- Measurement Range:
- AC Current (AC-A): 1A to 5A
- AC Voltage (AC-V): 1V to 600V
- DC Current (DC-A): 50μA to 30A
- DC Voltage (DC-V): 50mV to 600V
- Accuracy Class: Class 1.5, ensuring precise readings.
- Standard Size: Designed for easy installation in industrial setups.
- Application Scope: Suitable for industrial equipment monitoring, power system testing, and energy consumption management.
- High Accuracy: Suitable for power monitoring and testing.
- Digital Display: Provides clear and quick readings.
- Multi-Functionality: Supports various measurement modes like voltage, current, and power factor.
- Durable Design: Built with shock-resistant, dustproof, and heat-resistant materials, ideal for industrial environments.
- Easy Operation: Simple structure for quick installation and use.
Applications
- Industrial Equipment Monitoring: Tracks electrical parameters in machinery.
- Power System Testing: Assists engineers in fault detection and analysis.
- Energy Management: Provides data for optimizing power consumption.
1. Accuracy Class
• Class 1.5
2. Measuring Range
• AC Current: 1A to 5A
• AC Voltage: 1V to 600V
• DC Current: 50μA to 30A
• DC Voltage: 50mV to 600V
3. Construction Materials
• Base: Bakelite
• Cover: PC (Polycarbonate)
• Front Frame: Black ABS
• Inner Frame: Gray ABS
4. Pointer Design
• Made of aluminum alloy
• Customizable colors: black, red, white, etc.
5. Anti-Static Treatment
• All meters are treated for electrostatic protection
6. Damping & Overshoot
• Customizable damping and overshoot
• Typical overshoot ≤ 15% of full scale
7. Operating Temperature
• -20°C to +50°C
8. Mounting Position
• Standard: Vertical
• Optional: Horizontal or inclined (customized)
9. External Shunt Voltage Drop (for DC Ammeters)
• Available specs: 150mV, 100mV, 75mV, 60mV, 50mV
10. Dimensions
• Overall: 110 × 110 mm
• Panel Cutout: Φ103 mm
Shunt Resistor for Current Measurement
- Current Measurement
- A shunt resistor diverts a portion of high current, allowing precise measurement by detecting the voltage drop across it.
- Commonly used with ammeters or testing equipment for accurate current monitoring.
- Current Limiting
- In certain circuits, a shunt helps protect sensitive components by preventing excessive current flow that could damage equipment.
Key Features
- High Precision
- Made from low-resistance metal to ensure measurement accuracy and stability.
- High Current Endurance
- Designed to withstand large current flows without degradation.
- Versatile Design
- Available in various sizes and specifications, suitable for different current ranges and environments.
Applications
- Power Testing & Analysis: Used for measuring high-current circuits.
- Electronic Devices: Helps monitor or limit current in electrical circuits.
- Industrial Equipment: Ensures precise current monitoring in large-scale power systems.
- Protective Housing: Typically made of flame-retardant plastic or metal, shielding internal components from moisture, dust, and mechanical damage.
- High Accuracy: Designed for precise current measurement, often with Class 0.5 or Class 1 accuracy.
- Multiple Mounting Options: Can be installed on busbars, panels, or electrical systems.
- Safety & Isolation: Provides electrical insulation, reducing risks in high-voltage environments.
Applications:
- Power Distribution Systems: Used for current monitoring and protection.
- Industrial Automation: Helps track energy consumption and load management.
- Switchgear & Control Panels: Integrated into electrical protection and metering setups.
- Resin or Plastic Encapsulation: Provides mechanical strength, electrical insulation, and environmental protection.
- High Accuracy: Typically Class 0.5 or Class 1, ensuring precise current measurement.
- Compact & Durable: Designed for harsh environments, including high humidity and temperature variations.
- Multiple Mounting Options: Can be installed on busbars, panels, or directly onto electrical systems.
Applications:
- Power Distribution Systems: Used for current monitoring and protection.
- Industrial Automation: Helps track energy consumption and load management.
- Switchgear & Control Panels: Integrated into electrical protection and metering setups.
Model:DP23,DP58,DP88,DP812,DP816
- Split-Core Design: Allows for quick installation by clamping around a conductor.
- Wide Current Range: Can measure currents from 5A to 1500A.
- High Accuracy: Typically Class 0.5 or Class 1, ensuring precise readings.
- Compact & Durable: Often housed in flame-retardant plastic for safety.
- Multiple Output Options: Provides 5A, 1A, or voltage output (333mV, 1V, 5V).
Applications:
- Energy Metering: Used in sub-metering systems for power consumption tracking.
- Industrial Load Monitoring: Helps optimize electrical efficiency.
- Building Automation: Integrated into smart energy management systems.
- Easy Installation: No need to cut or disconnect wires—just clamp it around the conductor.
- Wide Measurement Range: Available for currents from 1A to 1000A.
- High Accuracy: Provides stable output signals with minimal error.
- Safety & Isolation: Offers high circuit isolation, reducing electrical risks.
- Compact & Lightweight: Designed for portable and fixed applications.
Applications:
- Power Monitoring: Used in energy audits and load analysis.
- Industrial Automation: Helps track current consumption in machinery.
- Electrical Maintenance: Ideal for troubleshooting and diagnostics.
- Temperature Range: Adjustable from 100°C to 300°C, suitable for various heating systems.
- 3P Design: Features three connection points, ensuring stable and reliable operation.
- Durable Construction: Made with high-quality materials for long-lasting performance.
- Safety Mechanism: Includes overheat protection to prevent damage.
Applications
- Industrial Heating Systems
- Ovens and Cooking Appliances
- Water Heaters and Boilers
- Factory Equipment Temperature Control
- Temperature Range: Adjustable from 50°C to 300°C, suitable for various heating systems.
- 2P & 3P Configurations:
- 2P (Two-Pole): Basic switching function for single-phase applications.
- 3P (Three-Pole): Enhanced control for three-phase systems or higher power loads.
- Durable Construction: Made with high-quality materials for long-lasting performance.
- Safety Mechanism: Includes overheat protection to prevent damage.
Applications
- Industrial Heating Systems
- Ovens and Cooking Appliances
- Water Heaters and Boilers
- Factory Equipment Temperature Control
- Temperature Range: Adjustable from 30°C to 110°C, suitable for different heating systems.
- 2P & 3P Configurations:
- 2P (Two-Pole): Basic switching function for single-phase applications.
- 3P (Three-Pole): Enhanced control for three-phase systems or higher power loads.
- Durable Construction: Made with high-quality materials for long-lasting performance.
- Safety Mechanism: Includes automatic reset and overheat protection to prevent damage.
Applications
- Industrial Heating Systems
- Ovens and Cooking Appliances
- Water Heaters and Boilers
- Factory Equipment Temperature Control
- Voltage Compatibility: Available in 120V and 230V versions, suitable for different electrical systems.
- Precise Energy Control: Adjusts power levels to ensure stable and efficient heating regulation.
- Durable Construction: Made with high-quality materials for long-term reliability.
- Compact Design: Ideal for embedded installation in heating appliances.
Applications
- Electric Cooking Equipment (Stoves, Ovens)
- Industrial Heating Systems
- Temperature Control for Processing Equipment