Allied Healthcare LSP All-Brass Regulator

Yes, the Allied Healthcare LSP All-Brass Regulator is specifically built with a durable uni-body construction to ensure exceptional longevity and reliability in demanding medical and field environments. This robust design provides several key advantages:

• Minimized Leak Paths: The uni-body structure strengthens the regulator and significantly minimizes potential points for gas leaks.
• Enhanced Integrity: It prevents breakage specifically at the critical yoke cylinder connection assembly.
• Superior Material Resistance: The main body and outlets are made from nickel-plated brass, offering high resilience against corrosion, fire hazards, and harsh environmental conditions (marine, weather).
• Internal Quality: Internal components use high-quality, durable materials including brass, stainless steel, Viton, silicon, and Teflon for precise and consistent operation.

Yes, this regulator is specifically engineered for simultaneous outlet operation.

All outlets can function concurrently without any flow interruption. This is a critical feature designed to provide consistent, reliable performance when powering multiple pneumatically-powered medical devices, such as demand valves or ventilators.

For high-flow operations, the regulator delivers a consistent outlet pressure of 40 to 60 psi (when the input supply pressure is between 500 and 2200 psi).

Yes, the Allied Healthcare LSP Regulator features robust uni-body construction, which is a key design element ensuring exceptional strength and reliability for demanding medical environments. Its superior design offers several critical advantages:

• Minimizes Leak Paths: The uni-body construction significantly reduces the number of potential leak paths throughout the system, ensuring consistent gas delivery.
• Prevents Breakage: This design actively safeguards the yoke cylinder connection assembly against breakage, enhancing user safety.
• Corrosion Resistance: The body and outlets are made from nickel-plated brass, which provides excellent resilience against corrosive materials and general wear and tear. Internal parts further utilize durable materials like brass, stainless steel, Viton, and Teflon.

Yes, this regulator is constructed using highly durable, fire-resistant, and corrosion-resistant materials, specifically designed for reliability in harsh medical and field environments. It offers enhanced structural integrity and longevity.

Key features that ensure long-term durability and resistance:

• Uni-Body Construction: This design strengthens the regulator’s core structure, minimizes potential leak paths, and prevents breakage, particularly at the yoke cylinder connection assembly.
• Environmental Resilience: The nickel-plated brass body offers exceptional resilience against corrosive materials, marine environments, harsh weather, and fire hazards.

Primary Materials Used:

The robust components include:

• Body and Outlets: Nickel-plated brass
• Knob: Anodized aluminum
• Internal Parts: Brass, stainless steel, Viton, silicon, and Teflon

Yes, the Allied Healthcare LSP All-Brass Regulator is designed with user-friendliness in mind and features a gauge that facilitates convenient monitoring during use.

• Large, Easy-to-Read Gauge: The regulator is equipped with a large gauge, ensuring that operators can monitor pressure readings effortlessly and accurately.

The Allied Healthcare LSP All-Brass Regulator provides specific pressure ranges necessary for safely operating connected medical devices:

• Supply Pressure: The regulator can handle an input pressure of 500 to 2000 psi.
• Outlet Pressure (High Flow): The regulated output pressure is 40 to 60 psi, achieved when the input pressure is between 500 and 2200 psi.
• Safety Feature: For user protection, the unit is equipped with a Safety Relief Pressure setting of 75 to 125 psi.

Yes, this regulator is specifically engineered for high-reliability, simultaneous outlet operation. Its robust design allows for the concurrent use of multiple devices without any interruption to the regulated pressure or flow.

This versatility supports several critical combinations, including:

• Operating two demand valves simultaneously.
• Operating one demand valve and one aspirator.
• Powering a pneumatically-powered ventilator.

The Allied Healthcare LSP All-Brass Regulator is designed to withstand a broad range of temperatures for both reliable performance and storage:

• Operating Temperature Range: -30 °F to 125 °F
• Storage Temperature Range: -20 °F to 120 °F

Yes, the Allied Healthcare LSP Regulator includes advanced filtration to ensure gas purity and protect connected equipment.

Key details of the filtration system include:

• The inlet filter utilizes robust 25 micron sintered bronze material.
• This specialized filtration ensures optimal gas purity and contributes significantly to the reliability and longevity of the regulator.

Yes, the Allied Healthcare LSP All-Brass Regulator is engineered with robust uni-body construction. This advanced design significantly enhances the regulator’s structural integrity and reliability by:

• Strengthening the entire unit.
• Minimizing potential leak paths.
• Preventing breakage at the yoke cylinder connection assembly.

Furthermore, the regulator is built for durability, featuring a nickel-plated brass body that provides resilience against corrosive materials, harsh weather, and marine environments. It is backed by a substantial 5-year warranty.