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Industrial Relays(Representative Standard:CE)

Industrial Relays are crucial components in the world of factory automation, designed to make the work of engineers smoother and more efficient. Think of them as traffic controllers for electrical signals within your automation system. These relays come in different types, like socket/plug-in, solder/tab (with dual-purpose), and solder versions. They're especially useful for circuit boards, the brains of your automation setup. Tab terminal relays can be easily attached with screws, while solder relays are connected through soldering techniques.These relays have various roles. They serve as power relays, which handle larger electrical currents, and latching relays that maintain their state even after the input signal is removed. Additionally, miniature relays play a vital role in transferring signals between different parts of a system. Their efficiency in managing electrical signals contributes significantly to the seamless functioning of automation processes.For engineers specializing in factory automation, understanding the functions and applications of Industrial Relays is essential. These relays act as decision-makers, directing the flow of electrical currents in the right direction. By comprehending their types – socket/plug-in, solder/tab – and their uses, from power and latching to miniature relays, engineers can optimize their automation systems' performance. This makes Industrial Relays a cornerstone of effective and reliable factory automation.
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    MY Miniature Power Relay

    MY Miniature Power Relay

    OMRON

    [Features]
    · Lead-use eliminated, safe for environment.
    ·With different colors for AC and DC coil tapes, AC and DC specifications are easily identified.
    ·Type MY(S) with a convenient latching lever for circuit check is now also available.
    ·Wiring labor-hours can be shortened by 60% if combined with push-in plus socket Type PYF-□-PU (according to the manufacturer's measured data).
    ·Terminal Shape: Socket / plug-in terminal, PCB terminal.
    [Applications]
    ·Widely applicable to almost all types of electrical machines and devices.

    • Volume Discount
    Coil rated voltage (DC)(V) Contact Configuration Terminal shape Contact rated current (minimum value for AC and DC)(A) Coil rated voltage (AC)(V) Application Latch function Representative Standard Dimension height(mm) Dimension width(mm) Dimension depth(mm)
    6 ~ 125 2c / 3c / 4c Socket / plug-in 3 ~ 10 100/110 ~ 220/240 Power NA CE 36 ~ 53 21.5 ~ 22.5 28 ~ 44
    From: ₹ 741.36
    Days to Ship: 5 Day(s) or more
    day to ship 5 Day(s) or more
  • You can add up to 6 items per a category to the compare list.

    Safety/Relay Unit G9SA

    Safety/Relay Unit G9SA

    OMRON

    Safety relay unit G9SA

    [Features]
    · Small size, with an abundant series.
    · 45 mm width, with an abundant variety of 3-pole. 5-pole, 3-pole + off delay 2-pole, 2 hand controllers.
    · We also offer 17.5 mm width 3-pole, off delay 3-pole expansion units.
    · Expansion units can be connected with a single action.
    · Off delay types can be set at 15 different time levels.
    · Certified ENISO13849-1 (PLe/Safety Category 4).
    · Can be DIN rail mounted or screw mounted.

    • Volume Discount
    Coil rated voltage (DC)(V) Contact Configuration Terminal shape Contact rated current (minimum value for AC and DC)(A) Coil rated voltage (AC)(V) Application Latch function Representative Standard Dimension height(mm) Dimension width(mm) Dimension depth(mm)
    - 2a / Other Screw Fastening - - Other NA CE 76 ~ 100 18 ~ 45 111 ~ 112
    From: ₹ 7,844.00
    Days to Ship: Same day or more
    day to ship Same day or more
  • You can add up to 6 items per a category to the compare list.

    Slim I/O Relay G2RV-SR

    Slim I/O Relay G2RV-SR

    OMRON

    A Value Design for Panel product that increases the value of your control panels
    Global standard size, low profile slim I/O relay with width 6.2 mm

    ■ Features
    · Realizes about 25% lower profile than conventional products, contributing to further miniaturization of the control panel.
    · Realizes switching ability with one pole 6 A slim shape
    · Micro load products for one pole 50 mA using gold-plated contacts for micro load switching also available.
    · Since G2RV is a transparent case, confirming the state of the contact with the naked eye is possible,
    and easy to confirm abnormality on-site (installed location).
    · Screw terminal is also stocked to meet screw type needs.
    · Mounted relay uses plug-in terminals that are difficult to bend when exchanging.

    Coil rated voltage (DC)(V) Contact Configuration Terminal shape Contact rated current (minimum value for AC and DC)(A) Coil rated voltage (AC)(V) Application Latch function Representative Standard Dimension height(mm) Dimension width(mm) Dimension depth(mm)
    24 1c Screw Fastening / Other 2 - Other NA CE 88.87 6.2 78
    From: ₹ 1,359.26
    Days to Ship: 5 Day(s) or more
    day to ship 5 Day(s) or more
  • You can add up to 6 items per a category to the compare list.

