Cromocol

SW9100 Vibration Test System (up to 80 kN, water-cooled) - RMS

RMS SW9100: water-cooled electrodynamic vibration test system up to 80 kN sine/random and 160 kN shock, ideal for heavy specimens and batteries. From Cromocol.

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SW9100 Vibration Test System (up to 80 kN, water-cooled) - RMS

Product Description

The SW9100 from RMS is a high-performance, water-cooled electrodynamic vibration test system rated up to 80 kN of sine and random force and up to 160 kN of shock force. It is designed for testing heavy specimens and is ideal for batteries or products with similarly heavy masses, delivering ample power for resonance determination as well as ageing and strength testing of sensors and complete assemblies.

The special geometry of the magnetic frame allows very high armature speeds with minimal energy consumption, while the water cooling system keeps the shaker compact and quiet during continuous full-load operation.

Key Features

  • Up to 80 kN sine and random force, up to 160 kN shock force
  • Usable frequency range of 5 - 2500 Hz in sine, random and shock modes
  • Displacement up to 76 mm pk-pk (shock) and peak acceleration up to 1200 m/s²
  • Shock capability of 3.5 m/s for 100g / 11 ms shocks, controllable down to 0.1g
  • Water-cooled design with an ECO mode for energy savings
  • Low noise emission: 57 dBA at the shaker, 65 dBA at the amplifier
  • Signal-to-noise ratio of 68 dB at the power amplifier
  • Max load support of 500 kg on a 435 mm armature table
  • Fully automatic centre positioning and modular, compact design
  • Available with an 80 kN ATEX-certified option
  • Complies with EnEV2016 and ISO 14001

With its high force, large displacement and energy-efficient water cooling, the SW9100 is well suited to automotive, battery, aerospace and consumer durability testing of heavy test specimens.

Technical Specifications


Force ratings
  • Sine force: 60 / 80 kN peak
  • Random force: 60 / 80 kN rms (acc. ISO 5344)
  • Shock force: 120 / 160 kN peak (half sine)
  • Max force with 11 ms / 100g shock option: 120 / 160 kN peak

Performance
  • Usable frequency range: 5 - 2500 Hz
  • Armature resonance: 2300 Hz
  • Acceleration: 1200 / 1000 m/s² peak (shock / sine)
  • Velocity: 3 / 2 m/s peak (shock / sine)
  • Displacement: 76 / 51 mm pk-pk (shock / sine)
  • Shock capability: 3.5 m/s for 100g / 11 ms shocks
  • Full-power precision down to 0.1g

Armature
  • Dynamic moving mass: 53 kg
  • Max load support: 500 kg
  • Armature table diameter: 435 mm
  • Insert pattern: 19 inserts, M10 thread

Power amplifier
  • Type: TGE13
  • Output power: 78 / 108 kVA
  • Output voltage: 133 / 300 V rms / peak
  • Signal-to-noise ratio: 68 dB
  • Bandwidth: 3000 Hz (-3 dB)
  • Efficiency: >90 %

System & cooling
  • Cooling: water-cooled
  • Water flow (external): 75 l/min
  • Shaker resonance noise emission: 57 dBA
  • Amplifier noise emission: 65 dBA
  • ECO mode for energy savings
  • Fully automatic centre positioning
  • Modular, compact design with multiple expansion stages
  • 80 kN ATEX-certified option available

Dimensions & weight
  • Shaker (H x W x D): 1250 x 1450 x 1150 mm
  • Total system weight: approx. 3700 kg

Compliance
  • Complies with EnEV2016
  • Complies with ISO 14001

Frequently Asked Questions

What force levels can the SW9100 deliver?
The SW9100 provides up to 80 kN of sine and random force and up to 160 kN of shock force, making it well suited to testing heavy specimens such as batteries and complete assemblies.
What is the frequency range of the SW9100?
The system operates across a usable frequency range of 5 to 2500 Hz in sine, random and shock modes, with an armature resonance at 2300 Hz.
What kind of specimens is the SW9100 designed for?
The SW9100 is designed for testing heavy specimens and is ideal for batteries or products with similarly heavy masses. Typical applications include resonance determination and the ageing and strength testing of sensors and full assemblies, with a maximum load support of 500 kg.
How is the SW9100 cooled and how energy-efficient is it?
The SW9100 uses a water cooling system and includes an ECO mode for energy savings. It complies with EnEV2016 and ISO 14001, and offers low noise emission of 57 dBA at the shaker and 65 dBA at the amplifier.
How precise and quiet is the system?
The amplifier offers a signal-to-noise ratio of 68 dB, and the system can be controlled down to 0.1g at full power without significant noise. Fully automatic centre positioning supports repeatable, accurate testing.
What displacement and shock performance does the SW9100 offer?
The SW9100 provides up to 76 mm peak-to-peak displacement in shock mode (51 mm in sine), peak acceleration of 1200 m/s² in shock and 1000 m/s² in sine, and can deliver 3.5 m/s for 100g / 11 ms shocks. An 80 kN ATEX-certified option is also available.

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