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Peco HRC Fuse Base Porcelain

By Peco

₹424 - ₹7,197

You save ₹107!

5.38% OFF

Peco HRC Fuse Base Porcelain is engineered to provide safe and reliable support for HRC fuses in low-voltage electrical systems. Made from high-quality porcelain, this fuse base ensures excellent insulation, thermal stability, and durability under demanding electrical loads. Its robust construction reduces the risk of electrical faults and ensures secure mounting of HRC fuses, making it ideal for industrial, commercial, and residential applications. Designed for easy installation in switchgear panels, distribution boards, and control panels, Peco HRC Fuse Base Porcelain offers strong mechanical strength and long-lasting performance. Compatible with standard HRC fuses, it ensures safe and efficient circuit protection while minimizing maintenance requirements. With its durable porcelain build and dependable reliability, this fuse base helps safeguard electrical equipment, reduce downtime, and maintain overall system safety in critical electrical setups.

Type of Product : HRC Fuse Base

Type : Porcelain Base

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

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Peco HRC Fuse Base DMC Moulded 415 V, IS/IEC 60269-1 & 2

By Peco

₹471 - ₹7,315

You save ₹19!

3.82% OFF

Peco HRC Fuse Base DMC Moulded 415 V is a high rupturing capacity (HRC) fuse base designed for secure and reliable mounting of HRC fuse links in low-voltage power distribution systems. Engineered for industrial and commercial electrical installations, this fuse base uses a DMC-moulded housing that is fire-retardant, non-inflammable, and resistant to moisture and tracking, ensuring safe and long-term performance in demanding environments. It supports secure seating of compatible HRC fuse links, helping protect electrical circuits from overcurrent, short circuits, and fault conditions. Rated for 415 V AC applications, this HRC fuse base conforms to recognized standards like IS/IEC 60269-1 & 2, which govern high rupturing capacity fuses and their associated components. Conformance to these standards ensures compatibility with compliant fuse links and provides dependable interruption capabilities during fault conditions. The robust construction reduces power loss, minimizes temperature rise, and supports stable electrical connections, making it suitable for distribution boards, control panels, switchgear, and industrial power systems where reliable circuit protection is critical.

Type of Product : HRC Fuse Base

Voltage : 415 V

Type : DMC Moulded

Conform to : IS/IEC 60269-1 & 2

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Peco HRC Fuse Links PF, DIN Type NH 000 IS/IEC Size

By Peco

₹317 - ₹400

You save ₹13!

4.06% OFF

<p data-end="527" data-start="0">Peco HRC Fuse Links PF, DIN Type NH 000 IS/IEC Size are engineered to provide reliable protection against short circuits and overloads in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these HRC fuse links ensure precise fault interruption, safeguarding critical electrical equipment and installations. The DIN Type NH 000 design allows secure mounting in compatible fuse bases, providing stable electrical contact, minimal resistance, and dependable performance under demanding conditions.</p> <p data-end="1091" data-is-last-node="" data-is-only-node="" data-start="529">Ideal for switchgear panels, distribution boards, and control panels, Peco HRC Fuse Links PF, DIN Type NH 000 IS/IEC Size offer high breaking capacity and excellent thermal stability. The standardized IS/IEC size ensures seamless compatibility with designated fuse holders, allowing easy installation and convenient replacement. Built for long-term durability and consistent performance, these fuse links help reduce downtime, protect essential equipment, and maintain safe, uninterrupted operation in industrial, commercial, and utility electrical applications.</p>

Type of Product : HRC Fuse Links

Type : PF, DIN Type

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : NH 000

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Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C2 (PCTTM) IS/IEC Size

By Peco

₹2,949 - ₹2,949

You save ₹72!

2.38% OFF

Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C2 (PCTTM) IS/IEC Size are developed to deliver reliable protection against short circuits and overload conditions in low-voltage electrical systems. Manufactured in line with IS/IEC standards, these fuse links ensure accurate fault interruption and enhanced electrical safety. The bolted type design with an offset central tag and 4-hole fixing provides strong mechanical support, secure mounting, and low contact resistance, making them suitable for continuous operation in industrial and commercial installations. Commonly used in switchgear assemblies, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C2 (PCTTM) IS/IEC Size offer high breaking capacity and dependable thermal stability. The standardized C2 size allows easy compatibility with matching fuse bases, simplifying installation and maintenance. Designed for durability and consistent performance, these fuse links help reduce equipment damage, improve system reliability, and ensure uninterrupted electrical protection in demanding applications.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset (Central Tag) 4 Hole Fixing

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : C2 (PCTTM)

Explore other Variants (3)

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Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C1 (PCTM) IS/IEC Size

By Peco

₹1,651 - ₹1,651

You save ₹60!

