Moog Controls India Pvt Ltd Electronic City, Bengaluru, Karnataka

The current ship-set for the Vulcain 2 engine is comprised of 6 supports which contain 230 individual components. The supports are listed here and a selection is shown in the images below: SAV (Actuator Steering Assembly) STPO (Oxygen Turbopump Support) STPH (Hydrogen Turbopump Support) SGG (Gas Generator Support) SBEV (Electro-valve support box) SVCH (Chamber Hydrogen Valve Support)

Hexapods can also isolate payloads, including cameras or sensitive measurement instruments, from ground vibrations or aircraft jitter that would otherwise result in image blur, measurement errors, or potential damage. They can be used for weapons stabilization, optical jitter isolation, isolation of industrial machinery, and isolation of sensitive measurement equipment.

Tuned mass dampers, or TMDs, are resonant devices used to suppress or absorb vibration. When installed properly on a machine or structure, they draw away vibrational energy from the structure or machine and dissipate it internally, reducing the motion of the machine. Tuned vibration absorbers, or TVAs, are undamped absorbers. TVAs and TMDs are modular devices composed of a spring, mass and for TMDs, a damper. These three components can be implemented in a number of ways.

Moog Protokraft Titan series fiber optic Fast or Gigabit Ethernet Media Converters consist of optoelectronic transmitter and receiver functions integrated along with the 10100Base-TX to FX or 1000Base-T to LX SX Ethernet optical media conversion circuitry in an environmentally sealed.

Moog possesses unique expertise in ultrasonic device design, development, and manufacturing with more than 15 years experience producing highly reliable surgical handpieces. Moog ultrasonic devices are consistently recognized as best-in-class for durability and reliability. Moog creates surgical devices that are used to safely fragment and aspirate tissue in a variety of medical procedures. Moog ultrasonic surgical handpieces continue to meet or exceed performance specifications after hundreds of autoclave cycles and after many years of service.

Moog has a complete range of TACAN systems available for Fixed Site, Shipboard, Mobile and Man-portable all based on our third-generation design that essentially eliminates scheduled maintenance and tuning. Identical LRUs and a standard O&M graphical user interface across our product family reduce logistic costs making the Moog system the TACAN of choice for militaries worldwide.

Moog Protokraft Stingray series Ethernet fiber optic media converters consist of optoelectronic transmitter and receiver functions integrated along with the 10100Base-TX to100Base-FX or 1000Base-T Ethernet electrical to 1000Base-LX or 1000Base-SX Ethernet optical media conversion circuitry into an environmentally sealed unit with a Jam Nut M83526 21-02 expanded beam optical connector interface.

Moog Protokraft Spitfire series fiber optic Ethernet Media Converters consist of optoelectronic transmitter and receiver functions integrated along with the 10100Base-TX to 100Base-FX or 1000Base-T electrical to 1000Base-SX optical media conversion circuitry into a bulkhead mounted MIL-DTL-38999 connector assembly.

Moog Broad Reach designs specialized payload and instrument electronics to accomplish specific mission goals. Examples range from high voltage and very low current monitoring systems to high-speed payload data processing electronics. Moog Broad Reach can deliver complex instrument electronics for your specialized science mission - in space, on earth, or any other planet. Examples: AFRLJPL Propulsion Instrument Electronics (PIE), AFRLJPL Instrument Control Electronics (ICE, used on AEHF), Lockheed Martin GOES-R Transient Suppression Units (TSU), NASA LADEE Propulsion Valve Driver Electronics, Ball WorldView High Speed Payload Data Processing Unit, NASA Glory Payload Interface Electronics

Moog Protokraft Saturn series fiber optic Ethernet Media Converters consist of optoelectronic transmitter and receiver functions integrated along with the 10100Base-TX to 100Base-FX or 1000Base-T Ethernet electrical to 1000Base-LX or 1000Base-SX Ethernet optical media conversion circuitry into an environmentally sealed unit.

Moog CSA's SA series actuators produce vibration in a controlled, precise manner. Their primary uses are in active vibration cancellation, active damping and dynamic testing. These actuators deliver force at a mounting point by reacting against a mass internal to the device housing. The SA family employs a highly-efficient magnetic circuit to deliver high force output per electrical input. Typical bandwidth is 20-1000 Hz and input impedance is 2-20 Ohms. Force outputs range from one to 35 lb (4.5 - 155 N) with much higher output over narrow frequency ranges. We offer each of the SA actuators with optional mounting configurations and various electronic drive options.

