ORD2210 Series Reed Switch


The ORD2210 Series is a high-power, high-voltage reed switch designed for demanding industrial and general-purpose applications. Featuring a single-pole, normally open (Form A) contact configuration, it offers reliable magnetic switching performance with rated power up to 100 W, switching voltage up to 1,000 VDC, and switching current up to 1.0 A.
With a glass body length of 21.0 mm and diameter of 2.75 mm, the ORD2210 is hermetically sealed in inert gas for enhanced contact stability and long-term reliability. Its robust construction and wide pull-in range (15–60 AT) make it ideal for high-voltage circuits, proximity sensing, and control systems across a variety of industries.
Standards and Certifications
- High power and voltage handling: Up to 100 W and 1,000 VDC
- SPST-NO (Form A) contact configuration for simple and reliable switching
- Hermetically sealed glass tube filled with inert gas for contact protection
- Wide pull-in range (15–60 AT) for flexible magnetic actuation
- Compact design with 21 mm glass body for stable mechanical integration
- Supports surface mount and through-hole assembly
- Available in multiple sensitivity ranges for tailored performance
- Suitable for automated manufacturing with tape-and-reel packaging options
Overall Length mm (inches) | 55.4 (2.181) |
Glass Length Max. mm (inches) | 21.0 (0.826) |
Glass Dia. Max. mm (inches) | 2.75 (0.108) |
Lead Dia. mm (inches) | 0.6 (0.023) |
Contact Form | 1A (SPST) Normally Open (N.O.) |
Pull-In Range | 15-60 AT |
Rated Power Max. | 50W/200VDC/1 Amp DC |
- Industrial Equipment: High-voltage switching, motor control, actuator feedback
- Power Systems: Load switching, fault detection, circuit isolation
- Medical Devices: Isolation switching in diagnostic and imaging equipment
- Security Systems: Magnetic contact sensors, tamper detection
- Test & Measurement: Signal routing, relay triggering, ATE systems
- Automotive Electronics: Brake detection, position sensing, battery management
- Consumer Electronics: High-voltage switching in compact devices