3.51% OFF

Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C1 (PCTM) IS/IEC Size are designed for dependable protection against overloads and short circuits in low-voltage electrical installations. Manufactured in accordance with IS/IEC standards, these fuse links ensure precise fault interruption and enhanced operational safety. The bolted type construction with an offset central tag and 4-hole fixing offers superior mechanical stability, secure mounting, and reduced contact resistance, making them suitable for high-duty industrial and commercial applications. Widely used in switchgear panels, power distribution systems, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C1 (PCTM) IS/IEC Size provide high breaking capacity and excellent thermal performance. The standardized C1 size ensures compatibility with designated fuse bases, allowing easy installation and replacement. Built for long service life and consistent performance, these fuse links help protect electrical equipment, minimize downtime, and maintain reliable system operation in demanding environments.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset (Central Tag) 4 Hole Fixing

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : C1 (PCTM)

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Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B4 (PCTMF) IS/IEC Size

By Peco

₹1,533 - ₹1,533

You save ₹13!

0.83% OFF

Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B4 (PCTMF) IS/IEC Size are engineered to deliver reliable protection against short circuits and overloads in low-voltage electrical systems. Designed in compliance with IS/IEC standards, these fuse links ensure accurate and safe fault interruption, helping safeguard connected equipment. The bolted type construction with an offset central tag and secure 2-hole fixing provides excellent mechanical strength, reduced contact resistance, and stable electrical performance. Their robust build makes them suitable for continuous operation in industrial and commercial environments where safety and consistency are critical. Commonly installed in switchgear assemblies, distribution panels, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B4 (PCTMF) IS/IEC Size offer high breaking capacity and dependable thermal stability. The standardized B4 size ensures easy compatibility with matching fuse bases, enabling quick installation and straightforward maintenance. Built for durability and long service life, these fuse links help minimize downtime, improve system reliability, and maintain overall electrical safety in demanding applications.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset (Central Tag) 2 Hole Fixing

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : B4 (PCTMF)

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Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B3 (PCTKF) IS/IEC Size

By Peco

₹719 - ₹719

You save ₹36!

4.79% OFF

<p data-end="628" data-start="0">Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B3 (PCTKF) IS/IEC Size are designed to provide dependable short-circuit and overload protection in low-voltage electrical installations. Manufactured in accordance with IS/IEC standards, these fuse links ensure precise fault interruption and consistent electrical safety. The bolted type construction with an offset central tag and 2-hole fixing ensures a strong, vibration-resistant connection, helping maintain low contact resistance and stable performance. Their robust design makes them suitable for demanding industrial and commercial electrical systems.</p> <p data-end="1201" data-is-last-node="" data-is-only-node="" data-start="630">Widely used in switchgear panels, power distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B3 (PCTKF) IS/IEC Size offer high breaking capacity and excellent thermal endurance. The standardized B3 size ensures easy compatibility with appropriate fuse bases, allowing quick installation and hassle-free replacement. Designed for durability and long operational life, these fuse links help reduce equipment damage, enhance system reliability, and ensure uninterrupted electrical protection in critical applications.</p>

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset (Central Tag) 2 Hole Fixing

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : B3 (PCTKF)

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Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B2 (PCF) IS/IEC Size

By Peco

₹494 - ₹494

You save ₹25!

4.85% OFF

Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B1 (PCTC) IS/IEC Size are designed to deliver reliable and efficient circuit protection in low-voltage electrical systems. Manufactured as per IS/IEC standards, these fuse links ensure safe and accurate interruption of fault currents, helping protect equipment and installations. The bolted type design with offset central tag and 2-hole fixing allows a firm and secure connection, reducing contact resistance and enhancing overall electrical performance. Their sturdy construction makes them suitable for continuous operation in industrial and commercial environments. Commonly used in switchgear panels, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B1 (PCTC) IS/IEC Size offer high breaking capacity and dependable thermal stability. The standardized B1 size ensures easy compatibility with matching fuse bases, simplifying installation and maintenance. Built for long service life and consistent protection, these fuse links help minimize downtime, improve system safety, and deliver dependable performance in demanding electrical applications.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset (Central Tag) 2 Hole Fixing

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : B2 (PCF)

Explore other Variants (4)

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Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B1 (PCTC) IS/IEC Size

By Peco

₹353 - ₹353

You save ₹13!

