Etm-10s 1000kgs Digital Display Type Universal Testing Machine with High Accuracy Load Cell Tensile Strength Measuring
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Control type
digital display
Product Details
| Customization: | Available |
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| Warranty: | 12 Months |
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Basic Info.
- Model NO.
- ETM-10s
- Max Diameter of Workpiece
- 10-50mm
- Mass Scope of Workpiece
- 10000kg
- Type
- Strength Testing Machine
- Maxcapacity
- <1000KN
- Accuracy Grade
- 1
- Load Way
- Hydraulic
- Loading Method
- Static Load
- Display
- Digital
- Control
- Computer Control
- Weight
- 100-500Kg
- Power Source
- AC220V
- Oil Cylinder Position
- Under
- Usage
- Steel Metallographic Material
- Accuracy
- Class 1 /0.5
- Delivery Time
- 15 Days
- Tensile Jaw
- 3-16mm-30mm
- Piston Stroke
- 200mm
- Column Distance
- 480mm
- Tensile Fixture
- Manual Wedge Clamp Fixture
- Flat Jaws for Steel Plate
- 0-30mm
- Compression Plate
- 100 180mm
- Bending Roller Width
- 30*100mm
- Bending Span
- 15-240mm
- Main Body Size
- 860X640X1600mm or Customized
- Total Weight
- 3.8tons
- Name 1
- Tensile Testing Machine
- Key
- Strength Testing Machine
- Transport Package
- Plywood Case for Container Loading
- Specification
- 510*290*730m
- Trademark
- CHENJI or OEM
- Origin
- China Jinan or Others
- HS Code
- 9024800000
- Production Capacity
- 200 Set Per Year
Packaging & Delivery
- Package Size
- 850.00cm * 950.00cm * 1200.00cm
- Package Gross Weight
- 150.000kg
Product Description
Machine Name: Digital display automatic universal testing machine
Model: ETM-10S
Main functions of the device
This digital automatic universal testing machine is suitable for testing the mechanical properties of metals, non-metallic materials, and composite materials, as well as analyzing their process performance. Equipped with appropriate tooling, it can perform tensile, compression, bending, shear, tearing, peeling, and bursting tests. It automatically calculates parameters such as maximum test force, breaking force, elongation, tensile strength, yield strength, compressive strength, elastic modulus, shear strength, tear strength, and peel strength. It can also perform tests requiring constant elongation stress, constant stress elongation, and load retention. This machine is widely used for material inspection and analysis in industries such as construction and building materials, aerospace, machinery manufacturing, wire and cable, rubber and plastics, automotive manufacturing, and powder metallurgy. It is an ideal testing device for research institutions, universities, manufacturers, technical supervision agencies, and commodity inspection and arbitration departments.
Tests can be performed in accordance with GB, ASTM, DIN, ISO, JIS, and BS standards.
Testing machine manufacturing standard: GB/T 16491-2008 Electronic Universal Testing Machine
Main technical parameters
Product Features and Performance Overview
Main Components:
The ETM-10S digital automatic universal testing machine is a mechatronic product, consisting primarily of a mainframe (including a frame, base, and transmission system), a fixture, and a software control system.
Mechanical Structure:
The mainframe is a double-arm frame structure consisting of a base, four columns, and two lead screws. The transmission and loading system utilizes an AC servo motor and a synchronous toothed belt reducer to drive a high-precision ball screw, which in turn drives the moving crossbeam for loading. The testing machine boasts excellent coaxiality (<8%). The base is constructed of solid steel for excellent stability. The frame is a portal structure, primarily consisting of a baseplate, upper, middle, and lower crossbeams, and connecting beams. The crossbeams are made of steel. High-strength beams secure the upper crossbeam and work surface, creating a highly rigid structural frame. This machine offers an aesthetically pleasing design, excellent stability, high rigidity, high control accuracy, high efficiency, low noise, and is energy-efficient and environmentally friendly.
