Hoyt Electrical Instrument HMDP-50K

The Hoyt HMDP-50K High Voltage Multifunction Phasing Meter is engineered for electrical professionals requiring accurate and reliable measurements in high-voltage environments. This device combines multiple functions into a single tool, including: Phase Comparator: Allows comparison between phases to determine phase relationships. Voltage Detector: Detects the presence of voltage with clear indication. Digital Voltmeter: Measures voltage levels with direct reading on a 4000-count LCD display. The HMDP-50K is suitable for tasks such as: Verifying phase relationships between conductors. Measuring phase-to-phase and phase-to-earth voltages. Ensuring conductors are de-energized before maintenance. This multifunctionality eliminates the need for multiple devices, streamlining operations and reducing equipment costs. The device operates without the need for batteries, relying on self-powered operation. It features a high-quality fiberglass-wound rod for durability and is designed to be lightweight, robust, and compact for ease of use in various environments. Key Features: Voltage Range: Suitable for systems up to 50kV (full scale 50kV). Measurement Range: Total resistance of 6.78MΩ. Neon Indicator: Lights up fully at 1.5kV, with a threshold of 1.2kV. Response Time: Less than 1 second. Construction: High-quality fiberglass-wound rod; composite handle with polyurethane. Dimensions Master stick: 490(L) × 101(W) × 118(D)mm. Dimensions Slave stick: 490(L) × 35(W) × 35(D)mm. Weight (battery included): Approx. 1.35kg. Operating Temperature: 0°C~40°C. Storage Temperature: -10°C~50°C. Humidity Range: 80% Max. Safety Standard: IEC 61481. Included Accessories: HMDP-50K High Voltage Multifunction Phasing Meter. Carrying case for safe transport and storage. Compliance: Meets IEC 61481 standards for high-voltage testing equipment. Benefits for Lab/Field Users:The HMDP-50K provides electrical engineers and maintenance professionals with a reliable tool for assessing phase relationships and voltage levels in high-voltage systems. Its multifunctionality, self-powered operation, and robust design ensure accurate measurements and enhanced safety during field and laboratory inspections.