- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
Please Choose Your Language
SVM-3
KCISE
SVM-3
| Quantity: | |
|---|---|
The DIN Rail 3 Phase Voltage Meter serves as a core electrical monitoring component, engineered specifically for precise measurement across three-phase AC voltage networks. Housed in a premium, flame-retardant polycarbonate (PC) enclosure, the device offers a distinctively smooth, robust tactile feel while providing exceptional insulation, impact resistance, and thermal stability in demanding environments. The front panel features a brilliant, high-contrast LED digital display that emits a clear, glare-free luminescence, ensuring instant visibility of L1, L2, and L3 phase voltages even in dimly lit control rooms.
Designed around a standard mini modular footprint, this meter snaps firmly onto standard DIN rails with a reassuring physical click, streamlining panel assembly and significantly reducing deployment time for electrical engineers. Compliant with rigorous CE and UL international safety standards, this metering unit is built to endure harsh operational conditions. It effortlessly manages voltage fluctuations while maintaining strict compliance with global engineering requirements. The internal circuitry is optimized for longevity, boasting an electrical lifespan exceeding 15,000 hours. By integrating this compact yet powerful instrument, facility managers can proactively monitor power stability, prevent equipment degradation, and optimize space within densely populated distribution boards.
Engineered with advanced microprocessors, the meter delivers an exceptional data refresh rate of ≤200ms. This ensures instantaneous capture of three-phase AC voltage transients, providing highly precise readings with a strict ±1% error margin for reliable system diagnostics.
The luminescent digital interface continuously broadcasts real-time voltage metrics for all three phases concurrently. This eliminates the need for manual phase switching, allowing operators to assess grid health at a single glance without interacting with the panel.
Equipped with an RS485 interface supporting the Modbus-RTU protocol, this device effortlessly connects with industrial IoT networks and centralized energy management systems, enabling remote data acquisition and historical trend analysis.
Designed for maximum adaptability, the unit supports multiple standard configurations, including 3-Phase 3-Wire (3P3W) and 3-Phase 4-Wire (3P4L) setups. It accommodates both direct line connections and flexible integration via current transformers (CT).
Built-in protective algorithms actively monitor for over-voltage and under-voltage anomalies. Upon detecting grid irregularities, the system triggers automated alerts and features an auto-reset function, shielding downstream electrical assets from potential catastrophic failures.
Rated with an IP20 protection class, the modular enclosure thrives in challenging atmospheres. It maintains consistent operational integrity across wide temperature variations and high humidity levels, resisting mechanical vibrations inherent in heavy manufacturing zones.
The versatility of this three-phase voltage meter makes it an indispensable asset across a multitude of sectors requiring stringent power regulation. By continuously auditing the voltage supply, it acts as a frontline defense against electrical anomalies that could otherwise cause costly downtime or irreversible damage to sensitive machinery. The robust DIN rail mounting system allows it to be deployed rapidly across various industrial and commercial landscapes.
Industrial Automation Systems: Integrated into motor control centers and automated assembly lines to prevent phase loss or voltage sags that disrupt production schedules.
Commercial Power Distribution: Installed in main switchboards of large commercial complexes to monitor HVAC loads, lighting grids, and elevator power supplies, optimizing overall energy consumption.
Renewable Energy Installations: Crucial for solar photovoltaic arrays and wind turbine inverters, where maintaining a stable voltage output is mandatory before feeding power back into the utility grid.
Telecommunication Hubs: Ensures uninterrupted, clean power delivery to server racks and communication towers, safeguarding critical data transmission infrastructure against grid fluctuations.
A: This instrument is meticulously calibrated to monitor a broad spectrum of three-phase AC voltages, operating seamlessly within a standard range of 100V to 480V. This wide bandwidth ensures complete compatibility with diverse regional power grids and heavy-duty machinery requirements.
A: No, this specific unit is engineered exclusively for three-phase network architectures. Deploying it in a single-phase environment will not yield accurate diagnostics. We recommend sourcing a dedicated single-phase indicator for those specific operational needs.
A: To maximize panel space and simplify wiring schematics, the meter is completely self-powered. It draws the minimal electrical current required for its LED display and microprocessors directly from the three-phase system it is actively monitoring, negating the need for auxiliary power supplies.
A: Yes, while it serves exceptionally well as a localized visual indicator, select configurations feature integrated RS485 communication ports utilizing the Modbus-RTU protocol. This allows for fluid integration into larger SCADA systems or IoT energy management platforms for remote tracking.
A: The device guarantees a highly precise accuracy rating of ±1% of the measured value. Combined with its rapid ≤200ms refresh cycle, facility operators can trust the displayed metrics for critical decision-making and preventive maintenance scheduling.