Frame:
A robust, self-lubricating guide rod increases the machine's lateral rigidity and ensures linear crosshead movement. It ensures precise alignment of the cross joints, ensuring coaxiality and minimizing measurement data variability. Key load-bearing components are constructed entirely of cast steel, ensuring overall frame rigidity.
A ground-grade, preloaded ball screw and heavy-duty bearings ensure long-term, zero-backlash operation, low noise, and accurate, repeatable test results.
Product Features Overview:
Exterior: Spray-coated and molded in a single process, the unit boasts an elegant appearance.
Load Cell: Utilizes imported, high-stability, high-precision strain gauge load cells. The highly stable, precise measurement system ensures consistent resolution throughout the entire test force range, ensuring a maximum error of ±0.5% in the indicated test force. Multiple load cells can be used in various configurations to achieve a wide range of test force measurements. The unit offers excellent temperature compensation, high sensitivity, high rigidity, and long-term stability.
Compact design conserves vertical testing space.
Safety Load: 150% rated load.
Excellent linearity under tension and compression.
High longitudinal and lateral rigidity.
Load cell accuracy ranges from 2% of capacity to full scale without loss of accuracy.
Load accuracy is 1% of indicated load.
Fixtures: Specialized test fixtures for wood-based panels can be used to perform the corresponding tests, and a variety of optional test fixtures are available to accommodate various tests.
Control and Drive System: Utilizing an internationally leading fully digital AC servo motor with high control precision and high response frequency, this system ensures high efficiency, low noise, and balanced transmission, while guaranteeing a speed tolerance of no more than ±0.2%. Utilizing a circular-arc toothed synchronous belt drive, this system offers advantages such as high transmission accuracy, 98% transmission efficiency, smooth operation, and low noise.
High-precision AC servo motors and a meticulously designed transmission structure utilize arc-shaped silent synchronous belts for high efficiency and low noise. This provides our equipment with excellent dynamic characteristics, reliability, low maintenance, and superior force/speed characteristics.
Transmission System
Measurement and Control System: Real-time, dynamic display of test data, data processing via modular software, and direct printing via micro-printer.
Professional, safe, and user-friendly design: The emergency stop switch reliably locks the equipment in an emergency; position limits effectively protect the equipment; and multiple software and hardware protections ensure the safety of both equipment and personnel.
Control system performance features:
Components undergo reliability aging tests, including minimum 72 hours of high- and low-temperature storage, high- and low-temperature cycling, high- and low-temperature shock, and constant temperature and humidity, ensuring stable and high performance. Passing stringent 3C/CE/UL certifications, the system offers reliable quality.
Safe and reliable design and engineering, along with the measurement and control system's zero-wait feature for control tasks, provide customers with enhanced protection and support. This system also offers comprehensive, fully legal, and fully traceable operation for complex material testing. The system features neat, neat, and secure connectors, with all gold-plated connections, ensuring long-term stable and reliable operation. All components are made of lead-free (RoHS) environmentally friendly materials, and all ICs are packaged in industrial-grade packaging. Operating temperatures range from -40°C to 85°C, the system ensures excellent performance in a wide range of operating environments.
Operating Environment
A. Equipment Operation Location: Indoor working environment: Clean, dust-free, shock-free, vibration-free, free from strong magnetic fields and corrosive media. The indoor installation location should maintain a levelness of no more than 0.2/1000.
B. Environmental Conditions: Testing is generally conducted within a temperature range of 10°C to 35°C, with relative humidity below 82%. For tests requiring strict temperature requirements, the test temperature should be 23°C ± 5°C.
