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Computer Controlled Ball-Screw Driven Universal Testing Machine
Screw Driven Universal Testing Machines ( Model : M SERIES )
- Variety of tests like Tension,Compression,Tranverse, Peel off, Bend, Shear, etc. are conducted.
- Suitable for testing a wide range of materials like rubber, plastic, ferrous metals, non-ferrous metals,etc. of various forms like round, flat, thread, wire, dumb bell, fabric, belt, strip, rope, etc.
- AC Servo motor for crosshead control with infinitely variable speed drive.
- Computerized crosshead control Load measurement by load cell.
- Over Load & Over travel safety.
- Latest Windows based, Users friendly, Accurate, Menu driven software.
- On line display of Load, Elongation & Graph.
- Tare load & reset elongation facilities available.
- Build in facility for printing of test results and the graph.
- Selectable units like N, kN, kgf, lbf, inch, mm, etc.
- Fully automatic on screen calculations like UTS, YS, Proof stress, etc. vLarge storage space for storing test data of upto 50,000 tests.
- Electronic Extensometer (Optional) is available for proof stress evaluation.
- Standard load resolution is with 10,000 counts. Finer resolution (Optional) with 20,000 or 50,000 counts can also be offered at extra cost.
- Wide range of grips & accessories to suit different materials & tests.
- Various Models - Maximum Capacity from 1 kN to 100 kN.
- Loading accuracy well within ±1%, conforms to IS:1828 / BS:1610.
Technical Specifications - For Computer Controlled Universal Testing Machine
Specifications |
Model |
M1 |
M2 |
M5 |
M30 |
M50 |
M75 |
M100 |
Max. Capacity (kN) |
1 |
2 |
5 |
30 |
50 |
75 |
100 |
Max. Crosshead traverse excluding grips (mm) |
1000 |
1000 |
1000 |
1000 |
1000 |
1000 |
1000 |
Max. working width (mm) |
400 |
400 |
400 |
400 |
400 |
600 |
600 |
Fixed and working upper & lower limit switches |
√ |
√ |
√ |
√ |
√ |
√ |
√ |
Overall dimension H x W x D (mm) (Approx.) |
1780 x 630 x 505 |
1780 x 630 x 505 |
1780 x 630 x 505 |
1700 x 630 x 505 |
1920 x 675 x 750 |
2640 x 1180 x 1050 |
2640 x 1180 x 1050 |
Weight (kg) (Approx.) |
150 |
150 |
150 |
200 |
250 |
450 |
500 |
Power supply |
3 Phase, 415 V, 50 Hz, AC |
Overload protection for load |
√ |
√ |
√ |
√ |
√ |
√ |
√ |
(Software operated & electronically operated in the event of loadcell overload) |
Drive System |
Method of loading |
By recirculating balls screws |
Crosshead drive motor |
AC servo with feed back |
Crosshead Speed |
0.5 to 500 mm per min. |
Crosshead Control |
Computer controlled |
Accuracy of Speed in percent |
± 1% |
Measurement |
Load |
By Precision Loads cell’s |
Load resolution |
10,000 counts standard (20,000 or 50,000 counts optional) |
Load Accuracy |
±1% as per IS : 1828 - 1991 & BS : 1610 - 1964 |
Resolution of cross head displacement in mm |
0.01 m |
Details Of Grips (Extra Accessories)
Model |
Capacity |
Description |
Specifications |
Application |
FG 1/1 |
2 kN |
Eccentric Roller Grip |
25mm wide x 5mm thk |
For Dumbell shaped specimens of rubber & Plastics |
FG 1/2 |
5 kN |
Eccentric Roller Grip |
50mm wide x 6mm thk |
For Dumbell shaped specimens of rubber & Plastics |
FG 2/1 |
1 kN |
Vice Type Grip |
25mm wide x 4mm thk |
For thin flat samples of paper or materials with smaller strength |
FG 2/2 |
5 kN |
Vice Type Grip |
50mm wide x 10mm thk |
For fabric asbestos leather & similar flat & thin materials |
FG 2/3 |
10 kN |
Vice Type Grip |
100mm wide x 10 mm thk |
For fabric asbestos leather & similar flat & thin materials |
FG 6/1 |
1 kN |
Motorised Ring Grip |
--- |
For ‘O’ Rings |
FG 7/1 |
2 kN |
Bollard Type Grip |
20 SWG & Finer |
For fine flexible wires |
FG 7/2 |
5 kN |
Bollard Type Grip |
Upto 5mm dia |
For fine cords |
FG 7/3 |
20 kN |
Bollard Type Grip |
20mm wide |
For flexible non-metalic straps |
FG 7/4 |
10 kN |
Double Bollard Grip |
Upto 2mm dia |
For flexible wires |
FG 8/1 |
5 kN |
Vice cum Wedge Type Grip |
25mm wide x 5mm thk |
For rigid wires & strips |
FG 8/4 |
100 kN |
Vice cum Wedge Type Grip |
Flat – 35mm wide, thickness 0-10, 10-20mm Round – dia, 5-15, 15-25 mm |
For rigid wires, round bars and flat strips |
FG 8/6 |
30 kN |
Vice cum Wedge Type Grip |
Flat – 35mm wide, thickness 0-10 m Round – dia, 5-12 mm |
For rigid wires & strips |
FG 8/7 |
50 kN |
Vice cum Wedge Type Grip |
Flat – 35mm wide, thickness 0-10 mm Round – dia, 5-12, 10-17 mm |
For rigid wires & strips of relatively softer materials |
FG 8/8 |
50 kN |
Vice cum Wedge Type Grip |
Flat – 35mm wide, thickness 0-8 mm Round – dia, 5-10, 10-15 mm |
For rigid wires, round bars and flat strips of relatively harder materials (harder steels, etc.) |
FG 10/1 |
2 kN |
Grip for Special Moulded Plastics |
Moulded durabell specimen |
As per IS 867-1963 |
FG 11/1 |
2 kN |
Compression Cage |
100 x 65 x 200 mm height |
For conducting compression test |
FG 11/2 |
10 kN |
Compression Cage |
150 x 80 x 200 mm height |
For conducting compression test |
FG 11/3 |
50 kN |
Compression Cage |
150 x 150 x 200 mm height |
For conducting compression test |
FG 12/1 |
15 kN |
Bend Test Attachment |
Span Variable from 40 mm to 250 mm |
For conducting transverse or bend test |
FG 13/1 |
Elongation measures upto 800 mm |
High Elongation Electronic Extensometer |
L.C. 0.01mm, Maximum distance between knife edges 800 mm |
For measuring the elongation of plastics & similar materials |
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