Skip to content
10VEPFP10 by Dixon Valve | Hydraulic Quick Disconnect Coupling | VEP-Series | 1-1/4" Code 62 Flange Pad x 1-1/4" Body Size | Socket | Nitrile Seal | Steel

10VEPFP10 by Dixon Valve | Hydraulic Quick Disconnect Coupling | VEP-Series | 1-1/4" Code 62 Flange Pad x 1-1/4" Body Size | Socket | Nitrile Seal | Steel

Save $30.20 Save $30.20
$271.80
$271.80 - $271.80
$271.80
$241.60
$241.60 - $241.60
$241.60

Dixon Valve & Coupling
Hydraulic Coupling: VEP-Series Code 62 Flange Pad Coupler
Can I get a discount on my purchase?

Our listed prices are our lowest possible price with current costing but when volumes/value are high enough sometimes we can pass on a discount from the manufacturer.

Some products have predefined quantity discounts that will apply automatically, those pages have a table near the price describing the discount teirs.

If you feel your purchase quantity of a particular product is very large and want us to investigate with the manufacturer please feel free to Contact Us.

What if my item is out of stock?

All customers get an email regarding the shipping time frame of their purchase, usually within the business day. If your item is in stock we will ship within 1 business day, otherwise, the email will contain a lead time. If you do not receive this email, we recommend checking your email's spam folder. If you have any questions at that point please do not hesitate to Contact Us or chat below!

Can I get free shipping?

Shipping will calculate as free instantly if your order value exceeds $5000.

Some exceptions apply.

Free Freight is only available for the Contiguous USA.

Specifications for Variant SKU: 10VEPFP10 Dixon
Series: VEP-Series
Shape (Orientation): Straight
Ends Configuration: 1-1/4in Female V-Series QD Interchange, 1-1/4in Code 62 Flange
Material(s): Steel
Seal Material(s): Buna-N/Nitrile Rubber
Compatibility & Interchange:
  • Stucchi VEP-P/VEP-HD Series, DNP PST4/FSI Series, Voswinkel FT Series, Parker FET-Series, and Holmbury HFT Series
Features:
  • Two-stage valving to protect critical sealing components during pressurized connection & disconnection.
  • Posi-Lock valve system secures valving during surge-flow conditions to prevent high-velocity damage.
  • No-spill, flush face valve minimizes air inclusion during connection and spillage during disconnection.
  • Threaded design eliminates premature wear or brinelling commonly found with locking ball designs when subjected to high impulse pressures.
Construction:
  • Machined components are manufactured using solid steel bar stock.
  • Stainless steel retaining rings and springs maximize corrosion resistance and extend service life.
  • Steel componentry is plated using ROHS Compliant Zinc Nickel for superior corrosion resistance.
Seal Components:
  • Plugs have Nitrile-energized PTFE valve seals, with a temperature range of -40°F to 250°F (-40C° to 121°C).
  • 3/8" plugs have molded polyurethane valve seals, with a temperature range of -65°F to 212°F (-54°C to 100°C).
  • 3/8" to 3/4" valve stems have molded acetal seals, with a temperature range of -65°F to 212°F (-54°C to 100°C).
  • 1" to 2" valve stems have molded polyurethane seals, with a temperature range of -65°F to 212°F (-54°C to 100°C).
  • Ancillary coupler and plug seals are Nitrile with a temperature range of -40°F to 250°F (-40C° to 121°C).
  • TPC-ET anti-extrusion ring protects main coupling valve seal from dynamic impulse pressure damage.
How It Works:
  • Prior to connecting, thoroughly clean all mating surfaces and threads on both halves, the pull the coupler sleeve forward.
  • To initiate the connection, align the coupler and plug, pushing/turning the coupler sleeve towards the plug while engaging the threads. Keep the mating halves aligned during the connection process.
  • Allow the threads to pull the coupler onto the plug, do not push the coupler onto the plug.
  • The first phase of the connection should be threaded by hand, without the use of tools. Please note the connection sleeve may seize when dirt and debris accumulate in the threads - wipe away debris with a cloth, compressed air or a brush.
  • The second phase of the connection may require a wrench if the pressure is higher than anticipated.
  • Continue to thread the coupler sleeve onto the plug until the end of the sleeve meets the plug body.
  • To disconnect, use a wrench to break the coupler sleeve free and keep the mating halves aligned during the disconnection process.
Additional Information:
VEP-Series | Interchange Rated Pressure Chart
Body Size Pressure Rating Burst Pressure Max. Pressure Connect3 Max. Pressure Disconnect3 Rated Flow ΔP=21.75 PSI
ISO Working1 Max. Impulse2 Connected Coupler Plug
1/4"" 6,000 PSI
400 Bar		 9,000 PSI
625 Bar		 24,000 PSI
1,650 Bar		 22,000 PSI
1,525 Bar		 22,000 PSI
1,525 Bar		 5,500 PSI
375 Bar		 5,500 PSI
375 Bar		 3.5 GPM 13 L/min
3/8" 5,500 PSI
375 Bar		 8,000 PSI
550 Bar		 22,000 PSI
1,525 Bar		 18,000 PSI
1,250 Bar		 20,000 PSI
1,375 Bar		 4,500 PSI
300 Bar		 4,500 PSI
300 Bar		 10.5 GPM 40" L/min
1/2" 5,500 PSI
375 Bar		 8,000 PSI
550 Bar		 22,000 PSI
1,525 Bar		 18,000 PSI
1,250 Bar		 20,000 PSI
1,375 Bar		 4,500 PSI
300 Bar		 4,500 PSI
300 Bar		 17.5 GPM 66 L/min
3/4" 5,500 PSI
375 Bar		 8,000 PSI
550 Bar		 22,000 PSI
1,525 Bar		 18,000 PSI
1,250 Bar		 20,000 PSI
1,375 Bar		 4,500 PSI
300 Bar		 4,500 PSI
300 Bar		 22.7 GPM 85 L/min
1" 5,500 PSI
375 Bar		 7,500 PSI
525 Bar		 22,000 PSI
1,525 Bar		 14,500 PSI
1,000 Bar		 20,000 PSI
1,375 Bar		 3,625 PSI
250 Bar		 3,625 PSI
250 Bar		 32.5 GPM 123 L/min
1-1/4" 5,000 PSI
350 Bar		 7,000 PSI
475 Bar		 20,000 PSI
1,375 Bar		 14,500 PSI
1,000 Bar		 16,000 PSI
1,100 Bar		 3,625 PSI
250 Bar		 3,625 PSI
250 Bar		 46.4 GPM 174 L/min
1-1/2" 4,500 PSI
300 Bar		 5,800 PSI
400 Bar		 18,000 PSI
1,250 Bar		 12,000 PSI
8,325 Bar		 14,500 PSI
1,000 Bar		 3,000 PSI
200 Bar		 3,000 PSI
200 Bar		 95.0 GPM 360 L/min
2" 4,000 PSI
275 Bar		 5,000 PSI
350 Bar		 18,000 PSI
1,250 Bar		 12,000 PSI
8,325 Bar		 14,500 PSI
1,000 Bar		 3,000 PSI
200 Bar		 3,000 PSI
200 Bar		 172.5 GPM 653 L/min

