ONE NEW MTS SYSTEM CORPORATION TEMPOSONICS® E SERIES MODEL EP EPS0030UD601V0 MAGNETO-STRICTIVE LINEAR POSITION SENSOR. ANALOG STOP/START SENSOR WITH STYLE "S" CAPTIVE SLIDING MAGNET, WITH JOINT AT TOP. 5 3/8" STROKE LENGTH. 6 PIN MALE DIN CONNECTOR. 24VDC INPUT VOLTAGE (+20%, -15%). ANALOG VOLTAGE 0 TO +10VDC, 10+ VDC TO 0.
Linear, absolute measurement
Non-contact sensing technology
Rugged industrial sensor, EMC shielded and CE certified
Non-linearity less than 0.02%
Repeatability within 0.001%
Direct position outputs: - Analog (V/mA), - Digital position output: Start/Stop pulse
Simple sensor parameter upload
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Temposonics® Model EP Sensors are highly repeatable, absolute position sensors for linear measurement. Absolute meas- urement offers safety for machine and automation devices. With absolute output, position information is instantly available; power-down situations do not require re-homing of the device. Using the unique magnetostrictive principle, that MTS pioneered, the sensor precisely senses the position of an external magnet through the housing wall, to measure position with a high degree of resolution and accuracy. The Temposonics® EP Sensor’s innovative design is a result of MTS’s experience in magnetostrictive technology combined with solid engineering, extremely rugged construction and modern electronics. The Temposonics® EP is a precise, durable and cost effective alternative to linear potentiometers. It offers all of the advantages of a non-contact position sensor suitable for a wide range of machines and automation applications. The Benefits of Magnetostrictive Sensing
Temposonics® Linear-Position Sensors use the time-based magnetostrictive position sensing principle developed by MTS. Within the sensing element, a sonic strain pulse is induced in a specially designed magnetostrictive waveguide by the momentary interaction of two magnetic fields. One field comes from a movable permanent magnet that passes along the outside of the sensor. The other field comes from an “interrogation” current pulse applied along the waveguide. The resulting strain pulse travels at ultrasonic speed along the waveguide and is detected at the head of the sensing element. The position of the magnet is determined with high precision and speed by accurately measuring the elapsed time between the application of the interrogation pulse and the arrival of the resulting strain pulse with a high speed counter. Using the elapsed time to determine position of the permanent magnet provides an absolute position reading that never needs recalibration or re-homing after a power loss. Non-contact sensing eliminates wear, and guarantees the best durability and output repeatability.
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