Description

High Pressure Jet Pump Spare Parts: 05098991 Socket Head Screw, 3/8-16 x 3-3/4

Assemblage de l’intensificateur 72170165

Article	Numéro de pièce	Description	Quantité	Article	Numéro de pièce	Description	Quantité
1	05146592	Joint d’étanchéité, Topworks Support	2	14	72162253	Ventouse	2
2	20476377	Soutien, Topworks	2	15	05130091	Cartouche de joint hydraulique	2
3	10118206	Joint torique, 1.31×1.56× .13	2	16	72175989	Bride de retenue de bague	2
4	05144514	Vérin hydraulique	1	17	72158494	Assemblage de joints UHP	2
5	05098991	Vis à tête creuse, 3/8-16×3-3/4	8	18	72166738	Cylindre UHP	2
6	95688743	Rondelle de blocage, .38	8	19	72163802	Paquebot	2
7	72101190	Assemblage du piston	1	20	20474325	Goujon, 1-1/8-12×18.31	8
8	10074771	Joint torique, 5.25×5.50× .13	2	21	72170157	Assemblage de la tête de scellage	2
9	05120092	Anneau de secours, 5.25×5.50× .13	2	22	72178493	Assemblage de brides	2
10	72175997	Culasse hydraulique	2	23	20464590	Rondelle plate, 1.13	8
11	05097886	Vis à tête creuse, 3/4-16×2-1/4	12	24	20461761	Écrou hexagonal, 1-1/8-12	8
12	05144183	Ensemble d’entretoise, interrupteur de proximité	2	25	20489339	Adaptateur, JIC/Tuyau, 50× .38	1
	05144191	Joint torique, .69× .88× .09		26	72176756	Joint torique, 3,88×4,25× .19	6
13	72141569	Kit, Détecteur de proximité	2
	72134224	Commutateur de proximité
	95119012	Vis à tête creuse, 1/4-20×1

The size of the 05098991 Socket Head Screw is 3/8-16 x 3-3/4, which means it has a 3/8 inch diameter and a 16 threads per inch pitch.

The 3/8 inch diameter of the screw provides a high level of strength and durability, while the 16 threads per inch pitch allows for a secure and reliable fastening.

The length of the screw, which is 3-3/4 inches or 95.25 millimeters, is relatively long and can be used in a variety of applications where a longer screw is needed.

Like other Socket Head Screws, the 05098991 is typically made from materials such as steel, stainless steel, titanium, or aluminum, depending on the specific requirements of the application.

It is important to ensure that the screw meets the requirements and specifications of the project before use to ensure a safe and reliable fastening.

High Pressure Jet Pump - 90,000 psi — High Pressure Jet Pump – 90,000 psi

Q: How can I determine the appropriate torque for installing a Socket Head Screw into the high pressure jet pump?

A: Determining the appropriate torque for installing a Socket Head Screw involves several factors, including the size and material of the screw, the material of the mating part, and the specific application requirements.

Here are some general guidelines to help you determine the appropriate torque for installing a Socket Head Screw into the high pressure jet pump:

1. Consult a torque chart

A torque chart can provide general guidelines for the recommended torque values based on the size and material of the screw.

However, it’s important to note that these values are only guidelines and may need to be adjusted based on the specific application requirements.

2. Consider the material of the mating part

The material of the mating part can affect the recommended torque value.

For example, if the mating part is made of a soft or brittle material, such as plastic or ceramic, a lower torque value may be necessary to prevent damage.

3. Consider the size and length of the screw

The size and length of the screw can affect the recommended torque value.

Longer screws may require a higher torque value to achieve the necessary clamping force, while shorter screws may require a lower torque value.

4. Consider the application requirements

The specific requirements of the application, such as load capacity, vibration resistance, and environmental factors, may affect the recommended torque value.

It’s important to consider these factors when determining the appropriate torque for the Socket Head Screw.

5. Perform a torque test

To ensure that the Socket Head Screw is installed with the appropriate torque, it may be necessary to perform a torque test.

This involves using a torque wrench to tighten the screw to the recommended torque value, and then checking the clamping force with a calibrated torque measuring device to ensure that it meets the requirements of the application.

It’s important to note that over-tightening or under-tightening a Socket Head Screw can lead to problems, such as stripping the threads, damaging the mating part, or causing the fastener to fail under load.

It’s important to follow the recommended torque values and to perform a torque test if necessary to ensure a safe and reliable installation.

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