1 Couplings impulse tested in accordance with ISO18869 for 1,000,000 cycles connected and 100,000 cycles disconnected at 133% of ISO working pressure.
2 Couplings impulse tested in accordance with ISO18869 for 100,000 cycles connected and disconnected at maximum impulse pressure listed.
3 System temperature for maximum connect/disconnect pressure must not exceed 150°F (65°C)

VEP-Series | Code 62 Flange Pad Coupler
Part
Number		 Coupling
Type		 Body
Size		 Threads Material Length Max.
OD
6VEPFP6 Socket/Female 3/4" 3/4" Code 62 Flange Steel 4.45"
(112.93mm)		 3.02"
(76.71mm)
8VEPFP8 Socket/Female 1" 1" Code 62 Flange Steel 5.34"
(135.64mm)		 3.44"
(87.38mm)
10VEPFP10 Socket/Female 1-1/4" 1-1/4 Code 62 Flange Steel 5.56"
(141.10mm)		 4.03"
(102.29mm)
12VEPFP12 Socket/Female 1-1/2" 1-1/2 Code 62 Flange Steel 6.52"
(165.71mm)		 4.76"
(120.93mm)
VEP-Series | Code 62 Flange Pad Plug
Part
Number		 Coupling
Type		 Body
Size		 Threads Material Length Max.
OD
VEP6FP6 Plug/Male 3/4" 3/4" Code 62 Flange Steel 5.20"
(132.08mm)		 3.02"
(76.71mm)
VEP8FP8 Plug/Male 1" 1" Code 62 Flange Steel 6.40"
(162.59mm)		 3.44"
(87.38mm)
VEP10FP10 Plug/Male 1-1/4" 1-1/4 Code 62 Flange Steel 6.60"
(167.64mm)		 4.03"
(102.29mm)
VEP12FP12 Plug/Male 1-1/2" 1-1/2 Code 62 Flange Steel 7.76"
(197.15mm)		 4.76"
(120.93mm)
Dixon Valve & Coupling

Dixon Valve & Coupling

Dixon, founded in 1916, is a premier manufacturer and supplier of hose couplings, valves, dry disconnects, swivels, and other fluid transfer and control products. Our global reach includes a wide range of products for numerous industries including petroleum exploration, refining, transportation, chemical processing, food and beverage, steel, fire protection, construction, mining, and manufacturing.

Shop Parts by Dixon Valve & Coupling