Small Electrodynamic Shaker - Large Displacement!

Exploring the EMIC 9514: Compact Power with Big Displacement

For teams testing smaller components, finding a shaker that combines precision, performance, and flexibility can be a challenge—especially when the application calls for larger displacements.

The EMIC 9514-AN/AS stands out in this space. Rated at 300 N (random RMS) with a peak-to-peak displacement of 30 mm, this compact permanent magnet shaker punches well above its weight. It delivers this performance without the need for forced-air cooling, simplifying integration in labs or test setups where space and infrastructure are limited.

Key specifications include:

• Force Rating: 300 N (sine) - 120 N (random)

• Displacement: 30 mm peak-to-peak

• Frequency Range: 5 Hz to 3 kHz

• Max Velocity: 1.2 m/s

• Max Acceleration: 230.8 m/s²

• Payload Support: Integrated pneumatic support system

• No Forced Cooling Required: Operates with natural convection

With an armature diameter of 75 mm and a maximum payload of 12 kg, the EMIC 9514 is ideal for functional and durability testing of compact devices, particularly when higher-than-usual displacements are required. Applications might include automotive sensors, wearable devices, or components that need to be qualified under both low and high-frequency environments with extended travel.

Its compact footprint (283 x 276 x 200 mm) and total weight of just 27 kg make it a suitable choice for portable or space-constrained setups. A pneumatic payload support mechanism and robust roller bearing system ensure smooth guidance and stability throughout the test range.

In short, the EMIC 9514 is a practical option when your test demands go beyond the capabilities of typical small-force shakers—without requiring the infrastructure of a larger system.

To obtain more information on the EMIC 9514, contact the team at Resonate Systems.

EMIC electrodynamic vibration test systems:https://www.resonatesystems.com.au/vibration-test-systems