Touch Screen Control Precise Spring Fatigue Test Instrument Spring Torsion Testing Machine

• Customization: Available
• After-sales Service: Whole Life
• Warranty: Whole Life
• Model NO.: TNS-S2000
• Max Diameter of Workpiece: <500mm
• Mass Scope of Workpiece: <900kg
• Type: Strength Testing Machine
• Maxcapacity: <1000KN
• Accuracy Grade: 1
• Load Way: Electronic Load
• Loading Method: Static Load
• Display: Digital
• Control: Manual Control
• Weight: 0-100Kg
• Power Source: AC220V
• Oil Cylinder Position: No Have
• Application: Wire Material, Metal Bolts and Nuts Torsion Test
• Delivery: Within 15 Days
• Counting Stop Accuracy: ±1
• Maximum Outer Diameter of Specimen: 200mm
• Power Supply Voltage (Three-Wire Four-pH: 220VAC 50Hz
• Total Power: 1kw
• Torque Resolution: 0.1nmm
• Angle Resolution: 0.01°
• Maximum Test Space: 160mm
• Transport Package: Plywood Case
• Specification: 680mm× 890mm× 540mm
• Trademark: Chenji or OEM ODM
• Origin: Jinan or Others
• Package Size: 0.00cm * 0.00cm * 0.00cm
• Package Gross Weight: 0.000kg

Product Description

TNS-S2000 Spring Torsion Testing Machine

Touchscreen Control method
               

1. Company Introduction

Jinan Chenji International Trade Co., Ltd. is a professional manufacturer specializing in the research and development and production of testing machines for metallic and non-metallic materials. The company has achieved remarkable results in the research, development, production, and sales of equipment such as spring fatigue testing machines, spring tension and compression testing machines, spring torsion testing machines, spring load sorting testing machines, and spring height and stiffness sorting testing machines. The company designs, processes, and assembles its own products. Quality control is strict, and prices are reasonably set.

1. Products Overview

The TPJ-S2000 spring torsion fatigue testing machine is specifically designed for springs requiring large-angle, high-frequency durability fatigue testing. It can test static torque, torsion angle, and stiffness. By changing the fixtures, it can also test the torsion of other elastic components.
The machine features a reasonable, simple, and reliable structure; accurate and convenient adjustment of the test space and test stroke; convenient and reliable specimen clamping; stable operation; and ease of maintenance. Furthermore, the amplitude and frequency of the spring can be adjusted according to its technical requirements.

1. Scheme Description (Photos of the actual torsion testing machine)

The testing machine consists of two main parts:  the main unit & the operating system.
3.1 Main Unit
The main unit consists of four parts: base, loading mechanism, and fixture. The loading mechanism, transmission mechanism, and fixture are all mounted on the base and firmly formed as a whole.

1. The base is machined from a single piece of steel plate, providing good rigidity and an aesthetically pleasing appearance.
2. The loading mechanism uses a Panasonic AC servo motor. The control system controls the servo motor to generate a fixed-angle reciprocating rotation, thereby performing a torsional test on the spring.
3. The fixture is the actuator of the entire testing machine. It is specifically designed for fatigue testing of spring assemblies and can perform tests on various specimens.

3.2 Control System

1. The high-voltage electrical control system for fatigue testing includes functions such as count setting, stop when the count reaches its limit, and frequency adjustment, all implemented by the control cabinet. The testing software system displays the test torsion angle and test torque on a screen, collects test data in real time, and displays the curves. The control principle is as follows:

3.3 Key features are as follows:

1. l Touchscreen display with multiple functions, enabling torque measurement at a fixed angle and angle measurement at a fixed torque;
2. l Torque and torsion angle are freely adjustable;
3. l Real-time display of torque, torsion angle, and curves;
4. l Automatic return to center after testing for higher efficiency;
5. l Torsion angle and torque can be printed via a mini printer;
6. l Overcurrent, overvoltage, and overload protection are provided;

4. Main technical specifications of the testing machine:

NO.	Name	Technical Parameter
1	Maximum loading torque	2000N.mm
2	Maximum test space	160mm
3	Torque accuracy	±1%
4	Torque resolution	0.1Nmm
5	Angle resolution	0.01°
6	Counting stop accuracy	±1
7	Maximum outer diameter of specimen	φ200
8	Test fixture	Designed according to experimental requirements
9	Power supply voltage (three-wire four-phase)	220VAC 50Hz
10	Total power	1kW
11	Electrical equipment quality of the testing machine	It should comply with GB/T2611-2006 "General Technical Requirements for Testing Machines"

5.  Configuration of the testing machine

NO.	Item Name	Spec.	Qty
1	Main frame	Independently designed	1 set
2	Loading motor	Panasonic servo motors	1 set
3	Guiding system	ABBA	2 sets
4	Control system	Independently designed	1 set
5	Display operating system	touchscreen	1 set
6	Gear reducer	servo planetary gearbox	1 set

6.  Attachments

6.1 Accessories: 1 set

6.2 Product Instruction Manual: 1 set

6.3 Product Certificate of Conformity: 1 set

6.4 Equipment Packing List: 1 set

7.  Quality Assurance
The equipment warranty period is one year from the date of formal delivery. During the warranty period, the supplier will provide timely and free repair services for all types of equipment malfunctions. For any damage to parts not caused by human error, the supplier will promptly replace them free of charge. Outside the warranty period, if the equipment malfunctions during use, the supplier will promptly provide on-site service to the ordering party, actively assist the ordering party in completing the repair tasks, and provide lifetime maintenance