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    Current Sensors

    Enercept® Networked Power Transducer

    The H8036 three phase Network Power Transducers monitor energy parameters from aggregate kW (real power) & kWh (consumption) to power factor per phase.

    Overview

    The Enercept® H8036 series is innovative three phase networked (Modbus RTU) power transducers that combine measurement electronics and high accuracy industrial grade CTs in a single package. The need for external electrical enclosures is eliminated, greatly reducing installation time and cost. There are two application-specific platforms to choose from. Network Power Transducers are used in various application such as real-time power monitoring, load shedding, monitoring for commercial tenant and Energy management and performance contracting.

    The Enercept Enhanced power transducers (H8036) output 26 variables including kW, kWh, volts, amps, and power factor, making them ideal for monitoring and diagnostics. Colour co-ordination between voltage leads and CTs makes phase matching easy. Additionally, the Enercept® automatically detects and compensates for phase reversal, virtually eliminating the concern of CT load orientation. Up to 63 Enercept® can be daisy-chained on a single RS-485 network.

    Features & Benefits:
    • Revenue grade measurements
    • Monitor energy parameters at up to 63 locations on a single RS-485 network
    • Precision electronics & current transformers in a single package that reduces the number of installed components
    • Fast split-core installation virtually eliminates the need to remove conductors
    • Smart electronics alleviate CT orientation concerns
    Certifications:
    • UL508
    • CSI approved
    Specifications

    Others

    • Maximum Operating Humidity
      • 95 (Non-Condensing) Percentage
    • Minimum Operating Humidity
      • 0 (Non-Condensing) Percentage
    • Minimum Operating Ambient Temperature
      • 0 degree Celsius
      • 32 degree Fahrenheit

    Others

    • Maximum Operating Humidity
      • 95 (Non-Condensing) Percentage
    • Minimum Operating Humidity
      • 0 (Non-Condensing) Percentage
    • Minimum Operating Ambient Temperature
      • 0 degree Celsius
      • 32 degree Fahrenheit
    • Maximum Operating Humidity : 95 (Non-Condensing) Percentage
    • Minimum Operating Humidity : 0 (Non-Condensing) Percentage
    • Minimum Operating Ambient Temperature : 0 degree Celsius|32 degree Fahrenheit
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