    Mini Power Relay Plug-In Terminal Type G2R-□-S

    Mini Power Relay Plug-In Terminal Type G2R-□-S

    OMRON

    1 pole 10 A and 2 pole 5 A general purpose slim type miniature power relays.
    [Features]
    · Cadmium-free, lead-free.
    ·1-position for 10 A and 2-position for 5 A general-purpose power relay.
    ·Safety-oriented design with a withstand voltage of 5,000 V between coil to contacts and a surge resistant voltage of 10,000 V.
    ·With different colors for AC and DC coil tapes, AC and DC specifications are easily identified.
    ·Includes a convenient latching lever for circuit check (Type G2R-□-S[S]).
    [Applications]
    ·Mainly used for control panels, industrial machines, etc.

    • Volume Discount
    Coil rated voltage (DC)(V) Contact Configuration Terminal shape Contact rated current (minimum value for AC and DC)(A) Coil rated voltage (AC)(V) Application Latch function Representative Standard Dimension height(mm) Dimension width(mm) Dimension depth(mm)
    5 ~ 100 1c / 2c Socket / plug-in 5 ~ 10 24 ~ 200/220 Power Available / NA CE 28 ~ 35.5 13 29
    From: ₹ 210.00
    Days to Ship: Same day or more
    day to ship Same day or more
  • You can add up to 6 items per a category to the compare list.

    DRM Relay (2-pin)

    DRM Relay (2-pin)

    WEIDMULLER

    Mini power type general-purpose relay manufactured by Weidmuller. High-quality, low-price, wide variety lineup that are easy to use to replace your currently used relays.

    Coil rated voltage (DC)(V) Contact Configuration Terminal shape Contact rated current (minimum value for AC and DC)(A) Coil rated voltage (AC)(V) Application Latch function Representative Standard Dimension height(mm) Dimension width(mm) Dimension depth(mm)
    - 2c Socket / plug-in 10 115 ~ 230 Power Available CE 36 21.5 28
    From: ₹ 700.55
    Days to Ship: 5 Day(s) or more
    day to ship 5 Day(s) or more
Brand
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Coil rated voltage (DC)(V)
Contact Configuration
Terminal shape
Contact rated current (minimum value for AC and DC)(A)
Coil rated voltage (AC)(V)
Application
Latch function
Representative Standard
Dimension height(mm)
Dimension width(mm)
Dimension depth(mm)

    You can add up to 6 items per a category to the compare list.

    MY Miniature Power Relay

        You can add up to 6 items per a category to the compare list.

        Safety/Relay Unit G9SA

            You can add up to 6 items per a category to the compare list.

            Slim I/O Relay G2RV-SR

                You can add up to 6 items per a category to the compare list.

                Mini Power Relay Plug-In Terminal Type G2R-□-S

                    You can add up to 6 items per a category to the compare list.

                    DRM Relay (2-pin)
                      Brand

                      OMRON

                      OMRON

                      OMRON

                      OMRON

                      WEIDMULLER

                      Product Series

                      MY Miniature Power Relay

                      Safety/Relay Unit G9SA

                      Slim I/O Relay G2RV-SR

                      Mini Power Relay Plug-In Terminal Type G2R-□-S

                      DRM Relay (2-pin)

                      From

                      ₹ 741.36

                      ₹ 7,844.00

                      ₹ 1,359.26

                      ₹ 210.00

                      ₹ 700.55

                      Days to Ship 5 Day(s) or more Same day or more 5 Day(s) or more Same day or more 5 Day(s) or more
                      Coil rated voltage (DC)(V)6 ~ 125-245 ~ 100-
                      Contact Configuration2c / 3c / 4c2a / Other1c1c / 2c2c
                      Terminal shapeSocket / plug-inScrew FasteningScrew Fastening / OtherSocket / plug-inSocket / plug-in
                      Contact rated current (minimum value for AC and DC)(A)3 ~ 10-25 ~ 1010
                      Coil rated voltage (AC)(V)100/110 ~ 220/240--24 ~ 200/220115 ~ 230
                      ApplicationPowerOtherOtherPowerPower
                      Latch functionNANANAAvailable / NAAvailable
                      Representative StandardCECECECECE
                      Dimension height(mm)36 ~ 5376 ~ 10088.8728 ~ 35.536
                      Dimension width(mm)21.5 ~ 22.518 ~ 456.21321.5
                      Dimension depth(mm)28 ~ 44111 ~ 112782928

