Ideal for high force hydraulic systems the Regular Coupler Female Half with a maximum flow capacity of 462.00 cubic inches is an essential component for efficient hydraulic operations. Manufactured by Enerpac this female half coupler is engineered for secure and reliable performance under high pressure supporting up to 10 000 PSI.
Specifically designed for use with small cylinders and hand pumps this coupler is a robust solution ensuring effective hydraulic connections. The inclusion of a female aluminum dust cap enhances its durability and maintains the system's integrity by preventing contamination.
Couplers should only be pressurized when fully connected to avoid potential hazards. This product's construction and design reflect the highest standards of quality and reliability demanded in the hydraulic industry.
Supplier Part Number: AR630
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Specifications
Accessories
Dust Cap: Z-640
Brand
Enerpac
Brand
Enerpac
Pack Size
1.00
UOM
EA
Includes
Female Half
Length
--
Maximum Flow Capacity
462
Alternate Part Numbers
Alternate Part NumberAR630, Alternate Part Number C1CK81, Alternate Part Number MI-00875150, Alternate Part Number MINO-00284X10157
Supplier Part Number
AR630
Product Weight
0.20 lbs
Similar Products
Model Number
Maximum Flow Capacity
Includes
Thread 1
Accessories
Length
Price
Action
AH-630Regular Coupler
462
Male Half
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--
AR-630Regular Coupler
462
Female Half
Dust Cap: Z-640
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Product Questions & Answers (1)
Question by: Brett S on Feb 13, 2026, 5:30 PM
Running a hand pump setup and need to know if this female half coupler'll hold up at full system pressure, what's the max PSI on this thing?
Answer by: Customer Support on Feb 15, 2026, 6:02 AM
Rated for 10,000 PSI, so it'll handle whatever a standard hand pump system throws at it without issue. It's built specifically for use with small cylinders and hand pumps, so that pairing is right in its wheelhouse. Just make sure both halves are fully connected before you pressurize the line, that's a hard rule with this coupler. Don't couple or uncouple it under pressure either.