Table of Contents
What is DIN 2353?
DIN 2353 tube fittings are most commonly used in industrial, oil & gas and construction equipment in hydraulic and pneumatic applications. Metric O.D. As with other compression style fittings, DIN 2353 fittings consist of a body, cutting ring (ferrule) and nut.
What is DIN hydraulic fittings?
A metric DIN fitting is a compression-style fitting with a flareless bite type construction used to connect Metric tubing to fitting thread connections. They’re composed of a body, ferrule, and nut.
How is DIN fitting measured?
There are two options to determine the size of your DIN 32676 fittings: Option 1 | Measure the Inside Diameter (ID) of the tube end: Utilizing a measuring calipers, take a measurement on the inside of the tube fitting. Note this measurement as the Inside Diameter of the tube fitting.
What is a din tube?
DIN stands for “Deutsches Institut für Normung”, which means “German institute for Standardization”. DIN 2353 tube fittings are most commonly used in industrial, oil & gas and construction equipment in hydraulic and pneumatic applications. Metric O.D. This ensures the interchangeability with leading brands of fittings.
What is the difference between Din heavy and DIN light?
The heavy series is for a smaller tube OD with a thicker wall. The light series for the same thread size will have a slightly larger tube OD, usually by 1 to 3mm, and a thinner wall thickness compared to the heavy series.
What is the difference between DIN heavy and DIN light?
What are DIN sizes?
A standard automobile radio body size. A DIN radio (single DIN) measures 2×7″, while a double DIN measures 4×7″. When factory radio/CD players are replaced with after market units, the DIN standard ensures compatibility; however, new or altered dashboard trim may be required. See DIN and DIN connector.
What size is 10 an fitting?
Plumbing Basics – AN Fittings & Hoses
AN Size | Hose i.d. – Tube o.d. | SAE Thread Size |
---|---|---|
-6 | 3/8 in. | 9/16 in.-18 |
-8 | 1/2 in. | 3/4 in.-16 |
-10 | 5/8 in. | 7/8 in.-14 |
-12 | 3/4 in. | 1 1/16 in.-12 |
What does DIN mean in stainless steel?
DIN stands for “Deutsches Institut für Normung”, meaning “German institute for standardisation”.
Why is DIN needed?
A DIN will be mandatory for every type of communication with the income tax department without which, the document and communication will be deemed invalid, said a CBDT statement. Director Identification Number (DIN) is a mandatory requirement for all existing and new directors (or proposed directors) of a company.
What is DIN used for?
Meaning of Director Identification Number (DIN) It is an 8-digit unique identification number that has lifetime validity. Through DIN, details of the directors are maintained in a database. DIN is specific to a person, which means even if he is a director in two or more companies, he has to obtain only one DIN.
What are the sizes of Din 2353 fittings?
DIN 2353 tube fittings are most commonly used in the industrial hydraulics and pneumatics field. Metric O.D. sizes range from 4mm to 42mm in three materials; brass, carbon steel, and stainless steel. Numerous body configurations and threaded connections allow DIN 2353 fittings to meet many connection challenges.
What is the ISO 8434-1 Din 2353 norm?
The cast fitting, manufactured according to ISO 8434-1/DIN 2353 norm is a mechanical fitting of deformable and cutting edge type ring with double stapling on the tube. The ring helps fast assembly of removable tubes, avoids welding, tapping and flaring, thus assuring maximum simplicity of complex oleo-dynamic systems.
Where are DIN connections used in hydraulic fittings?
DIN connections are used in tube fittings, alternating valves, banjo fittings, and check & non-return valves. Hy-Lok Corp. DIN fittings are designated for the use of commercial hydraulic oils. If it is special fluids, please contact our technical support team
What are nm values for Din 3861 threads?
All the values express in Newton Meters (Nm) for the tightening torques on the cone DIN 3861 threads represent the torquing moment necessary to have the correct incision of the pre-assembly of the tube, lifting the required 70% of the front edge of the cutting ring.