Ideal Aerosmith, Inc.

United States

The Ideal Aerosmith 1221 and 1231 Series of Centrifuge Systems are used to simulate G loads for inertial sensors, devices and components. These systems are designed for applications with larger payloads.

The 1068-1 and 1068-2 Series of Centrifuge Systems are used to simulate G loads for inertial sensors, devices and components.Additional slip ring linesIEEE-488 Communication Interface (replaces RS-232)Wireless camera viewing systemFluid transfer jointCoaxial rotary jointLarger armsPositionable platforms (satellite tables)Almost every system that Ideal Aerosmith manufactures is customized for our customer. The above specifications should be used for reference only.

The Model 1503-24-EN Three-Axis Manual Positioning Table is designed to provide precise position and feedback via the optical encoder for the development andor production testing of navigation sensor systems such as ring laser gyroscopes, and navigation systems. The 1503-24-EN system may be integrated with a customer-developed test station and it may be used to test single or multiple test articles at any given time. Manually-operatedOptical encoder for precise feedbackPosition Accuracy: 1 arc minutesPosition Repeatability: 30 arc sec24 inch table topManual shot pins for locking table into position

Our Motion Simulation Test Systems are designed to test single and multi-axis inertial sensors or systems such as Inertial Navigation Systems (INS), Attitude Heading Reference Systems (AHRS), MEMS inertial sensors, accelerometers, flight control systems, Inertial Measurement Units (IMU), and platform stabilization devices. Typical test applications for equipment in this category include: Rate andor Position testing for Single-Axis rate sensors or accelerometersInertial testing of multi-axis inertial systems, packages or clusters (MEMS, spinning mass, FOG or RLG-based)Multi-axis position testing for electro-optic and FLIR system sensorsHigh-speed spin fixtures for guided munitionsCost-effective Hardware-in-the-Loop (HWIL) Flight Motion System for low-dynamic applications (UAVs, launch vehicles, satellites)Vehicle motion profile simulation for testing stabilized platform devices such as targeting optics or satellite antenna units

Our Single Axis rate tables accommodate a wide variety of test requirements in terms of rate range, accuracy, acceleration, and payload capacity. Single Axis table systems are used to test a single axis inertial sensor, or to sequentially test the axes that comprise a multi axis inertial system, package or cluster. Our Multi Axis rate tables are used to test inertial systems, packages or clusters that are sensitive to motion in multiple axes. This includes Inertial Navigation Systems (INS), Attitude Heading Reference Systems (AHRS), flight control systems, Inertial Measurement Units (IMU), and platform stabilization devices. For most systems, Ideal offers integral temperature chambers andor vacuum chambers so that units under test can be burned-in and characterized over temperature and pressure ranges.

Ideal Aerosmith AERO motion table controllers are designed to control single-axis and multi-axis test tables with unparalleled accuracy and precision. Ideal Aerosmith offers several different models depending on the application and the system requirements. AERO motion controllers are integrated with interface hardware and software to create easy-to-use motion simulation instrumentation. The Aerosmith Table Language (ATL) provides a simple command that allows test engineers to easily integrate an AERO controller into their application without compromising accuracy or performance. HISTORY Ideal Aerosmith pioneered the use of COTS components for Inertial Motion Test Systems in the late 1980s using single-board, computer-based motion control cards driven by a PC over a serial communications link. In 1993, Ideal Aerosmith introduced the AERO 900 Motion Controller, an ISA bus-based motion controller running Ideal Aerosmith software. It is extremely easy to use, yet capable of controlling three axes at a 1 kHz command frame rate. The AERO 900 has been updated during the past decade to add new features, and it is still supported today for legacy applications. In 1998, Ideal Aerosmith lowered the cost of motion control with the introduction of the AERO 800 Motion Controller, built around the popular PC-104 platform. The AERO 800 delivered the same reliability that made the AERO 900 popular, while enhancing its usability with a color touch-screen interface. In 2002, Ideal further improved the AERO 800 by developing the AERO 8X2, which incorporated the PC-104+ platform and additional interface capacity. In 2002, the AERO 8x2 replaced the AERO 900 as the standard controller on most test tables. The AERO 4000 is the latest evolution in Ideal's long history of developing high-performance, cost-effective motion control products. The AERO 4000 was released in 2006 and is quickly becoming the standard controller on many new Ideal Aerosmith products and is the controller-of-choice for retrofitting systems in the field whether they were manufactured by Ideal Aerosmith or someone else. Controller SystemsController SystemsEach Ideal Aerosmith table system includes a digital Motion Table Controller. There are multiple models available to fit different applications, but the higher performance table systems are integrated with our AERO 4000 Controller, the industrys most advanced digital servo motion controller.

Ideal Aerosmith manufactures a variety of single-axis motion systems capable of applying a controlled centrifugal force to a test article. For many smaller payloads, an Ideal Aerosmith single-axis table system with an optional safety enclosure, such as the 1621-200A, 1571 or 2001P Series, can be used for G force testing. For larger payloads, Ideal Aerosmith manufactures the 1068-1, 1068-2, 1077, 1221 and 1231 Series Centrifuge Systems. The combination of these systems cover of wide range of G testing requirements ranging from microelectronic devices up to 200 lbs, and from 1 to 1000 Gs. Ideals centrifuge line can be used for aerospace, automotive, geo-technical and military applications, such as qualification testing of accelerometers, inertial packages, or safe-arming devices (fuzes). Ideals expertise in this area derives not only from decades of experience building precise single-axis table systems, but also from our year 2000 purchase of the Genisco Technology and Trio-Tech International rate table and centrifuge line. Ideal offers service, support and upgrades for legacy Genisco and Trio-Tech centrifuges.

The Ideal Aerosmith Trip Guardian Series three-axis non-magnetic Manual Automated positioning table. This table can be used for the calibration of downhole directional instruments including magnetometers, gyroscopes, and accelerometers. The tables are constructed of aluminum, brass, and phenolic and have three orthogonal axes to enable the instrument to be placed in various orientations.The Ideal Aerosmith Trip Guardian Series three-axis non-magnetic Manual Automated positioning table. This table can be used for the calibration of downhole directional instruments including magnetometers, gyroscopes, and accelerometers. The tables are constructed of aluminum, brass, and phenolic and have three orthogonal axes to enable the instrument to be placed in various orientations.

Ideal Aerosmith's Manual Positioning Tables are used to test inertial sensors including gyroscopic components, accelerometers and guidance components for various industries including aerospace, aviation, defense, oilgas and automotive. Information specific to each product series is available by clicking on the links below.Ideal Aerosmith Manual Positioning Tables are used to test inertial sensors including gyroscopic components, accelerometers and guidance components for many including the aerospace, aviation, defense and automotive.