Honeywell X52HLB13002 Solenoid Valve

Description

Honeywell X52HLB13002 Solenoid Valve

Product Overview

The Honeywell X52HLB13002 (originally engineered under the Skinner 52 Series fluid control line, which belonged to Honeywell’s Fluid Control Division before becoming part of Parker Hannifin) is a 2/2-way, normally closed, direct-acting explosion-proof solenoid valve.

Built for high-pressure, micro-flow applications, it uses a direct-acting mechanism that doesn’t rely on minimum differential pressure to open, allowing reliable shutoff and control even at zero pressure differential. The “X” prefix designates its hazardous-location explosion-proof coil housing (distinguishing it from standard V52 series valves).

Technical Specifications

Key Advantages

• High-Pressure Direct Operation: Operates reliably up to 3,000 PSI without needing a pilot pressure differential, enabling accurate on/off control from zero pressure up to maximum rating.
• Hazardous Area Certification: Equipped with a Class I, Groups C & D explosion-proof enclosure, making it safe for volatile oil, gas, and chemical environments.
• Low Power & Low Heat Rise: At only 10 W, the coil generates minimal heat during continuous energization, making it suitable for dense manifold installations.
• Dual-Frequency Compatibility: Supports both 120 V / 60 Hz and 110 V / 50 Hz power supplies with a single coil, simplifying global equipment deployment.
• Simple, Reliable Construction: Direct-acting design eliminates pilot orifices and diaphragms, minimizing failure points and simplifying maintenance.
• Legacy Drop-In Replacement: Follows the standardized Skinner V52/X52 numbering architecture for direct replacement in legacy industrial systems.

Important Usage & Installation Precautions

• Mandatory Upstream Filtration: Because the 1/32″ (0.79 mm) orifice is very small, particulates can easily clog the valve and prevent actuation. Install an inline filter rated at ≤ 40 μm upstream of the inlet port.
• Flow Capacity Expectations: This is a micro-flow metering/shutoff valve; it’s not suitable for high-flow purging, rapid tank filling, or standard line-size shutoff.
• Depressurize Before Servicing: Operating at up to 3,000 PSI, opening or removing the valve under pressure can damage internal sealing surfaces and pose severe safety hazards. Always depressurize lines completely before disassembly.
• Explosion-Proof Wiring Compliance: Route the 18″ flying leads through certified explosion-proof conduit and sealing fittings. Never open the coil housing or disconnect wiring while energized in a hazardous area.
• Voltage Verification: Although dual-rated for 110 V (50 Hz) and 120 V (60 Hz), connecting this coil to a 220 V / 240 V AC circuit will immediately burn it out.
• Media Compatibility: Do not use the brass body with strong acids, alkalis, or oxidizing agents (such as sodium hypochlorite); select a 303/316 stainless steel variant for corrosive media.

Applications

• Analytical & Laboratory Instrumentation: Micro-switching and shutoff of carrier gases, sample gases, and calibration gases in gas chromatographs and analyzers.
• Oil, Gas & Petrochemical Systems: Hazardous-area fuel shutoff, wellhead sampling, and high-pressure gas control.
• Burner, Boiler & Flare Control: Explosion-proof pilot gas and fuel line isolation.
• Hydraulic & Pneumatic Test Stands: High-pressure, low-volume pressure holding, venting, and clamping circuits.
• Medical & Biomedical Equipment: Precision dispensing and isolation of high-pressure medical gases or compatible reagents.
• Semiconductor & Specialty Gas Delivery: Controlled on/off switching for low-flow process gas lines.

Shipping Port: Xiamen, China

Payment: Bank of Chicago, Bank of Singapore

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