GB180G Three-Phase Din Rail Energy Meter. in Pakistan

The GB180G is a compact and reliable three-phase DIN rail energy meter designed for accurate electricity consumption measurement in industrial, commercial, and residential settings. It features a multi-functional LCD that displays real-time data like voltage, current, and power, and supports bi-directional energy measurement. With RS485 communication for remote monitoring and built-in security features, it provides essential data for efficient energy management and cost control.

Features of the GB180G Three-Phase Din Rail Energy Meter:

• Multifunctional parameter measurement
• Support bi-directional power metering
• Support direct access type, CT variable ratio access
• Support 1-channel pulse optocoupler output interface, output parameters configurable
• Support RS485 communication function, support Modbus RTU protocol
• Standard 4-mode digital width, TH35-7.5 type din rail mounting
• Large LCD display, white backlight, backlight lighting time adjustable
• LCD refresh time: 1 second, support manual page turning and automatic display rotation (can be set to switch)

Specifications of the GB180G Three-Phase Din Rail Energy Meter:

• Model: GB180G
• Phases: Three-phase (4 wire)
• Rated Voltage: $3\times 230/400\text{ V AC}$, $3\times 120/208\text{ V AC}$, $3\times 220/380\text{ V AC}$ (various options available)
• Frequency: $50\text{ Hz}$ or $60\text{ Hz}$
  
• Rated Current: Typically $5\text{ A}$ (basic current), with maximum direct connection up to $100\text{ A}$ (e.g., $5(100)\text{ A}$). Some models support CT connection (e.g., $1.5(6)\text{ A}$ via CT).
• Accuracy Class: Class $1.0$ for active energy, Class $2.0$ for reactive energy.
• Display: LCD (6+1 or 6+2 digits, or 7 digits)
• Power Consumption: Voltage circuit: $<2\text{ W}/10\text{ VA}$; Current circuit: $<1.5\text{ VA}$
  
• Starting Current: $0.004\text{ Ib}$ or $0.2\%\text{ In}$ (for CT type), $0.4\%\text{ Ib}$ (for direct type)
• Impulse Voltage Withstand: $6\text{ kV}$ ($1.2\text{ µs}$ waveform)
• IP Grade: IP20 (case), some variants may have IP54 (panel)
• Operating Temperature: −25∘C⋯+55∘C (some models −30∘C⋯+70∘C)
• Storage Temperature: −40∘C⋯+70∘C (some models −40∘C⋯+80∘C)
• Relative Humidity: $\le 75\%$ (non-condensing)
• Dimensions (L x W x H): Approximately $90\text{ mm}\times 70\text{ mm}\times 70\text{ mm}$ (varies slightly by specific model/manufacturer, e.g., $72\text{ mm}\times 63\text{ mm}\times 90\text{ mm}$ or $126\text{ mm}\times 66\text{ mm}\times 90\text{ mm}$)
• Weight: Approximately $0.6\text{ kg}\dots 2.5\text{ kg}$.

Uses:

• Commercial and Industrial Facilities: Measuring electricity consumption for billing, cost allocation, and energy efficiency initiatives in factories, offices, and commercial buildings.
• Residential Buildings: Monitoring household electricity usage, especially in multi-unit dwellings or for specific appliances.
• Small and Medium-Sized Enterprises (SMEs): Providing detailed energy data for operational cost management.
• Sub-metering: Used to measure energy consumption of specific departments, tenants, or equipment within a larger facility.
• Renewable Energy Systems: Monitoring energy generated and consumed in solar (photovoltaic) installations and other renewable energy setups.
• Load Balancing: Identifying and managing uneven power distribution across phases to optimize system performance and prevent equipment damage.
• Power Quality Monitoring: Some advanced models can monitor parameters like harmonics and voltage fluctuations to ensure a stable power supply.
• Energy Management Systems (EMS): Integrating with EMS platforms via RS485/Modbus for centralized data collection, analysis, and remote control.

Benefits:

• Accurate Measurement: Provides highly precise data on active and reactive energy consumption, crucial for accurate billing and energy analysis.
• Cost Management: Enables businesses and homeowners to identify high-consumption periods or equipment, allowing for better energy management, load shifting, and cost reduction.
• Space-Saving: Its compact DIN rail design optimizes space in electrical panels and distribution boards.
• Easy Installation: Designed for straightforward mounting on standard DIN rails, simplifying setup.
• Reliable Data: High accuracy, anti-tamper features, and data retention during power outages ensure trustworthy energy readings.
• Remote Monitoring: RS485 communication allows for remote data collection and integration into smart metering or building management systems.
• Enhanced System Operation: Helps in load balancing and power quality monitoring, contributing to smoother operation and extended lifespan of electrical equipment.
• Compliance: MID certification ensures suitability for commercial billing and compliance with regulatory standards.
• Long Lifespan: Designed for a long average life (e.g., 10 years or more) under normal operating conditions.

Package includes:

1x GB180G Three-Phase Din Rail Energy Meter

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