Cjd-1000 Computer Controlled Material Auto Torsion Testing Machine 10nm ~ 1000nm Torsion Tester

• Customization: Available
• After-sales Service: Whole Life
• Warranty: Whole Life
• Model NO.: CJD-1000
• Max Diameter of Workpiece: <500mm
• Mass Scope of Workpiece: 2000kg
• Type: Material Testing Machine
• Maxcapacity: <1000KN
• Accuracy Grade: 1
• Load Way: Electronic Load
• Loading Method: Static Load
• Display: Digital
• Control: Computer Control
• Weight: 500-1000Kg
• Power Source: AC220V
• Oil Cylinder Position: No Have
• Application: Wire Material, Metal Bolts and Nuts Torsion Test
• Delivery: Within 15 Days
• Resolution: 0.001nm
• Relative Error of Indication: Better Than ±1%
• Speed Range: 0 ~ 25deg/Sec
• Speed Mode: Stepless Speed Regulation
• Clamping Sample Size: 6mm-16mm
• Motor Power: 1kw
• N.W.: 600kg
• Transport Package: Plywood Case
• Specification: 1500mm× 550mm× 1300mm
• Trademark: Chenji or OEM ODM
• Origin: Jinan or Others

Product Description

CJD-1000 Computer controlled Material Auto Torsion Testing Machine 10NM ~ 1000NM Torsion Tester
1. Equipment name: microcomputer controlled torsion testing machine
2. Equipment model: JWD-1000
3. Main technical indicators
 

Machine accuracy grade			Class 1
measure standard	Torque	Measuring range	10N·m ~ 1000N·m
		Resolution	0.001N·m
		Relative error of indication	Better than ±1%
	Corner	Measuring range	0~n x 360°(1≤n≤27777)
		Resolution	0.0001 deg
		Relative error	Better than ±0.5%
Control	Torque	Rate range	0.5 ~20 N·m /sec.
		control precision	±2%
	Corner	Speed range	0 ~ 25deg/sec
		Speed mode	Stepless speed regulation
		Twist direction	Forward Reverse
		control precision	±1%
Others	Maximum distance between chucks		550mm
	Clamping sample size		Φ6mm~Φ16mm
	Motor Power		1kw
	Dimensions		1500mm×550mm×1300mm
	weight		600kg

Product configuration
The main parts and components of this machine are selected from high-quality products, and the manufacturers and brands are as follows:
lServo system (servo drive and servo motor) Riding latest series
lController: JW/ CT-600
l Reducer: domestic precision
lPhotoelectric encoder: Japan NEMICON company
lStrain type torsion gauge (optional)
lTorque sensor: Zhejiang Zhenhai Sensor Factory
lElectronic components: select brands from internationally renowned companies such as INTEL, MOTOROLA, TEXAS, NS, ANOLOG DEVICE, HARRIS, AMD, HITACHI, OMRON, NEC, PHILIPS, etc.
lComputer: brand-name computer (17 "LCD monitor)
lPrinter: HP A4 color inkjet printer
lMeasurement and control software: JiuwangtestV2.0

Introduction to control and measurement system
1.1. Controller introduction
The CT-600 controller is completely developed from the perspective of the application of the testing machine industry, and strives to complete the functions required by the testing machine sharply. Therefore, the hardware circuit design uses highly integrated and modular design ideas. This system adopts SOC (system on chip) and FPGA (large-scale programmable gate array) chips are used as its core controls. This is done, the hardware circuit is simple, and the reliability is high, but in programming, it is necessary to use a large amount of code to allocate each function;
The characteristics of modularization are: program group management, strong scalability; due to the small batch, multi-variety characteristics of our testing machine industry, it is determined that a control system that does not have good scalability cannot survive. So modular management in the program is a must!

