Hoyt Electrical Instrument HPC22K

The Hoyt HPC22K High Voltage Multifunction Phasing Stick combines multiple testing functions into one durable and easy-to-use tool. It enables electrical engineers and technicians to safely determine phase relationships, detect voltage presence, and measure AC voltages in high-voltage systems up to 22 kV.

Designed for field and laboratory use, the HPC22K operates without batteries, relying on a self-powered system for safe and reliable operation. Its fiberglass-wound rod construction provides exceptional insulation and mechanical strength, while the lightweight, ergonomic design ensures comfortable handling during inspections or maintenance tasks.

Equipped with a phase comparator, voltage detector, and scaled voltmeter, this multifunction stick reduces the need for multiple instruments. Rapid response time and clear indications ensure precise phase and voltage measurements, enhancing both efficiency and safety during high-voltage testing.

Key Features:

• Self-powered operation, no batteries required

• Voltage range: up to 22 kV (full scale 24 kV, max 26 kV)

• Phase comparator for accurate phase relationship verification

• Voltage detector with neon indication

• Scaled voltmeter for direct AC voltage readings

• Fiberglass-wound rod for durability and insulation

• Lightweight and ergonomic for field and lab use

• Rapid response time (<1 second)

• IEC 61481 certified

Compatible Applications:

• Phase verification on high-voltage conductors

• Phase-to-phase and phase-to-earth voltage checks

• Safe inspection and maintenance of industrial and utility electrical systems

Included Accessories:

• HPC22K Phasing Stick

• Carrying case for transport and protection

Compliance:

• IEC 61481

Benefits for Lab/Field Users:
The HPC22K provides a reliable and safe solution for high-voltage testing, allowing engineers and technicians to quickly verify phase relationships and voltage levels. Its multifunctionality reduces the need for multiple devices, while its robust design ensures durability and safety in both field and laboratory environments.