Ixthus announce new ultrasonic sensors from Migatron

Migatron has recently announced a two new sensor models aimed at proximity detection and displacement measurement tasks for production line applications such as high-speed counting, liquid level, and many other areas of process control. The low-cost LCU-40APW is a self-contained sensor with an operational range from 100 mm to 1 metre with an analogue output and pulse width output included – allowing use for either fixed, factory calibrated 250mV per inch measurement (analogue) or with time-of-flight measurement to determine distance (pulse width).

The new RPS-409A-IS3 is an intrinsically safe ultrasonic position sensor for measurement ranges from 100 mm to 5.5 metres in four range options where its 0-10 V DC output is a fixed analogue volts-per-inch value based on the maximum range of the unit. This sensor is certified for use in hazardous gas or dust environments classified as Class I, II, or III when used with approved intrinsic safety barriers.

Both of these new models are available with full support from Migatron’s UK distribution partner, Ixthus Instrumentation.

Ultrasonic sensors from ISO9001:2015 registered Migatron measure distance/displacement by comparing outgoing and reflected high frequency signals against time and suit both proximity and range measurement, mainly regardless of the material, colour, transparency, or surface of the medium being measured or tracked. Across Migatron’s comprehensive range its sensors are characterised by fully sealed housings and encapsulated solid state electronics using a variety of materials – altogether offering extreme resilience to environments, providing truly long-life non-contacting measurement and essentially maintenance free operation.

These sensors are also claimed to offer a superior resistance to shock and vibration, infrared radiation, ambient noise, and EMI radiation. Various models cover positional accuracies in the range of 0.5 to 2 mm with Migatron’s specialist high precision RPS-412A series capable of a 5-micron accuracy and sub-micron resolution when used with suitable 14-bit resolution analogue-to-digital conversion electronics.