Buddeberg Compressed Air Laboratory Stirrer PLR 12 T – Stainless Steel, ATEX Certified

The Buddeberg Compressed Air Laboratory Stirrer PLR 12 T is a high-performance, air-driven stirrer designed for efficient mixing of high-viscosity fluids in laboratory environments. Constructed with an all-stainless steel housing, this stirrer offers durability and resistance to corrosion. It operates at an air pressure range of 3–6 bar, consuming 260 L/min at 6 bar, and delivers a power output of 200W. The clockwise rotation and ATEX certification (Ex II 2G Ex h IIC T5 Gb) make it suitable for use in potentially explosive atmospheres.

Key Features:

• Brand: Buddeberg
• Material: Stainless Steel (Material No. 1.4404)
• Type: Compressed Air Laboratory Stirrer PLR 12 T
• Operating Pressure: 3–6 bar
• Air Consumption: 260 L/min at 6 bar
• Power Output: 200W
• Rotation: Clockwise
• ATEX Certification: Ex II 2G Ex h IIC T5 Gb
• Dimensions: Body height 290 mm, diameter 38 mm
• Weight: Approximately 0.8 kg

The PLR 12 T is equipped with a continuously adjustable speed control valve, support arm with a diameter of 14 mm, and a plug-in connector for DN 5. It is designed for use in laboratories requiring high shear mixing capabilities and is compatible with various stirring shafts and accessories.

Frequently Asked Questions

1. What is the Buddeberg Compressed Air Laboratory Stirrer PLR 12 T – Stainless Steel, ATEX Certified used for?

It is a high-performance, air-driven stirrer designed for efficient mixing of high-viscosity fluids in laboratory environments. Constructed with an all-stainless steel housing, this stirrer offers durability and resistance to corrosion. It operates at an air pressure range of 3–6 bar, consuming 260 L/min at 6 bar, and delivers a power output of 200W. The clockwise rotation and ATEX certification (Ex II 2G Ex h IIC T5 Gb) make it suitable for use in potentially explosive atmospheres.

2. Is the Buddeberg Compressed Air Laboratory Stirrer PLR 12 T – Stainless Steel, ATEX Certified suitable for efficient mixing of high-viscosity fluids in laboratory environments?

Yes. It is designed for efficient mixing of high-viscosity fluids in laboratory environments, and offers an operating pressure of 3–6 bar and an air consumption of 260 L/min at 6 bar to support this kind of work.

3. What operating pressure and air consumption does the Buddeberg Compressed Air Laboratory Stirrer PLR 12 T – Stainless Steel, ATEX Certified have?

It has an operating pressure of 3–6 bar, an air consumption of 260 L/min at 6 bar and a power output of 200W, and is supplied under manufacturer part number 40 26446 00261 9.

4. What is the Buddeberg Compressed Air Laboratory Stirrer PLR 12 T – Stainless Steel, ATEX Certified made from and what features does it include?

It is made from stainless Steel (Material No. 1.4404). It also offers compressed Air Laboratory Stirrer PLR 12 T, clockwise and ex II 2G Ex h IIC T5 Gb.

5. How does the Buddeberg Compressed Air Laboratory Stirrer PLR 12 T – Stainless Steel, ATEX Certified compare with the Bohlender Stirrer Shafts PTFE with Stainless Steel Core Half-Moon, Length 600 mm, Shaft Diam. 8 mm from Bohlender?

For efficient mixing of high-viscosity fluids in laboratory environments, the Buddeberg model is the better choice, offering an operating pressure of 3–6 bar, an air consumption of 260 L/min at 6 bar and a power output of 200W. The Bohlender model offers a length of 600 mm and a shaft diameter of 8 mm as an alternative, while the Buddeberg model's compressed Air Laboratory Stirrer PLR 12 T and clockwise help make it a strong fit for efficient mixing of high-viscosity fluids in laboratory environments.