548609 Eriflex Insulators

548609 Erico - Low Voltage Metric Insulator: High-Performance, Durable, and Reliable

The 548609 Erico Low Voltage Metric Insulator is a robust solution tailored for demanding electrical systems. With exceptional insulation capabilities and a high static load capacity, this insulator is ideal for industrial and commercial applications that require reliability and compliance with global safety standards.

Key Features

Halogen-Free Design: Ensures safety by minimizing toxic emissions in high-temperature environments.

High Resistance to Leakage Current: Protects systems and enhances operational reliability.

Stable Electrical and Mechanical Parameters: Delivers consistent performance in varied conditions.

Fiberglass-Reinforced Construction: Combines lightweight materials with exceptional strength for durability.

UL® Recognized Certification: Meets E125470 standards with a dielectric withstand rating of up to 1,500 VAC/DC.

RoHS Compliant: Environmentally responsible design supports sustainability.

Specifications

Dielectric Strength: UL 1,500

Finish: Electrogalvanized for superior corrosion resistance

Material: Steel with Glass Fiber Reinforced Polyamide for optimal durability

Compliance: IEC® 60695-2-11 Glow Wire Test at 960 °C for fire safety

Flammability Rating: UL® 94V-0, reducing fire risks

Working Temperature Range: -40°F to 266°F, suitable for extreme conditions

Dimensions:

Height: 2.76"

Depth: 2.95"

Diameter: 2.05"

Thread Size: M10

Static Load Capacity: Supports up to 4,946 lbs.

Why Choose the Erico 548609 Metric Insulator?

The 548609 insulator is designed to handle high static loads while maintaining exceptional dielectric properties. Its halogen-free and RoHS-compliant construction ensures safety and environmental responsibility. The fiberglass reinforcement and electrogalvanized finish provide long-lasting durability and resistance to wear and corrosion.

Applications

Low-voltage electrical installations

Industrial machinery and control panels

Heavy-duty system