Threaded SAE Flanges
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Description:
Threaded SAE flanges are hydraulic flange that forged according to SAE J518 / ISO 6162 standards. SAE flanges are commonly used in oil hydraulic systems. There are 2 categories of SAE flanges which are SAE Code 61 series or SAE Code 62 series. Code 61 series SAE flanges can withstand up to 3000 PSI working pressure, depending on sizes. While for code 62 series, it can withstand up to 6000 PSI working pressure. SAE Flanges are available in three types of configuration which is an o-ring side, flat side, or a complete set, depending on the oil hydraulic system requirements. For a complete set, it is configured with o-ring side, flat side, metric cap screws, washers, and NBR O-ring. The material that used to forge SAE flanges can be steel ST52.3 or stainless steel SS316L. The connection type will be available in threaded connection, either NPT (National Pipe Thread) or BSPP (British Standard Pipe Parallel). Features:
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Threaded SAE Flange Product Information
Threaded SAE Flanges
Specifications:
Threaded SAE flange is a SAE flange that is made in accordance with SAE J518 / ISO 6162 standards. SAE flanges are commonly supplied for oil hydraulic systems in sectors such as oil and gas, industrial hydraulics, and mobile hydraulics. The acronym ‘SAE' stands for the Society of Automotive Engineers, a group founded in 1905 to set standards for numerous sectors in the engineering area. The flange includes 4 bolt connection holes and is widely used around the world. There are several bolt grades that are matched to install in equipment:
Material:
SAE Flanges are manufactured from two kinds of material, respectively steel ST52.3 or stainless steel AISI SS316L. The SAE flange body is made from normalized forgings so that it can be used for high pressure applications. There are two kinds of surface for SAE flange which are rough surface and smooth surface. The rough surface is on the pipe end connection side, while the smooth surface is at flange to flange side.
Threaded SAE flange is a SAE flange that is made in accordance with SAE J518 / ISO 6162 standards. SAE flanges are commonly supplied for oil hydraulic systems in sectors such as oil and gas, industrial hydraulics, and mobile hydraulics. The acronym ‘SAE' stands for the Society of Automotive Engineers, a group founded in 1905 to set standards for numerous sectors in the engineering area. The flange includes 4 bolt connection holes and is widely used around the world. There are several bolt grades that are matched to install in equipment:
- Bolt grade 8.8: Yellow zinc as standard material with carbon steel flange.
- Bolt grade 10.9: FIZn 240h L is effective for high temperature applications and it is available on request.
- Bolt grade SS304: Standard material with a stainless steel flange.
- Bolt grade SS316: Provides greater corrosion resistance, available upon request.
Material:
SAE Flanges are manufactured from two kinds of material, respectively steel ST52.3 or stainless steel AISI SS316L. The SAE flange body is made from normalized forgings so that it can be used for high pressure applications. There are two kinds of surface for SAE flange which are rough surface and smooth surface. The rough surface is on the pipe end connection side, while the smooth surface is at flange to flange side.
Oring Side SAE Flange
Size Range:
For Code 61 series, SAE flanges are available in nominal size ranging from 3/8"NB (DN10) to 5"NB (DN125). While for Code 62 series, SAE flanges size are available from 3/8"NB (DN10) to 3"NB (DN80).
Pressure Rating:
Code 61 series and code 62 series represent different working pressure that each series can withstand. The maximum working pressure that Code 61 series can withstand range from 34 Bar to 345 Bar, depending on the sizes. The bigger size of code 61 SAE flange, the lower working pressure that it can withstand. For Code 62 series, it can withstand up to 414 Bar working pressure.
However, the pressure rating of SAE flanges and connected equipment combination might vary from each other. For example: if a pipe connected to the flange has a lower maximum working pressure, it will result in an overall lower working pressure of the system. Therefore in a system, the item with the lowest pressure will be the maximum working pressure of the system.
For Code 61 series, SAE flanges are available in nominal size ranging from 3/8"NB (DN10) to 5"NB (DN125). While for Code 62 series, SAE flanges size are available from 3/8"NB (DN10) to 3"NB (DN80).
Pressure Rating:
Code 61 series and code 62 series represent different working pressure that each series can withstand. The maximum working pressure that Code 61 series can withstand range from 34 Bar to 345 Bar, depending on the sizes. The bigger size of code 61 SAE flange, the lower working pressure that it can withstand. For Code 62 series, it can withstand up to 414 Bar working pressure.
However, the pressure rating of SAE flanges and connected equipment combination might vary from each other. For example: if a pipe connected to the flange has a lower maximum working pressure, it will result in an overall lower working pressure of the system. Therefore in a system, the item with the lowest pressure will be the maximum working pressure of the system.
Flat Side SAE Flange
Connections Type & Configurations:
For the connections of SAE flanges, it is available in threaded connection, either NPT or BSPP.
SAE flanges are available in two types: Flat Side and O-ring Side. Flat side of the SAE flange are SAE flange that comes with bolt thread (UNC / Metric) and the O-ring side of the SAE flange is the SAE flange that contains a groove seat to place a rubber o-ring. Flanges with O-ring have an advantage of preventing leakage as all metal-to-metal flanges are more prone to leakage.
There are 3 configurations of SAE flanges which are flat side, O-ring side or complete set. A complete set of SAE flanges are a combination of flat side and O-ring side where it forms a seal between the flat surface and O-ring held in a recessed circular groove in the other half. By tightening the allan cap screws in a diagonal sequence, it draws flat side and O-ring side together and compresses the O-ring.
SAE flange complete set is tightened by using socket head cap screws and spring washers according to the recommended torque value. According to SAE J518 standard, the lengths of cap screws are usually shorter than the overall length of SAE flange complete set.
For the connections of SAE flanges, it is available in threaded connection, either NPT or BSPP.
