Overview of OFN Pneumatic Tilt Units

The OFN series consists of pneumatic tilt units designed for small End-Of-Arm Tooling (EOAT) applications. These units provide a 90° rotation and are available in single-acting or double-acting (SD) versions. They support various mounting accessories and optional magnetic sensors, which can be installed using an external SWP clamp or directly into the sensor slot (for SD models).

Technical Specifications

• Operating Medium: Compressed air compliant with ISO 8573-1:2010 [7:4:4]
• Pressure Range: 1.5 to 8 bar (depending on model)
• Temperature Range: 5 to 60 °C
• Tilt Angle: 90° rotation
• Cycle Air Consumption: Varies by model from 3.52 cm³ to 19.6 cm³
• Lift Torque at 6 bar (90° → 0°): Ranges from 70 Ncm to 300 Ncm
• Drop Torque at 6 bar (0° → 90°): Ranges from 15 Ncm to 150 Ncm
• Weight: Between 75 g and 260 g depending on model

Model Variants

Four main variants are detailed:

• OFN20-90 (single-acting)
• OFN20-90SD (double-acting)
• OFN30-90 (single-acting)
• OFN30-90SD (double-acting)

Each variant differs in torque, air consumption, and weight, allowing selection based on application requirements.

Dimensions and Mounting

Detailed dimensional data is provided for each model, including parameters such as length (A), width (B), height (C), and various mounting hole sizes and thread specifications (e.g., M17x1, M27x1). These dimensions facilitate integration with EOAT and robotic systems.

Mounting accessories and profiles compatible with the OFN units include EMB-EMF-2525, MFI-A38, EMF-2525, EMF-1818, MFI-A16, MFI-A23 for OFN20-90, and MFI-A48, MFI-A21, MFI-A34, EMF-5025 for OFN30-90.

Features and Options

• 90° rotation capability suitable for precise EOAT positioning.
• Single- or double-acting pneumatic operation for flexibility.
• Optional magnetic sensors for position feedback, installable via SWP external clamp or sensor slot.
• Compliance with ISO standards ensures reliable pneumatic performance.

Application Example

The document includes an example illustrating the air connection points, sensor slot location, and stroke adjustment features, demonstrating practical integration into automation setups.

Summary of Critical Parameters

This summary enables users to select the appropriate tilt unit based on torque requirements, air consumption, and weight constraints.