125 Results for Level Switches by SJE-RHOMBUS
Key Features:
- Switch Type: SPDT
- Voltage: 120 to 230VAC
- Max. Pressure: 20 psi
Key Features:
- Voltage: 5/30VDC/125VAC
- Max. Pressure: 13 psi
- Float Switch Off Point: 15 Degrees Above Horizontal
Key Features:
- Voltage: 120VAC
- Max. Pressure: 20 psi
- Item: Float Switch
Key Features:
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
- Max. Pressure (PSI): 13
Key Features:
- Voltage: 125/250VAC
- Type: Tether
- Max. Liquid Temp.: 120 Degrees F
Key Features:
- Switch Type: Mechanical
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
Key Features:
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
- Includes: CSA, UL
Key Features:
- Switch Type: Mechanical
- Voltage: 125VAC
- Max. Pressure: 13 psi
Key Features:
- Switch Type: Mechanical
- Voltage: 125VAC
- Max. Pressure: 13 psi
Key Features:
- Switch Type: Mechanical
- Voltage: 120VAC
- Max. Pressure: 20 psi
Key Features:
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
- For Use With: Panels and Alarms
Key Features:
- Switch Type: Mechanical
- Voltage: 120VAC
- Max. Pressure: 20 psi
Key Features:
- Switch Type: Mechanical
- Voltage: 125VAC
- Max. Pressure: 13 psi
Key Features:
- Switch Type: Mechanical
- Voltage: 120VAC
- Max. Pressure: 20 psi
Key Features:
- Voltage: 120VAC
- Max. Pressure: 20 psi
- Min. Water Level Adjustment: 7
Key Features:
- Switch Type: Mechanical
- Voltage: 120VAC
- Max. Pressure: 20 psi
Key Features:
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
- Connection: Wire Leads
Key Features:
- Voltage: 120/230VAC
- Max. Pressure: 20 psi
- Length: 3-9/16"
Key Features:
- Voltage: 120/230VAC
- Max. Pressure: 20 psi
- Float Switch Off Point: 45 Degrees Below Horizontal
Key Features:
- Voltage: 120VAC
- Max. Pressure: 20 psi
- Tether Length Min.-Max.: 3-1/2" to 24"
Key Features:
- Voltage: 125/250VAC
- For Use With: Pumps
- Electrical Connection - Pumps: Wire Leads
Key Features:
- Switch Type: Mechanical
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
Key Features:
- Switch Type: Mechanical
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
Key Features:
- Voltage: 120/230VAC
- Max. Pressure: 20 psi
- Tether Length Min.-Max.: 3-1/2" to 24"
Key Features:
- Voltage: 120/230VAC
- Max. Pressure: 20 psi
- Float Switch Contact Form: Normally Closed
Key Features:
- Voltage: 125/250VAC
- Pumping Range Min./Max.: 9 to 24
- Electrical Connection - Pumps: Wire Leads
Key Features:
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
- Item: Float Switch
Key Features:
- Switch Type: Mechanical
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
Key Features:
- Voltage: 5VDC to 125 VAC
- Item: Control Float
- Rated Voltage: 125V AC
Key Features:
- Voltage: 120v
- Item: Vertical Reed Switch
- Float Switch Cord Length: 15 ft.
Key Features:
- Float Switch Cord Length: 50 ft.
- Item: MegaMaster Float Switch
- Float Switch Contact Form: SPDT
Key Features:
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
- Wire Lead: SJOW
Key Features:
- Voltage: 120/230VAC
- Max. Pressure: 20 psi
- Min. Water Level Adjustment: 7
Key Features:
- Switch Type: Mechanical
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
Key Features:
- Switch Type: Mechanical
- Voltage: 125/250VAC
- Max. Pressure: 13 psi
Key Features:
- Voltage: 120/230VAC
- Max. Pressure: 20 psi
- Agency Compliance: CSA, UL
About Level Switches
Level switches are an important tool in a variety of industries, used to measure the level of liquid or solid material. They are designed to detect and respond to changes in the level, providing an indication of when the material has reached a certain point. Level switches come in many different forms, including float switches, electronic float switches, mechanical float switches, and solid state liquid level sensors.
Types of Level Switches
Float switches are one of the most common types of level switch and work by using a buoyant object that rises or falls with the changing levels. This type is often used for tanks or other containers where there is a need to detect changes in levels. Electronic float switches can be programmed for more specific measurements and use electrical signals to indicate when a certain level has been reached. Mechanical float switches use physical components such as levers and rods while solid state liquid level sensors use advanced technology such as capacitance and ultrasonic waves.
How Level Switches are Made
Level switches can be constructed from various materials depending on their intended purpose. Common materials include stainless steel, brass, polymers, ceramics, plastics, and composites. Depending on what type is being made they may also require specific configurations or technologies such as floats that contain magnets or microprocessors.
Industries that use Level Switches
Level switches have many applications across numerous industries including manufacturing processes, water treatment plants, food processing facilities, automotive factories and chemical plants. Professionals working with these industries rely on accurate readings provided by level switch devices to ensure safety protocols are met.
Find the Level Switches You Need at ZoroLooking for a specific item? Use our robust search tool to find it by name or keyword, or use our handy filters to narrow down our full assortment. You can also check out our whole selection of level switches along with other tools or equipment to ensure you have all you need to tackle the job, especially if you're taking on a DIY project for the first time.
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