Precision Metal Orifices - 10-32 UNF Coupler
Precision Metal Orifices - 10-32 UNF Coupler
SKU:PRE-2bd76f
Achieve precise flow control with our meticulously machined Precision Metal Orifices - 10-32 UNF Coupler. Ideal for gas or liquid applications.
Regular price
$29.99
Regular price
Sale price
$29.99
Unit price
per
Initiate Order
Precision Metal Orifices - 10-32 UNF Coupler
$29.99
Quantity: 1
Claim Your Seller Account
Precision Metal Orifices - 10-32 UNF Coupler
$29.99
Quantity: 1
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.
Experience precision and reliability with our Precision Metal Orifices - 10-32 UNF Coupler. Crafted from high-quality brass, these orifices are meticulously machined for accuracy and performance. Ranging from 0.004" to 0.063" in diameter, each orifice undergoes thorough testing to ensure consistent flow rates. Ideal for precision flow control in gas or liquid applications, speed controls, and accurate timing in pneumatic or hydraulic circuits, these orifices offer unparalleled reliability and durability.
Ready to Grow Without Cash Flow Constraints?
Product Specifications
Application 0
Precision Flow Control - Gases or Liquids Speed Controls - Cylinders and Actuators Accurate Timing in Pneumatic or Hydraulic Circuits Flow Restriction Accurate Throttling Snubbers - Gages and Instruments
Dimensions Orifice Diameter
0.021 in
Dimensions Orifice Diameter Accuracy
±0.0005 in
Dimensions Outside Diameter
0.312 in
Dimensions Total Length
0.50 in
Flow Data Air Flow At Pressure Standard Cu Ft Per Hour Scfh
1 psig: 2.39 | 5 psig: 5.62 | 10 psig: 7.48 | 15 psig: 9.34 | 20 psig: 11.1 | 25 psig: 12.7 | 30 psig: 14.4 | 40 psig: 17.8 | 50 psig: 21.2 | 60 psig: 24.6 | 70 psig: 28.0 | 80 psig: 31.6 | 90 psig: 35.0 | 100 psig: 38.1
Flow Data Air Flow At Pressure Standard Liters Per Minute Slpm
1 psig (6.9 kPag): 1.13 | 5 psig (34.5 kPag): 2.65 | 10 psig (69.0 kPag): 3.53 | 15 psig (103.4 kPag): 4.41 | 20 psig (137.9 kPag): 5.22 | 25 psig (172.4 kPag): 6.01 | 30 psig (206.9 kPag): 6.81 | 40 psig (275.8 kPag): 8.42 | 50 psig (344.8 kPag): 10.0 | 60 psig (413.7 kPag): 11.6 | 70 psig (482.7 kPag): 13.2 | 80 psig (551.6 kPag): 14.9 | 90 psig (620.6 kPag): 16.5 | 100 psig (689.5 kPag): 18.0
Flow Data Air Flow At Vacuum Choked Flow Standard Cu Ft Per Hour
15 In. Hg.: 4.92 | 20 In. Hg.: 4.92 | 30 In. Hg.: 4.92
Flow Data Air Flow At Vacuum Choked Flow Standard Liters Per Min
15 In. Hg. (381 Mm. Hg.): 2.32 | 20 In. Hg. (508 Mm. Hg.): 2.32 | 30 In. Hg. (762 Mm. Hg.): 2.32
Flow Data Air Flow At Vacuum Standard Cu Ft Per Hour Scfh
5 In. Hg.: 3.6 | 10 In. Hg.: 4.62
Flow Data Air Flow At Vacuum Standard Liters Per Minute Slpm
5 In. Hg. (127 Mm. Hg.): 1.70 | 10 In. Hg. (254 Mm. Hg.): 2.18
Flow Data Flow Data Status
Generic
Flow Data Water Flow Gallonsminute Gpm
1 psig: 0.010 | 2 psig: 0.014 | 3 psig: 0.017 | 4 psig: 0.019 | 5 psig: 0.021 | 6 psig: 0.024 | 7 psig: 0.025 | 8 psig: 0.027 | 9 psig: 0.029 | 10 psig: 0.030 | 15 psig: 0.037 | 20 psig: 0.043 | 30 psig: 0.053 | 40 psig: 0.061 | 50 psig: 0.068 | 60 psig: 0.074 | 70 psig: 0.080 | 80 psig: 0.086 | 90 psig: 0.091 | 100 psig: 0.096
Flow Data Water Flow Litersminute Lpm
1 psig (6.9 kPag): 0.036 | 2 psig (13.8 kPag): 0.051 | 3 psig (20.7 kPag): 0.063 | 4 psig (27.6 kPag): 0.073 | 5 psig (34.5 kPag): 0.081 | 6 psig (41.4 kPag): 0.081 | 7 psig (48.3 kPag): 0.096 | 8 psig (55.2 kPag): 0.103 | 9 psig (62.1 kPag): 0.109 | 10 psig (69 kPag): 0.115 | 15 psig (103.4 kPag): 0.141 | 20 psig (137.9 kPag): 0.163 | 30 psig (206.9 kPag): 0.199 | 40 psig (275.8 kPag): 0.230 | 50 psig (344.8 kPag): 0.257 | 60 psig (413.7 kPag): 0.281 | 70 psig (482.7 kPag): 0.304 | 80 psig (551.6 kPag): 0.325 | 90 psig (620.6 kPag): 0.345 | 100 psig (689.5 kPag): 0.363
Specifications Connection A
10-32 UNF Female
Specifications Connection B
10-32 UNF Female
Specifications Cv
0.0096
Specifications Material
Brass
Specifications Maximum Operating Pressure
100 psig
Specifications Nominal Orifice Size
21
Specifications Screened
None