Magnetic reed switch for OEM and Suppliers | Trusted Components

We engineer Magnetic reed switch solutions tailored for OEM needs and dependable supply. As a trusted partner for designers and component buyers, we deliver compact, low-power reed switches with precise actuation, high vacuum/atmosphere compatibility, and proven long-term stability. Our process covers from spec selection to rapid prototyping and scalable production, ensuring you can rely on steady supply whether you’re working with Suppliers or OEMs. We offer customizable lead lengths, contacts, sealing, and mounting options, plus robust testing protocols (customized to your application and industry standards). When you choose us, you get technical support, certifications, and a clear lead-time plan that keeps your production on track. We optimize pricing for volume orders, reduce risk with quality control, and support aftermarket service. If you need a Magnetic reed switch for sensors, door interlocks, or position detection, we’re ready to collaborate with your team and deliver parts that perform—no drama, just measurable results.

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Magnetic reed switch Manufacturers You Can Rely On Factory-Direct Excellence

As a reliable factory-direct source of magnetic reed switches, we meet global buyers’ demands for consistent quality, scalable capacity, and transparent pricing. Our facility combines automated stamping, precise assembly, and hermetic sealing to deliver miniature reed switches with high sensitivity and long-term reliability. With ISO 9001 and RoHS compliance, we ensure material traceability, strict process control, and thorough testing from incoming components to finished parts. Our engineers assist in selecting configurations (sealed vs unsealed, contact form, biasing) and tailoring materials for temperature, magnetic fields, and packaging. Global procurement is simplified with single-point communication, flexible MOQs, and factory-direct lead times. We provide samples, rapid prototyping, and scalable production for pilots and mass runs. Full traceability, consistent documentation, and dependable after-sales support help you pass audits and maintain supply-chain resilience. By sourcing directly from the manufacturer, you gain predictability, cost savings, and continuity, so you can focus on your core business with confidence in your reed switch supplier.

Magnetic reed switch Manufacturers You Can Rely On Factory-Direct Excellence
Model Package Contact Material Max Current (A) Max Voltage (V) Contact Resistance (mΩ) Operate Temp (°C) Actuation Field (Gauss) Response Time (ms) Dimensions (Lר mm)
RS-1000-A Glass axial envelope SPST-NO AgNi 0.50 60 25 -40 to 125 180 0.5 9.0 × 0.9
RS-1000-B Glass axial SPST-NC AgCdO 0.40 50 28 -40 to 105 150 0.6 9.0 × 0.9
RS-2000-SPDT Glass axial SPDT (NO/NC) AgNi 0.60 60 22 -40 to 125 200 0.4 11.0 × 0.9
RS-3000-SMD SMD glass SPST-NO AgCdO 0.30 30 40 -20 to 85 120 1.2 5.2 × 1.0
RS-4000-UL Glass axial SPST-NC AgNi 0.50 125 20 -40 to 125 250 0.3 9.0 × 0.9
RS-5000-EP Glass hermetic envelope SPST-NO AgNi 0.80 120 19 -40 to 125 280 0.25 12.0 × 1.0

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Magnetic reed switch Is The Best Your End-to-End Solution

Activation Reliability Across Environmental Stressors

Activation Reliability Across Environmental Stressors shows simulated activation success rates (%) for a magnetic reed switch subjected to a range of ambient temperatures (-40°C to 125°C) under three vibration exposure categories: Low, Medium, and High. The horizontal axis represents temperature steps (-40, -20, 0, 25, 50, 75, 100, 125°C). The vertical axis shows percent activation reliability from 50% to 100%. Data are synthesized to model common physical behaviors: reliability remains high at moderate temperatures but degrades with elevated temperature and greater vibration. Low-vibration conditions maintain >95% reliability up to ~75°C before a modest decline; medium vibration shows a clearer downward slope starting near 50°C; high vibration produces the steepest decline, dropping below 80% by 100°C and approaching failure modes near the upper thermal limit. Key insights: 1) Thermal stress and vibration act multiplicatively to reduce activation reliability rather than independently — design margins should consider combined stress. 2) For mission-critical applications requiring >95% activation, limit operating temperature to ≤50°C under medium or high vibration unless additional shielding or damping is implemented. 3) For high-temperature environments, apply vibration isolation, redundancy, or specification upgrades to maintain acceptable reliability. Use this visualization to prioritize testing scenarios and to communicate environmental limits to system engineers. While these values are illustrative, the pattern highlights where laboratory validation should focus: mid-to-high temperature ranges under realistic mechanical vibration profiles. Implementing environmental qualification and selecting appropriate materials and mounting can shift these curves upward, improving end-to-end switch reliability in harsh conditions.

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