DSRL-10-180-P-FW Festo Semi-rotary Drive

RM 1,076.00

Double-acting semi-rotary vane drive with a 0 to 180-degree swivel range. Features M3 pneumatic connections, 0.5 Nm torque, and elastic cushioning.

SKU Festo-33296 Category
Pneumatic Actuators

DSRL-10-180-P-FW Festo Semi-rotary drive

Model Identifier DSRL-10-180-P-FW
Official Part Number 33296
GTIN Standard 4052568115036

Technical Overview

The Festo DSRL-10-180-P-FW is a high-precision semi-rotary drive featuring a vane-type design and a double-acting mode of operation. It offers a versatile swivel angle between 0 and 180 degrees with elastic cushioning rings at both ends to ensure smooth performance. Constructed with a die-cast zinc housing and nickel-plated steel drive shaft, this unit is engineered for reliable pneumatic actuation in automated systems requiring compact and efficient rotational motion.

Key Features

  • Double-acting mode of operation
  • Vane design for compact rotation
  • Elastic cushioning rings/plates at both ends
  • Adjustable rotation angle range of 0 to 180 degrees
  • Optional mounting position
  • LABS (PWIS) conformity VDMA24364-B2-L

Theoretical torque of 0.5 Nm at 0.6 MPa (6 bar, 87 psi)

Technical Specification Matrix

ParameterValue
Size10
Cushioning angle2.4 deg
Rotation angle adjustment range0 deg ... 180 deg
Swivel angle0 deg ... 180 deg
CushioningElastic cushioning rings/plates at both ends
Mounting positionoptional
Mode of operationDouble-acting
DesignVane
Position detectionWithout
Symbol00991265
Operating pressure2.5 bar ... 8 bar
Max. swivel frequency at 0.6 MPa (6 bar, 87 psi)3 Hz
Operating mediumCompressed air to ISO 8573-1:2010 [7:-:-]
LABS (PWIS) conformityVDMA24364-B2-L
Ambient temperature-10 °C ... 60 °C
Max. axial force10 N
Max. radial force30 N
Theoretical torque at 0.6 MPa (6 bar, 87 psi)0.5 Nm
Product weight100 g
Type of mountingWith through-hole
Pneumatic connectionM3
Material coveringPA-reinforced
Material drive shaftSteel Nickel-plated
Material sealsNBR
Material housingDie-cast zinc

Industrial Applications

1. End-of-Arm Vacuum Gripper Rotator for Electronics Assembly

In high-speed pick-and-place systems for small electronic components (e.g., SMDs or microchips), the actuator is mounted on the robotic arm to rotate the suction cup tool 180 degrees. The unit's specialized hollow flanged shaft allows the vacuum line to pass directly through the center of the drive axis, eliminating external tubing loops that could snag or fatigue during rapid movement.

Problem Solved

Prevents vacuum line tangling and wear in compact robotic cells where external cable management is difficult. The direct pass-through design increases reliability and reduces the footprint of the end-effector.

Hollow flanged shaft (FW)0.5 Nm torqueVacuum feed-throughEnd-of-arm tooling100g product weight

2. Multi-Position Fluid Dispensing Head for Adhesive Application

Used in automated gluing stations, this actuator rotates a dispensing nozzle between a 'working' vertical position and a 'maintenance/capping' horizontal position. The hollow shaft permits the adhesive or sealant to flow directly through the actuator to the nozzle, allowing the dispensing head to pivot without stressing the fluid supply hose or requiring complex rotary unions.

Problem Solved

Solves the challenge of rotating a fluid nozzle without kinking the supply line. It automates the capping process to prevent nozzle clogging during idle times, utilizing the 180-degree swivel range to move the tip to a cleaning station.

Hollow shaft media passage180 degree swivel angleFluid dispensing automationM3 pneumatic connectionDie-cast zinc housing

3. Air-Assisted Reject Diverter for Pharmaceutical Vials

The actuator drives a lightweight diverter gate on a conveyor belt sorting small pharmaceutical vials. The hollow shaft is utilized to channel a burst of compressed air (air blast) through the diverter arm itself at the moment of actuation. This air cushion assists in gently pushing the fragile glass vial into the reject lane, minimizing physical impact force.

Problem Solved

Reduces breakage rates of fragile products during high-speed sorting. The combination of mechanical diverting and air blast (via the hollow shaft) ensures gentle handling of light, delicate items that a standard mechanical diverter might damage.

3 Hz swivel frequencyAir blast feed-throughConveyor sortingElastic cushioning (P)Double-acting operation

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