The actual Use appliance : plastic material / package material/ PE/rubber material / composite material / New material
Model: ETM-10S
Main functions of the device
This digital automatic universal testing machine is suitable for testing the mechanical properties of metals, non-metallic materials, and composite materials, as well as analyzing their process performance. Equipped with appropriate tooling, it can perform tensile, compression, bending, shear, tearing, peeling, and bursting tests. It automatically calculates parameters such as maximum test force, breaking force, elongation, tensile strength, yield strength, compressive strength, elastic modulus, shear strength, tear strength, and peel strength. It can also perform tests requiring constant elongation stress, constant stress elongation, and load retention. This machine is widely used for material inspection and analysis in industries such as construction and building materials, aerospace, machinery manufacturing, wire and cable, rubber and plastics, automotive manufacturing, and powder metallurgy. It is an ideal testing device for research institutions, universities, manufacturers, technical supervision agencies, and commodity inspection and arbitration departments.
Tests can be performed in accordance with GB, ASTM, DIN, ISO, JIS, and BS standards.
Testing machine manufacturing standard: GB/T 16491-2008 Electronic Universal Testing Machine
Main technical parameters
| NO. | Machine Name | Technical Parameter |
| 1 | Maximum test force | 10kN |
| 2 | Accuracy level | Better than Class 0.5 |
| 3 | Test force measurement range | 2% to 100% FS (Full Scale) |
| 4 | Test force indication error | Within ±1% of indicated value |
| 5 | Test force indication resolution | Maximum test force 1/300,000 (no steps, and constant resolution) |
| 6 | Displacement indication error | Within ±0.5% of indicated value |
| 7 | Displacement rate adjustment range | 0.1 to 500 mm/min |
| 8 | Displacement rate control accuracy | Within ±0.5% of set value |
| 9 | Main unit test space | Upward and downward pressure clearance |
| 10 | Effective tensile stroke | 700mm |
| 11 | Effective compression stroke | 700mm |
| 12 | Effective test width | 400mm |
| 13 | Device dimensions | 760*460*1700mm |
| 14 | Device weight | 240Kg |
| 15 | Power supply | 220V, 50Hz ,750W |
| 16 | Working environment | Room temperature ~ 40°C, humidity 20% ~ 80% |
| 14 | Safety protection | Electronic limit protection |
Product Features and Performance Overview
Main Components:
The ETM-10S digital automatic universal testing machine is a mechatronic product, consisting primarily of a mainframe (including a frame, base, and transmission system), a fixture, and a software control system.
Mechanical Structure:
The mainframe is a double-arm frame structure consisting of a base, four columns, and two lead screws. The transmission and loading system utilizes an AC servo motor and a synchronous toothed belt reducer to drive a high-precision ball screw, which in turn drives the moving crossbeam for loading. The testing machine boasts excellent coaxiality (<8%). The base is constructed of solid steel for excellent stability. The frame is a portal structure, primarily consisting of a baseplate, upper, middle, and lower crossbeams, and connecting beams. The crossbeams are made of steel. High-strength beams secure the upper crossbeam and work surface, creating a highly rigid structural frame. This machine offers an aesthetically pleasing design, excellent stability, high rigidity, high control accuracy, high efficiency, low noise, and is energy-efficient and environmentally friendly.
Frame:
A robust, self-lubricating guide rod increases the machine's lateral rigidity and ensures linear crosshead movement. It ensures precise alignment of the cross joints, ensuring coaxiality and minimizing measurement data variability. Key load-bearing components are constructed entirely of cast steel, ensuring overall frame rigidity.
A ground-grade, preloaded ball screw and heavy-duty bearings ensure long-term, zero-backlash operation, low noise, and accurate, repeatable test results.
Product Features Overview:
Exterior: Spray-coated and molded in a single process, the unit boasts an elegant appearance.
Load Cell: Utilizes imported, high-stability, high-precision strain gauge load cells. The highly stable, precise measurement system ensures consistent resolution throughout the entire test force range, ensuring a maximum error of ±0.5% in the indicated test force. Multiple load cells can be used in various configurations to achieve a wide range of test force measurements. The unit offers excellent temperature compensation, high sensitivity, high rigidity, and long-term stability.
Compact design conserves vertical testing space.
Safety Load: 150% rated load.
Excellent linearity under tension and compression.
High longitudinal and lateral rigidity.