3.5% OFF

Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B1 (PCTC) IS/IEC Size are designed to deliver reliable and efficient circuit protection in low-voltage electrical systems. Manufactured as per IS/IEC standards, these fuse links ensure safe and accurate interruption of fault currents, helping protect equipment and installations. The bolted type design with offset central tag and 2-hole fixing allows a firm and secure connection, reducing contact resistance and enhancing overall electrical performance. Their sturdy construction makes them suitable for continuous operation in industrial and commercial environments. Commonly used in switchgear panels, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 2 Hole Fixing B1 (PCTC) IS/IEC Size offer high breaking capacity and dependable thermal stability. The standardized B1 size ensures easy compatibility with matching fuse bases, simplifying installation and maintenance. Built for long service life and consistent protection, these fuse links help minimize downtime, improve system safety, and deliver dependable performance in demanding electrical applications.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset (Central Tag) 2 Hole Fixing

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : B1 (PCTC)

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Peco HBC Fuse Links (Bolted Type) Offset (PCTSD) IS/IEC Size

By Peco

₹518 - ₹518

You save ₹25!

4.57% OFF

<p data-end="622" data-start="0">Peco HBC Fuse Links (Bolted Type) Offset (PCTSD) IS/IEC Size are designed to ensure reliable protection against short circuits and overload faults in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these fuse links provide accurate fault interruption to safeguard electrical equipment and installations. The bolted type offset design allows secure mounting and stable electrical contact, helping reduce contact resistance and enhance operational safety. Their robust construction makes them suitable for continuous use in industrial, commercial, and utility-based electrical applications.</p> <p data-end="1208" data-is-last-node="" data-is-only-node="" data-start="624">Commonly used in switchgear panels, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (PCTSD) IS/IEC Size offer high breaking capacity and consistent thermal performance under demanding load conditions. The standardized IS/IEC size ensures easy compatibility with approved fuse bases, allowing smooth installation and convenient replacement. Built for durability and long service life, these fuse links help minimize system downtime, protect critical components, and maintain reliable electrical performance in critical power distribution environments.</p>

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : (PCTSD)

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Peco HBC Fuse Links (Bolted Type) Offset A4 (PCTCP) IS/IEC Size

By Peco

₹317 - ₹317

You save ₹13!

4.06% OFF

<p data-end="570" data-start="0">Peco HBC Fuse Links (Bolted Type) Offset A4 (PCTCP) IS/IEC Size are designed to provide reliable protection against short circuits and overloads in low-voltage electrical systems. Manufactured according to IS/IEC standards, these fuse links ensure accurate fault interruption, helping safeguard electrical equipment and installations. The bolted type offset design provides secure mounting, low contact resistance, and consistent electrical performance, making them suitable for industrial, commercial, and utility applications requiring dependable circuit protection.</p> <p data-end="1099" data-is-last-node="" data-is-only-node="" data-start="572">Commonly used in switchgear panels, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset A4 (PCTCP) IS/IEC Size offer high breaking capacity and excellent thermal stability. The standardized A4 size ensures compatibility with appropriate fuse bases, allowing for easy installation and convenient replacement. Built for durability and long service life, these fuse links help minimize downtime, enhance system reliability, and maintain safe and uninterrupted operation in critical electrical setups.</p>

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : A4 (PCTCP)

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Peco HBC Fuse Links (Bolted Type) Offset A3 (PCTIS/PCTSS) IS/IEC Size

By Peco

₹223 - ₹223

You save ₹1!

0.54% OFF

<p data-end="558" data-start="0">Peco HBC Fuse Links (Bolted Type) Offset A3 (PCTIS/PCTSS) IS/IEC Size are engineered to provide reliable protection against overloads and short-circuit faults in low-voltage electrical systems. Manufactured in accordance with IS/IEC standards, these fuse links ensure precise fault interruption, safeguarding electrical equipment and installations from damage. The bolted type offset design ensures secure mounting, low contact resistance, and stable electrical performance, making them ideal for demanding industrial, commercial, and utility applications.</p> <p data-end="1099" data-is-last-node="" data-is-only-node="" data-start="560">Widely used in switchgear panels, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset A3 (PCTIS/PCTSS) IS/IEC Size offer high breaking capacity and strong thermal stability. The standardized A3 size ensures compatibility with designated fuse bases, allowing easy installation and straightforward replacement. Built for durability and long operational life, these fuse links help reduce downtime, improve system reliability, and maintain safe and uninterrupted electrical performance in critical installations.</p>

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : A3 (PCTIS/PCTSS)

Explore other Variants (4)

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Peco HBC Fuse Links (Bolted Type) Offset A2 (PCTIA/PCTSA) IS/IEC Size

