IL-2022 Reed Switch for Inductive Loads Form A, Center Contact, Release AT Configurable All dimensions in mm This reed switch is designed for performance at moderate inductive loads of 15W. The flattened lead outs are especially useful for orienting the internal blades to face one way while soldering, welding etc, for maximum in-group sensitivity. The three differential bands which are available cover a wide range of release specific applications. This reed switch is Lead (Pb) free and RoHS compliant. Formations Available Cropped SMD Welded Soldered Goal post L Formed Applications This reed switch is suitable for use in the following applications and many others: coffee machines, water tank control, digital wind vanes, rowing electronics, electronics and science kits... Electrical Sub code Operate Range Release Range Contact Rating (max) Switching Current (max) Carry Current (max) Switching Voltage (max) Switching Voltage (max) Breakdown Voltage Initial Contact Resistance (max) Insulation Resistance (min) Capacitance (min) Miscellaneous Operate Time (max) Bounce Time (max) Release Time (max) Resonance Frequency Operating Frequency Operating Temperature Test Coil Lead out plating Shock Resistance Vibration (10-2000Hz) AT AT W/ VA A A VDC VAC VDC m pF ms ms ms Hz Hz °C g g 1.0 0.5 0.15 >2000 500 -40 to +200 717 102 002 Sn (Pb free) 50 20 L 20 – 50 8 – 25 15.0 0.5 1.75 150 125 200 100 10 11 0.2 M 20 – 50 11 – 30 15.0 0.5 1.75 150 125 200 150 10 11 0.2 H 20 - 50 14 - 50 15.0 0.5 1.75 150 125 200 200 10 11 0.2 Ordering Code IL-2022-(Sub Code)-(Start Operate AT)-(Finish Operate AT) Example IL-2022-H-20-25 Denotes 20-25 Operate AT with a minimum Release AT of 14. Other Configurations Available Dynamic contact resistance limit, Higher insulation resistance, Special release limits, Gold plates leads Please refer to our reed switch usage notes Due to continual improvement, specifications are subject to change without notice www.reed-sensor.com 10 May 2008 Reed Relays and Electronics India Limited [email protected] Fax 91-44-2496-0098