1,000+ Results for General Purpose Relays by TE CONNECTIVITY
Key Features:
- Coil Wire Length: 390 mm [ 15.3 in ]
- Contact Arrangement: 1 Form X, SPST-NO-DM
- Coil Termination: Wire
Key Features:
- Torque: 80 in-lbs
- Coil Termination: Wire
- Coil Voltage Rating: 12 VDC
Key Features:
- Product Type: Contactor
- Actuating System: DC
- Auxiliary Switch Contact Arrangement: None
Key Features:
- Contact Material: AgCdO
- Relay Mounting Type: Socket
- Product Length: 1.55 in
Key Features:
- Shock: 50G's, 11ms
- Actuating System: AC
- Operating Temperature: -94 to 257°F
Key Features:
- Coil Suppression Diode: Without
- Enclosure Type: Hermetically Sealed
- Coil Polarity Protection Diode: Without
Key Features:
- Contactor Type: Sealed
- Coil Termination: Stud
- Torque (in-lbs): 80 to 100
Key Features:
- Contact Material: AgCdO
- Contact Number of Poles: 3
- Width Class (Mechanical): 30 to 40 mm
Key Features:
- Contactor Type: Sealed
- Number of Poles: 1
- Coil Voltage Rating (VDC): 12
Key Features:
- Terminal Configuration: 2 x M4 Bolt
- Coil Termination: Wire
- Auxiliary Switch Contact Arrangement: None
Key Features:
- Contact Material: AgCdO
- Coil Voltage Rating: 24 VDC
- Power Relay Type: Industrial Panel Plug-In
Key Features:
- Coil Voltage Rating (VDC): 24
- Coil Voltage (Max) (VDC): 24
- Mounting Type: Side Mount
Key Features:
- Coil Voltage (Max): 13.2 VDC
- Terminal Configuration: 10-32 Stud
- Contact Current Rating: 500 A
Key Features:
- Coil Voltage (Max) (VDC): 16
- Coil Voltage Rating (VDC): 12
- Number of Poles: 1
Key Features:
- Auxiliary Contacts: With
- High Voltage Connection (Coil): Flying Leads
- Termination Style: Stud Terminals
Key Features:
- Coil Wire Length: 381 mm [ 15 in ]
- Terminal Configuration: M5 x .8
- Contactor Type: Sealed
Key Features:
- Coil Voltage (Max) (VDC): 52
- Actuating System: DC
- Coil Termination: Wire
Key Features:
- Mounting Type: Bottom
- Product Type: Relay
- Power Switching: Yes
Key Features:
- Contact Base Material: Cu
- Contact Current Class: 100 to 134 A
- Insulation Initial Dielectric Between Contacts & Coil: 2920 Vrms
Key Features:
- Termination Style: Coil Leads, Stud Terminals
- Product Type: Relay
- Mounting Type: Bottom
Key Features:
- Power Switching: Yes
- High Voltage Connection (Power): Stud Terminals
- Mounting Type: Bottom
Key Features:
- Contact Current Rating: 500 A
- Voltage (Max): 3920 VDC
- High Voltage Connection (Coil): Flying Leads
Key Features:
- Contact Material: AgNi90/10
- Contact Limiting Short-Time Current: 300 A
- Insulation Clearance Class: 2.5 to 4 mm
Key Features:
- Contact Base Material: Copper (Cu)
- Contact Switching Voltage (Max): 900
- Voltage (Max): 3920 VDC
Key Features:
- Coil Voltage Rating: 12 VDC
- Economizer: Without
- Relay Type: High Voltage
Key Features:
- Length: 29 mm [ 1.142 in ]
- Width: 12.7 mm [ .5 in ]
- Contact Material: AgNi90/10
Key Features:
- Socket Type: DIN Rail Mount
- Number of Pins: 8
- Terminal Length (in): 1.49
Key Features:
- Contact Material: AgNi90/10
- Contact Switching Voltage (Max): 400 VAC
- Contact Switching Load (Min): 1mA @ .02V
Key Features:
- Relay Type: Time Delay
- Type of Control: Potentiometer Adjustable
- Termination Type: 16 Flat Base Pins
Key Features:
- Auxiliary Contacts: With
- Contact Base Material: Copper (Cu)
- High Voltage Connection (Power): Stud Terminals
Key Features:
- Contact Material: AgCdO
- Coil Resistance: 9110 Ω
- Insulation Initial Dielectric Between Coil & Contact Class: 500 to 1000 V
Key Features:
- Contact Base Material: Copper (Cu)
- High Voltage Connection (Power): Stud Terminals
- High Voltage Connection (Coil): Flying Leads
About General Purpose Relays
General purpose relays are electromechanical devices that are used to switch electrical circuits. They are often used to control the operation of an electrical circuit, either by opening or closing it, and can be used for a variety of different applications.
Types of General Purpose Relays
General purpose relays come in a variety of types and configurations, including latching, time delay, polarized, and solid-state relays. Each type of relay is designed for specific applications, such as controlling large motors or providing precise timing delays.
How General Purpose Relays are Made
General purpose relays are typically constructed with a coil wound around an iron core and enclosed in a plastic housing. The coil is energized when electricity passes through it, causing the iron core to move and open or close the contacts inside the relay. Other materials used in general purpose relays include copper wire, steel plates, insulating materials such as plastics and ceramics.
Industries that use General Purpose Relays
General purpose relays can be found in many industries such as automotive manufacturing, industrial automation systems, telecommunications systems and consumer electronics. Professionals working in these fields use general purpose relays to control various operations within their system or machine.
Find the General Purpose Relays You Need at Zoro
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