By Peco

₹188 - ₹188

Peco HBC Fuse Links (Bolted Type) Offset A2 (PCTIA/PCTSA) IS/IEC Size are designed to provide dependable protection against short circuits and overloads in low-voltage electrical systems. Manufactured as per IS/IEC standards, these fuse links ensure precise fault interruption, helping safeguard electrical equipment and installations. The bolted type offset design offers secure mounting, low contact resistance, and stable performance, making them suitable for industrial, commercial, and utility applications requiring reliable electrical protection. Commonly installed in switchgear panels, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset A2 (PCTIA/PCTSA) IS/IEC Size deliver high breaking capacity and excellent thermal endurance. The standardized A2 size ensures compatibility with appropriate fuse bases, enabling easy installation and hassle-free replacement. Built for long service life and consistent performance, these fuse links help minimize downtime, enhance system safety, and maintain uninterrupted operation in critical electrical setups.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : A2 (PCTIA/PCTSA)

Explore other Variants (7)

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Peco HBC Fuse Links (Bolted Type) Offset A1 (PCNIT) IS/IEC Size

By Peco

₹100 - ₹100

You save ₹6!

5.84% OFF

Peco HBC Fuse Links (Bolted Type) Offset A1 (PCNIT) IS/IEC Size are engineered to deliver reliable protection against overloads and short-circuit faults in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these fuse links ensure precise fault interruption and safeguard connected equipment effectively. The bolted type offset design provides secure mounting, low contact resistance, and stable electrical performance, making them suitable for demanding industrial and commercial applications. Ideal for use in switchgear panels, distribution boards, and control panels, Peco HBC Fuse Links (Bolted Type) Offset A1 (PCNIT) IS/IEC Size offer high breaking capacity and excellent thermal stability. The standardized A1 size ensures compatibility with designated fuse bases, allowing quick installation and easy replacement. Built for durability and consistent performance, these fuse links help reduce downtime, enhance system reliability, and maintain safe and uninterrupted operation in critical electrical installations.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : A1 (PCNIT)

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Peco HRC Fuse Links PF, DIN Type NH 4 IS/IEC Size

By Peco

₹4,365 - ₹4,601

You save ₹237!

4.9% OFF

Peco HRC Fuse Links PF, DIN Type NH 4 IS/IEC Size are engineered to deliver reliable protection against overloads and short circuits in low-voltage electrical systems. Manufactured according to IS/IEC standards, these HRC fuse links provide precise fault interruption, safeguarding critical electrical equipment and installations. The DIN Type NH 4 design ensures secure mounting in compatible fuse bases, offering stable electrical contact, minimal resistance, and dependable performance even under demanding operating conditions. Widely used in switchgear panels, distribution boards, and control panels, Peco HRC Fuse Links PF, DIN Type NH 4 IS/IEC Size offer high breaking capacity and excellent thermal stability. The standardized IS/IEC size ensures seamless compatibility with approved fuse holders, allowing easy installation and hassle-free replacement. Built for long-term durability and consistent performance, these fuse links help reduce downtime, enhance system reliability, and maintain safe, uninterrupted operation in industrial, commercial, and utility electrical applications.

Type of Product : HRC Fuse Links

Type : PF, DIN Type

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : NH 4

Explore other Variants (2)

Ships within 3 days

Peco HRC Fuse Links PF, DIN Type NH 3 IS/IEC Size

By Peco

₹1,887 - ₹4,011

You save ₹119!

2.88% OFF

Peco HRC Fuse Links PF, DIN Type NH 3 IS/IEC Size are designed to provide robust and reliable protection against short circuits and overloads in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these HRC fuse links ensure precise fault interruption, safeguarding critical electrical equipment and installations from damage. The DIN Type NH 3 design allows secure mounting in compatible fuse bases, ensuring stable electrical contact, low resistance, and dependable performance under demanding conditions. Ideal for use in switchgear panels, distribution boards, and control panels, Peco HRC Fuse Links PF, DIN Type NH 3 IS/IEC Size offer high breaking capacity and excellent thermal stability. The standardized IS/IEC size ensures compatibility with approved fuse holders, enabling quick installation and hassle-free replacement. Built for durability and long service life, these fuse links help reduce downtime, enhance system reliability, and maintain safe and uninterrupted operation in industrial, commercial, and utility electrical applications.

