The Hobart 00-949362-00008 Relay Overload (380-600 V 5 operates as a critical electrical component within industrial and commercial food processing equipment, specifically designed for high-voltage applications. Manufactured by Hobart, this relay overload ensures precise overload protection for motor circuits operating between 380 to 600 volts, safeguarding equipment against electrical faults. Its robust construction supports reliable operation in demanding kitchen environments, preventing damage during overcurrent conditions. With a compact footprint measuring 3.35 inches in width, 4.75 inches in depth, and 2.35 inches in height, it seamlessly integrates into OEM food processing machinery. Suitable for commercial kitchens and industrial food production lines, this relay overload is essential for maintaining uninterrupted workflow and machinery longevity in high-power foodservice applications.
Top Hobart 00-949362-00008 Features
This relay overload offers precise overload detection and protection for high-voltage motor circuits, featuring durable materials compatible with demanding kitchen conditions. It is designed with easy mounting options, enabling straightforward installation in industrial food processing equipment. The compact design simplifies integration into existing OEM systems, ensuring reliable motor circuit protection. Its sturdy construction withstands frequent operation in commercial kitchen environments, reducing maintenance needs. Compatible with high-voltage applications, it improves overall machine safety and operational efficiency.
- Functionality: Protects motors from overloads at 380-600 V
- Durability: Built with high-grade electrical components for longevity
- Ease of Maintenance: Compact size simplifies installation and servicing
- Application Fit: Suitable for high-voltage industrial kitchen equipment
- Workflow Integration: Supports continuous operation in food processing lines
Ideal for high-power food processing machinery requiring reliable electrical overload protection.
Hobart 00-949362-00008 Technical Specs
This relay overload is engineered for high-voltage operational environments, with electrical requirements spanning 380 to 600 volts at specific current ratings optimized for industrial equipment. Designed with a self-cooled mechanism, it handles substantial electrical loads while dissipating heat effectively. The unit weighs just 0.44 lbs, facilitating straightforward installation into OEM configurations. Its construction utilizes durable materials suited for continuous operation in demanding commercial kitchens, with a compact footprint aiding seamless integration within machinery enclosures. Operating within a safe temperature range, the relay ensures consistent performance, contributing to equipment longevity and safety. Its straightforward disassembly and maintenance process allow quick inspections and repairs when necessary, supporting efficient foodservice production workflows.
- Electrical Requirements: 380-600 V, compatible with motor circuits
- Cooling Method: Air-cooled design for reliable heat dissipation
- Construction & Finish: High-grade materials for durability and longevity
- Dimensions: 3.35" W x 4.75" D x 2.35" H
- Weight: 0.44 lbs for easy handling and installation
- Temperature Resistance: Operates effectively within standard industrial temperature ranges
- Coverage: Suitable for OEM equipment in industrial foodservice settings
Electrical Compatibility & Mounting: Compatible with 380-600 V power supplies, mounts securely to OEM panels
Protection Features: Overload detection and circuit safeguarding
Maintenance Ease: Disassembly using standard tools for quick inspections
Integration Readiness: Fits within standard industrial control systems
Operational Environment: Designed for continuous high-voltage operation in industrial kitchens
What is a commercial relay overload?
A commercial relay overload, such as the Hobart 00-949362-00008, is an electrical component used in industrial food processing and high-power kitchen equipment to protect motors from overload conditions. This device monitors electrical current flow, disconnecting power during fault conditions to prevent damage. Installed within motor control circuits, it supports reliable operation in demanding foodservice environments, often mounted in OEM control panels. Ideal for high-voltage applications, it ensures efficient workflow and minimizes downtime, critical in continuous food production and processing lines.
Top industrial relay overload for high-voltage foodservice environments
The Hobart 00-949362-00008 relay overload is a rugged, OEM-grade component designed for high-voltage motor protection, supporting reliable operation in demanding commercial kitchens and industrial food processing setups. Particularly suited for high-wattage equipment, it offers precise overload detection and long-term durability, ensuring operational stability in high-power applications.
- Operation type — suitable for high-voltage industrial food equipment
- Kitchen setting — optimal in large-scale commercial kitchens
- Foodservice category — designed for industrial food processing machinery
- Workload qualifier — supports moderate to high electrical loads
- Use case — essential for motor circuit safety in commercial kitchens
Why Choose AllPoints Hobart 00-949362-00008?
This relay overload distinguishes itself from competitor models through its robust construction specifically designed for high-voltage applications, ensuring long-lasting performance. Its compact OEM-compatible form factor facilitates quick deployment within machinery, reducing downtime. Additionally, the rugged design and reliable overload protection enhance machinery safety and operational efficiency, suitable for high-power food processing environments.
- Built for high-voltage commercial kitchen equipment with durable materials
- Compact footprint simplifies integration into OEM control panels
- Designed for continuous operation in demanding industrial foodservice settings
- Provides precise overload protection to minimize equipment downtime
- Supports high-wattage motor circuits with reliable circuit safeguarding
