Servo-Computerised Universal Testing Machines (FSA Make)

Precision Control. Consistent Performance.

The TUE-C-SERVO is a servo-controlled Universal Testing Machine developed for precise and repeatable material testing. Its closed-loop control system provides accurate regulation of load and strain rates, with computer-based selection of test parameters.

Key Features

• Closed-Loop Servo Control: Electronically controlled pressure and flow valves with dedicated control and PID feedback for precise load and strain-rate regulation.
• Computer-Selectable Test Rates: Load and strain rates can be configured directly through the connected computer.
• Advanced DAS Panel: A dedicated 32-bit microcontroller-based Data Acquisition & Control System provides reliable digital control and data handling.
• Multiple Control Modes: Supports a range of operating modes to suit different material-testing requirements.
• USB Connectivity: DAS panel connects easily to modern PCs and laptops via USB.
• High Load Accuracy: Accuracy of up to ±1% from 2% to 100% of machine capacity.
• User-Friendly Software: Intuitive testing software with the facilities and functions available under the TUE-C series.
• Wide Capacity Range: Models available from 100 kN to 2000 kN.
• Standards Compliance: Designed to conform to IS 1828 and BS 1610 requirements.

Designed for Modern Material Testing

The TUE-C-SERVO combines servo technology, closed-loop PID control and computerised data acquisition to deliver controlled loading, accurate strain-rate testing and dependable test results for demanding laboratory and industrial applications.

Technical Specification for SERVO Computerized Versions

MODEL  (SERVO)	TUE-C-100	TUE-C-200	TUE-C-400	TUE-C-600	TUE-C-1000	TUE-C-2000
Measuring Capacity(kN)	100	200	400	600	1000	2000
Measuring Range (kN)	0 – 100	0 – 200	0 – 400	0 – 600	0 – 1000	0 – 2000
Least Count (kN)	0.01	0.02	0.04	0.06	0.1	0.2
Load Range in kN with accuracy of measurement ± 1%	2 to 100	4 to 200	8 to 400	12 to 600	20 to 1000	40 to 2000
Resolution of Piston Movement (mm)	0.1	0.1	0.1	0.1	0.1	0.1
Over all dimensions approx. (mm)	1950 x 800 x 1850	2000 x 800 x 1900	2100 x 800 x 2060	2200 x 800 x 2400	2350 x 800 x 2700	3000 x 800 x 3600
Weight approx. (kg.)	1200	1300	2100	3100	4100	8500

Common Specification for all Versions

MODEL (SERVO)	TUE-100	TUE-200	TUE-400	TUE-600	TUE-1000	TUE-2000
Measuring Capacity (kN)	100	200	400	600	1000	2000
Max. Tensile Clearance at fully decended piston position (mm)	50 – 700	50 – 700	50 – 700	50 – 800	50 – 850	50 – 900
Max. Clearance for Compression Test (mm)	0 – 700	0 – 700	0 – 700	0 – 800	0 – 850	0 – 900
Distance between columns (mm)	450	500	500	600	750	850
Piston Stroke (mm)	150	200	200	250	250	300
Max. straining speed at no load (mm/min)	300	150	150	100	80	45
Power Supply	3 phase 415V 50Hz AC
Total H.P.	1.5	1.5	2.5	2.5	4.0	6.5

Standard Accessories for all Version

MODEL (SERVO)	TUE-100	TUE-200	TUE-400	TUE-600	TUE-1000	TUE-2000
Pair for compression plate dia (mm)	120	120	120	120	160	220
Tension Test Jaws
For Round Specimen dia (mm)	10 – 20	10 – 20	10 – 25	10 – 25	10 – 30	20 – 40
For Round Specimen dia (mm)	20 – 30	20 – 30	25 – 40	25 – 40	30 – 50	40 – 60
For Round Specimen dia (mm)	–	–	–	40 – 55	50 – 70	60 – 80
For Flat Specimen Thickness (mm)	0 – 10	0 – 10	0 – 15	0 – 15	0 – 22	0 – 22
For Flat Specimen Thickness (mm)	10 – 20	10 – 20	15 – 30	15 – 30	22 – 44	22 – 45
For Flat Specimen Thickness (mm)	–	–	–	–	44 – 65	45 – 70
Max. width of Flat Specimen (mm)	50	50	65	70	70	90
Transverse Test
Adjustable Roller Support of width (mm)	150	150	150	160	160	200
Diameter (mm)	30	30	30	50	50	70
With Max. adjustable clearance (mm)	450	500	500	600	800	900
Punch tops of radius (mm)	6	6	10	16	16	30
Punch tops of radius (mm)	12	12	16	22	22	40