Since 2007, We Focus on Production [email protected]+86-150-6773-7389
RCCB ,RCBO,RCD

HTB2L-80 ELCB

For panel builders and installers, it replaces a conventional MCB or RCCB with a single device that adds reliable earth...

Product Overview

What This Model Does

For panel builders and installers, it replaces a conventional MCB or RCCB with a single device that adds reliable earth leakage detection and automatic disconnection, reducing the number of components in a distribution board and simplifying wiring.

Key Benefits

  • Protects against electric shock and fire risks from earth leakage currents in three-phase systems
  • Combines overcurrent and earth leakage protection in one DIN rail device
  • Reduces panel space and wiring complexity by replacing separate MCB and RCCB units
  • Operates independently of the power supply, so protection remains active during outages
HTB2L-80 ELCB four-pole device on DIN rail front view
HTB2L-80 ELCB four-pole device on DIN rail front view

Who It Is For

  • Panel builders integrating protection into distribution boards for industrial or commercial projects
  • Electrical wholesalers stocking ELCB devices alongside conventional MCBs and RCCBs
  • Solar EPC contractors installing three-phase inverters with required earth leakage protection
  • Switchgear assemblers building custom control cabinets with compact protection solutions
  • OEM/ODM buyers sourcing a compliant ELCB for integration into their own electrical systems

Problems It Solves

  • A separate MCB and RCCB are required for overcurrent and earth leakage protection, increasing panel space and wiring
  • Earth faults go undetected in three-phase systems due to lack of dedicated ELCB protection
  • Panel builders must manage multiple device types and mounting configurations for protection
  • Safety compliance is harder to achieve when protection functions are split across devices
  • Faults in three-phase circuits can persist and cause fire or injury without automatic disconnection

Application Scenarios

  • Industrial control panels where three-phase motors need both overcurrent and earth leakage protection
  • Commercial buildings with three-phase power feeding HVAC systems, pumps, or lighting circuits
  • Solar PV systems with three-phase inverters requiring earth fault detection for safety compliance
  • Manufacturing equipment where ground faults could cause injury or damage without immediate disconnection
  • Data centres and server rooms where a single earth fault could lead to equipment failure or fire
Technical Features

How It Is Built

  • Manual operation and a visible trip indicator for on-site verification

Materials and Construction

  • Silver-alloy contacts with a thermal-magnetic trip mechanism
  • Integrated residual current sensing coil and mechanical trip linkage

Quality Control

  • Supplied to the ratings published for this model
Specifications

Stated Ratings for This Model

Specifications for HTB2L-80 ELCB
Rated Current80A
Pollution Level2

Ratings are as published for this model. Where a value is not published we mark it TBC rather than estimating it.

Values that could not be confirmed against the published catalogue text for this model are marked TBC and confirmed by email before order: Standards Compliant, Rated Voltage, Frequency, Rack Rated Current, Rated Residual Operating Current, Rated Short-circuit Breaking Capacity, Rated Impulse Withstand Voltage, Protection Level, Specified Use Temperature, Mechanical Life, Electrical Life.

Manufacturing Process

  • Moulding and machining of the breaker housing and internal carriers
  • Assembly of the thermal-magnetic trip unit and contact system
  • Installation of the residual current sensing coil and trip linkage
  • Routine dielectric and operation testing before packing

Customization Options

  • Rated current selected from 80A per order
  • ODM branding on housing print and packaging
  • Packaging and carton marking to the buyer's own specification
Comparison

How It Compares

Conventional MCB plus separate RCCBOne device instead of two, reducing panel space and wiring complexity
Single-pole ELCB in a three-phase systemFour-pole version ensures all phases are protected simultaneously
Zigbee or WiFi smart ELCBNo network dependency; protection works offline, but remote monitoring is not available
RCBO with overcurrent and residual protectionSame protection function but with a higher rated current and different trip characteristics

Use Guide

  1. Switch on manually and confirm the device holds under normal load before testing
  2. Test the residual current function using a test button or external tester
  3. Verify the trip indicator is visible when the device has operated
  4. Keep the manual handle accessible so the circuit can always be isolated on site
  5. Replace the device if it trips repeatedly without a clear fault condition
FAQ

Questions About the HTB2L-80 ELCB

Does it still protect the circuit if the power goes down

Yes. Overcurrent and earth leakage protection are mechanical and work independently of the power supply. Only remote functions require power.

Can we have it supplied under our own brand

Yes. We run ODM projects and can print your branding on the housing and packaging. Send us your artwork and the current ratings you need.

What are the minimum order quantity and lead time

Both depend on the current ratings and branding you need. Email [email protected] with your model list and quantities for a current answer.

How do we get a price for this model

Email [email protected] with the rated current, pole count and quantity you need and we will quote this model directly.

Can this be supplied under our own brand

Yes. We run ODM projects and can print your branding on the housing and packaging.

Which documents can you supply for this model

Datasheets, specification sheets and any certification files held for the model are sent by email on request.

Get a Quotation for the HTB2L-80 ELCB

Tell us the ratings, pole counts and quantities you need and we will price this model directly.