Sinco Tec BauteilPrftechnik Gmb H 13581584194 021 64139511

高�共振疲��系� Sinco. Tec Bauteil-Prüftechnik Gmb. H 手机： 13581584194 ��： 021 -64139511 �箱：loxofo@163. com 德国SINCOTEC 公司

德国Sinco. Tec Gmb. H

History（发展历史 1） History 1775 George III. of Hanover creates the Mining School in Clausthal. 1828 Development of the world’s first dynamic Test Stand in Clausthal Zellerfeld by Julius Albert after four years of testing on chains for mining shafts. 1832 Invention of wire rope in Clausthal Zellerfeld by Julius Albert. 1846 Founding of the Mining Academy Clausthal from the Mining School Clausthal. 1968 Founding of the Technische Universität Clausthal from the Mining Academy Clausthal. 1991 Founding of the Sinco. Tec Bauteil-Prüftechnik Gmb. H off the Institute for Fatigue Analysis by Dr. Ing. Joachim Hug. 1991 Elektromagnetic Resonance Test Stand for Crankshafts. 1992 Electronic control for modernization of Schenck Pulsators.

History（发展历史 2） 1993 Electromagnetic Resonance Test Stand for engine supports. 1993 POWER SWINGUniversal Resonance Test Stand. 1994 E-MOTIONUniversal Control Software for Resonance Testing Systems. 1994 Test stands for rear axles to apply flexion and torsion. 1995 IHK-Award for Transfer of Technology for Dr. Ing. Joachim Hug. Resonance Testing System for the fatigue analysis on components and materials. 1995 PNEUSYSGeneration-System of setvalues for Servo Pneumatic Testing Systems. 1996 HYDROSYSGeneration-System of setvalues for Servo Hydraulic Testing Systems. 1996 Railway Wheel Set Test Stand. 1997 Clutch Test Stand, Spring Test Stand. 1998 Servo Hydraulic Multiaxial Test Stand for complete axles. 1999 Hot-Shake Test Stand for catalytic converters. 2000 Steering Test Stands.

History（发展历史 3） 2001 Bursting Test Stand. 2002 Dynamic Wheel Hub Test Stand. 2003 Exhaust System Test Stand. 2004 Spring Test Stand. 2005 POWER SWING New. Line. 2006 Workshop on the occasion of 15 year existence of the Sincotec Gmb. H. Today Staff: 60 highly motivated people/ Area: app. 24000 m² / Testing Center: app. 100 innovative testing systems Our own manufacturing, software and control electronics. Today To our customers we offer: Test systems based on the latest design – Newest testing procedures and technologies – Testing and measurements in our own test laboratory to always new challenges – R & D subjects to conquer new grounds.

Sinco. Tec公司人员

Sinco. Tec Gmb. H

Sinco. Tec公司人员

Sinco. Tec Gmb. H

Two-masses Oscillator m 1 variable mass in the resonant drive m 0 countermass (load frame and lower part of machine) c elasticity of the system including stiffness of specimen Start = 2 f Modell (f = frequency)

Load Parts FD = dynamic load, generated by the resonant drive (magnet) FS = static load, generated by the ballspindle (DC-Motor)

Frequency Curves Sinco. Tec 100 k. N 250 200 150 100 50 Frequency vs. stiffness

更多Sinco. Tec产品 High Frequency Pulsator POWER SWING MOT New. Line POWER SWING MOT POWER SWING MAG Bending Strength Torsion Tension/Compression Rotating Bending

POWER SWING MOT

POWER SWING MAG

POWER SWING MOT New. Line POWER SWING MOT 50 k. N New. Line Nominal Load: 50 k. N Static Load: +/- 50 k. N Dynamic Force Amplitude: +/- 25 k. N Maximum Dynamic Range: 0. . . 14 mm H/W/D: 2700 mm/800 mm/ 800 mm Free Column Passage: 600 mm Maximum Length of Sample: 650 mm Total Weight: ca. 1500 kg Test Frepuency: 20. . . 150 Hz

POWER SWING MOT Application: Testing at constant load amplitude to identify S/N curve, fatigue strength at tension/compression, torsion and bending. Specification: Series 10 /50 /100 /250 /400 k. N; Static load 10 k. N to 250 k. N; Dynamic load ± 5 k. N to ± 200 k. N. Power consumption: max. 7 k. W. Advantages: Testing at high frequencies up to 100 Hz, extremely low cost for testing and maintenance, large displacement amplitudes, testing specimen with large backlash. Examples: Connection rods, crankcases, pistons, bolts, supports, etc

POWER SWING MAG Application: Testing at constant load amplitude to identify S/N curve, fatigue strength at tension/compression, torsion and bending Specification: Series 10 /50 /100/250 k. N Static load 10 k. N to 250 k. N; Dynamic load ± 5 k. N to ± 125 k. N. Power consumption: max. 3 k. W. Advantages: Testing at high frequencies up to 300 Hz, extremely low cost for testing and maintenance. Examples: Concrete reinforcement, CT-specimen, etc.

Force Path Sinco. Tec —— static load path - - - dynamic load path

Testing of Welded Joints Straight, rectangular welding seam on sheet metal The „History“ on frequency shows a very slow progress of damage; the crack was visible not before 10 million cycles.

高低温环境箱 Operative range -50°C to 200°C.

感应加热高温水冷系统 For high temperature up to 1000°C with water-cooled clamping device.

真空高温环境系统 HIGHTEMPERATUREVACUUMCHAMBER Operating range vacuum down to 10 -8 mbar and 900°C

Threaded Specimens SINCOTEC axial loading with quick-acting gripping device up to 100 k. N

Specimens SINCOTEC hydraulically actuated gripping heads HYDROGRIP

Fracture Mechanics CT-specimen gripping device and strain transducer

CT

Fastener Testing Gripping Devices also for low or elevated temperature

Railway SINCOTEC fatigue test at a special link (Fiat SIG)

Special Axial Testing TESTRONIC stroke controlled thin strip of aluminium

Joint Sheet Metal corrosion test (AUDI)

H - Shaped Specimens welded joint specimen peel, shear, cross tension

Automotive Industry SINCOTEC Gmb. H fatigue test at a component stroke controlled loadcell fixed to the oscillating head

for Brackets

Connection Rod SINCOTEC fatigue test to develop the surface treatment

Crankshaft Bending

Crankshaft Torsion

for Nuckles

曲轴扭转 30 KNm/80 Hz

曲轴弯曲 6 KNm/80 Hz

POWER ROTATING BENDING

POWER SPRING

POWER SWING MOT with big table

References-汽车

References-2

References-航空航天

References-铁路

References-学校

Accreditation

Research & Developement Topics for present and future: Hydraulic Resonance Test Systems for Fatigue Strength Investigations– RANTEC Multi Axial Test Stand Technology Rotating Bending Testing Equipment for Not-Rotationally Symmetric Construction Units Test Stand Technique for Microsysteme Internal Pressure Test Systems