Descripción

90000 psi Waterjet Pump Spare Parts: 05144191 O-Ring, .69 x .88 x .09

The O-Ring 05144191 is a specific size of O-Ring with a cross-sectional diameter of 0.09 inches, an inner diameter of 0.69 inches, and an outer diameter of 0.88 inches.

Artículo	Número de pieza	Descripción	Cantidad	Artículo	Número de pieza	Descripción	Cantidad
1	05146592	Junta, soporte de Topworks	2	14	72162253	Desatascador	2
2	20476377	Soporte, Topworks	2	15	05130091	Cartucho de sello hidráulico	2
3	10118206	Junta tórica, 1.31×1.56× .13	2	16	72175989	Brida de retención de buje	2
4	05144514	Cilindro hidráulico	1	17	72158494	Conjunto de sello UHP	2
5	05098991	Tornillo de cabeza de zócalo, 3/8-16×3-3/4	8	18	72166738	Cilindro UHP	2
6	95688743	Arandela de cerradura, .38	8	19	72163802	Liner	2
7	72101190	Conjunto de pistón	1	20	20474325	Stud, 1-1/8-12×18.31	8
8	10074771	Junta tórica, 5.25×5.50× .13	2	21	72170157	Conjunto de cabezal de sellado	2
9	05120092	Anillo de respaldo, 5.25×5.50× .13	2	22	72178493	Montaje de brida	2
10	72175997	Culata hidráulica	2	23	20464590	Lavadora plana, 1.13	8
11	05097886	Tornillo de cabeza de zócalo, 3/4-16×2-1/4	12	24	20461761	Tuerca hexagonal, 1-1/8-12	8
12	05144183	Conjunto del espaciador, interruptor de proximidad	2	25	20489339	Adaptador, JIC/tubería, 50× .38	1
	05144191	Junta tórica, .69× .88× .09		26	72176756	Junta tórica, 3.88×4.25× .19	6
13	72141569	Kit, interruptor de proximidad	2
	72134224	Interruptor de proximidad
	95119012	Tornillo de cabeza de zócalo, 1/4-20×1

90000 psi 05144191 junta tórica, .69 x .88 x .09

Q: How can I conduct a pressure and leak test for the O-Ring applied to the 90000 psi pump?

Un: Conducting a pressure and leak test is an important step in verifying the sealing performance of an O-ring in a specific application. Here are the steps to conduct a pressure and leak test:

1. Install the O-Ring

Install the O-Ring in the application according to the manufacturer’s instructions. Ensure that the O-Ring is seated properly and is not pinched or damaged.

2. Apply pressure

Apply pressure to the system gradually, starting at a low pressure and gradually increasing to the maximum operating pressure (90000 psi).

Monitor the pressure gauge and ensure that it stays within the recommended pressure range.

3. Monitor for leaks

Monitor the system for leaks while the pressure is applied. Look for any visible leaks from the O-Ring or the mating surfaces.

You can use a leak detector solution or an ultrasonic leak detector to detect leaks that may not be visible to the naked eye.

4. Check the pressure drop

After reaching the maximum operating pressure (90000 psi), hold the pressure for a specified duration.

Then, release the pressure and monitor the pressure gauge for any pressure drop. A pressure drop indicates that there may be a leak in the system.

5. Inspect the O-Ring

After completing the pressure and leak test, inspect the O-Ring for any signs of damage or wear.

If the O-Ring shows signs of damage or wear, it should be replaced before the system is put back into operation.

6. Repeat the test

If any leaks or pressure drops are detected, repeat thepressure and leak test after addressing the issue.

This may involve replacing the O-Ring, adjusting the mating surfaces, or making other changes to the system.

In summary, conducting a pressure and leak test involves applying pressure to the system and monitoring for leaks and pressure drops.

It is important to conduct this test after installing the O-Ring and before putting the system back into operation to ensure that the O-Ring is sealing properly and that the system is safe and reliable.

If you have any questions about purchasing or repairing 90000 psi waterjet intensifier pumps and related parts, please contáctenos.