MOOG G122-829-001 Programmable Processor Module

MOOG G122-829-001 Programmable Processor Module

Actuators or Servo Actuators are used as a mechanism to induce or control motion in mechanical systems. They are devices that transform an input signal (usually electrical) into motion.

Moog has been an innovator in the motion control industry since the early 1950s. We have led technology and application advancement across many markets and continue to set the pace today.

We offer customers a comprehensive range of actuation products and technologies. Our engineers are uniquely qualified to approach each application, offering customers unbiased trade studies from which to design the best overall solution. A key element of Moog’s success has been its ability to provide customers with the technical expertise to transition between actuation technologies.

This compact brushless Servo Motor is designed to meet the special requirements

of main battle tanks with 2-in-1 stator (double motor) arrangement to accommodate the high power needed.

The brushless servo motor is intended to be integrated into a traverse actuator with a gearbox,

brake and manual input/ auxiliary drive assembly.

In 914-EX cards with FPGA Firmware 0xB0 or greater, the “Remote Ethernet Link Speed Synchronization” (RLSS)

feature is enabled by default and can be disabled via the GUI. This feature forces the console side 914-EX to match

the speed and duplex settings of the remote side 914-EX. This greatly simplifies the setup and ensures the 914-EX

card adapts to the remotely plugged equipment for lossless communication. This setting is recommended and

should only be disabled if the configuration has another method to ensure link speed symmetry.

ABB STROMBERG SEPU 24VDC 57287829 C064MS-C1A

POOLE UK 363920860 SMARTSCAN IR DETECTOR

HYUNDAI 4EP39 TRANSFORMER RECTIFIER TM16651.1

SIEMENS SIPROTEC 7SJ6451-4EB92-1FG7 NUMERICAL FEEDER PROTECTION RELAY

SIEMENS SIPROTEC 7UT6331-4EB92-2BC3 TRANSFORMER DIFFERENTIAL PROTECTION RELAY

SIEMENS SIPROTEC 7SJ6451-5EB92-1FE0 NUMERICAL FEEDER PROTECTION RELAY

AXIOMTEK P1157S-871-US TOUCH PANEL PC 100-240VAC

SIEMENS ADR155C MULTIPLEXER MUX

YASKAWA SRDA-MH50 SERVOPACK JZRCR-YSV04-11 MOTOMAN ROBOT DRIVE R15417-257-10

SIEMENS 3WX3141-3JB02 OVER CURRENT RELEASE TRIP UNIT WITH GROUND FAULT

Kawasaki SEIBI 9010030042 Alpha Lubricator Type 8S60MC

FUJI ELECTRIC NP1PS-32R CPU MODULE

ABB REA 101 ARC PROTECTION RELAY 26-60VDC

Sawafuji 27050-1411B Alternator 0202-102-2014 24V 45A

Advantest BLC-015681 Tracking generator for R3361A R3361B_

Advantest BLC-029524 PCB Circuit Board M4542ADg

Advantest BLD-024486 Processor PCB Card PLD-424486CC

When configured for single expansion mode (default), the 914-EX combines the traffic from both Ethernet ports,

along with diagnostic information, onto a single medium speed expansion channel on the 914-HDE. This bandwidth

is dynamically shared between the two Ethernet ports, allowing for total throughput of up to 1000 Mb/s.

The 914-EX provides two un-switched, low latency 10/100/1000 BASE-T(X) Ethernet links through the 914-HDE

optical port. Both ports are configured for 10/100/1000 BASE-T(X) auto-negotiation by default. Auto-negotiation

settings can be accessed via the 914-X Series Unified Diagnostic GUI when connected to the console 914-HDE

diagnostic port. A standard 8P8C (RJ45) modular jack provides the mechanical interface for the Ethernet port. The

port is auto MDI/MDIX capable and supports jumbo frames up to 9000 bytes. Note: sustained back-to-back jumbo

frames are supported up to 4000 bytes, larger frame sizes require increased interframe gaps. The 914-HDE

motherboard Ethernet port can sustain back-to-back jumbo frames of 9000 bytes if this feature is required for a

given system.