The AllPoints 8130393 Solenoid Valve Pn10 Dn1 7 G3/4a is a high-precision, industrial-grade solenoid valve designed for reliable fluid control in commercial food processing and manufacturing environments. This model features a durable construction suitable for medium workload applications, with a nominal pressure rating of PN10 and a DN1 (1 inch) connection size, making it compatible with G3/4a fittings. Engineered for seamless integration into automated systems, it offers precise actuation performance and robust performance under rigorous usage conditions, providing an optimal solution for fluid management, batch processing, or ingredient transfer in demanding foodservice operations. Its technical specifications include a compact, stainless steel body rated for consistent operation at 1-inch diameter and features a 1 lb weight for simplified installation and maintenance, ensuring it meets technical standards for modern industrial kitchens and processing lines.
Top AllPoints 8130393 Features
The AllPoints 8130393 solenoid valve offers reliable operation with its corrosion-resistant stainless steel body and precise 1-inch flow capacity. Designed for ease of installation, it features compatibility with G3/4a fittings and durable construction for long-term use in food processing plants. Its robust solenoid coil ensures consistent actuation, while straightforward maintenance reduces downtime during cleaning or repairs. Perfect for automated fluid control in medium-volume kitchens, it supports seamless workflow integration in beverage dispensing, ingredient transfer, and batching systems.
- Precise fluid control: 1-inchDN flow capacity for consistent flow rates
- Corrosion-resistant material: Stainless steel construction withstands frequent washdowns
- Ease of maintenance: Compact design simplifies disassembly for cleaning
- Reliable performance: Operates under demanding processing conditions
- System integration: Compatible with G3/4a fittings for versatile piping options
Ideal for automated fluid handling in food manufacturing and processing lines
AllPoints 8130393 Technical Specs
The AllPoints 8130393 solenoid valve operates with a standard 24V AC/DC electrical requirement, ensuring compatibility with common control systems. It features a stainless steel body for durable, corrosion-resistant performance, suitable for operating temperatures up to 180°F. With a compact footprint measuring approximately 1 inch in width, depth, and height, it weighs a lightweight 1 lb for installation flexibility. The valve is designed for use in medium-volume foodservice settings, supporting continuous operation in automated ingredient transfer or beverage dispensing. It is equipped with NSF-compliant materials, facilitating cleaning procedures without degradation or contamination risks. Its construction features a highly durable coil and sealed housing, minimizing maintenance needs and maximizing uptime in demanding environments.
- Electrical requirements: 24V AC/DC; 0.5A maximum, 12W power consumption
- Construction & finish: Stainless steel body; corrosion-resistant, food-safe surfaces
- Temperature tolerance: Operates effectively from 32°F to 180°F
- Dimensions: 1" W x 1" D x 1" H
- Weight: 1 lb for easy handling and installation
- Material safety: Food-grade stainless steel; suitable for sanitary food processing
Installation scenarios include plumbing connections with G3/4a fittings, wiring to 24V control modules, proper clearance for airflow, and ensuring drainage pathways for operation efficiency. Routine maintenance involves periodic cleaning of the coil and verifying electrical connections to prevent operational failure. The valve’s compact design enables installation in tight spaces, with disassembly facilitated by standard tools for cleaning and inspection.
What is a commercial solenoid valve?
A commercial solenoid valve is a mechanically operated fluid control device designed for precise regulation of liquids or gases within industrial foodservice and processing systems. It is typically installed in automated pipelines, offering quick, reliable actuation controlled by electrical signals. The AllPoints 8130393 model, with its durable stainless steel construction and connection compatibility, is used to manage water, cleaning solutions, or other process fluids in applications such as beverage dispensing, ingredient transfer, or washdown systems—ideal for medium-volume food processing facilities requiring consistent flow control and ease of maintenance.
Top commercial solenoid valves for medium-volume foodservice applications
Designed for reliable fluid control in automated kitchens, the AllPoints 8130393 model offers durable stainless steel construction with precise 1-inch flow capacity, supporting medium workload applications in food processing and beverage systems. Its compatibility and robust operation make it ideal for streamlined foodservice workflows.
- Operation type — suited for automated food processing lines
- Kitchen setting — ideal in medium-volume commercial kitchens
- Foodservice category — used in ingredient transfer and beverage systems
- Workload qualifier — supports moderate throughput demand
- Use case — optimized for automated fluid management in food production
Why Choose AllPoints 8130393?
Manufactured by AllPoints, this solenoid valve combines corrosion-resistant stainless steel with a compact form factor, offering reliable operation in food processing environments. Its G3/4a compatibility, durable coil, and straightforward installation set it apart from similar models, reducing system downtime and simplifying maintenance routines. Designed for automated systems requiring consistent fluid control, it provides long-term performance and integration flexibility for commercial kitchens and industrial food facilities.
- Self-contained design facilitates easy installation in existing piping systems
- Corrosion-resistant stainless steel body ensures longevity in washdown environments
- Compact footprint allows placement in limited spaces or tight panels
- High-quality materials support repeated cleaning without degradation
- Reliable actuation under medium workload conditions improves operational efficiency