Load cell accuracy ranges from 2% of capacity to full scale without loss of accuracy.
Load accuracy is 1% of indicated load.
Fixtures: Specialized test fixtures for wood-based panels can be used to perform the corresponding tests, and a variety of optional test fixtures are available to accommodate various tests.
Control and Drive System: Utilizing an internationally leading fully digital AC servo motor with high control precision and high response frequency, this system ensures high efficiency, low noise, and balanced transmission, while guaranteeing a speed tolerance of no more than ±0.2%. Utilizing a circular-arc toothed synchronous belt drive, this system offers advantages such as high transmission accuracy, 98% transmission efficiency, smooth operation, and low noise.
High-precision AC servo motors and a meticulously designed transmission structure utilize arc-shaped silent synchronous belts for high efficiency and low noise. This provides our equipment with excellent dynamic characteristics, reliability, low maintenance, and superior force/speed characteristics.
Transmission System
Measurement and Control System: Real-time, dynamic display of test data, data processing via modular software, and direct printing via micro-printer.
Professional, safe, and user-friendly design: The emergency stop switch reliably locks the equipment in an emergency; position limits effectively protect the equipment; and multiple software and hardware protections ensure the safety of both equipment and personnel.
Control system performance features:
Components undergo reliability aging tests, including minimum 72 hours of high- and low-temperature storage, high- and low-temperature cycling, high- and low-temperature shock, and constant temperature and humidity, ensuring stable and high performance. Passing stringent 3C/CE/UL certifications, the system offers reliable quality.
Safe and reliable design and engineering, along with the measurement and control system's zero-wait feature for control tasks, provide customers with enhanced protection and support. This system also offers comprehensive, fully legal, and fully traceable operation for complex material testing. The system features neat, neat, and secure connectors, with all gold-plated connections, ensuring long-term stable and reliable operation. All components are made of lead-free (RoHS) environmentally friendly materials, and all ICs are packaged in industrial-grade packaging. Operating temperatures range from -40°C to 85°C, the system ensures excellent performance in a wide range of operating environments.
Key description:
1. Main machine: The machine adopts a double-space door structure, with the upper space stretching and the lower space compression, and a bending design. The crossbeam can be lifted and lowered steplessly. The transmission part adopts a circular arc synchronous toothed belt and a screw pair drive, which is stable and low-noise. The specially designed synchronous toothed belt deceleration system and the precision ball screw pair drive the moving crossbeam of the test machine, achieving gapless transmission.
2. Accessories:
Standard configuration: a set of special fixtures for artificial board testing.
3. Electrical measurement and control system:
(1) It adopts an AC servo system and servo motor with stable and reliable performance, and has overcurrent, overvoltage, overspeed, overload and other protection devices. The system has a limit protection device and an automatic diagnosis function. It regularly checks the measurement system and drive system for overload, overvoltage, overload, etc., and immediately protects in case of abnormal conditions.
(2) It has protection functions such as overload, overcurrent, overvoltage, upper and lower limit of displacement and emergency stop.
(3) The built-in controller ensures that the testing machine can control parameters such as beam displacement and achieve constant speed displacement.
(4) At the end of the test, it can return to the initial position of the test manually or automatically at high speed.
(5) It realizes the true physical zeroing, gain adjustment and automatic shifting, zeroing, calibration and storage of test force measurement without any analog adjustment link, and the control circuit is highly integrated.
(6) The electrical control circuit refers to international standards and complies with national testing machine electrical standards. It has strong anti-interference ability, ensuring the stability of the controller and the accuracy of test data.
