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Compteur d'énergie triphasé UL pour la surveillance de la consommation d'énergie dans l'industrie

UL Energy Meter CT Operated RS485 Modbus Din Rail Three Phase

Q: What is a UL Energy Meter and why is UL certification important?

A UL Energy Meter is a power monitoring device that has been tested and certified under UL safety standards such as UL 61010. This certification ensures the meter meets strict requirements for electrical safety, insulation, and operational reliability. For users, this means: Reduced risk in electrical installations Compliance with North American regulations Higher trust in industrial and commercial projects

Q: Why choose a CT operated energy meter instead of direct connection?

A CT operated energy meter is designed for applications where current levels are too high for direct measurement. Instead of passing the full load current through the meter, it uses current transformers to scale the signal. Advantages include: Safer installation in high-current systems Reduced wiring complexity Flexibility to adapt to different load capacities

Q: How does RS485 Modbus communication benefit energy monitoring systems?

RS485 Modbus RTU is widely used in industrial environments due to its stability and long-distance capability. Key benefits: Communication distance up to 1000 meters Reliable data transmission in noisy environments Easy integration with PLC, SCADA, and EMS systems This makes it ideal for distributed energy monitoring networks

Q: Can this UL Energy Meter be used in renewable energy systems?

Yes. With bi-directional measurement capability, this meter can accurately track both energy consumption and energy generation. It is commonly used in: Solar PV systems Net metering applications Microgrid and distributed energy systems

Q: What parameters can this Three Phase Energy Meter measure?

This multifunction UL Energy Meter provides a complete set of electrical measurements, including: Voltage and current (true RMS) Active, reactive, and apparent power Power factor and frequency Energy consumption (kWh, kVarh) Maximum demand This enables full energy analysis, diagnostics, and optimization

Q: How do you select the right Three Phase Energy Meter for your application?

When selecting a Three Phase Energy Meter, consider: Current level → choose CT operated for high current Communication → RS485 for industrial networks Accuracy class → Class 0.5S for precise monitoring Certification → UL required for compliance System type → ensure compatibility with wiring configuration 👉 This ensures optimal performance and long-term reliability

Instrava Curated Instruments presents a high-performance UL Energy Meter engineered for precise monitoring in complex three-phase power systems.

Le présent CT Operated RS485 Modbus Din Rail Three Phase Energy Meter is designed for industrial-grade applications, delivering high-accuracy measurement, flexible installation, and reliable communication for modern energy management systems.

Avec UL 61010 certification, bi-directional energy tracking, and multi-parameter monitoring, it is an ideal solution for industrial facilities, commercial buildings, utilities, and renewable energy systems.

Key Highlights:

UL certified (UL 61010 compliant)
CT & PT operated for high-current systems
Communication RS485 Modbus RTU
Bi-directional energy measurement
Multi-parameter monitoring (kWh, PF, Hz, etc.)
2 pulse outputs for system integration
DIN rail mounted (72mm, 4 module)
Supports multiple wiring systems

Power Monitoring & Control Description

Energy Meter Core Advantages

UL Certified Energy Meter for Industrial Safety & Compliance

UL 61010 Certified for Reliable Operation

Le présent UL Energy Meter complies with strict safety standards:

Certified under UL 61010
Suitable for global industrial markets
Ensures safe operation in demanding environments

Idéal pour regulated industries and critical infrastructure

CT Operated Design for High Current Measurement

Soutien 1A / 5A CT secondary input
CT primary range: 1–9999A
Eliminates need for direct high-current wiring

Fournit safe, scalable, and flexible deployment

Advanced Multifunction Measurement Capabilities

Full Electrical Parameter Monitoring

Le présent Three Phase UL Energy Meter measures:

Voltage & current (RMS including harmonics)
Active / reactive / apparent power
Power factor & frequency
Demand (DMD)
Energy (kWh, kVarh)

Active complete system visibility and diagnostics

Bi-Directional Energy Measurement

Tracks import and export energy
Soutien renewable and grid-tied systems

Essential for solar PV and smart grid applications

High Accuracy and Stability

Precision Measurement Performance

Voltage: ±0.5%
Current: ±0.5%
Frequency: ±0.2%
Power: ±1%
Energy: Class 0.5S

Veille billing-grade accuracy and long-term reliability

Energy Meter Technical Highlights

RS485 Modbus Energy Meter for Reliable Communication

Industrial Standard Modbus RTU Protocol

Le présent UL Energy Meter caractéristiques :

RS485 Modbus RTU interface
Communication distance up to 1000m
Address range: 1–247
Baud rate: 2400–38400bps

Fournit stable and cost-effective communication

Seamless Integration with Control Systems

Compatible with SCADA, PLC, and EMS
Supports remote monitoring and configuration
Enables centralized energy management

