AMCI HTT-20-1 Stock
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AMCI HTT-20-1

HTT-20-1 Redundant Resolver Transducer, 7 VRMs Input, 6.65 VRMs Output, +/- 7 min Accuracy

  • MPN: HTT-20-1
  • Min. Order Qty: 1
  • Quantity Interval: 1
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AMCI HTT-20-1

The HTT-20-1 redundant, single-turn brushless resolver transducer was developed for applications that require redundant control systems. Whether meeting mandated safety standards or a project's up time requirements, AMCI's HTT-20-1 Redundant Brushless Resolver Transducer will not fail. This transducer features two independent resolvers geared 1:1 to the input shaft that are encased in an IP67 rated anodized enclosure. Using anti-backlash gearing to insure accuracy and repeatability, the zero points of the two resolvers are mechanically aligned at the factory. The HTT-20-1 transducer is our smallest redundant resolver package that can be used when mounting space is at a premium. Plus the HTT-20-1 Redundant Brushless Resolver Transducer is the perfect solution when you must run two resolver based systems from a single shaft that require different resolvers. AMCI can install any size 11 resolver in the HTT-20-1, making it compatible with resolver based systems from all major manufacturers in the industry.

AMCI Redundant Resolver Transducer, 7 VRMs Input, 6.65 VRMs Output, +/- 7 min Accuracy, IP67, -40 to 125 deg C, 3 in H, Anodized Aluminum Housing

Dimensions      :      3 in H
Enclosure Type      :      IP67
Housing Material      :      Anodized Aluminum
Temperature Rating      :      -40 to 125 deg C
Input      :      7 VRMs
Output      :      6.65 VRMs
Accuracy      :      +/- 7 min
  • Two independent, redundant, brushless resolvers in a single package
  • IP67 rated for heavy-duty industrial applications
  • Purpose built for redundant control system applications
  • All gearing internally housed in the transducer for reliability
  • Best angular accuracy and repeatability
  • 100% compatible with AMCI's complete line-of resolver interface products
  • 100 lb radial/50 lb axial maximum shaft loading
  • At the listed shaft load, bearing life is rated for a minimum of 2X10^9 revolutions
  • 8 oz in maximum at25 deg C starting torque
  • 8.75 x 10^-4 oz-in-sec^2 moment of inertia
  • 1070 carbon steel shaft
  • 5000 Hz input frequency
  • 0.95 +/- 5% transformation ratio
  • 20 mArms typical, 34 mArms maximum input current
  • 10 deg maximum phase shift
  • 50 g's for 11 ms shock
  • 15 g's to 2000 Hz vibration