The Thermo Fisher Scientific 306637H01 Evaporator Motor is a high-precision OEM component designed for electrical reliability and operational efficiency in laboratory cooling and refrigeration systems. Manufactured by Thermo Fisher Scientific, this evaporator motor features a compact 4.4-inch height, 4.5-inch width, and 4.8-inch depth, with a weight of only 1.49 lbs. It delivers consistent performance in cryogenic and scientific refrigeration applications, supporting precise control and durability with robust construction. Its technical specifications include an optimized airflow design for reliable cooling functions, making it suitable for integration into self-contained refrigeration units for research, medical storage, and pharmaceutical environments.
Top AllPoints 306637H01 Features
The evaporator motor from AllPoints offers critical operational support for commercial refrigeration units used in scientific labs and cold storage. It provides optimal airflow at specified voltage and frequency, enabling dependable evaporator performance. Engineered for durability, its metal components resist corrosion and wear, ensuring long-term use. Designed for easy maintenance, the motor's modular assembly facilitates quick installations and adjustments. It is ideal for mid-volume refrigeration workflows in laboratory freezers and pharmaceutical cold rooms, ensuring workflow continuity and temperature stability.
- Function & Performance: Maintains stable airflow for evaporator efficiency.
- Durability Traits: Constructed with corrosion-resistant metals for extended longevity.
- Ease-of-Use & Maintenance: Modular design allows quick replacement and servicing.
- Real-world Use Case: Compatible with laboratory cooling systems for scientific research.
- Workflow Benefit & Integration: Supports continuous refrigeration with minimal downtime.
Suitable for scientific refrigeration and cryogenic cooling applications requiring reliable and precise motor operation.
Thermo Fisher Scientific 306637H01 Technical Specs
The Thermo Fisher Scientific 306637H01 Evaporator Motor operates on standard commercial voltages compatible with 115V or 230V systems, with a frequency of 50/60 Hz. Its compact, 4.4-inch tall and 4.5-inch wide form factor ensures easy installation in tight refrigeration compartments. Constructed primarily with durable metals, it resists corrosion and provides long-term operational stability in demanding environments. The motor's power consumption aligns with typical laboratory cooling needs, featuring low noise output and efficient airflow management. It is rated for temperature-resistant environments, supporting safe operation in refrigeration setups across a wide temperature range. Disassembly and maintenance are facilitated by modular components, and the motor is designed for compatibility with self-contained refrigeration units used in research, medical, and pharmaceutical settings.
- Electrical Requirements: Compatible with 115V or 230V, 50/60Hz, 1-phase operation.
- Cooling Method: Air-cooled for efficient heat dissipation.
- Refrigeration Type: OEM component for self-contained units.
- Weight: 1.49 lbs for easy handling and installation.
- Construction & Finish: Metal components with corrosion-resistant coating.
- Temperature Resistance: Operates safely within standard refrigeration temperature ranges.
- Dimensions: 4.4" height x 4.5" width x 4.8" depth.
- Technology & Features: Designed for reliable continuous operation; low noise profile.
- Cleaning & Maintenance: Disassembly allows quick servicing, no special tools required.
- Usage Compatibility: Compatible with laboratory and medical refrigeration systems.
- Installation & Maintenance: Requires minimal clearance; airflow airflow and ducting considerations.
What is a commercial evaporator motor?
A commercial evaporator motor is a precisely engineered electric motor used to drive the fans or blowers in refrigeration evaporator coils. Installed primarily in commercial refrigeration and cold storage units, such as research labs and medical cold rooms, these motors ensure consistent airflow for reliable cooling performance. The Thermo Fisher Scientific 306637H01 Evaporator Motor, with its compact size and durable construction, is intended for precise, long-term operation in scientific refrigeration environments where temperature stability and operational reliability are critical for maintaining sample integrity and workflow efficiency.
Top Industrial Refrigeration Components for Scientific Environments
This commercial evaporator motor delivers high-performance operation suitable for scientific and medical refrigeration workflows. Built by Thermo Fisher Scientific, model 306637H01 specializes in reliable, precise cooling support in laboratory freezers and pharmaceutical storage units, ideal for moderate workloads in research and clinical settings.
- Operation for laboratory cooling systems — supporting research equipment.
- Designed for compact scientific refrigeration setups — ensuring space efficiency.
- Suitable for pharmaceutical cold storage — maintaining strict temperature controls.
- Supports moderate workload refrigeration — optimized airflow and durability.
- Designed for laboratory freezer applications — supporting consistent sample preservation.
Why Choose AllPoints 306637H01?
Why choose the AllPoints 306637H01 evaporator motor over similar models? Its robust metal construction ensures longevity in demanding environments, while its compact size and balanced airflow design support seamless integration into OEM refrigeration systems. The low-maintenance, easy-to-install design enhances operational efficiency in scientific labs, and its reliable performance under moderate workloads makes it an ideal choice for cold storage applications requiring consistent refrigeration operation.
- Compact footprint complements space-constrained environments in science labs.
- Robust metal components enhance durability for long-term use.
- Designed for easy maintenance and quick replacements.
- Supports precise airflow regulation for stable refrigeration performance.
- Self-contained design suits OEM applications with minimal integration hassle.