Testing machine manufacturing standard: GB/T 16491-2008 Electronic universal testing machine; Required test method standards: GB/T 228-2010 "Metallic materials room temperature tensile test method", GB/T 232-2010 "Metallic materials bending test method", GB/T 7314-2007 "Metallic materials room temperature compression test method". GB/T2611-2007 "Testing Machines - General Technical Requirements"
GB/T 9846-2015 "Ordinary Plywood"
GB/T18101-2024 "Flame-Retardant Plywood"
GB/T 17657-2022 "Test Methods for Physical and Chemical Properties of Wood-Based Panels and Veneered Wood-Based Panels"
Host equipment standard configuration
1. Main machine: The machine adopts a double-space door structure, with the upper space stretching and the lower space compression, and a bending design. The crossbeam can be lifted and lowered steplessly. The transmission part adopts a circular arc synchronous toothed belt and a screw pair drive, which is stable and low-noise. The specially designed synchronous toothed belt deceleration system and the precision ball screw pair drive the moving crossbeam of the test machine, achieving gapless transmission.
2. Accessories:
Standard configuration: a set of special fixtures for artificial board testing.
3. Electrical measurement and control system:
(1) It adopts an AC servo system and servo motor with stable and reliable performance, and has overcurrent, overvoltage, overspeed, overload and other protection devices. The system has a limit protection device and an automatic diagnosis function. It regularly checks the measurement system and drive system for overload, overvoltage, overload, etc., and immediately protects in case of abnormal conditions.
(2) It has protection functions such as overload, overcurrent, overvoltage, upper and lower limit of displacement and emergency stop.
(3) The built-in controller ensures that the testing machine can control parameters such as beam displacement and achieve constant speed displacement.
(4) At the end of the test, it can return to the initial position of the test manually or automatically at high speed.
(5) It realizes the true physical zeroing, gain adjustment and automatic shifting, zeroing, calibration and storage of test force measurement without any analog adjustment link, and the control circuit is highly integrated.
(6) The electrical control circuit refers to international standards and complies with national testing machine electrical standards. It has strong anti-interference ability, ensuring the stability of the controller and the accuracy of test data.
Testing machine manufacturing standard: GB/T 16491-2008 Electronic universal testing machine; Required test method standards: GB/T 228-2010 "Metallic materials room temperature tensile test method", GB/T 232-2010 "Metallic materials bending test method", GB/T 7314-2007 "Metallic materials room temperature compression test method". GB/T2611-2007 "Testing Machines - General Technical Requirements"
GB/T 9846-2015 "Ordinary Plywood"
GB/T18101-2024 "Flame-Retardant Plywood"
GB/T 17657-2022 "Test Methods for Physical and Chemical Properties of Wood-Based Panels and Veneered Wood-Based Panels"
Host equipment standard configuration
| NO. | Parts Name | Qty |
| 1 | Main unit, 10kN portal structure | 1 set |
| 2 | High-precision, backlash-free ball screw | 2 PCS |
| 3 | High-precision servo motor and servo drive | 1 set |
| 4 | Control and measurement system | 1 set1 set |
| 5 | Timing belt | 1 set |
| 6 | High-precision wheel-type sensor, 10kN | 1 PC |
| 7 | Aluminum alloy protective cover | |
| 8 | NaiceTEST fully digital touchscreen controller | 1 set |
| 9 | Load measurement system | |
| 10 | Displacement measurement system | |
| 11 | Deformation measurement system | |
| 12 | Microprinter | |
| 13 | Surface bonding strength of artificial boards | A set of special test fixtures for artificial boards |
| 14 | Tension strength of artificial boards | |
| 15 | Gluing strength of artificial boards | |
| 16 | Internal bonding strength of artificial boards | |
| 17 | Static bending strength and elastic modulus of artificial boards | |
| 18 | Screw grip test fixture for artificial boards |
Operating Environment
A. Equipment Operation Location: Indoor working environment: Clean, dust-free, shock-free, vibration-free, free from strong magnetic fields and corrosive media. The indoor installation location should maintain a levelness of no more than 0.2/1000.
B. Environmental Conditions: Testing is generally conducted within a temperature range of 10°C to 35°C, with relative humidity below 82%. For tests requiring strict temperature requirements, the test temperature should be 23°C ± 5°C.
The actual Use appliance : plastic material / package material/ PE/rubber material / composite material / New material
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