Computer Servo Controlled Ball Screw Driven UTM (Model : M Series)

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If You Want to Know and Purchases Fine Group’s Computer Servo Controlled Ball Screw Driven UTM. Then, You Can Contact us Shortly and Check Features. We added here detailed specifications for the Computer Servo Controlled Ball Screw Driven UTM (Model : M Series).

Computer Servo Controlled Ball Screw Driven UTM ( 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. Large 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
  • Various Models – Maximum Capacity from 1 kN to 100 kN.
  • Loading accuracy well within ±1%, conforms to IS:1828 / BS:1610.
Technical Specification for Computer Controlled Universal Testing Machines
SPECIFICATION MODELS
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 Systems
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 SPECIFICATION APPLICATION
FG 1/1 2 kN Eccentric Roller Grip 25 mm wide x 5 mm thick For Dumbell shaped specimens of rubber & Plastics
FG 1/2 5 kN Eccentric Roller Grip 50mm wide x 6mm thick For Dumbell shaped specimens of rubber & Plastics
FG 2/1 1 kN Vice Type Grip 25mm wide x 4mm thick For thin flat samples of paper or materials with smaller strength
FG 2/2 5 kN Vice Type Grip 50mm wide x 10mm For fabric asbestos leather & similar flat & thin materials
FG 2/3 10 kN Vice Type Grip 100mm wide x 10 mm thick 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 thick 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
Grips to suit application are available.

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