Performance Shock Test Systems 17 Mandeville Court, Monterey, California 93940 | 831.655.6600 | lansmont.com Test Equipment | Instruments | Support Services Mechanical shock tests accurately measure the fragility of products and evaluate how they respond to particular shock inputs. Shock test data is key information to ensure any product is capable of withstanding its intended “real world” use. To make shock testing as simple and easy as possible, each Performance Shock System is outfitted standard with TouchTest™ Shock II Controls which communicate seamlessly with Test Partner Data Acquisition Systems. Lansmont Performance Shock Test Systems are intended for testing applications that require testing capabilities above that which we can achieve with our standard shock systems. To provide the increased testing capability, Performance Shock Systems feature optional acceleration systems, suspended seismic reaction masses, and heavier load frames. When test specifications ask for more performance, the Performance Series shock machines provide the answ

Shock Test Systems Lansmont makes a wide range of Shock Systems. We recommend the most suitable system configuration for every testing application based on two important criteria: • The size of your largest test item 10000 24" Extended Height, Large Acceleration Kit Selecting the Lansmont Shock Test System for your Application Standard Height, NO Acceleration Kit • The performance capability needed to meet your testing needs Test Item Size Duration (msec) Each customer has unique requirements for their dynamic testing equipment. It is important to know the size and weight of test items to correctly...

Shock Test Systems TouchTest Shock 2 Controls TouchTest Shock 2 is designed specifically with test efficiency and ease of use in mind. From a small, high-resolution LCD touch screen, the user can perform the initial setup and test initiation quickly and easily. Simple touch screen menus enable the user to make convenient adjustments to machine settings and to provide total control of the Lansmont Shock Test System during operation. TouchTest Shock 2 Features • One-button operation to reduce test cycle time • Auto cycle control mode, allowing drop cycles up to 32,000 drops • hock pulse estimator...

Shock Test Systems FEATURES Guide Rods When moving the shock table structure up or down prior to a shock test or when the table falls during the shock pulse event, it travels on solid steel, chrome-plated Guide Rods. The Guide Rods are machined to tight tolerances to maintain precise alignment between the table and shock pulse programming during impact. The Guide Rods are also the surfaces that the shock table brake pistons act against following the shock event to avoid any secondary impacts. Electric Hoist Lifting and Positioning System Precise drop height accuracy is critical to performing...

Shock Test Systems OPTIONS Table Structure Table design greatly influences the performance of your shock system. Lansmont designs tables as light as possible for maximum performance with enough stiffness such that the table’s frequency response does not adversely affect shock pulse quality. Performance shock system tables vary in size from 9 in. (23 cm) square up to 48 in. (122 cm). Shock Pulse Programmers The table structure impacts a shock pulse programmer during a shock test to create the waveform needed for the testing application. Whether it be a short duration or long duration half sine,...

Lansmont ■^ Field-to-Lab PERFORMANCE SPECIFICATIONS MACHINE SPECIFICATIONS DIMENSIONS TABLE SIZE Side to Side 9.06 in. (23 cm) TEST CAPABILITIES Max. Acceleration Min. Pulse Duration Max. Velocity Change Pulse Waveforms *with Optional Programmers 5,000g (10,000g optional) 0.25 msec (half sine) 22 - 55 ft./sec (6.7 - 16.8 m/sec) Half Sine Trapezoidal* Terminal Peak Sawtooth* Height Side to Side Front to Back POWER REQUIREMENTS Machine 200 - 240 VAC/30/50 - 60 Hz: 4 amp min. PNEUMATIC REQUIREMENTS Plant Air 90 psi (6.2 bar) Test Equipment | Instruments | Support Services 17 Mandeville Court, Monterey,...

Lansmont ■^ Field-to-Lab PERFORMANCE SPECIFICATIONS MACHINE SPECIFICATIONS DIMENSIONS TABLE SIZE Side to Side 11.8 in. (30 cm) TEST CAPABILITIES Max. Acceleration Min. Pulse Duration Max. Velocity Change Pulse Waveforms *with Optional Programmers 5,000g (10,000g optional) 0.25 msec (half sine) 22 - 55 ft./sec (6.7 - 16.8 m/sec) Half Sine Trapezoidal* Terminal Peak Sawtooth* Height Side to Side Front to Back POWER REQUIREMENTS Machine 200 - 240 VAC/30/50 - 60 Hz: 4 amp min. PNEUMATIC REQUIREMENTS Plant Air 90 psi (6.2 bar) Test Equipment | Instruments | Support Services 17 Mandeville Court, Monterey,...

Lansmont ■^ Field-to-Lab PERFORMANCE SPECIFICATIONS MACHINE SPECIFICATIONS DIMENSIONS TABLE SIZE Side to Side 15.7 in. (40 cm) TEST CAPABILITIES Max. Acceleration Min. Pulse Duration Max. Velocity Change Pulse Waveforms *with Optional Programmers 5,000g (10,000g optional) 0.5 msec (half sine) 22 - 55 ft./sec (6.7 - 16.8 m/sec) Half Sine Trapezoidal* Terminal Peak Sawtooth* Height Side to Side Front to Back POWER REQUIREMENTS Machine 200 - 240 VAC/30/50 - 60 Hz: 4 amp min. PNEUMATIC REQUIREMENTS Plant Air 90 psi (6.2 bar) Test Equipment | Instruments | Support Services 17 Mandeville Court, Monterey,...

Lansmont ■^ Field-to-Lab PERFORMANCE SPECIFICATIONS MACHINE SPECIFICATIONS DIMENSIONS TABLE SIZE Side to Side 21.7 in. (55 cm) TEST CAPABILITIES Max. Acceleration Min. Pulse Duration Max. Velocity Change Pulse Waveforms *with Optional Programmers 1,000g (5,000g optional) 0.5 msec (half sine) 22 - 59 ft./sec (6.7 - 18 m/sec) Half Sine Trapezoidal* Terminal Peak Sawtooth* Height Side to Side Front to Back POWER REQUIREMENTS Machine 200 - 240 VAC/30/50 - 60 Hz: 4 amp min. PNEUMATIC REQUIREMENTS Plant Air 120 psi (8.3 bar) Test Equipment | Instruments | Support Services 17 Mandeville Court, Monterey,...

Lansmont ■^ Field-to-Lab MACHINE SPECIFICATIONS DIMENSIONS PERFORMANCE SPECIFICATIONSTABLE SIZE Side to Side 25.6 in. (65 cm) TEST CAPABILITIES Height Side to Side Front to Back Max. Acceleration Min. Pulse Duration Max. Velocity Change Free Fall Accelerated Pulse Waveforms *with Optional Programmers 1,000g 2 msec (half sine) 20 - 25 ft./sec (6.1 - 7.6 m/sec) 25 - 50 ft./sec (7.6 - 15.2 m/sec) Half Sine Trapezoidal* Terminal Peak Sawtooth* POWER REQUIREMENTSPNEUMATIC REQUIREMENTS Nitrogen 2,200 psi (150 bar) MAXIMUM PAYLOAD Free Fall Accelerated Test Equipment | Instruments | Support Services...