Custom High Quality Hydraulic Cylinder Parts Male Connector-GE-R-ED Hydraulic Fittings of Hydraulic Cylinder

Product Description Hydraulic fittings are connectors used in hydraulic systems to join hydraulic hoses, tubes, and components together. They provide a secure and leak-free connection, allowing hydraulic fluid to flow between different parts of the system. Hydraulic fittings come in various shapes, ......

Send Inquiry

Product Description

Hydraulic fittings are connectors used in hydraulic systems to join hydraulic hoses, tubes, and components together. They provide a secure and leak-free connection, allowing hydraulic fluid to flow between different parts of the system. Hydraulic fittings come in various shapes, sizes, and configurations to accommodate different system requirements.

Here are some key aspects of hydraulic fittings:
Types of Fittings: There are several types of hydraulic fittings, including:
* Hydraulic Adapters: These fittings have different end connections, allowing for the connection of components with different thread types or sizes.
* Hydraulic Couplings: Couplings provide a quick and easy way to connect and disconnect hydraulic hoses or tubes.
* Hydraulic Connectors: Connectors are used to join two hydraulic hoses or tubes directly.
* Hydraulic Valves: Some hydraulic valves also serve as fittings, as they provide a connection point and control the flow of hydraulic fluid.

GE-R-ED	Series	Tube	G
Part NO.	Working Pressure	O.d.	Male thread	d	i	I1	L1	S1	S2
	(bar/psi)		BSPP
-GE04LLRED	LL	4	G 1/8A	14	8	9.5	19	14	10
	very light
	100 bar
-GE06LLRED		6	G 1/8A	14	8	8	20	14	12
	1450psi
-GE06LRED	L light	6	G1/8A	14	8	8.5	23	14	14
-GE06LR1/4ED		6	G1/4A	19	12	10	25	19	14
	315 bar
-GE08LR1/8ED		8	G1/8A	14	8	9.5	24	14	17
	4560psi
-GE08LRED		8	G1/4A	19	12	10	25	19	17
-GE08LR3/8ED		8	G3/8A	22	12	11.5	26	22	17
-GE10LRED		10	G1/4A	19	12	11	26	19	19
-GE10LRED3/8ED		10	G3/8A	22	12	12.5	27	22	19
-GE10LRED1/2ED		10	G1/2A	27	14	13	28	27	19
-GE12LRED1/4ED		12	G1/4A	19	12	12	27	19	22
-GE12LRED		12	G3/8A	22	12	12.5	27	22	22
-GE12LR1/2ED		12	G1/2A	27	14	13	28	27	22
-GE15LR3/8ED		15	G3/8A	22	12	13.5	29	24	27
-GE15LRED		15	G1/2A	27	14	14	29	27	27
-GE18LRED		18	G1/2A	27	14	14.5	31	27	32
-GE18LR3/4ED		18	G3/4A	32	16	14.5	31	32	32
-GE22LRED	160 bar	22	G3/4A	32	16	16.5	33	32	36
-GE28LRED		28	G1A	40	18	17.5	34	41	41
	2320psi
-GE35LRED		35	G 1 1/4 A	50	20	17.5	39	50	50
-GE42LRED		42	G 1 1/2 A	55	22	19	42	55	60
-GE06SRED	S Heavy	6	G 1/4A	19	12	13	28	19	17
-GE08SRED		8	G 1/4A	19	12	15	30	19	19
	630bar
-GE08SR3/8ED		8	G 3/8A	22	12	15.5	30	22	19
	9130psi
-GE10SR1/4ED		10	G 1/4A	19	12	14.5	31	19	22
-GE10SRED		10	G 3/8A	22	12	15	31	22	22
-GE10SR1/2ED		10	G 1/2A	27	14	17.5	34	27	22
-GE12SR1/4ED		12	G 1/4A	19	12	16.5	33	22	24
-GE12SRED		12	G 3/8A	22	12	17	33	22	24
-GE12SR1/2ED		12	G 1/2A	27	14	17.5	34	27	24
-GE14SRED		14	G 1/2A	27	14	19	37	27	27
-GE16SR3/8ED	400bar	16	G 3/8A	22	12	18	36	27	30
-GE16SRED		16	G 1/2A	27	14	18.5	37	27	30
	5800psi
-GE16SR3/4ED		16	G 3/4A	27	16	20.5	39	32	30
-GE20SRED		20	G 3/4A	32	16	20.5	42	32	36
-GE25SR1/2ED		25	G 1/2A	27	14	23	47	41	46
-GE25SRED		25	G 1 A	40	18	23	47	41	46
-GE30SRED		30	G 1 1/4A	50	20	23.5	50	50	50
-GE38SRED	315bar 4560psi	38	G 1 1/2A	55	22	26	57	55	60

Installation instructionsThe nuts of ROKE hydraulic connectors are all silver plated and coated with our patented nano lubricating layer. Through this method, the installation torque can be controlled within a reasonable range. Especially in narrow spaces or suspended operations, installation is very easy. In order to assemble correctly, the assembly instructions should be followed. Improper assembly may cause malfunctions or damage safety.

