Solenoid Valve Refrigeration SVC-014

Description

1. Product Overview

The Solenoid Valve Refrigeration SVC-014 is a precision-engineered electromechanical flow control device designed for the rigorous demands of modern refrigeration and air conditioning systems. As a critical component for pilot-operated or direct-acting applications, it serves as the primary interface between electronic controls and refrigerant flow. Its key value proposition lies in its exceptional sealing integrity and operational reliability across a wide temperature and pressure differential spectrum. In a market increasingly focused on system efficiency and regulatory compliance, the SVC-014 represents a strategic investment in minimizing downtime and optimizing lifecycle costs for commercial and industrial cooling infrastructure.

2. Key Specifications & Technical Characteristics

The SVC-014 is manufactured to strict tolerances to ensure compatibility with a broad range of refrigerants and system conditions. The following characteristics define its technical standard:

• Valve Configuration: Pilot-operated or direct-acting (specify based on port size), normally closed (NC) or normally open (NO) configuration.

• Body Material: Forged Brass or high-grade Stainless Steel (specify grade, e.g., 304/316), ensuring resistance to corrosion and high burst pressures.

• Sealing Material: PTFE or advanced FKM (Viton) compounds, providing superior resistance to refrigerant breakdown and swelling.

• Coil Insulation Class: Class F (155°C) or higher, ensuring thermal stability in high-ambient environments.

• Connections: Standard ODF (Solder) or SAE flare connections (please confirm size).

• Operating Differential Pressure: Optimized for low-pressure drop characteristics, reducing system energy consumption.

• Packaging Options: Available in industrial cartons or palletized shipments to prevent thread damage during transit.

3. Core Industrial Applications

The SVC-014 is engineered to deliver consistent performance in critical applications where precise refrigerant flow is non-negotiable. Its robust construction ensures a long service life even under continuous cycling.

• Primary Industries:

  • Commercial HVAC (Chillers, Air Handling Units).

  • Industrial Refrigeration (Cold Storage, Process Cooling).

  • Transport Refrigeration.

  • Heat Pump Systems.

• Specific Use Cases: The valve is utilized for liquid line shut-off, hot gas bypass, or suction line applications. It ensures precise modulation of refrigerant to maintain superheat and subcooling targets.

• Performance vs. Alternatives: The SVC-014 outperforms standard valves through enhanced plunger design that reduces chattering, ensuring superior durability and quieter operation. Its design minimizes coil burnout risk, providing a significant cost advantage in maintenance budgets.

4. Competitive Advantages

Positioning the SVC-014 as a strategic sourcing choice is supported by our commitment to quality and operational excellence.

• Quality Consistency: Manufactured under ISO 9001 certified processes, with 100% testing for internal/external leakage and coil continuity.

• Supply Reliability: Backed by a resilient supply chain ensuring on-time delivery, mitigating project delays.

• Logistics Capability: Strategic warehousing allows for rapid deployment of both standard and custom configurations.

• Price Competitiveness: Optimized manufacturing eliminates waste, offering superior value without compromising on material quality.

• Technical Support: Full technical documentation, including performance curves and dimensional drawings, is available alongside engineering support for system integration.

5. Commercial & Supply Information

This product is available for immediate bulk procurement to support large-scale manufacturing or maintenance contracts.

• Minimum Order Quantity (MOQ): 100 units (Negotiable based on custom specifications).

• BULK 20FT Loading Capacity: Approx. 25,000 – 30,000 units (depending on port size and packaging).

• BULK 40FT Loading Capacity: Approx. 50,000 – 60,000 units.