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BUCHER 200061123043 HDM11S/2K03 150/A01A01 Control block

BRAND : BUCHER

Series HDM directional control valves feature compact, cast monoblock bodies and have high operating pressure ratings.

Available in 9 different sizes, the large range of spools, spool operators, levers and auxiliary shock/anti-cavitation valves make the HDM series especially suitable for use in medium-complexity circuits. They are also very suitable for straight-forward applications in which a particularly small overall size is required.

The HDM series is available in the following versions: open centre, parallel/series, closed centre and carry-over.

A further notable feature is the very low level of internal spool leakage.

Details

Series HDM directional control valves feature compact, cast monoblock bodies and have high operating pressure ratings.

Available in 9 different sizes, the large range of spools, spool operators, levers and auxiliary shock/anti-cavitation valves make the HDM series especially suitable for use in medium-complexity circuits. They are also very suitable for straight-forward applications in which a particularly small overall size is required.

The HDM series is available in the following versions: open centre, parallel/series, closed centre and carry-over.

A further notable feature is the very low level of internal spool leakage.

Advantages

  • Low weight, small dimensions
  • Operating pressure up to 350 bar
  • Excellent price/performance ratio
  • Elimination of potential leakage between sections
  • Easy maintenance

Technical Data

TypeNumber of spools d’axes
-
Nominal flow rate
l/min
Max. inlet pressure (P)
bar
Max. work port press. (A/B)
bar
HDM140140250320
HDM11P2 - 645250320
HDM11S1 - 645250320
HDM11S/3PQ345250320
HDM15/22 - 1060250320
HDM181 - 470300350
HDM19WL3 - 1080250320
HDM19EH380290320
HDM251 - 2100250320
  • Fluid temperature: from -20 to + 80°C
  • Viscosity operating range: from 15 to 75 mm²/s (cSt)
  • Max contamination level : 21/19/16 - ISO 4406:1999 (NAS 1638 class 10)
  • Max contamination level for electro-hydraulic applications: 20/18/15 - ISO 4406:1999 (NAS 1638 class 9)