Home Sensors differential Hall-effect: outstanding performance with steel profiles under rough ambiance

Contact

Differenzial-Halleffekt | Print |

Non-Contact Sensors


Differential-Hall-Effect Series A5S...
Your first choice for permanent installation. Detecting small and large steel profiles (gear wheels, slots, holes). Outstanding performance under hard ambient conditions: Speed range 0... 25,000 pulses per sec, equally high and powerful output over  theentire range, adequate for transmission over more than 500 meters. Level approximately that of supply voltage. Profile size down to gear m 0,8 (pitch 32), slot or hole width down to 3 mm. Gap (clearance) to target nearly up to 4 mm. Their differential principle fights the influence of other magnetic fields and machine vibration. Sealed (>200 bar) stainless steel enclosure with smooth or threaded shaft 5/8UNF, or M12, M14, M18, or M22, length as option

Temperature -40°C ...+125°C ( -40 ... +255 °F). Connection via tight plug or firm cable.


Specific application characteristics of A5S... series:

 

 

 

A5S09BmgerSt-027-Bild13A

 

 

 

 

 

 

Sonden-Son1-19_003

 

Series No.

Application Characteristics

Special Notes

Download

A5S05
…A5S09..

Satisfying all standard applications requiring single trace frequency output. Typical: turbines, motors, process machinery

A5S10 …A5S13..

speed detection in Ex-areas, grade EExia IIC T4  (Div 1 and Div 2, class I group A..D, class II group E...G)

use  with Separating Barrier D461.11

Supply < 9.9 volts

A5S30 …A5S33..

direction sensing incorporated. 1 trace as speed signal frequency,

1 trace as binary signal forward/reverse. Typical:  feeder pumps

requires gear size > m2 (pitch 6 mm

A5S14 …A5S17

direction sensing as above, within Ex-areas

use  with Separating Barrier D461.21

A5S40 …A5S43

double trace frequency output, for external direction evaluation with failure detection. Typical: monitored direction detection

requires gear size > m2 (pitch 6 mm

 


 

Differenzial-Halleffekt-Sensoren

  • Differenzialprinzip
  • Magnetfelder
  • Maschinenvibration
  • Frequenzsignal
  • Richtungserkennung
 

 

Ausdruck von Datenblättern bitte über die zugehörigen Downloads