Product Model

ms6n-frm-1/2

In Stock
Last updated: 2025/4/28
Festo ms6n-frm-1/2

Selling Points

  • 1The Festo MS6N-FRM-1/2 branching module offers a standard nominal flow rate of 13,000 liters per minute in the main flow direction, making it ideal for high-demand applications.
  • 2This branching module can be mounted in any position, providing flexibility in system design and installation.
  • 3With a corrosion resistance class of 2, the MS6N-FRM-1/2 is suitable for use in environments with moderate corrosion stress, ensuring durability and reliability.
  • 4The module operates within a pressure range of 0 to 20 bar, accommodating various pneumatic system requirements.
  • 5The MS6N-FRM-1/2 is RoHS-compliant and designed for use with compressed air as per ISO 8573-1:2010, ensuring compliance with industry standards and safety protocols.
Product Details
ms6n-frm-1/2
Festo

Technical Specifications

Detailed engineering parameters based on manufacturer documentation

ParameterValueParameterValue
Mounting position
Any
Structural design
Branching module
Symbol
00991510
Operating pressure
0bar 20bar
Standard nominal flow rate in main flow direction 1 -> 2
13000l/min
Standard nominal flow rate outlet at top
4400l/min
Standard nominal flow rate outlet down
4600l/min
Operating voltage range AC
0V 250V
DC operating voltage range
0V 125V
Operating medium
Compressed air as per ISO 8573-1:2010 [7:4:4] Inert gas
Information on operating and pilot media
Operation with oil lubrication possible (required for further use)
Corrosion resistance class (CRC)
2 - Moderate corrosion stress
LABS (PWIS) conformity
VDMA24364-B1/B2-L
Storage temperature
-10°C 60°C
For use in the food industry
See supplementary material information
Temperature of medium
-10°C 60°C
Ambient temperature
-10°C 60°C
Product weight
500g
Pneumatic connection 1
1/2 NPT
Pneumatic connection 2
1/2 NPT
Pneumatic connection 3
1/2 NPT
Pneumatic connection 4
1/2 NPT
Note on materials
RoHS-compliant
Housing material
Die-cast aluminum
Manufacturer ID
531966

Specifications may be subject to change without notice