Brochures
Team Standard Products
Automotive Products
Bearings & Couplings
CUBE™
Mantis™
Single Axis Systems
Horizontal Systems
Multi-axis Systems
Rotary Actuators
RVC400 Rotary Vibration System
Subsidiary Component Test Systems
V8 & T8 Hydrostatic Bearings
Vertical & Horizontal Systems
Presentations
NASA 2010 IEST presentation on MVFNASA 2010 IEST presentation on RATF
NASA 2008 IEST presentation on VTC
NASA 2008 SCLV presentation on VTC
NASA 2010 SCLV presentation on RATF
NASA 2010 SCLV presentation on MVF
Data Sheets
4-Poster
50 & 60 Linear Actuators
Acoustic Vibration
CUBE™
Engine Simulation Systems
EX Series Hydraulic Actuators
Horizontal System Specifications
HPS-6A
HydraBall
Hydraulic Power Supplies
Hydrostatic Spherical Couplings
LCS-48
Multi-Axis Systems Specifications
NEBS GR-63 Test Systems
Package Vibration Test Systems
Pitch Table Vibration System
R1900 Torsional Table
T-Film Slip Tables
T-Film Element
TE6-900
Application Notes & White Papers
Subsidiary (Component) Shock Test System (SSTS)
Application Notes for Team Pad Bearings
Application Notes for Team Spherical Couplings
CUBE Acoustic Data & Comparison to MAST
CUBE-0001 Estimating CUBE System Performance
Installation and Performance Testing of a 6 DoF Shake Table
Multiple Input, Multiple Output (MIMO) Testing Methodologies
Motor Industry Research Laboratory (MIRA) Article
Multisine Shock and Vibration Testing CUBE
Simulate and Stimulate; Creating a Versatile 6 DoF Vibration Test System
Multi-axis Testing of Underwing and Ground Vehicle Weapons Systems
University of Leuven CUBE Dynamics Analysis
European Space Agency Ariane 5 Large Slip Table Requirements
T-Film Slip Table Technical Analysis
High Intensity Noise Generation for Extremely Large Reverberant Room Test Applications
Electrohydraulic: The Most Versatile Shaker
Engine Simulator Reduces Development Time and Expense
Introduction to Engine Simulation Systems
Tensor-Sandia Labs Evaluation 6 DoF Shaker System
Tensor-Sandia Labs Comparison for Single/Multi Axis Random
Maintenance & Operational Notes
GEN-0001 Hydraulic Fluid Requirements for Team Systems
GEN-0002 How to Take a Fluid Sample