90000 psi Proximity Switch 72134224

90000 psi Proximity Switch 72134224

90000 psi WATERJET 72134224

90000 psi Waterjet

90000 psi Waterjet Pump

90K PSI WATERJET PUMP

90000PSI Water Jet Tool 20470475 Waterjet Seal Tool Kit

Interruptor de proximidade 972134224 de 90000 psi

Categoria: PEÇAS DA BOMBA DE 90.000 PSI

Descrição

Descrição

Proximity Switch 972134224 is an essential component of 90000 psi waterjet cutting systems.

Intensifier Assembly 72170165

Item	Part Number	Descrição	Quantity	Item	Part Number	Descrição	Quantity
1	05146592	Gasket, Topworks Support	2	14	72162253	Plunger	2
2	20476377	Support, Topworks	2	15	05130091	Hydraulic Seal Cartridge	2
3	10118206	O-Ring, 1.31×1.56× .13	2	16	72175989	Flange do Retentor de Buchas	2
4	05144514	Hydraulic Cylinder	1	17	72158494	UHP Seal Assembly	2
5	05098991	Socket Head Screw, 3/8-16×3-3/4	8	18	72166738	UHP Cylinder	2
6	95688743	Lock Washer, .38	8	19	72163802	Liner	2
7	72101190	Piston Assembly	1	20	20474325	Stud, 1-1/8-12×18.31	8
8	10074771	O-Ring, 5.25×5.50× .13	2	21	72170157	Sealing Head Assembly	2
9	05120092	Backup Ring, 5.25×5.50× .13	2	22	72178493	Flange Assembly	2
10	72175997	Hydraulic Cylinder Head	2	23	20464590	Flat Washer, 1.13	8
11	05097886	Socket Head Screw, 3/4-16×2-1/4	12	24	20461761	Hex Nut, 1-1/8-12	8
12	05144183	Spacer Assembly, Proximity Switch	2	25	20489339	Adapter, JIC/Pipe, 50× .38	1
	05144191	O-Ring, .69× .88× .09		26	72176756	O-Ring, 3.88×4.25× .19	6
13	72141569	Kit, Proximity Switch	2
	72134224	Interruptor de proximidade
	95119012	Socket Head Screw, 1/4-20×1

Interruptor de proximidade de 90000 psi 72134224

A proximity switch is an electronic sensor that detects the presence or absence of an object without physical contact. In the context of waterjet cutting, a proximity switch is often used to detect the position of the waterjet nozzle relative to the workpiece.

In a waterjet cutting system, the proximity switch is typically mounted on the cutting head assembly and is used to sense the distance between the nozzle and the workpiece.

When the distance between the nozzle and the workpiece is within a certain range, the proximity switch sends a signal to the control system, which adjusts the waterjet pressure and other cutting parameters to ensure accurate cutting.

Proximity switches are commonly made of robust materials, such as stainless steel or high-strength plastic, to withstand these conditions.

There are different types of proximity switches that can be used in waterjet cutting systems, including inductive proximity switches, capacitive proximity switches, and photoelectric proximity switches.

The choice of proximity switch rests with the specific application and the material being cut.

1. Inductive proximity switches are commonly used in waterjet cutting because they are reliable and accurate. They generate a magnetic field that is disrupted by the presence of a conductive object, such as the workpiece, which triggers the switch to send a signal to the control system.

Inductive proximity switches are not affected by non-metallic materials, such as ceramics or plastics, and can be used in high-temperature environments.

2. Capacitive proximity switches are another type of sensor that is used in waterjet cutting. They generate an electric field that is disturbed by the presence of any material, whether conductive or non-conductive.

Capacitive proximity switches are often used to detect the presence of liquids, such as water or oil, and can be used in a variety of applications, including level sensing and object detection.

3. Photoelectric proximity switches use light to detect the presence or absence of an object. They emit a beam of light that is interrupted by the object, triggering the switch to send a signal to the control system.

Photoelectric proximity switches can be designed with different sensing ranges and are often used in applications where the object being detected is small or difficult to detect with other types of sensors.

The proximity switch used in a waterjet cutting system that operates at 90000 psi (6,200 bar) is typically designed to withstand the high-pressure environment and harsh conditions of the waterjet cutting process.

The proximity switch used in a 90000 psi waterjet cutting system is similar to those used in lower-pressure systems, but it may have some specific design features to accommodate the high pressure.

One important consideration when choosing a proximity switch for a 90000 psi waterjet cutting system is the sensing range. The switch should be able to accurately detect the position of the nozzle relative to the workpiece even at the high pressures involved in the cutting process.

The switch also need to be designed to withstand the high-pressure water flow and any abrasive particles that are present in the waterjet stream.

90000 psi Waterjet Intensifier Pump

When selecting a proximity switch for 90000 psi waterjet cutting, there are several factors that should be considered to ensure that the switch is compatible with the application and can provide accurate and reliable sensing:

1. Sensing range

The sensing range of the proximity switch ought to be appropriate for the specific application. A switch with a longer sensing range may be necessary for thicker materials, while a shorter sensing range may be sufficient for thinner materials.

2. Material compatibility

The proximity switch should be able to detect the material being cut. For example, an inductive proximity switch may not work well with non-conductive materials, while a capacitive proximity switch may not work well with conductive materials.

3. Environmental factors

The proximity switch should be able to operate in the harsh environment of a 90000 psi waterjet cutting system, which includes exposure to water, abrasive particles, and high-pressure jets. The switch should be made of materials that can withstand these conditions.

4. Accuracy and reliability

The proximity switch should be able to provide accurate and reliable sensing. A switch with a high degree of accuracy and repeatability can help to ensure consistent cutting quality.

5. Response time

The response time of the proximity switch should be appropriate for the specific application. A faster response time may be necessary for high-speed cutting, while a slower response time may be sufficient for slower cutting speeds.

6. Mounting options

The proximity switch should be easy to mount and install in the 90000 psi waterjet cutting system. It should be compatible with the existing mounting hardware and wiring.

7. Operating temperature range

The proximity switch should be able to operate within the temperature range of the 90000 psi waterjet cutting system. If the environment is particularly hot or cold, a switch with a wider operating temperature range may be necessary.

8. Output type

Proximity switches can have different types of outputs, such as analog or digital. The output type should be compatible with the control system and the input requirements of the cutting machine.

9. Electrical requirements

The proximity switch should be compatible with the electrical requirements of the 90000 psi waterjet cutting system, such as voltage and current rating.

10. Maintenance and longevity

The proximity switch should be easy to maintain and have a long lifespan. Switches with sealed housings and no moving parts are mostly more reliable and require less maintenance than switches with exposed components.

11. Cost

The cost of the proximity switch should be considered relative to the benefits it provides. More expensive switches may provide better accuracy and durability, but may not be necessary for all applications.

Overall, choosing the right proximity switch for a 90000 psi waterjet cutting system requires careful consideration of the specific application requirements and the capabilities of the available sensors.

By selecting a proximity switch that is well-suited for the application of 90000 psi, it is possible to achieve accurate and efficient cutting and maximize the lifespan of the 90000 psi waterjet cutting machine.

90000 psi WATERJET 72134224

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