Contact Versions

The following contact versions determine the routing direction and method of the signal cord or plug. For the corresponding codes in the type designation matrix, see "Designation for RDDS1 Matrix" (print page 24).

CA — Cord: below axial

CA — Cord: below axial

CD — Cord: below radial

CD — Cord: below radial

CU — Cord: above radial

CU — Cord: above radial

MA — Cable with plug-in connector

MA — Cable with plug-in connector

PD — Plug: below radial

PD — Plug: below radial

PU — Plug: above radial

PU — Plug: above radial

CA — Cord: below axial (standard)

Cord: below axial (standard)

Advantage

No radial connection part and smaller required space.

CD — Cord: below radial

Cord: below radial

CU — Cord: above radial

Cord: above radial

Advantage (CD / CU)

Smaller required space in cramped installation conditions.

MA — Cable with plug-in connector

Cable with plug-in connector

Advantage

Smaller required space (also possible: MD, MU).

PD — Plug: below radial

Plug: below radial

PU — Plug: above radial

Plug: above radial

Advantage (PD / PU)

Simple contact or exchange of connecting cables.

※ Terms in circles: see "Designation for RDDS1 Matrix" (print page 24).

Mounting and Cooling Versions

Mounting Versions

B — Base plate: mounting from below (standard)

Base plate: mounting from below (standard)

B — Base plate: mounting from below

F — Flange plate: mounting from above

Flange plate: mounting from above

Advantage

Mounting from above or below is possible depending on installation conditions.

F — Flange plate: mounting from above

Cooling Versions

(Standard) Air cooling

Air cooling (convection, radiation and thermal conduction, standard)

Air cooling (standard)

Advantage

No additional work and expense for cooling.

C — Water cooling in a cooling jacket

Water cooling in a cooling jacket

C — Water cooling in a cooling jacket

Advantage

Higher continuous torque by water cooling.

※ Terms in circles: see "Designation for RDDS1 Matrix" (print page 24).

Measuring System, Pneumatic Clamp, Running Precision and Cleanroom

Measuring System Pneumatic Clamp Running Precision
  • 3600 – 24000 increments per revolution (depending on type)
  • Standard: increment number and options depending on type for every diameter
  • Standard: output signal 1 Vpp sin/cos + index
On request. The overall height increases when selecting the option "pneumatic clamp". Axial and radial runout are ±10 µm.
On request the systems are available in a higher quality class with a tolerance of <±10 µm.

Measuring System

  • 3600 – 24000 increments per revolution (depending on type)
  • Standard: increment number and options depending on type for every diameter
  • Standard: output signal 1 Vpp sin/cos + index

Advantage

Optimal resolution and accuracy for every application.

Pneumatic Clamp

On request.

Note: The overall height increases when selecting the option "pneumatic clamp".

Running Precision

Axial and radial runout are ±10 µm.

On request the systems are available in a higher quality class with a tolerance of <±10 µm.

Advantage

High precision systems are possible.

Cleanroom

RDDS1 rotary systems are qualified for cleanroom class 4 – 6 applications by Fraunhofer IPA. Details are available on request.

Advantage

Applications for cleanroom are possible.

Class 4 – 6 according to DIN EN ISO 14644-1 (meets the requirements of US Fed. St. 209 D/E classes 10 – 1000).

Designation
DIN EN ISO 14644-1
Maximum permissible number of particles per cubic metre
N 0.1 µm N 0.2 µm N 0.3 µm N 0.5 µm N 1.0 µm N 5.0 µm
4 10000 2370 1020 352 83
5 100000 23700 10200 3520 832 29
6 1000000 237000 102000 35200 8320 293
ESC
連結已複製!