Type of Product : HRC Fuse Links

Type : PF, DIN Type

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : NH 3

Explore other Variants (5)

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Peco HRC Fuse Links PF, DIN Type NH 2 IS/IEC Size

By Peco

₹1,061 - ₹1,415

Peco HRC Fuse Links PF, DIN Type NH 2 IS/IEC Size are engineered to deliver reliable protection against short circuits and overloads in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these HRC fuse links ensure precise fault interruption, safeguarding critical electrical equipment and installations. The DIN Type NH 2 design allows secure mounting in compatible fuse bases, providing stable electrical contact, minimal resistance, and dependable performance under demanding operational conditions. Widely used in switchgear panels, distribution boards, and control panels, Peco HRC Fuse Links PF, DIN Type NH 2 IS/IEC Size offer high breaking capacity and excellent thermal endurance. The standardized IS/IEC size ensures seamless compatibility with approved fuse holders, allowing easy installation and hassle-free replacement. Built for long-term durability and consistent performance, these fuse links help minimize downtime, enhance system reliability, and maintain safe, uninterrupted operation in industrial, commercial, and utility electrical applications.

Type of Product : HRC Fuse Links

Type : PF, DIN Type

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : NH 2

Explore other Variants (7)

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Peco HRC Fuse Links PF, DIN Type NH 1 IS/IEC Size

By Peco

₹730 - ₹955

You save ₹48!

4.79% OFF

Peco HRC Fuse Links PF, DIN Type NH 1 IS/IEC Size are designed to provide reliable protection against short circuits and overloads in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these HRC fuse links ensure accurate fault interruption, safeguarding critical electrical equipment and installations. The DIN Type NH 1 design allows secure mounting in compatible fuse bases, ensuring stable electrical contact, low resistance, and dependable performance even under demanding operating conditions. Ideal for use in switchgear panels, distribution boards, and control panels, Peco HRC Fuse Links PF, DIN Type NH 1 IS/IEC Size deliver high breaking capacity and excellent thermal stability. The standardized IS/IEC size ensures seamless compatibility with designated fuse holders, enabling quick installation and straightforward replacement. Built for long-lasting durability and consistent performance, these fuse links help reduce downtime, protect essential equipment, and maintain safe, uninterrupted operation in industrial, commercial, and utility electrical setups.

Type of Product : HRC Fuse Links

Type : PF, DIN Type

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : NH 1

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Peco HRC Fuse Links PF, DIN Type NH 0 IS/IEC Size

By Peco

₹707 - ₹707

You save ₹36!

4.9% OFF

Peco HRC Fuse Links PF, DIN Type NH 0 IS/IEC Size are designed to deliver reliable protection against short circuits and overloads in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these HRC fuse links ensure precise fault interruption, safeguarding critical electrical equipment and installations. The DIN Type NH 0 design allows secure mounting in compatible fuse bases, providing stable electrical contact, low resistance, and dependable performance under demanding conditions. Ideal for use in switchgear panels, distribution boards, and control panels, Peco HRC Fuse Links PF, DIN Type NH 0 IS/IEC Size offer high breaking capacity and excellent thermal endurance. Their standardized IS/IEC size ensures easy compatibility with designated fuse holders, enabling quick installation and hassle-free replacement. Built for durability and long operational life, these fuse links help reduce downtime, enhance system safety, and maintain uninterrupted performance in industrial, commercial, and utility electrical applications.

Type of Product : HRC Fuse Links

Type : PF, DIN Type

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : NH 0

Explore other Variants (5)

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Peco HRC Fuse Links PF, DIN Type NH 00 IS/IEC Size

By Peco

₹376 - ₹494

You save ₹13!

3.44% OFF

<p data-end="532" data-start="0">Peco HRC Fuse Links PF, DIN Type NH 00 IS/IEC Size are designed to provide dependable protection against short circuits and overloads in low-voltage electrical systems. Manufactured in compliance with IS/IEC standards, these HRC fuse links ensure accurate fault interruption, safeguarding electrical equipment and installations from damage. The DIN Type NH 00 design offers secure mounting in compatible fuse bases, ensuring stable electrical contact, low resistance, and reliable performance under demanding operating conditions.</p> <p data-end="1090" data-is-last-node="" data-is-only-node="" data-start="534">Ideal for use in switchgear panels, distribution boards, and control panels, Peco HRC Fuse Links PF, DIN Type NH 00 IS/IEC Size deliver high breaking capacity and excellent thermal stability. The standardized IS/IEC size ensures easy compatibility with designated fuse holders, allowing for quick installation and straightforward replacement. Built for durability and long service life, these fuse links help minimize downtime, enhance system reliability, and maintain safe, uninterrupted operation in industrial, commercial, and utility electrical setups.</p>

Type of Product : HRC Fuse Links

Type : PF, DIN Type

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : NH 00

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Ships within 3 days

Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C3 (PCTLM) IS/IEC Size

By Peco

₹3,539 - ₹3,539

You save ₹202!