1. Cut the tube: 1/2 angle tolerance to the tube axis is permissible. Tube cutter is not recommendable.

2. Lightly remove chips and particles from the inside and outside cut edges of tube. Bevel up to 0.2mm × 45 is permissible.
3. For tube bend, the minimum height from the straight pipe end to the bending radius must be at least twice the
height of the nut.
4. Lubricate thread and cone of the fitting body, ring and thread of nut.

Assembly
5. Slip nut and then ring onto the tube end. Ensure that the ring is placed correctly.
6. Screw nut manually onto fitting body until finger tight. Hold the tube against the shoulder in the cone of the fitting body.
7. Mark nut and tube for measuring the prescribed turns of the nut.
8. Tighten the nut 1 1/4 turns. Tube must not turn with tube. Stop edge of the ring limits over-tightening by increasing tightening torque.

Check & Final Assembly
9. Loosen nut and remove ring-mounted tube from fitting. And check if a visivle collar has formed on the pipe in
front of the first cutting edge. If not, tighten slightly more.
10. Insert the pre-assembled tube into the fitting.
While holding fitting body with a wrench, tighten nut approx. 1/4 revolution beyond the point of a clearly perceptible resistance.

How to select Hydraulic Fittings?When selecting hydraulic fittings, several factors need to be considered to ensure compatibility, reliability, and optimal performance within your hydraulic system. Here are some key considerations: 1. System Pressure: Determine the maximum operating pressure of your hydraulic system. Select hydraulic fittings that have a pressure rating equal to or higher than the system's maximum pressure to ensure safe and reliable operation. 2. Fluid Compatibility: Consider the type of hydraulic fluid used in your system, such as mineral oil, synthetic oil, water-based fluids, or specialized fluids. Ensure that the materials used in the hydraulic fittings are compatible with the hydraulic fluid to prevent chemical reactions, degradation, and leakage. 3. Thread Type and Size: Identify the thread type and size required for your hydraulic fittings. Common thread types include National Pipe Thread (NPT), British Standard Pipe (BSP), Metric (M), and others. Ensure that the thread type and size of the fittingsmatch the corresponding components in your system to achieve a proper and leak-free connection. 4. Connection Method: Determine the appropriate connection method for your application. Choices include threaded connections, flared connections, O-ring face seal connections (ORFS), quick-connect couplings, or specialized connectors. Consider factors such as ease of installation, convenience for maintenance, and the ability to withstand system vibrations. 5. Material Selection: Select hydraulic fittings made from materials that are suitable for your system's requirements. Common materials include steel, stainless steel, brass, and aluminum. Consider factors such as system pressure, fluid compatibility, environmental conditions (corrosion resistance), and weight considerations. 6. Seal Type: Hydraulic fittings often incorporate seals, such as O-rings or metal-to-metal seals, to maintain a leak-free connection. Ensure that the seal type and material are compatible with the hydraulic fluid andsystem requirements. Proper sealing is critical to prevent leakage and ensure system integrity. 7. Standards and Certifications: Consider using hydraulic fittings that meet industry standards and certifications, such as those set by organizations like the International Organization for Standardization (ISO). Compliance with standards ensures quality, performance, and interchangeability of hydraulic fittings. 8. Application and Environment: Evaluate the specific application and environment in which the hydraulic fittings will be used. Factors such as temperature range, vibration levels, exposure to chemicals or abrasive substances, and space limitations should be taken into account to select fittings that can withstand these conditions. 9. Consult Experts: If you are unsure about selecting the appropriate hydraulic fittings, consult with hydraulic system experts, hydraulic component suppliers, or manufacturers. They can provide guidance and recommend suitable fittings based on your systemrequirements. Remember, proper installation, tight connections, and regular maintenance are essential for the reliable and leak-free operation of hydraulic fittings. Always follow the manufacturer's instructions and guidelines when installing and using hydraulic fittings.

Design

Our specialized staff is at your disposalfor technical consultancy relating your project and the best type of materials touse based on your application . We mostly work on drawing , preparing personalized projects according to customer needs

Once the project is defined , we produce our technical drawing by CAD 2D-3D systems and supply it to our customer for approval

Raw Materials

An accurate raw materials and seals selection brings to save costs and allow to produce high quality and powerful cylinders . For that reason , in the materials choice we consider the application field of our cylinder and the environment where it will work Specifically for chromed bars and tubes ,we work only with producers or reliable suppliers

Cylinders Production

We produce about 120.000 cylinders per year and the whole process develops in our factory : cutting of raw materials ,turning and milling machining , components and accessories welding , cylinders mounting and final testing

All the above steps are made with latest generation CNC machines , welding robotized stations and specially made equipment.