Norgren RA/8160/M/300 Pneumatic Cylinder - ISO 15552
Part Number: RA/8160/M/300
Quick Summary
RA/8160/M/300 is an ISO tie rod double-acting pneumatic cylinder designed for high-demand automation. Engineers often struggle with reliable mounting options and maintaining precise stroke under varying loads. It conforms to ISO 15552, ISO 6431, VDMA 24562, and NFE 49-003-1, supporting interchangeability and rugged reliability. With a magnetic piston, adjustable cushioning, and a 160 mm bore, it delivers high force with predictable stopping, ideal for heavy-duty pneumatic actuators. Designed for manufacturing and packaging line integrations, this cylinder offers scalable mounting options and reduced maintenance, enabling smoother changeovers and sustained throughput in automated processes.
Product Information
Extended Description
RA/8160/M/300 Norgren: Conforms to ISO 15552, ISO 6431, VDMA 24562 and NFE 49-003-1 | High performance, ruggedness and reliability | Extensive range of mountings
Medium
Compressed air
Operating Temperature
-10 ... 80 °C, 14 ... 176 °F
Operating Pressure
1 ... 16 bar, 15 ... 232 psi
Standard
ISO 15552
Port Size
G3/4
Cylinder diameter
160 mm
Stroke Length
300 mm
Operation
Double acting
Cushioning
Adjustable cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
12064 N
Materials - Barrel
Anodised aluminium
Materials - Piston Rod
Stainless steel (martensitic)
Range
RA/8000/M
Series
ISO/VDMA Actuator
Brand
IMI Norgren
M/840
Heavy duty flow control valve, uni-directional, G3/4
QM/27/2/1
Switch mounting brackets for M/50
M/P19938
Narrow hinge style SS, 160mm bore
M/P19679
Wide hinge style SW, 160mm bore
QM/8160/35
A - Front or Rear Stud Mounting 160mm/200mm bore
QM/8160/32
UF - Universal Piston Rod Mounting 160mm bore
QM/8160/27
R - Rear Eye Mounting 160mm bore
QM/8160/25
F - Piston Rod Clevis Mounting 160mm/200mm bore
QA/8160/40
UH - Adjustable Trunnion Mounting 160mm bore
QM/8160/33
UR - Universal Rear Eye Mounting 160mm bore
M/P71356
Swivel hinge style US, 160mm bore
QM/8160/21
C - Foot Mounting 160mm bore
QA/8160/42
D2 - Rear Clevis Mounting 160mm bore
QM/8160/38
AK - Piston Rod Swivel Mounting 160mm/200mm bore
QA/8160/41
S - Swivel Bearing 160mm bore
QM/8160/23
D - Rear Clevis Mounting 160mm bore
QM/8160/28
H - Trunnion Mounting 160mm bore
QM/8160/22
BG - Front / Rear Flange Mounting160mm bore
QA/8160D/00
Service kits for PRA/802, RA/802, PRA/182, RA/182, or RA/8000, 160mm diameter
M/50/LSU/5V
M/50 magnetically operated reed switch, 5m cable
ISO standardization and interchangeability enable rapid product swaps and reduced spare-part inventories, translating to lower downtime and faster line changes in assembly and packaging environments. The 160 mm bore delivers 12064 N theoretical force, providing reliable push/pull performance for clamping, transfer, and high-load actuations while maintaining control across repeated cycles. Adjustable cushioning decouples impact energy from machinery frames, reducing wear on both the cylinder and downstream equipment, which extends service life and lowers maintenance costs. The magnetic piston rod facilitates reliable position sensing with standard switches, enhancing automation reliability and simplifying sensor integration on crowded factory floors. A rugged anodised aluminium barrel and martensitic stainless steel rod deliver dependable operation in dirty environments, with a compact port configuration (G3/4) that supports compact, modular installations. The wide mounting versatility, including various front/rear stud, universal rod, and clevis options, reduces installation time and enables easy retrofits into existing ISO 15552 footprints. Overall, the RA/8160/M/300 is a cost-effective choice for customers seeking dependable, interchangeable cylinders that support scalable automation with predictable maintenance and strong lifecycle value.
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FAQs
Begin by confirming the ISO 15552 footprint on your actuator plate and ensure compatible front or rear stud mounting or universal piston rod mounting per the QM/Mounting options. Align the cylinder axis with the load path, secure with appropriate fasteners, and connect the G3/4 port using compatible airline fittings. Verify stroke clearance and cushion adjustment settings before cycling at low speed to confirm proper deceleration and stop positions. This standardization accelerates swaps and ensures repeatable alignment across similar cylinders.
RA/8160/M/300 features a 160 mm bore and 300 mm stroke, with a theoretical force of 12064 N. It operates on compressed air (1–16 bar, 15–232 psi) and supports temperatures from -10 to 80 °C. The port size is G3/4, and the cylinder is double-acting with adjustable cushioning. Its magnetic piston aids sensing, while the anodised aluminium barrel and martensitic stainless steel rod provide durability for rugged environments.
Yes, the RA/8160/M/300 is well-suited for high-throughput pick-and-place and transfer applications. The 160 mm bore provides significant thrust for dependable part handling, and the adjustable cushioning reduces impact on end-of-stroke operations, extending actuator life. Magnetic sensing compatibility simplifies exact position feedback, and ISO/VDMA compatibility ensures easy integration with standard automation hardware and mounting schemes on packaging lines.
RA/8160/M/300 conforms to ISO 15552 and ISO 6431 standards, with VDMA 24562 and NFE 49-003-1 alignment for interchangeability and robust construction. These standards support consistent mounting footprints, reliable performance in industrial environments, and compliance with European and international pneumatic actuator requirements, enhancing lifecycle reliability across automation projects.
Maintenance is simplified by the cylinder’s standard ISO footprint and wide mounting options, enabling straightforward retrofits and easy part replacement. Service kits (where applicable) and a robust materials selection (aluminium barrel, martensitic stainless rod) reduce wear and downtime. The combination of high-force capability, adjustable cushioning, and reliable magnetic sensing translates to lower maintenance costs and faster payback through improved line throughput and reduced unplanned downtime.