5.39% OFF

Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C3 (PCTLM) IS/IEC Size are designed to provide efficient and reliable protection against overloads and short-circuit faults in low-voltage electrical networks. Manufactured in accordance with IS/IEC standards, these fuse links ensure accurate fault interruption and consistent safety for electrical equipment. The bolted type construction with an offset central tag and secure 4-hole fixing offers excellent mechanical strength, firm mounting, and reduced contact resistance, making them suitable for heavy-duty industrial and commercial applications. Commonly installed in switchgear panels, power distribution systems, and control panels, Peco HBC Fuse Links (Bolted Type) Offset (Central Tag) 4 Hole Fixing C3 (PCTLM) IS/IEC Size deliver high breaking capacity and strong thermal stability under demanding operating conditions. The standardized C3 size ensures compatibility with appropriate fuse bases, allowing easy installation and hassle-free replacement. Built for durability and long service life, these fuse links help minimize downtime, protect critical equipment, and maintain reliable electrical system performance.

Type of Product : HBC Fuse Links (Bolted Type)

Type : Offset (Central Tag) 4 Hole Fixing

Voltage : 415 V

Conform to : IS/IEC 60269-1 & 2

IS/IEC Size : C3 (PCTLM)

Explore other Variants (2)

Ships within 8 days

Peco PCGM320 20 HP Power Contactors 3 Pole AC Type GM-1 / GM-2/ GM-3 / GM-4

By Peco

₹3,539  

Add to Cart Buy Now

Ships within 8 days

Peco PC 21426 7.5 HP 4 Pole Power Contactors Type PK-1

By Peco

₹1,887  

Add to Cart Buy Now

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Peco PC21502 20 HP Power Contactors 3 Pole AC Type PC-2 / PC-3/3.1

By Peco

₹5,309  

Add to Cart Buy Now

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Peco PC21402E Bimetal Overload Relay Type PC-1

By Peco

₹1,108  

Peco PC 21402E Bimetal Overload Relay Type PC-1 .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Peco PC21402D Bimetal Overload Relay Type PC-1

By Peco

₹1,108  

Peco PC 21402D Bimetal Overload Relay Type PC-1 .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Peco PC21402C Bimetal Overload Relay Type PC-1

By Peco

₹1,297  

Peco PC 21402C Bimetal Overload Relay Type PC-1 .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Peco PC21402B Bimetal Overload Relay Type PC-1

By Peco

₹1,297  

Peco PC21402B Bimetal Overload Relay Type PC-1 .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Ships within 7 days

Peco SWF3201 Switch Disconnector Fuse Units

By Peco

₹3,421  

Peco SWF 3201 Switch Disconnector Fuse Units .Switch disconnector fuse units are essential components used in electrical distribution systems to provide a combination of switch, disconnection, and fuse protection. These units are designed to isolate and protect electrical circuits and equipment from overcurrent and short-circuit conditions. The switch disconnector fuse unit consists of three main components: the switch, the disconnector, and the fuse. The switch serves as an ON/OFF mechanism, allowing the circuit to be energized or de-energized. The disconnector provides a means of safely isolating the circuit from the power supply. The fuse, on the other hand, acts as a protective device that interrupts the current flow in the event of an overcurrent or short-circuit fault. When the current passing through the unit exceeds a predetermined value, the fuse element inside the unit melts, causing the circuit to open and disconnect the power supply. This action protects the downstream electrical equipment from damage and prevents the spread of electrical faults. Switch disconnector fuse units are commonly used in electrical switchboards, distribution panels, and motor control centers. They provide a compact and reliable solution for circuit protection and isolation. These units are typically designed to be easily installed, operated, and maintained, offering flexibility and convenience in electrical installations. The combination of switch, disconnector, and fuse in a single unit simplifies the design and installation process, reducing the overall footprint and cost of the electrical distribution system. Switch disconnector fuse units play a critical role in ensuring the safety and reliability of electrical circuits by protecting against overcurrent and short-circuit events.

