S 59327/AIT-440 (Example drawing) Dimensions in mm © TIRA GmbH • Version 11 - 2021-10-20 Energy Management System Ø400 Ø300 Ø150 Operation with temperature-controlled cooling blower (and optional with variable field strength) Features: Vibration isolation < 3 Hz (AIT) < 6 Hz (RIT;LB) Coarse filter unit Fully automatic pneumatic load compensation AIT fixable Automatic centering of the AIT-System and the armature Degauss kit to reduce stray magnetic field Made in Germany Servicehotline Eisfelder Str. 23/25, 96528 Schalkau, Germany • Tel.: +49 36766 280-0 • Fax: +49 36766 280-99 • Internet: www.tira-gmbh.de • Email: [email protected] Subject to modifications TIRA Vibration Test Systems Options: Different hole pattern of armature (different pitch diameter and/or thread inserts) at customers request AIT-trunnion mount with integrated vibration isolation RIT-trunnion mount LB-frame height adjustable SCOPE OF DELIVERY, OPTIONS AND FEATURES OF THE SYSTEM Options: 3 inch (76.2 mm) displacement Dual Bearing armature Low degaussing kit to further reduce stray magnetic field Squeak&Rattle (Silent operation without blower) Wheels&Rails (incl. 3m rails) Airglide-option (Shaker movable on air cushions) Thermobarrier (-40°C to +140°C) Chamber leadthrough Climatic chamber support kit Remote control (Software) ASM-Mode (Auto Shutdown Manager) Silencer for cooling blower (Noise reduction 9 - 15 dB(A)) Acoustic enclosure for cooling blower (Noise reduction 5 - 23 dB(A)) Water-cooled acoustic enclosure for cooling blower (Noise reduction 30 dB(A)) Cable extension Factory acceptance test * RIT, AIT or LB (explanation see TIRA selection guide page 7) 1) Random force according to ISO 5344:2004 2) Theoretical maximum shock value. Depends on payload, amplifier, shock and shock width 3) optional displacement of 76.2 mm (3 inch) for transient applications, 63.5mm (2.5") for Sine and Random. Impact by moving to static mass and frequency is possible 4) measured at 150 mm above armature inserts For long-term tests, the load must be reduced to 80 %. Continuous operation at maximum load can cause damage. Scope of delivery: Vibration exciter 27 kN Trunnion mount (AIT, RIT or LB) Power amplifier 25 kVA Cooling blower with frequency converter Connection cables (each 10 m) Power cables (each 10 m) for amplifier (CEE 63 connector) and cooling blower (CEE 32 connector) Blower hose ø150 mm (5 m) Compressed-air hose NW 7,2 (Standard) (5 m) 27000/27000/80000 N 5 - 3000 Hz > 2400 Hz 50.8 mm 2.0/1.8/3.0 m/s 79/50/158 g 150 N/mm 36.5 kg 610 kg 2350/2700/2250 kg <1.5/<0.8 mT 440 mm 600-1000 kPa Temperature, displacement, cooling air, overcurrent, compressed air Rated peak force Sinepk/RandomRMS1/Shockpk2 Frequency range Main resonance frequency Max. displacement Peak-Peak3 Max. velocity Sine/Random/Shock Max. acceleration Sine/Random/Shock Suspension stiffness Effective moving mass Max. payload Total mass with trunnion RIT/AIT/LB* Magn. stray field std./low degaussing4 Armature diameter Required compressed air supply (load-dependent) Interlocks TECHNICAL PARAMETERS Vibration exciter S 59327/*-440 1148 Armature and AIT-System in middle position Vibration Test

TECHNICAL PARAMETERS Cooling blower TB 7/FUK/11 Output powerRMS Frequency range VoltageRMS, max. CurrentRMS, max. Signal input voltage Total Harmonic Distortion (at 70ARMS, 200 Hz) Signal to noise ratio Field voltage Field current Total mass Dimensions (WxHxD) Power supply (Standard) Recommended fuse protection (Standard) Max. power consumption at 400 V Interlocks: Max. volume flow rate Max. total pressure difference Motor output Max. frequency Hose diameter Hose length (Std.) Total mass Dimensions (WxHxD) Max. sound pressure level Switch box (fixation to wall): Mass Dimensions (WxHxD) Power...