1. Basic functions of the controller:
2. Without any expansion, the main board of the CT-600 controller has four analog channels, that is, two load sensor channels and two strain gauge extensometer channels, and three digital channels, that is, one displacement sensor channel and one displacement sensor channel. For large deformation channels, 8 input and 8 output I/O channels are added. These input and output channels can at least satisfy most electronic testing machines. If you press an expansion card, you will have two D/A outputs, which can control most hydraulic equipment and horizontal push fixtures. This is a modular design. The advantage is that it can expand functions more conveniently without affecting existing functions and interface protocols.

iii. Guarantee of the reliability of CT-600:
CT-600 all adopt the direct welding method of components, and most of them are SMD components, which can effectively avoid the impact of vibration and oxidation on the controller;
The chips of this controller are all imported industrial-grade devices, which guarantees the stability of the controller in terms of the quality of the hardware.
In terms of component welding, all use chip mounter for welding, which avoids the influence of artificial individual differences on circuit board welding.
The controller is equipped with dedicated personnel for assessment and high and low temperature aging tests, and the implementation is carried out in strict accordance with the assessment process to further avoid the application of unqualified controllers to the host.
2. Jiuwang testV2.0 Software Introduction
1. Software system: software package under Chinese Windows'2000/Xp platform, beautiful and generous interface.
2. Data dynamic display: the test data (such as torque, torsion angle, stroke, etc.) are displayed in real time during the test.
3. Peak automatic tracking: Automatically track the peak value of the data during the test, the peak value will remain displayed after the end of the test, and the next peak value will be automatically tracked after the next test.
4. Curve automatic adjustment: The test curve is dynamically displayed in real time during the test. When the curve exceeds the range of the coordinate value, the coordinate value is automatically enlarged to adapt to the curve display.
5. Independent sample parameters: a group of samples, the parameters of which can be individually set and saved, and the sample parameters are automatically read in sequence during the test and participate in data calculation.
6. Dynamic function menu: The function menu corresponding to the function key will dynamically switch with different interfaces, guiding the user to complete the corresponding function operation in real time.
7. Immediate display of results: After the test is over, the test results can be viewed immediately, and the test conclusion column is displayed, which can not be displayed on one screen, but can be displayed by turning pages.
8. Parameter automatic memory: The parameters used by the system can be automatically stored, and the system will automatically read in the stored parameters when the system is turned on next time.
9. Automatic recognition: After the sample is destroyed, it will automatically recognize and complete the next function immediately according to the expected purpose.
10. Multiple control modes: It has multiple control modes such as stroke control, torque control, torsion angle control, stress control, and shear strain control.
11. Report programming: different report formats can be output according to user needs.
12. Original data export function: The original data of the experiment can be exported to files in Excel, XML, HTML, CSV and other formats.
13. A variety of curves: select engineering stress-shear strain, torque-torsion angle, torque-time, stress-time, shear strain-time and other curves.
14. Test conclusion: Torsional strength ,yield strength , upper yield strength, down yield strength, maximum torque (T_b), specified non-proportional torsional stress, maximum non-proportional shear strain, Shear modulus (G), torque corresponding to constant torque, torque corresponding to constant torque, etc.
15. Abundant statistical functions: average value, standard deviation, coefficient of variation, maximum value, minimum value, intermediate value, etc.
16. Editing and re-analyzing functions of test conclusions.


Structure introduction
The host is composed of a base, a slide, and a computer control system. The torque applying mechanism installed on the slide plate can slide freely on the guide rail of the machine base. The loading mechanism is driven by a Japanese Panasonic servo motor to make the chuck apply torque to the sample. The torque application and parking of the testing machine can be controlled by the computer. It can be controlled by pressing the manual button. The torque from the chuck transmits the signal to the computer control system through the torque sensor, and at the same time, the torsion angle is detected by the high-precision photoelectric encoder. (See catalog for details)
Installation
Installation requirements: The testing machine is installed on a stable foundation, the installation level is less than or equal to 0.2/1000, and there is a space of no less than 1m around. The room is clean, dry, free of vibration and corrosive gases, and the power supply is three-phase 220V, 50Hz, and voltage fluctuations. Does not exceed ±10% of the rated value.