Team Corp.

United States

Engine Valve Actuators are used by engine manufacturers to study variable valve timing and valve lift profiles. Teams Engine Valve Simulator permits full control of exhaust and intake valve lift and dwell on operating automotive engines. Each valve is controlled by an individual Team actuator, taking the place of the camshaft and rocker arm. Configurations for passenger cars and light trucksDesigned for Diesel or Gasoline EnginesLow-profile actuator designHydrostatic bearings for long actuator lifeNumerous control configurationsIndependently controlled actuator motionCompact footprint for each individual actuatorApplications Engine and Cylinder Head DevelopmentFuel Efficiency Research and DevelopmentCamshaft development

Real life testing is crucial in todays automotive industry. Team Corporation has developed the 900 Series Engine Simulation System to accurately reproduce the torsional pulsations found on an engine's crankshaft. With speeds up to 10, 000 rpm, dynamic torque output up to 3, 300 ft-lbs (4520 N-m) and torsional frequencies in excess of 600 Hz, Teams 900 Series Engine Simulators are easily configured to reproduce engine dynamics of virtually any displacement and number of cylinders. All Team actuators are fatigue rated and well suited for long term F.E.A.D. testing and analysis.Speeds up to 10, 000 rpmDynamic torque output up to 3, 300 ft-lbs (4520 N-m)Torsional frequencies in excess of 600 HzDigital PC-based control system with easy-to-use Graphical User InterfaceEasily programmed to simulate any number of cylinders and torque characteristicsIntegral drive motors up to 100 hp (75 kW) or use existing prime moversSpeeds up to 10, 000 rpmDynamic torque output up to 3, 300 ft-lbs (4520 N-m)Torsional frequencies in excess of 600 HzDigital PC-based control system with easy-to-use Graphical User InterfaceEasily programmed to simulate any number of cylinders and torque characteristicsIntegral drive motors up to 100 hp (75 kW) or use existing prime moversApplications Simulation of engine crankshaft torsional vibrationFront Engine Accessory Drive (FEAD) development and analysisAnalysis of FEAD noise characteristicsEvaluation of torsional vibration dampers, couplings, gears, transmissions, clutches, transfer cases, drivelines and belt drivesAnalysis of transmission and transfer case gear rattleSimulation of pre-production engines

With a history of more than 35 CUBE installations since 1994, Team Corporation has taken 6 Degree of Freedom testing capability to new levels. An advanced technology hydraulic test system that offers 6 Degrees of Control, the CUBE can accurately replicate virtually any vibration environment, including very high frequencies, with precise digital control. The CUBE simulates real-world 6 Degree of Freedom vibration with complete, simultaneous control of the amplitude and phase of all 6 Degrees of Freedom. Offering simultaneous or sequential excitation of test articles in Sine, Random and Time Wave Form Replication, the CUBE sets the standard for multi-axis vibration testing. Click here for more videos on the CubeForce rating of 14, 000 lbf. (62 kN) in each axisSix patented Integrated Shakers provide precise, simultaneous or sequential control of all 6 Degrees of Freedom to beyond 500 Hz.Excellent replication of measured data to higher frequencies than ever beforeStandard 50mm displacement in X-Y-Z. Available 100mm vertical displacement.Hydrostatic bearings assure long life and low maintenanceSmall 48 inch X 48 inch (1.2M x 1.2M) footprintFive active mounting surfaces allow simultaneous unit testingAvailable Head Expanders increase the mounting surface according to your test article requirementsAvailable thermal barrier for use with environmental chamberApplications Automotive Component TestingAutomotive Suspension TestingBattery TestingBuzz, Squeak and Rattle TestingAvionics TestingPackage TestingMilitary Transportation Canister TestingForce rating of 14, 000 lbf. (62 kN) in each axisSix patented Integrated Shakers provide precise, simultaneous or sequential control of all 6 Degrees of Freedom to beyond 500 Hz.Excellent replication of measured data to higher frequencies than ever beforeStandard 50mm displacement in X-Y-Z. Available 100mm vertical displacement.Hydrostatic bearings assure long life and low maintenanceSmall 48 inch X 48 inch (1.2M x 1.2M) footprintFive active mounting surfaces allow simultaneous unit testingAvailable Head Expanders increase the mounting surface according to your test article requirementsAvailable thermal barrier for use with environmental chamberApplications Automotive Component TestingAutomotive Suspension TestingBattery TestingBuzz, Squeak and Rattle TestingAvionics TestingPackage TestingMilitary Transportation Canister TestingForce rating of 14, 000 lbf. (62 kN) in each axisSix patented Integrated Shakers provide precise, simultaneous or sequential control of all 6 Degrees of Freedom to beyond 500 Hz.Excellent replication of measured data to higher frequencies than ever beforeStandard 50mm displacement in X-Y-Z. Available 100mm vertical displacement.Hydrostatic bearings assure long life and low maintenanceSmall 48 inch X 48 inch (1.2M x 1.2M) footprintFive active mounting surfaces allow simultaneous unit testingAvailable Head Expanders increase the mounting surface according to your test article requirementsAvailable thermal barrier for use with environmental chamberApplications Automotive Component TestingAutomotive Suspension TestingBattery TestingBuzz, Squeak and Rattle TestingAvionics TestingPackage TestingMilitary Transportation Canister Testing