SAE flanges are available in two types: Flat Side and O-ring Side. Flat side of the SAE flange are SAE flange that comes with bolt thread (UNC / Metric) and the O-ring side of the SAE flange is the SAE flange that contains a groove seat to place a rubber o-ring. Flanges with O-ring have an advantage of preventing leakage as all metal-to-metal flanges are more prone to leakage.
There are 3 configurations of SAE flanges which are flat side, O-ring side or complete set. A complete set of SAE flanges are a combination of flat side and O-ring side where it forms a seal between the flat surface and O-ring held in a recessed circular groove in the other half. By tightening the allan cap screws in a diagonal sequence, it draws flat side and O-ring side together and compresses the O-ring.
SAE flange complete set is tightened by using socket head cap screws and spring washers according to the recommended torque value. According to SAE J518 standard, the lengths of cap screws are usually shorter than the overall length of SAE flange complete set.
Difference between Code 61 and 62 Flanges:
SAE Flanges are built in two different code designs which are code 61 and code 62. The following is a summary table:
SAE Flanges are built in two different code designs which are code 61 and code 62. The following is a summary table:
Description |
Code 61 |
Code 62 |
Series |
3000 |
6000 |
Size |
3/8” to 5” |
3/8” to 3” |
Working Pressure (bar) |
34 to 345 |
414 |
Types of Oring Sealing Used:
It is a static face seal that seals the flange with a high durometer O-ring. Metal-to-metal interactions on the flange's outer face will produce leakage. As a result, the O-ring sealing is compressed between the flat face and the O-ring face, resulting in a reliable soft sealing. Flanges utilise an O-ring to seal a connection and keep pressurised fluid in place. The following table is the materials used for seals of flanges:
It is a static face seal that seals the flange with a high durometer O-ring. Metal-to-metal interactions on the flange's outer face will produce leakage. As a result, the O-ring sealing is compressed between the flat face and the O-ring face, resulting in a reliable soft sealing. Flanges utilise an O-ring to seal a connection and keep pressurised fluid in place. The following table is the materials used for seals of flanges:
Description |
Viton 90 |
NBR 70 / 90 |
Equivalent |
FKM |
BUNA-N |
Temperature Range (⁰C) |
-26 ⁰C to 205 ⁰C |
-34 ⁰C to 121 ⁰C |
Non-Recommended Application |
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Recommended Application |
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How to assemble SAE Flanges
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SAE Flanges are used for high pressure hydraulic applications. In order to use and assemble SAE Flanges safely, it is important to know the right procedures and torque range for assembly.
Because of the high pressure, it is important to note that every hydraulic or pneumatic system requires some form of fitting installation for completion. Proper fabrication and installation are essential for leak free performance, the overall efficiency , and general appearance of any system. Do watch our youtube video and our instructions below carefully! |
Assembly of SAE Flanges:
Below are the instructions for assembly of SAE Flanges.
Below are the instructions for assembly of SAE Flanges.
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STEP 1
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STEP 2
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STEP 3
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STEP 4
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3000 PSI Series (Code 61) Flange Recommended Screw Torque Table
Metric Size |
Flange Size |
Screw Thread |
Screw Torque (NM) |
13 |
1/2" |
M8 |
32 |
19 |
3/4" |
M10 |
70 |
25 |
1" |
M10 |
70 |
32 |
1 1/4" |
M10 |
70 |
38 |
1 1/2" |
M12 |
130 |
51 |
2" |
M12 |
130 |
64 |
2 1/2" |
M12 |
130 |
76 |
3" |
M16 |
295 |
89 |
3 1/2" |
M16 |
295 |
102 |
4" |
M16 |
295 |
127 |
5" |
M16 |
295 |
6000 PSI Series (Code 62) Flange Recommended Screw Torque Table
Metric Size |
Flange Size |
Screw Thread |
Screw Torque (NM) |
13 |
1/2" |
M8 |
32 |
19 |
3/4" |
M10 |
60 |
25 |
1" |
M12 |
60 |
32 |
1 1/4" |
M12 |
92 |
38 |
1 1/2" |
M16 |
150 |
51 |
2" |
M20 |
150 |
64 |
2 1/2" |
M24 |
150 |
75 |
3" |
M30 |
295 |
* Tolerance: max. 10%, min. 0%
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Catalogue in pdf:
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Product Literature in pdf:
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FREQUENTLY ASKED QUESTIONS
What is the size range of hydraulic SAE flanges?
The size range of hydraulic SAE flanges is from 3/8 inches to 5 inches.
What are the functions of hydraulic SAE flanges?
SAE Flanges also can be applied to connect pipe, hose, tube, or equipment. It can connect pipe sizes up to 5 inch and ease of disassembly through use of split flange.
What are the differences between the 4-bolt hydraulic sae flanges?
Bolt grade 8.8: Yellow zinc as standard material furnished with carbon steel flange.
Bolt grade 10.9: FIZn 240h L suitable for higher temperature application, available upon request.
Bolt grade SS304: Standard material furnished with stainless steel flange.
Bolt grade SS316: Higher corrosion resistance, available upon request.
Bolt grade 10.9: FIZn 240h L suitable for higher temperature application, available upon request.
Bolt grade SS304: Standard material furnished with stainless steel flange.
Bolt grade SS316: Higher corrosion resistance, available upon request.
Which type of O-rings are used for hydraulic flanges?
O-ring sealing. It is compressed between the flat face and O-ring face, providing a reliable soft sealing.
What is the working pressure for code 61 and code 62 flanges?
The working pressure of code 61 flanges is from 34 to 345 bar while code 62 flanges is from 200 to 414 bar.
What types of connection can be used for hydraulic SAE flanges attached to pipes?
Treaded end (NPT or BSPP)