Technical subject to changes without prior notice ! SHOCK TEST MACHINE Squarewave Regelungs- und Messtechnik Dynamic Test Systems

SM-105-MPSHOCK TEST MACHINE Specifications Dimensions Base (Floor area required) (24 in. x 24 in.) 610 mm x 610 mm Height (Floor to top of control panel) (43 in.) 1092 mm (Floor to carriage, down position) (49 in.) 1245 mm (Floor to top of safety shield) (62 in.) 1575 mm Weight Installed Weight Shipping Weight Specimen Weight Height Size (approx. 1395 lb.) 632,8 kg (approx. 1655 lb.) 751,0 kg maximum (50 lb.) 22,7 kg Not limited by machine Not limited by machine Center of gravity of specimen must be within (1 in.) 25,4 mm of center of carriage Performance Stroke maximum (17 in.) 432 mm...

SM-105-MP SHOCK TEST MACHINE Description The SM-105-MP is a microprocessor controlled, pneumatically powered shock machine for accurate, repeatable laboratory and production impact testing of specimens up to (50 pounds) 22,7 kg. With appropriate pulse generators, it will produce half sine, sawtooth, and square wave pulse shapes to meet exacting military and industrial specifications or individual test requirements. Generated waveforms will comply with typical military specifications, such as MIL-STD-202, MIL-STD-810, and MIL-STD-750. The SM-105-MP is completely portable and requires no special floor...

Acceleration sensor selection 4384 4364V Miniature coaxial connector Thread 10-32 UNF-2A Spanner size 14,0 across flats Mounting surface Dimensions in millimetres Measurement module SWE382 42TE with power supply SWE350 and charge amplifier SWE 373 USB oscilloscope „Pico 4224" • 12 bit resolution, up to 16 bits with enhanced resolution • bandwidth 20 MHz (10 MHz in ±50 mV area) • 80 MS/s real time sample rate (80 MS/s for 1 or 2 channels 20 MS/s for 3 or 4 channels) • 32 MSamples buffer size • ±200V overload protection • USB 2.0 Interface, power completely from PC via USB • BNC connectors for...

GENERAL NOTES: 1. The AVEX SM-105, equipped with applicable standard generators, will produce accurate, repeatable, square waveforms within the indicated envelope. 2. Consult AVEX engineering for impulse requirement falling outside of the envelope. 3. The parallel lines of constant velocity and of constant deflection are characteristic parameters indicating dynamic requirements for the classical waveforms and are to be used for engineering reference. 4. The standard waveforms tolerances and are ±10% on amplitude and duration. Generated waeforms will comply with typical military specifications...

GENERAL NOTES: 1. The AVEX SM-105, equipped with applicable standard generators, will produce accurate, repeatable, sawtooth waveforms within the indicated envelope. 2. Consult AVEX engineering for impulse requirement falling outside of the envelope. 3. The parallel lines of constant velocity and of constant deflection are characteristic parameters indicating dynamic requirements for the classical waveforms and are to be used for engineering reference. 4. The standard waveforms tolerances and are ±10% on amplitude and duration. Generated waeforms will comply with typical military specifications...

tlkV VWIi' VVVXWl \svx V^kWN.W [R\\l ■VHHKH v\£inw w-a^a-v a.' ^ vV-i ■^■>11 AAV I ^ A\ 1 kAf3l£ \ f' ^jv ^■lil^iim^i ^ik GENERAL NOTES: 1. The AVEX SM-105, equipped with applicable standard generators, will produce accurate, repeatable, half sine waveforms within the indicated envelope. 2. Consult AVEX engineering for impulse requirement falling outside of the envelope. 3. The parallel lines of constant velocity and of constant deflection are characteristic parameters indicating dynamic requirements for the classical waveforms and are to be used for engineering reference. 4. The standard waveforms...

Headquarters Hamburg / Germany ANSCHRIFT / CONTACT RMS Regelungs- und Messtechnik Dynamic Test Systems Gutenbergstrasse 27 21465 Reinbek / Hamburg Germany Tel.: +49 (0)40 727 603-0 Fax: +49 (0)40 722 30 66