Self-Healing Auto-Reclose Low Voltage Overhead Pole Circuit Breaker

Name: Self-Healing Auto-Reclose Low Voltage Overhead Pole Circuit Breaker
Brand: Farady Electric Co., Ltd.
SKU: 2306778695

Zhejiang, ChinaFarady Electric Co., Ltd.

US$400.00

1 Piece

Product profile

Customization

Available

Breaking Capacity

Low Voltage Circuit Breakers

Operation

Digital Trip Type

Model NO.

D265T

Speed

Normal Type Circuit Breaker

Arc-extinguishing Medium

Air

Installation

on Post

Structure

SMC

Poles Number

Type

Circuit Breaker

Function

Conventional Circuit Breaker, Overcurrent Protection, Thermal Image Overload Protection

Certification

ISO9001-2000, TUV

Numeric Value

400V 165/265A 160kVA

Machine Structure

SMC

Service

Achieve Free Maintenance and Long Life Requirement

The Form of Installation

Outdoor Pole-Mounted Fixed Installation

Transport Package

Wooden Case

Specification

370mm*335mm*570mm

Trademark

Farady

Origin

P. R. China

Key features

Digital Trip Unit, distinct from traditional thermal trip units or fixed-function PCB hardware trip units, features embedded current transformers with phase-to-neutral voltage supply.

High-efficiency metal grid arc extinguishing system achieves fast arc extinction and stable short-circuit breaking performance.

Pole-mountable molded case structure features outstanding insulation adaptability, suitable for long-term operation in outdoor distribution scenarios.

Company profile

Years of Export ExperienceExhibition ExperienceHigh Repeat Buyers ChoiceSelf-branded

Farady Electric Co., Ltd.

Zhejiang, China

Business Type: Manufacturer/Factory CertifiedR&D Capacity: ODM Service Available & OEM Service Available CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 19 Years CertifiedNearest Port: Ningbo PortAverage Response Time: ≤11.37h

AI-Powered supplier vetting

SummaryThe supplier demonstrates strong capabilities in innovation, customization, and production, supported by comprehensive certifications and a focus on sustainable practices. They export a significant portion of their products and have a notable history in international markets. However, they do not collaborate with Fortune 500 companies and lack overseas agents, potentially limiting their global reach.

Supplier typeThe supplier is involved in manufacturing rectifiers, inductors, and power transmission equipment with certifications from KEMA, ASTA, and CE, indicating a focus on electrical components.

CertificationsThe supplier holds multiple certifications including ISO9001:2015, ISO14001, ISO45001:2018, and ISO50001, along with product certifications such as UL and CE, demonstrating compliance with international standards.

R&D capabilityThe supplier has demonstrated innovation capability with recent product developments and holds the status of a National Hi-tech enterprise, supported by a dedicated R&D center.

Production capacityProduction capability is supported by a range of facilities including oil filter and vacuum drying equipment, and a strong export history with 71%-90% of sales from exports.

Customization capabilityThe supplier offers extensive customization options, from minor to full customization, indicating flexibility in meeting diverse customer needs.

Product Q&A

Q:What is the core function and key specification of the DSP series breaker?

It is an outdoor pole-mounted protection device for transformer low-voltage sides, providing overload accumulation protection and short-circuit protection with load status indication. Key specs: 400V rated voltage, 265A rated current, 4 poles, compatible with 50kVA / 100kVA / 160kVA transformers.

Q:Do I need to crimp cable lugs before wiring?

No, the breaker has lug-free wiring clamps for both incoming and outgoing connections. Simply strip the cable insulation, insert it into the terminal and tighten it to 10 N-m of torque.

Q:What are the features of the digital trip unit?

The integrated digital trip unit supports 3 capacity settings (50/100/160 kVA), complies with HN63-S11 standard, and enables cumulative overload protection to avoid nuisance tripping under marginal transformer load conditions.