Teams Bi-Axial test systems are specially designed to reproduce the exacting requirements of IEEE 344 test standards. Using Teams unique high performance servovalve-actuator combination, Team's innovative engineers have successfully created a high frequency, simultaneous dual-axis system with bandwidth capability of 3-500Hz. All IEEE-344 Test systems are fully integrated and assembled with a welded steel, air isolated reaction mass.Reliable Hi-Frequency Servohydraulic ActuatorTeam Patented Pad BearingsDual Axis Simultaneous MotionIntegrated Seismic BaseAir Isolated to 2HzApplications IEEE-344 Qualification TestingLarge test surface areaMaintenance free*Ease of using multiple fixturesBuilt to interface with Team electronics IEEE test compliant**Single axis component testing

The MK VI (150, 000 W) and MK VII (200, 000 W) Acoustic Generator consist of a servo-hydraulic actuator driving a specialized reciprocating poppet valve that provides modulation of a high-pressure airstream. This design has proven to be the most effective sound source for large reverberant and progressive wave tube test chambers, providing extreme power handling capabilities with high efficiency. Peak acoustic pressures of approximately 60% of the supply pressure are produced downstream of the poppet valve.Reliable Servohydraulic ActuatorSpecially Designed Reciprocating Poppet ValveExact Modulation of Gas FlowHighly Efficient Gas FlowLow MaintenanceApplications Reverberant ChamberProgressive Wave TubeSatellite TestingSpacecraft Testing

The Team Horizontal vibration test system is a high performance, versatile, and cost effective testing system. The Team system has been developed specifically for vibration testing and takes advantage of the T-Film Slip Table for horizontal test article guidance and support. With the modular line of components, Team can provide you with a system that is best tailored to your test requirements. The actuator force, stroke and velocity are optimized to provide the highest frequency response within your budget constraints. Team horizontal systems are designed to work with almost any off the shelf controller and offer the full spectrum of sine, random, sine on random, random on random, or resonant search and dwell control.Modular Bearing Design for Flexible Sizing RequirementsIntegrated Zero Wear T-Film Bearings*Overturning Moment Measured In Millions Of lb-inHigh Load Capacity and Dynamic StiffnessMaintenance Free*Available Drive Adapter For Use with All ED ShakersAvailable Air Isolated Laminated Steel Reaction MassAvailable Thermal Barrier For Use In Environmental ChambersAvailable Hi-Yaw Control Bearings for Low Cross Axis Control*When oil is maintained to ISO 15-13-10 standards Applications Electronic Component TestingTall, High Center of Gravity Test ObjectsTransportation Canister TestingLarge Cabinet TestingThermal + Vibration Testing With Large FixturesLong Stroke, Low Frequency TestingSatellite Testing With 10 x 10 (3M x 3M) TableMil STD Testing to 2000HzTeam Corporation 2017, All Rights Reserved.

With more than 55 years of engineering expertise, Team has designed and manufactured some of the world's most sophisticated and elaborate large platform systems. Whether you are exciting satellites, spacecrafts, or tracked or wheeled military vehicles, Team has the experience and capability to meet your exacting requirements. Each large platform system is unique in design and application, and no two systems are alike. Contact our sales department to discuss your requirements and let Team provide you with an ideal test solution.Rigid Table DesignFinite Element Modeling To Predict Table ResponseSingle or Multi-Axis CapabilityActuator Force Up to 1 million lb (4445 kN)Frequency Response Varies by System DesignAvailable with Thermal Barrier For Use With Environmental ChambersApplications Satellite TestingSpacecraft TestingMil STD 810 TestingTank Turret Combat Electronics Testing

Team Corporations unique Four Poster System is designed specifically for full vehicle testing. Featuring low-profile, low-noise actuators equipped with hydrostatic bearings, Team Four Posters are ideally suited to end-of-line and development testing applications. Our compact actuator modules are ideal for smaller laboratories. Available in a range of load capacities and fixed or adjustable wheelbase configurations suitable for passenger cars through light trucks, Team's four Poster Systems are as flexible as they are economical. When separated, each actuator module can be used as a stand-alone vertical vibration test system.Configurations for passenger cars and light trucks.Low-profile actuator design.Hydrostatic bearings for high moment capacity and long life.Numerous control configurations.Independently controlled actuator motion.Compact footprint for each individual actuator.Applications Squeak and Rattle Testing of Full VehiclesEnd-of-Line Squeak and Rattle TestingReproduction of Test Track DataVehicle Durability Testing