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Ships within 8 days

Peco SWF6302 Switch Disconnector Fuse Units

By Peco

₹3,421  

Peco SWF 6302 Switch Disconnector Fuse Units .Switch disconnector fuse units are essential components used in electrical distribution systems to provide a combination of switch, disconnection, and fuse protection. These units are designed to isolate and protect electrical circuits and equipment from overcurrent and short-circuit conditions. The switch disconnector fuse unit consists of three main components: the switch, the disconnector, and the fuse. The switch serves as an ON/OFF mechanism, allowing the circuit to be energized or de-energized. The disconnector provides a means of safely isolating the circuit from the power supply. The fuse, on the other hand, acts as a protective device that interrupts the current flow in the event of an overcurrent or short-circuit fault. When the current passing through the unit exceeds a predetermined value, the fuse element inside the unit melts, causing the circuit to open and disconnect the power supply. This action protects the downstream electrical equipment from damage and prevents the spread of electrical faults. Switch disconnector fuse units are commonly used in electrical switchboards, distribution panels, and motor control centers. They provide a compact and reliable solution for circuit protection and isolation. These units are typically designed to be easily installed, operated, and maintained, offering flexibility and convenience in electrical installations. The combination of switch, disconnector, and fuse in a single unit simplifies the design and installation process, reducing the overall footprint and cost of the electrical distribution system. Switch disconnector fuse units play a critical role in ensuring the safety and reliability of electrical circuits by protecting against overcurrent and short-circuit events.

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Ships within 8 days

Peco SWF100 03 Switch Disconnector Fuse Units

By Peco

₹7,079  

Peco SWF 100 03 Switch Disconnector Fuse Units .Switch disconnector fuse units are essential components used in electrical distribution systems to provide a combination of switch, disconnection, and fuse protection. These units are designed to isolate and protect electrical circuits and equipment from overcurrent and short-circuit conditions. The switch disconnector fuse unit consists of three main components: the switch, the disconnector, and the fuse. The switch serves as an ON/OFF mechanism, allowing the circuit to be energized or de-energized. The disconnector provides a means of safely isolating the circuit from the power supply. The fuse, on the other hand, acts as a protective device that interrupts the current flow in the event of an overcurrent or short-circuit fault. When the current passing through the unit exceeds a predetermined value, the fuse element inside the unit melts, causing the circuit to open and disconnect the power supply. This action protects the downstream electrical equipment from damage and prevents the spread of electrical faults. Switch disconnector fuse units are commonly used in electrical switchboards, distribution panels, and motor control centers. They provide a compact and reliable solution for circuit protection and isolation. These units are typically designed to be easily installed, operated, and maintained, offering flexibility and convenience in electrical installations. The combination of switch, disconnector, and fuse in a single unit simplifies the design and installation process, reducing the overall footprint and cost of the electrical distribution system. Switch disconnector fuse units play a critical role in ensuring the safety and reliability of electrical circuits by protecting against overcurrent and short-circuit events.

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Ships within 8 days

Peco SWF32 01E Switch Disconnector Fuse Units

By Peco

₹4,483  

Peco SWF 32 01E Switch Disconnector Fuse Units .Switch disconnector fuse units are essential components used in electrical distribution systems to provide a combination of switch, disconnection, and fuse protection. These units are designed to isolate and protect electrical circuits and equipment from overcurrent and short-circuit conditions. The switch disconnector fuse unit consists of three main components: the switch, the disconnector, and the fuse. The switch serves as an ON/OFF mechanism, allowing the circuit to be energized or de-energized. The disconnector provides a means of safely isolating the circuit from the power supply. The fuse, on the other hand, acts as a protective device that interrupts the current flow in the event of an overcurrent or short-circuit fault. When the current passing through the unit exceeds a predetermined value, the fuse element inside the unit melts, causing the circuit to open and disconnect the power supply. This action protects the downstream electrical equipment from damage and prevents the spread of electrical faults. Switch disconnector fuse units are commonly used in electrical switchboards, distribution panels, and motor control centers. They provide a compact and reliable solution for circuit protection and isolation. These units are typically designed to be easily installed, operated, and maintained, offering flexibility and convenience in electrical installations. The combination of switch, disconnector, and fuse in a single unit simplifies the design and installation process, reducing the overall footprint and cost of the electrical distribution system. Switch disconnector fuse units play a critical role in ensuring the safety and reliability of electrical circuits by protecting against overcurrent and short-circuit events.

