2,500+ Results for Pressure Switches - Page 15
Key Features:
- Electrical Connections: Screw type.
- Features: Weatherproof housing is ideal for a wide variety of applications where dust or water is present; Spring movement design provides for control in any mounting position and prevents contact chatter reducing false or inconsistent switching
- Process Connection: 1/4" female NPT.
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Air Compressor and Water Pump
- Pressure Switch Port Type: (1) Port, 1/4 in FNPS
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Water Pump
- Manual Switch Action: Auto/Off
Key Features:
- Wetted Materials: Connection: Copper, Diaphragm: Silicone or Stainless Steel.
- Electrical Connections: 1/4" (6.35 mm) male quick connect.
- Process Connection: 1/8" male NPT.
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Air Compressor
- Manual Switch Action: Auto/Off
Key Features:
- Electrical Connections: 18" (46 cm) cable assembly with 8 conductors. Optional lengths to 100' (30.5 m).
- Accuracy: ±2% of FS (3000-0 ±3% of FS). (3000-00 ±4% of FS).
- Features: Gage reading unaffected by switch operation and will continue to read pressure even during power loss; Zero and range adjustments outside of gage means no disassembly in normal service; Solid-state design allows for switching in high cycle rate applications without degradation
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Water Pump
- Pressure Switch Port Type: (1) Port, 1/4 in FNPS
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Air Compressor
- Manual Switch Action: None
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Air Compressor
- Manual Switch Action: None
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Air Compressor
- Manual Switch Action: None
Key Features:
- Item: Pressure Switch
- Features: Visible calibrated dial provides an easy and fast check without having to open device causing dangerous conditions to operators; On/off indication (except hermetically sealed snap switch models) gives operator clear indication of state of switched equipment that could be located in another location; Adjustable or fixed deadband supports control applications by reducing equipment wear-out by unnecessary recycling; External switch setpoint adjustments reduces set-up time; Pressure ranges of full vacuum to 8000 psig gives application designers the ability to specify standard equipment, simplifying install and training, and reducing servicing costs; UL listed, CSA approved many models FM approved to support rigorous process applications and regulations; General purpose, weatherproof or explosion-proof enclosures for a variety of indoor or outdoor environments meeting the needs of multiple applications and uses
- Contact Form: SPST
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Air Compressor
- Manual Switch Action: Auto/Off
Key Features:
- Item: Pressure Switch
- Contact Form: SPST
- Standards: CSA, FM, UL Listed
Key Features:
- Item: Pressure Switch
- Pressure Switch Application: Air Compressor
- Manual Switch Action: Auto/Off
Key Features:
- Voltage (AC): 125 V-AC, 250 V-AC
- Voltage (DC): 30 V-DC
Key Features:
- Voltage (AC): 125 V-AC, 250 V-AC, 480 V-AC
- Pressure: 1.08273673995 PSI
Key Features:
- Item: Mechanical Pressure Switch
- Pressure Switch Application: Hydraulics and Pneumatics, Pumps and Compressors, Tank Monitoring, Leak Detection, Water Management
- Pressure Switch Factory On/Off Setting: Field Adjustable and/or Factory Set
About Pressure Switches
Pressure Switches are an essential tool for a variety of applications. Pressure switches are devices used to detect pressure changes in gases or liquids and then activate or deactivate electrical circuits accordingly. They are often used in industrial settings, but can also be used in residential and commercial settings.
Types of Pressure Switches
Pressure switches come in many different types, depending on the application. For example, low-pressure switches may be designed to detect changes at very small pressures while high-pressure switches may need to detect much higher pressures. Some pressure switches may also be designed with specific materials that can better withstand certain environmental conditions.
How Pressure Switches are Made
Pressure Switches are usually made from a combination of metal components such as brass, steel, and aluminum. These metals provide strength and durability for the switch’s housing and internal parts. Other components such as rubber seals, gaskets, diaphragms, springs, valves, sensors and other components are also typically included in the construction of pressure switches.
Industries that use Pressure Switches
Pressure switches can be found across many industries including automotive manufacturing plants, chemical processing plants, oil refineries and power plants. Professionals working in these industries rely on pressure switches to accurately monitor system pressures so they can make sure their systems operate safely and efficiently.
Find the Pressure Switches You Need at Zoro
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