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                      1. 1

                      Related Categories to Industrial Relays

                      FAQ Industrial Relays

                      Question: How many types of relays (industrial relays)?
                      Answer: There are various types of relays, and they are classified into different categories according to their properties.
                      Based On Operation Principles (4 types)
                      1.1 Electrothermal Relay, an electrothermal relay is made up of a bimetallic (made up of two metals having different thermal expansion coefficients) strip.
                      1.2 Electromechanical relays This type of relay uses electrical power to move the electromagnetic coil. to control the movement of the contact.
                      1.3 Solid State Relay, SSR relay is made up of semiconductors instead of mechanical parts and it works on isolating the low voltage circuit from the high voltage circuit using an optocoupler.
                      1.4 Hybrid Relay, Hybrid relays are made using both SSR and EMR relays. As we know that the SSR wastes power in form of heat and EMR has a contact arcing problem. The hybrid relay uses both SSR and EMR to overcome their disadvantages.
                      Based on Poles and Throw (4 types)
                      2.1 SPST (single pole single throw) relay
                      The single pole means that it can control only one circuit while the single throw means its pole has only one position in which it can conduct.
                      2.2 SPDT (single pole double throw) relay
                      The single pole means it can control only one circuit at a time. The double throw means its pole has two positions in which it can conduct.
                      2.3 DPST (double pole single throw) relay
                      The double pole means it can control two completely isolated individual circuits. The single throw means that each pole has one position in which it can conduct.
                      2.4 DPDT (double pole double throw) relay
                      The double pole means it can control two circuits while the double throw means each pole can conduct in two separate positions.
                      Question: What is the Operation principle and connection method of relays (industrial relays)?
                      Answer: A relay is an electrical switch that controls (switches on and off) a high-voltage circuit using a low-voltage source. A relay completely isolates the low-voltage circuit from the high-voltage circuit. A relay connection is a separate pin terminal to be 2 types, a control terminal, and a contact terminal. The control terminal is used for control status On/Off of the relay. Whereas the contact pin terminal is used to transmit electricity from the supply side to the device.
                      Question: What is a Solid-State Relay?
                      Answer: A Solid-State Relay (SSR) is a relay that does not have a moving contact. So, A Solid-State Relay (SSR) have long lifetime and able to use higher frequency operation. In terms of operation, SSRs are not very different from mechanical relays that have moving contacts. SSRs, however, employ semiconductor switching elements, such as thyristors, triacs, diodes, and transistors.
                      Question: How to use a relay in the industry?
                      Answer: A relay is a switch that is used to open or close a circuit. It controls the flow of electricity to create the desired result. Most industrial controls are essentially switches but of a more complex nature. They are usually associated with the control of electric motors and systems. Industrial controls include devices such as motor starters, contactors, control centers, and programmable logic controllers.
                      Question: Why are Relays used in PLC?
                      Answer: Relays are used to isolate one voltage level from another. A PLC may be used to control the operation of a medium-voltage device, perhaps 2,300V or 4,160V. A relay is used to energize the starter, which, in turn, switches the motor voltage while the PLC controls the relay. Wired to provide a control sequence, relays may also be used for simple control schemes where a PLC would prove uneconomical. Troubleshooting relays can be handled in short order, without having to return to the maintenance shop for the computer necessary to analyze the control sequence within the PLC.
                      Question: Relay is AC or DC?
                      Answer: Relay can be used both AC and DC, depend on their construction and usage. Which is mean current type is using to control coil of relay. The coil resistance of the AC and DC relay for the same voltage is different. The resistance of the AC coil is less as compared to the DC coil. The AC relay/contactor coil offers reactance when AC supply is applied across it. The inductive reactance of the AC coil offers more impedance and thus it limits the current.
                      Question: What is the role of relays in electrical circuits?
                      Answer: Relays are switches in electrical circuits that use a small electrical signal to control a larger one. They act like a bridge between two circuits, allowing a low-power signal to turn on or off a high-power device. This makes them crucial for tasks like turning on lights, motors, or appliances, and for safety by isolating circuits or controlling heavy loads with smaller switches. Relays help manage electricity in various applications, ensuring efficient and safe operation.
                      Question: Relay vs. Switch: What's the difference?
                      Answer: Relays and switches both control electrical circuits, but they work differently. A switch physically opens or closes a circuit when manually toggled. In contrast, a relay is an electrically operated switch. It uses a small electrical signal to control the opening or closing of a separate circuit. Relays are useful for remote or automated control and can handle higher power loads.
                      Question: How can I troubleshoot relay issues?
                      Answer: Troubleshoot of relay typically diagnose by following item.
                      • Check power supply: Ensure the relay is getting the correct voltage.
                      • Test the control signal: Confirm the signal activating the relay is working.
                      • Inspect connections: Look for loose or damaged wires.
                      • Listen for clicks: Relays should make a clicking sound when they switch.
                      • Swap relays: Try replacing with a known-working relay.
                      • Test with a multimeter: Measure continuity or resistance to diagnose problems.
                      • Check for mechanical issues: Look for stuck or worn-out relay components.
                      • Consult a professional if needed.
                      Question: How to choose the right relay for my work project?
                      Answer: Suitable relay can be select by consider following factor.
                      • Identify load requirements: Determine voltage and current needs.
                      • Relay type: Choose between electromechanical or solid-state based on durability and switching speed.
                      • Coil voltage: Match relay coil voltage to your control circuit.
                      • Consider environmental factors: Ensure the relay can handle temperature, humidity, and other conditions.
                      • Seek expert advice if unsure about specific requirements.
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