Dytran 3055D & 3056D High Temperature IEPE Models

Automation

Both sensor series offer true base isolation, setting them apart from other products on the market

Dytran Instruments, Inc. highlight two high-temperature models from the most popular IEPE families of products: the 3055D and 3056D Series. 

The 3055D7-D10, D13, D14, and 3056D9-D14 models feature an extended operating temperature range of  163°C  for use in higher temperature testing environments.

These models include the standard performance features found in the original series. The 3055D and 3056D families are characterised by low noise, high resonant frequencies (> 25 kHz), a tight sensitivity specification of ±5%, and a frequency response of 1 Hz to 10 kHz. The welded titanium housing yields a durable, yet lightweight product. Especially popular for modal response and shaker control.

Both sensor series offer true base isolation and feature a wider hex design for ease of installation.  Other products - similar sensors offer electrical isolation achieved through an external, isolated mounting base. The use of this separate accessory adds additional weight and height to the sensor, which can adversely affect the frequency response.

The 3055D Series features a side 10-32 radial connector, while the 3056D Series features a top 10-32 axial connector.

The 3055D and 3056D Series have a strong demand in many general-purpose applications and both have optional TEDS capabilities available.

Metromatics are the distributor in Australia and New Zealand for Dytran

   www.metromatics.com.au

Related Articles
The Dawn of Agentic Autonomy: Defining the 2026 Smart Factory
Today’s manufacturing industry has reached a new era entering the new year. If 2025 was defined by the cautious exploration of "experimental pilots" and the collection of vast data lakes, 2026 marks...
Water monitoring at Port Kembla
Omniflex has helped New South Wales Ports improve its ability to track water usage by installing remote monitoring to 38 water meters at its Port Kembla site
Energy-efficient machine vision inspired by human eyesight and brain
Drawing inspiration from human eyesight, a European research project led by VTT has developed machine vision mimicking the cooperation of the eye and nervous system, implemented as edge-computing...