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  • 6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System
  • 6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System
  • 6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System
  • 6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System
6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System

6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System

  • 1 - 99 Pieces
    $30
  • 100 - 999 Pieces
    $22.50
  • >= 1000 Pieces
    $16.50

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
Graphic customization（Min.Order: 1000 pieces）
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6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Residual Current Monitoring: Detects leakage currents as low as 6mA DC to ensure safety in electrical systems, preventing hazards like ground faults.
  • Leakage Protection Integration: Designed for password lock monitoring systems to safeguard against electrical anomalies, ensuring secure and reliable operation.
  • Digital Output Precision: Provides accurate real-time current measurement data via digital interfaces (DO, AO, DA), enabling seamless integration with smart systems.

Key features

  • 1. Robust Material Technology for Durability

    • With a corrosion-resistant metal/plastic body, you can ensure reliable operation in harsh electrical environments, minimizing downtime compared to plastic-only sensors*.

  • 2. Advanced Digital Communication Interface

    • With a digital output and multi-interface design (DO/AO/TX/RX), you can integrate seamlessly into smart systems, unlike traditional analog sensors requiring complex converters*.

  • 3. Ultra-Sensitive 6mA DC Detection

    • With 6mA DC sensitivity, you can detect leakage currents 80% faster than standard 30mA sensors*, enhancing safety for password lock systems in real-time.

  • 4. Compact Design for Space-Constrained Applications

    • With a compact cylindrical build, you can install it easily in password locks or tight spaces, unlike bulkier commercial-grade sensors*.

  • 5. Certified for Global Safety Compliance

    • With CE certification, you can meet EU safety and environmental standards, ensuring trustworthiness compared to non-certified alternatives*.

Product details

6mA DC Sensitive Leakage Protection Residual Current Sensor for Password Lock Monitoring System

The 6mA DC Sensitive Leakage Protection Residual Current Sensor (MD0630T01A) by IVY Metering is a compact, high-precision current transformer designed for password lock monitoring systems. Built with robust materials and featuring digital communication interfaces, it ensures reliable detection of residual currents as low as 6mA DC. Compliance with CE standards and versatile connectivity options make it ideal for integrating into smart security systems, industrial automation, and IoT-enabled infrastructure.

Technical specifications

FeatureSpecificationBenefit
MaterialDurable metal/plastic compositeWithstands harsh environments and EMI
Sensitivity6mA DC minimum detectable currentEnsures rapid leakage detection for safety
Output TypeDigital (DO/AO/DA)Enables seamless integration with digital systems
CertificationsCE-compliantMeets EU safety and environmental standards
InterfacesTX/RX, GND, Vcc, DO/AO/DAFlexible connectivity for diverse applications
ApplicationPassword lock monitoring, IoT systemsSafeguards critical access points efficiently

Customization guide

Adjustable parameters include:

  • Sensitivity thresholds (customizable to 3–10mA DC for specific lock system requirements)
  • Communication protocols (RS-485, Modbus, or CAN bus compatibility upon request)
  • Output configuration (tailored digital signal formats for third-party platforms)

Get inspired

Enhance your security systems with precision. This sensor’s ultra-low detection threshold (6mA DC) ensures early leakage alerts, while its digital outputs simplify integration into smart building automation or industrial control networks. The compact design and CE certification make it a trusted choice for global deployments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Sensitivity6mA DC3mA DC (+50% improvement)1.5mA DC (+300% improvement)*
InterfacesBasic (DO/AO/GND)Full (TX/RX/DA)All + Ethernet
CertificationsCECE + ULCE + IEC 61010
Response Time200ms150ms (+25% faster)100ms (+50% faster)

Supplier's note

  1. Technical Breakthroughs:

    • 6mA DC Sensitivity: Triple the industry standard for password locks, enabling faster fault detection.
    • Digital Output Flexibility: Supports RS-485/Modbus, reducing integration costs by 40% vs. analog sensors.
    • CE + IEC 61010 Compliance: Ensures safety in high-voltage environments, unmatched by competitors.

  2. Optimal Version Selection:

    • Base Model: Ideal for basic password lock systems requiring standard sensitivity and budget constraints.
    • Advanced Model: Perfect for industrial IoT setups needing TX/RX interfaces and UL certification.
    • Pro Model: Choose for high-risk applications (e.g., data centers) where ultra-low leakage detection (1.5mA) and Ethernet connectivity are critical.

*Pro Model sensitivity is 300% more precise than Base Model, enabling detection of micro-leaks in sensitive electronics.

Frequently asked questions

  • Which current sensor is best for password lock systems requiring 6mA DC sensitivity?

  • Is the MD0630T01A CE certified for electrical safety?

  • How to clean and maintain the 6mA DC Sensitive Leakage Protection Sensor?

  • Why is the MD0630T01A’s material better for harsh environments?

  • Can the MD0630T01A’s digital output be customized for specific systems?

  • Does the 6mA DC sensor meet international safety standards?

  • What makes the MD0630T01A suitable for compact spaces?

  • Can the MD0630T01A integrate with remote monitoring systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Leakage SensitivityDetecting small leaks in security systems- Industry: 30mA DC (IEC 60947-2)
- Base: 6mA DC ▲▲▲ (IEC 60947-2)
- Advanced: 3mA DC ▲ (IEC 61010)		- Base: Detects leaks as low as 6mA (ideal for commercial systems)
- Advanced: Ultra-sensitive (3mA) for industrial precision		- Industry: Misses leaks below 30mA (common in basic systems)
- Advanced: Higher cost and complexity
Communication ProtocolIntegration with digital systems- Industry: Analog (4-20mA)
- Base: RS-485 ▲▲▲
- Advanced: Modbus RTU ▲ (ISO 11898-1)		- Base: Direct digital integration (no converters)
- Advanced: Industry-standard Modbus for seamless networking		- Industry: Requires analog-to-digital converters
- Advanced: Needs protocol compatibility
Output TypeData logging and remote monitoring- Industry: Analog voltage
- Base: Digital signals ▲▲▲
- Advanced: Multiple digital outputs ▲ (DO/AO/DA)		- Base: Easier data processing for IoT systems
- Advanced: Flexible outputs for control systems		- Industry: Limited compatibility with modern systems
- Advanced: Requires specialized software
Compliance StandardsMeeting global regulations- Industry: Basic (IEC 60947-2)
- Base: CE ▲▲▲
- Advanced: CE + UL + IEC 61010 ▲		- Base: EU market access (CE certified)
- Advanced: Global compliance (UL/IEC)		- Industry: Limited certification for international use
- Advanced: Higher certification costs
Physical DesignSpace-constrained installations- Industry: Bulky (non-compact)
- Base: Compact ▲▲▲ (ISO 3801)
- Advanced: Ultra-compact ▲ (40% smaller)		- Base: Saves 20% space vs industry average
- Advanced: Fits tight spaces (e.g., embedded systems)		- Industry: Space-intensive
- Advanced: Requires careful handling (fragile components?)
Integration CapabilitiesComplex multi-device systems- Industry: Limited interfaces
- Base: Basic digital outputs (DO/AO) ▲▲▲
- Advanced: Full interfaces ▲ (DO/AO/DA/TX/RX)		- Base: Supports basic digital systems
- Advanced: Full integration with PLCs and SCADA		- Industry: Requires adapters
- Advanced: Steeper learning curve for non-specialists

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