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Ships within 8 days

Peco SWF63 02E Switch Disconnector Fuse Units

By Peco

₹5,309  

Peco SWF 63 02E Switch Disconnector Fuse Units .Switch disconnector fuse units are essential components used in electrical distribution systems to provide a combination of switch, disconnection, and fuse protection. These units are designed to isolate and protect electrical circuits and equipment from overcurrent and short-circuit conditions. The switch disconnector fuse unit consists of three main components: the switch, the disconnector, and the fuse. The switch serves as an ON/OFF mechanism, allowing the circuit to be energized or de-energized. The disconnector provides a means of safely isolating the circuit from the power supply. The fuse, on the other hand, acts as a protective device that interrupts the current flow in the event of an overcurrent or short-circuit fault. When the current passing through the unit exceeds a predetermined value, the fuse element inside the unit melts, causing the circuit to open and disconnect the power supply. This action protects the downstream electrical equipment from damage and prevents the spread of electrical faults. Switch disconnector fuse units are commonly used in electrical switchboards, distribution panels, and motor control centers. They provide a compact and reliable solution for circuit protection and isolation. These units are typically designed to be easily installed, operated, and maintained, offering flexibility and convenience in electrical installations. The combination of switch, disconnector, and fuse in a single unit simplifies the design and installation process, reducing the overall footprint and cost of the electrical distribution system. Switch disconnector fuse units play a critical role in ensuring the safety and reliability of electrical circuits by protecting against overcurrent and short-circuit events.

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Ships within 8 days

Peco SWF100 03E Switch Disconnector Fuse Units

By Peco

₹9,675  

Peco SWF 100 03E Switch Disconnector Fuse Units .Switch disconnector fuse units are essential components used in electrical distribution systems to provide a combination of switch, disconnection, and fuse protection. These units are designed to isolate and protect electrical circuits and equipment from overcurrent and short-circuit conditions. The switch disconnector fuse unit consists of three main components: the switch, the disconnector, and the fuse. The switch serves as an ON/OFF mechanism, allowing the circuit to be energized or de-energized. The disconnector provides a means of safely isolating the circuit from the power supply. The fuse, on the other hand, acts as a protective device that interrupts the current flow in the event of an overcurrent or short-circuit fault. When the current passing through the unit exceeds a predetermined value, the fuse element inside the unit melts, causing the circuit to open and disconnect the power supply. This action protects the downstream electrical equipment from damage and prevents the spread of electrical faults. Switch disconnector fuse units are commonly used in electrical switchboards, distribution panels, and motor control centers. They provide a compact and reliable solution for circuit protection and isolation. These units are typically designed to be easily installed, operated, and maintained, offering flexibility and convenience in electrical installations. The combination of switch, disconnector, and fuse in a single unit simplifies the design and installation process, reducing the overall footprint and cost of the electrical distribution system. Switch disconnector fuse units play a critical role in ensuring the safety and reliability of electrical circuits by protecting against overcurrent and short-circuit events.

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Ships within 8 days

Peco PG 21402A Bimetal Overload Relay Type PC-1

By Peco

₹1,297  

Peco PG 21402A Bimetal Overload Relay Type PC-1 .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Ships within 8 days

Peco PC21408J CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP

By Peco

₹12,979  

Peco PC 21408 J CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Ships within 8 days

Peco PC21408I CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP

By Peco

₹11,209  

Peco PC 21408 I CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Ships within 8 days

Peco PC21408H CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP

By Peco

₹10,501  

Peco PC 21408 H CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Ships within 8 days

Peco PC21408G CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP

By Peco

₹10,029  

Peco PC 21408 G CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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Ships within 8 days

Peco PC21408F CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP

By Peco

₹10,029  

Peco PC 21408 F CT Operated Bimetal Overload Relay Type PNR-8/10/12 With SPP .A bimetal overload relay is an electrical device used to protect motors and other electrical equipment from damage caused by excessive current. It is an integral component of motor control systems and is designed to sense and respond to overcurrent conditions. The relay consists of two different metals bonded together to form a bimetallic strip. These metals have different coefficients of thermal expansion, meaning they expand at different rates when heated. The bimetallic strip is positioned in the current path of the circuit being protected. When the current flowing through the circuit exceeds a preset threshold, the bimetallic strip heats up due to the resistive heating effect. As the temperature rises, the metals in the strip expand at different rates, causing the strip to bend or deform. This bending action triggers a mechanical mechanism within the relay. The mechanical mechanism typically operates a set of contacts, which are used to open or close the circuit. In the case of an overload condition, the contacts open, interrupting the current flow and disconnecting the equipment from the power source. This prevents the motor or equipment from further damage caused by excessive current. Once the current drops to a safe level, the bimetallic strip cools down and returns to its original position, allowing the contacts to close and restore power to the equipment. Bimetal overload relays are reliable, cost-effective devices widely used in industrial applications to protect motors and electrical systems from overcurrent conditions. They provide an essential safeguard against motor burnout and equipment failure, ensuring the longevity and safe operation of electrical systems.

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