Idéal pour automation and industrial networks

Flexible Installation & System Compatibility

Multiple Wiring Configurations Supported

1P2W
1P3W
3P3W
3P4W

One meter fits multiple grid structures

Wide Voltage & Current Input Range

Voltage:
- 100–277V (L-N)
- 173–480V (L-L)
Current: CT-based measurement

Convient pour diverse industrial environments

Expandable Output & Communication Options

Multiple Output Interfaces Available

Standard:
- 2 Pulse outputs + RS485 Modbus
Optional versions:
- M-Bus (EN13757)
- LoRaWAN
- Dual power supply (2T)

Flexible for different system architectures

DIN Rail Compact Design

4 module (72mm width)
Easy panel installation
Space-efficient

Optimized for distribution cabinets

Power Monitoring & Control Parameter

Input & Output
Input	Current	CT Secondary	1A/5A
		CT Primary	1-9999A
		Min Current	0.05A
		Starting Current	5mA
	Voltage	Rated Voltage (Un)	3 x 230/400V AC
		Voltage Range	100-277V AC (L-N) 173-480V AC (L-L)
Sortie	SDM630MCT/ MT	2 Pulse Outputs + RS485 Modbus
	SDM630MCT-2T	2 Pulse Outputs + RS485 Modbus + 2T (Dual Power Source)
	SDM630MCT-MB	2 Pulse Outputs + M-bus EN13757
	SDM630MCT-MB-2T	2 Pulse Outputs + M-bus EN13757 + 2T (Dual Power Source)
	SDM630MCT-LR	2 Pulse Outputs + LoraWAN

RS485 Modbus Communications
Communication Address	1~247
Distance de transmission	1000m Maximum
Transmission Speed	2400bps~38400bps
Parity	None (default), Odd, Even
Stop Bits	1 or 2
Temps de réponse	<100 mS

M-Bus EN13757-3 Communications
Communication Address	1~250
Distance de transmission	1000m Maximum
Baud Rate	300bps~9600bps
Parity	None (default), Odd, Even
Stop Bits	1 or 2

LoRaWAN Communications
Communication Frequency	EU868/ AS923/ AU915/ US915, etc.

Instrava OEM/ODM

Des instruments fiables. Des solutions adaptées à votre application.

Instrava se concentre sur la fourniture de solutions industrielles fiables grâce à des produits soigneusement sélectionnés, à une optimisation axée sur les applications et à une personnalisation flexible. Nous sélectionnons des instruments éprouvés auprès de fabricants de confiance afin de garantir une qualité constante, nous optimisons les solutions en fonction des conditions de travail réelles afin de résoudre les problèmes pratiques, et nous fournissons des configurations sur mesure pour répondre aux besoins d'applications spécifiques.

En combinant l'expertise en matière de sélection et la compréhension des applications, Instrava aide ses clients à réduire les risques, à améliorer l'efficacité et à obtenir des résultats fiables dans des environnements industriels complexes.

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What is a UL Energy Meter and why is UL certification important?

A UL Energy Meter is a power monitoring device that has been tested and certified under UL safety standards such as UL 61010. This certification ensures the meter meets strict requirements for electrical safety, insulation, and operational reliability.

For users, this means:

Reduced risk in electrical installations
Compliance with North American regulations
Higher trust in industrial and commercial projects

Why choose a CT operated energy meter instead of direct connection?

A CT operated energy meter is designed for applications where current levels are too high for direct measurement. Instead of passing the full load current through the meter, it uses current transformers to scale the signal.

Les avantages sont les suivants

Safer installation in high-current systems
Réduction de la complexité du câblage
Flexibility to adapt to different load capacities

How does RS485 Modbus communication benefit energy monitoring systems?

RS485 Modbus RTU is widely used in industrial environments due to its stability and long-distance capability.

Principaux avantages :

Communication distance up to 1000 meters
Reliable data transmission in noisy environments
Easy integration with PLC, SCADA, and EMS systems

This makes it ideal for distributed energy monitoring networks

Can this UL Energy Meter be used in renewable energy systems?

Yes. With bi-directional measurement capability, this meter can accurately track both energy consumption and energy generation.

It is commonly used in:

Solar PV systems
Net metering applications
Microgrid and distributed energy systems

What parameters can this Three Phase Energy Meter measure?

This multifunction UL Energy Meter provides a complete set of electrical measurements, including:

Voltage and current (true RMS)
Active, reactive, and apparent power
Power factor and frequency
Energy consumption (kWh, kVarh)
Maximum demand

This enables full energy analysis, diagnostics, and optimization

How do you select the right Three Phase Energy Meter for your application?

Lors de la sélection d'un Three Phase Energy Meter, consider:

Current level → choose CT operated for high current
Communication → RS485 for industrial networks
Classe de précision → Class 0.5S for precise monitoring
Certification → UL required for compliance
System type → ensure compatibility with wiring configuration

👉 This ensures optimal performance and long-term reliability

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