Scalable and economical transducer for most linear feedback applications.
Advanced positioning technology is now affordable for most mid-range linear feedback applications. Balluff's Micropulse® ATvantage transducer is equipped with superior magnetostrictive technology at a low cost, while offering a scalable stroke, high resolution, and mounting flexibility. Its non-contact, wear-free operation assures consistent feedback and longer life than obsolete
contact-based potentiometer technology.
n Robust low cost/high performance design
n No degradation of resolution over the life of the product
n 100% adjustable stroke length
n Externally mountable for maximum flexibility
n Selectable dual position or single position plus differential measurement modes
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Plastic Injection Molding Machine The Micropulse ATvantage transducer is an ideal replacement for linear potentiometers on plastic injection molding machines. The non-contact magnet design provides superior wear-free operation and accuracy, and eliminates downtime caused by mechanical linkage issues. The Micropulse ATvantage’s 0-10 V position output is user-scalable, allowing the working stroke to be matched to the actual machine movement. This means maximum position resolution and unmatched versatility. |
Stamping Press Shut Height The Micropulse ATvantage transducer is ideal for monitoring the shut height of stamping press operations. The rugged, non-contact magnet design provides trouble free monitoring and setup where shock and vibration can be a problem. Coupled with a digital display, it can provide easy visual programming. The 100% scalable zero and span points allow the transducer to fit any measuring application. |
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Balluff Part Number |
Lengths Available |
| BTL6-A301-M_ _ _ _-A1-S115 |
*50 mm to 1500 mm |
| BKS-S11**-PU-_ _ |
Cable length 2 m - 25 m |
| BTL6-A-3801-2 |
Magnet |
* Consult factory for available stroke legths ** 5 = straight cable, 6 = right angle cable |
| Technical Details |
Ratings |
| Dimensions |
Ø 30 mm x (146 mm + stoke length) |
| Output |
0...10 V / 10...0 V programmable, scalable |
| System Resolution |
≤10 µm |