Moog is a leader in fluid control components and systems; offering main propulsion, reaction roll, attitude and engine control system electronics

Product Description: Single-Axis Servo Drives for the control of sychronous and asynchronous machines, delivering the highest level of dynamic response, smooth performance and application versatility. It is a module of the Programmable Multi-Axis Servo Drive System (MSD).

The exceptionally rugged Moog PITCHmaster II+ Pitch Servo Drive was developed specifically for the harsh operating conditions found in the rotor hubs of wind turbines. With its high level of integration, the Servo Drive simplifies axis box design, decreases its volume and reduces wiring complexity. Due to its certified safety equipment, the drive fulfills the current safety standards and thus simplifies the certification process for wind power turbines. Electrical pitch systems with PITCHmaster II+ Servo Drive models are suitable for installation at altitudes up to 3,000 m and internal axis box temperatures from -30 up to +70 °C (-22 and +158 °F). The innovative features of this Servo Drive include intelligent intermediate circuit pre-charging, which protects the slip ring against excessive charging currents and permits optimized fault-ride-through operation. The Moog Wind Turbine Pitch Servo Drive contains a PWM high-voltage brake driver for direct control of the motor brake. Like the integrated backup charger, this further reduces the number of components in the axis box and maximizes availability and service-friendliness.

The Payload Interface Board provides a single 3U cPCI card solution to interface to spacecraft payload subsystems, with configurable real-time and high-rate interfaces and 1GByte of mass memory SDRAM.

Moog Protokraft Neptune series fiber optic Ethernet Media Converters consist of optoelectronic transmitter and receiver functions integrated along with the 10100Base-TX to 100Base-FX or 1000Base-T Ethernet electrical to 1000Base-LX or 1000Base-SX Ethernet optical media conversion circuitry into an environmentally sealed unit.

Moog Protokraft Mustang series fiber optic Ethernet Media Converters consist of optoelectronic transmitter and receiver functions integrated along with the 10100Base-TX to 100Base-FX or 1000Base-T Ethernet electrical to 1000Base-LX or 1000Base-SX Ethernet optical media conversion circuitry into an environmentally sealed unit with a Jam Nut TFOCA II optical connector interface.

Other motion control devices can generally only provide positioning, motion simulation, or vibration isolation in one or two degrees of freedom, but hexapods are often the ideal solution when motion is required in three or more axes. They can simulate road conditions for a vehicle suspension system eliminating costly field testing, flight simulators, missile tracker simulations, simultaneous multi-axis vibration testing, disturbance sources, and motion theater rides.

The MONARC line of monopropellant thrusters provide a simple and reliable propulsion solution and are particularly suited for ACS applications. Higher thrust engines can be used for main (delta V) engine applications or flight vehicle attitude control. These engines can be used in a monopropellant or dual mode system. Engines range from a nominal 0.2 lbf (1 N) to 100 lbf (445 N) and over 3000 have been delivered. Missions: Galileo (ENSS), ORBCOMM Generation 2 (OG2), BepiColombo, MMS, Worldview, Landsat 8 (LDCM), GOES-RS, LCROSS

The McMOATI Boards (Digital & Analog McMOATI) are general purpose 3U cPCI test boards to used emulate a wide variety of payload or unique subsystem interfaces. Its intended use is for engineering and flight unit ground testing of critical space flight hardware. The board uses devices similar to those used on space flight hardware to ensure that functional and hardware compatibility are tested, even when actual subsystems are unavailable.

The Prizm™ Mini 4 Series combines the best of our proven MiniMux 2 and Video 3 technologies to provide an elegant solution for high density applications. The Mini 4 motherboard is a fully integrated fiber optic digital multiplexer modem that is capable of supporting up to two Mini 4 MiniMux 2 daughterboards. Other boards in the Mini 4 series provide stand-alone solutions for interfaces such as serial data, Gigabit Ethernet and HD-SDI and Sonar.

Feature : Fully transparent video and data link Four 10 bit video channel

The Prizm MicroMux provides an elegant solution for limited space applications. The unit is a fully integrated fiber optic digital video and data multiplexer modem. The MicroMux is available in a pressure tolerant version designed to operate at ambient pressures of 6,000 psi in oil.

Purity : Fully transparent video and data link

Moog Protokraft's Mercury series Ethernet fiber optic media converters consist of optoelectronic transmitter and receiver functions integrated along with the 10100Base-TX to 100Base-FX or 1000Base-T electrical to 1000Base-SX optical media conversion circuitry into an externally mounted MIL-DTL-38999 connector assembly.

Moog designs a variety of media converter and fiber optic multiplexer electronics solutions, providing reliable fiber optic transmission of video and data signals in demanding subsea applications, robust defense systems, and other platforms requiring fiber optic communications in harsh environments.