EPOXY INSULATORS

10KV Red Epoxy Resin Insulator Sensor

Production: Our 10KV Red Epoxy Resin Insulator Sensor is meticulously crafted using advanced production techniques. The vibrant red epoxy resin encapsulates cutting-edge sensor technology, ensuring precision and reliability.

Application: Tailored for 10KV systems, this sensor finds its place in various electrical applications, providing crucial data for monitoring and control. Its versatility makes it an ideal choice for industries relying on high-voltage equipment.

Key Features:

• Epoxy Resin Construction: The vibrant red epoxy resin not only enhances aesthetics but also provides robust insulation, safeguarding the sensor in demanding environments.
• High Precision: Engineered for accuracy, our sensor delivers precise measurements, making it an essential component for real-time monitoring in 10KV systems.
• Versatile Deployment: From substations to industrial settings, the sensor adapts seamlessly, offering reliable performance across diverse applications.
• Easy Integration: Designed for hassle-free installation, this sensor ensures minimal downtime during implementation, contributing to the overall efficiency of electrical systems.

Voltage:	10kv
Height:	125/140
Diameter:	95
Screw:	2-M8
Material:	Epoxy Resin
MOQ:	50pcs
Certificate:	CE, RoHS, REACH

High voltage sensor insulator description

1. Voltage Extraction Technology:
   • The sensor efficiently extracts voltage from the charged circuit by pumping the capacitor core rod.
   • This extracted voltage powers both the display and blocking functions, reflecting the real-time charged state of the device setting.
2. Dual-Functionality:
   • The sensor serves a dual purpose, providing voltage indication and enabling forced locking.
   • Both functions are controlled by the same high-voltage signal, enhancing operational efficiency.
3. Independent Circuit Systems:
   • The circuit systems for voltage indication and forced locking are independent of each other.
   • Even if both the display and locking circuits were to fail simultaneously, the electromagnetic lock remains in a secure, locked state as long as the high-voltage circuit is charged.
4. Epoxy Resin Cast Pillar Design:
   • The sensor adopts a robust epoxy resin cast pillar design, ensuring durability and longevity.
   • This design makes it versatile, allowing usage as an isolating switch, grounding switch, and other post-insulators.
5. High Strength and Arc Resistance:
   • With high-strength materials, the sensor withstands challenging operational conditions, ensuring stability in diverse environments.
   • Strong arc resistance further contributes to the longevity of the product.
6. Minimal Partial Discharge:
   • The sensor boasts small partial discharge, enhancing its performance and minimizing the risk of electrical faults.

Application

The insulation sensor is mainly suitable for power, energy, industry, infrastructure, and other industries

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