SMC D-R732, reed Pneumatic Cylinder & Actuator Switch, D-R7 Series

Voltage Rating: 24 V dc, 100 V ac

Maximum Operating Temperature: +60°C

IP Rating: IP67

Compatible With: Size 20 to 100 CDRB Series Rotary Actuator, Size 7 to 20 MDSU Series Rotary Actuator

Voltage Drop: ≤2.4V

Manufacturer Series: D-R7

Minimum Operating Temperature: -10°C

LED Indicator: Yes

Type: Reed

The SMC D-R732 is a highly efficient and reliable pneumatic cylinder and actuator switch, part of the esteemed D-R7 Series. Designed to satisfy the rigorous demands of modern industrial applications, this switch excels in providing precise control and feedback for pneumatic cylinder positions. Its compact and durable design confirms a long service life and consistent performance, making it a preferred choice for automation professionals.

Special Features and Benefits of the Reed Pneumatic Cylinder & Actuator Switch

• The D-R732 offers unmatched accuracy in detecting the position of pneumatic cylinders.
• Built to withstand harsh industrial environments, this switch features a robust construction that resists wear and tear.
• Designed for easy installation, the D-R732 can be quickly and seamlessly integrated into existing pneumatic systems.
• Compatible with a wide range of cylinders and actuators, this switch is highly versatile.
• The switch operates with minimal power consumption, promoting energy efficiency in automated systems.

Where Can You Use the SMC D-R732, Reed Pneumatic Cylinder & Actuator Switch, D-R7 Series?

The SMC D-R732 pneumatic cylinder and actuator switch find its application in a variety of industries, including:

• Manufacturing: In assembly lines where precise control of cylinder positions is critical for product quality.
• Packaging: For accurate positioning of items during packing processes, ensuring consistency and efficiency.
• Automotive: In the production of vehicles, where precise pneumatic control is required for assembly and testing operations.
• Material Handling: For automated systems that require reliable position sensing to manage goods and materials efficiently.