H2017B-3 - Eaton Thermal Unit

H2017B-3 - Eaton Thermal Unit

Upgrade the motor protection in your industrial control panels with the Eaton H2017B‑3 Freedom NEMA Heater Coil Pack. Expertly crafted to integrate into Eaton Freedom Series starters and contactors seamlessly, this three-pack of thermal overload heater coils delivers reliable, adjustable protection—perfect for demanding industrial environments. Whether you're managing pumps, conveyors, or motors, this coil pack ensures safety, compliance, and long-lasting performance.

Key Features and Benefits

• Variable Full-Load Settings (53.9–74.9 A): Easily fine-tune protection by choosing from four dial positions (A–D) to match your motor's full-load current, making installation precise and user-friendly.
• Class 20, Standard Trip: Guarantees prompt and consistent overload response that stands up to industrial use, reducing motor downtime.
• Designed for Freedom Series: Engineered to plug directly into Eaton Freedom Series starters (Size 2, IEC G–K), ensuring clean integration and reliable connectivity.
• Three-Pack Value: Sold in cartons of three, meeting project demands and offering better value for installations requiring multiples.

Technical Specifications

• Dimensions:
  • 3.4″ L × 1.9″ W × 1.8″ H
• Weight: Approximately 0.2 lb per unit
• Full-Load Current Range: 53.9 A (A) – 74.9 A (D)
• Overload Relay Rating: Up to 75 A
• Trip Characteristics: Standard Trip, Class 20

Material Compliance and Certifications

• UL Listed: Meets UL's safety standards for motor overload protection.
• CSA Certified: Validated for compliance with Canadian electrical regulations.
• Warranty Coverage: Eaton's Selling Policy 25‑000—protecting components for one year from installation or 18 months from shipping, whichever is sooner.

Suitability

• Ideal for industrial settings—factories, processing facilities, water/wastewater plants, or any environment utilizing heavy-duty motor starters. This heater coil pack excels when reliability and regulatory compliance are non-negotiable, shielding equipment and minimizing downtime through dependable thermal overload response.