GBHL-A Alloy Distribution Box

  • Variable Capacity: Available from 12P to 72P, accommodating standard 18mm DIN-rail modules for extensive circuit branching.
  • Robust Enclosure: Constructed with 0.8mm to 1.2mm powder-coated cold-rolled steel, ensuring high durability and corrosion resistance.
  • Premium Front Panel: Choose between a durable alloy panel (GBHL) or scratch-resistant tempered glass (GBBL) to match architectural aesthetics.
  • Optimized Wiring: Pre-installed with a 1.0mm DIN rail and standard dual copper busbars (neutral and ground) for secure, rapid connections.
Category

Description

Product Overview

GEYA GBHL-A alloy distribution box provides a secure, high-capacity housing solution for low-voltage electrical components. Engineered for both residential and commercial applications, this metal distribution box combines a robust powder-coated cold-rolled steel enclosure with customizable front panels in either tempered glass or alloy. It efficiently manages subsidiary circuits while maintaining architectural aesthetics, strictly complying with IEC 61439-3 standards.

Application Scenarios

Residential Complexes

Acts as the main consumer unit in apartments and houses, securely housing MCBs and RCCBs to protect household circuits from overloads and short circuits.

Commercial Offices

Provides a centralized circuit breaker housing for lighting, HVAC, and workstation power distribution, ensuring reliable operation in high-demand environments.

Light Industrial Facilities

Functions as a durable low-voltage enclosure for machinery control circuits, utilizing the robust 1.2mm steel option for enhanced physical protection against impacts.

Technical Parameters

Parameter Specification
Alloy Panel Model GBHL Series (Alloy front panel)
Glass Panel Model GBBL Series (Tempered glass front panel)
12P Capacity Accommodates 12 standard 18mm modules
16P Capacity Accommodates 16 standard 18mm modules
20P Capacity Accommodates 20 standard 18mm modules
24P Capacity Accommodates 24 standard 18mm modules
32P Capacity Accommodates 32 standard 18mm modules
40P Capacity Accommodates 40 standard 18mm modules
48P Capacity Accommodates 48 standard 18mm modules
60P Capacity Accommodates 60 standard 18mm modules
72P Capacity Accommodates 72 standard 18mm modules
Enclosure Material Cold-rolled steel sheet, powder-coated
Enclosure Thickness 0.8 mm / 1.0 mm / 1.2 mm (optional)
DIN Rail 35 mm × 1.0 mm thickness, pre-installed
Busbar Assembly Standard dual copper bars: neutral (top) + ground (bottom)
Rated Voltage AC 230 V / 400 V, 50/60 Hz
Protection Degree IP40 (Indoor application)

Standards & Certifications

  • IEC 61439-3: Low-voltage switchgear and controlgear assemblies intended to be operated by ordinary persons.
  • RoHS Compliant: Manufactured without hazardous materials, ensuring environmental safety.

Frequently Asked Questions

What capacities are available?

The GEYA GBHL and GBBL series alloy distribution box is available in nine distinct capacity specifications ranging from 12P up to 72P, allowing electrical contractors to securely house between 12 and 72 standard 18mm DIN-rail modules for extensive low-voltage circuit branching. This flexibility ensures compatibility with various project scales.

Difference between GBHL and GBBL?

The primary distinction between the two models lies in the front panel material, with the GBHL featuring a durable alloy panel and the GBBL utilizing a scratch-resistant tempered glass panel, while both share the same powder-coated cold-rolled steel enclosure and internal wiring configurations. Both options offer excellent aesthetic integration.

Does it include busbars?

Yes, every unit comes standard with a pre-installed 35mm by 1.0mm thick DIN rail and a dual copper busbar assembly that includes a neutral bar positioned at the top and a ground bar at the bottom for highly efficient and secure wiring. This optimized structure significantly reduces installation time.

What are the installation precautions?

Installation must strictly be executed by a certified electrician who ensures the main power supply is entirely disconnected before wiring, and moreover, there must absolutely be a zero position to retain a forced power-off operating environment for maximum safety during maintenance. Verify proper wall depth for flush mounting applications.

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