamping methods must be used
-When clamping threaded steel, use pliers for threaded steel
Attention: Unless otherwise specified, this fixture is only equipped with standard jaws
4. Working conditions
The working conditions of this device are the same as those of the testing machine:
-Relative humidity below: 80%
-Power supply voltage: 380V
-There should be a space of no less than 0.7m around the equipment, with a clean and dust-free working environment
5、 3SGW-1200A High Temperature Test Electric Furnace
1. Application scope
Used for strength testing in high temperature environments in GB/T4338 "Metallic Materials - High Temperature Tensile Test Method", HB5195 "Metallic Materials - High Temperature Tensile Test Method", GB/T2039 "Metallic Materials - Tensile Creep and Endurance Test Method", and HB5150 "Metallic Materials - High Temperature Tensile Endurance Test Method".
2. System composition
The electric furnace system consists of the following components:
-High temperature furnace body
-Temperature measurement and control system
-Heating element
-Temperature measuring element
-Adjustable support arm system
-High temperature stretching fixture and connecting accessories
-High deformation measuring device
-Water cooling circulation system
2. Technical performance and specifications
3. Main technical parameters of the equipment:
The CMT5205XYDL micro controlled high-temperature alloy tensile strength testing machine is a comprehensive and high-performance material testing equipment that integrates advanced microcomputer control technology, high-precision measurement system, and safety protection mechanism. It can meet the mechanical performance testing needs of various materials at room temperature and high temperature environments. The equipment is easy to operate, has high testing accuracy, and has a wide range of applications, making it an ideal choice for fields such as material research, quality testing, and product development.
