Inductive Load Switch Reed Switch, IL-2022
Features
Release AT Configurable. For Inductive Loads. Ruthenium contact. Inert gas filled. 4 types of Lead Formations.
Benefits
Omni-polar. Does not require power for operation. Sputtered Contact. RoHS Compliant. Not ESD Sensitive.
📝Description
The IL-2022 Inductive Load switching Reed Switch is meticulously engineered to excel in applications handling moderate inductive loads up to 15W. Its design ensures reliable performance and longevity, especially in environments where frequent switching of inductive loads is required. The flattened leads facilitate precise orientation of the internal blades during assembly processes like soldering or welding, optimizing sensitivity and ensuring consistent operation.
While the IL-2022 Reed Switch is ideal for inductive load switching, employing contact protection enhances its lifespan in operational settings. This feature is crucial for maintaining reliability over extended periods of use, particularly in industrial and automation applications.
To accommodate diverse operational requirements, the IL-2022 offers three configurable Release AT bands, providing flexibility to match specific application needs. This capability ensures compatibility with a wide range of release time requirements, enhancing versatility and customization options.
For compact installations, the cropped version of the IL-2022 is suitable for smaller plastic housings, offering space efficiency and ease of integration. It supports direct soldering onto cables, simplifying assembly processes and ensuring secure electrical connections. In PCB assembly, the SMD formed version facilitates efficient integration through reflow soldering techniques, optimizing production efficiency and reliability. Additionally, vertical and horizontal mount versions cater to through hole PCB configurations, offering flexibility in installation orientation to accommodate various mounting requirements.
These design features collectively position the IL-2022 Inductive Load switching Reed Switch as a versatile and reliable solution across industries such as automotive electronics, appliance controls, and industrial automation. Its robust construction, coupled with flexible mounting options and precise switching capabilities, ensures consistent performance and durability in demanding applications where inductive load handling is essential.
Magnets for Actuating Reed Switches and Reed Sensors
Drawing of Cylindrical MagnetsDrawing of Rectangular Bar Magnets starFeaturesNdFeB High Energy. Nickel coated. Energized
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Sep 3, 2024 |
Actuation Distances for IL-2022-L Formed Reed Switch
For easy selection of AT band and Magnet for an application, we offer Actuation distances for the IL-2022 Reed Switch in cropped, SMD,
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Sep 3, 2024 |
⚡️Electrical
Contact Form | A | |
Contact Rating (max) | W/VA | 15.0 |
Switching Current (max) | A | 0.5 |
Carry Current (max) | A | 1.75 |
DC Switching Voltage (max) | VDC | 150 |
AC Switching Voltage (max) | VAC | 70 |
Breakdown Voltage (min) | VDC | 200 |
Contact Resistance (max) | mΩ | 200 |
Insulation Resistance (min) | Ω | 1011 |
Capacitance (typ) | pF | 0.2 |
📊Miscellaneous
Operate Time (max) | ms | 1.0 |
Bounce Time (max) | ms | 0.5 |
Release Time (max) | ms | 0.15 |
Resonance Frequency (typ) | Hz | >2000 |
Operating Frequency (max) | Hz | 500 |
Operating Temperature | °C | -40 to +200 |
Shock Resistance (½Sin wave for 11ms) | G | 50 |
Vibration Resistance (10-2000Hz) | G | 20 |
Test Coil Number | 717 102 002 |
⚙️Ordering Code
IL-2022-(Release AT Code)-(Operate Band)-(Formation Code)
Release AT Code | L | M | H | |
Operate Band | AT | 20-50 | 20-50 | 20-50 |
Corresponding Release Band | AT | 8-25 | 11-30 | 14-50 |
Formation Code | Lead Type |
Full Length Leads | |
C | Cropped |
S | SMD |
H | Horizontal Mount |
V | Vertical Mount |
Examples: IL-2022-L-20-25 denotes 20-25 Operate Band (AT) with Full Length leads. IL-2022-H-42-48-S denotes high release AT in 42-48 Operate band (AT) with SMD Formed leads.
Other Special Configurations: Lower Static Contact Resistance, Dynamic Contact Resistance Limit, Higher Insulation Resistance, Special Release Limits, Gold plated leads.
🛠️Usage Notes
Here are some of the recommended usage notes to ensure maximum durability of this Inductive load Switching Reed Switch. The complete usage notes are available here.
Ampere Turn Selection for your Application
Selecting the appropriate Ampere Turn (AT) or magnetic sensitivity for a Reed Switch, Reed Sensor, or Magnet Sensor is crucial in any
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Jul 24, 2024 |
Handling of Reed Switches
Handling of Reed Switches Reed Switches, Reed Sensors, and Magnet Sensors are delicate devices prone to developing micro cracks in
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Jun 17, 2024 |
Soldering of Reed Switches
Soldering Reed Switches and Reed Sensors requires meticulous handling to safeguard these delicate components against inadvertent damage.
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Jun 17, 2024 |
Ferro-magnetic Parts
Reed Switches utilize a nickel-iron alloy, sputter coated with additional Ruthenium to render it ferromagnetic while maintaining low
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Jun 17, 2024 |
Encapsulation and Potting
Encapsulation Nozzle When potting or encapsulating reed switch assemblies in custom housings, the choice of materials plays a critical
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Jun 17, 2024 |
Protection Circuits for Reed Switches
It is assumed that the ideal reed switch load is a Resistive Load, but it is almost impossible to reduce any load to purely resistive.
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Jun 17, 2024 |
🧰Applications
Although we can never restrict the use of a reed switch to a particular field, the following is a list of some of the applications that this inductive load switching reed switch is known to perform well.
Ballast Tank Level Sensing on Commercial Submarines
In commercial submarines, ballast tanks help in controlling buoyancy to allow the vessel to submerge or surface. These tanks take in
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Oct 25, 2024 |
Fuel Pumps Use Reed Switches to measure Volume of fuel
Fuel pumps represent inherently hazardous environments where even the slightest error can precipitate a catastrophic fire. Given this
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Sep 3, 2024 |
Wind Vanes Use Reed Switches for Direction Sensing
A weather vane, a timeless instrument, serves the vital purpose of indicating wind direction. Its simple yet effective design typically
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Sep 3, 2024 |
Food Processors and Mixers Use Current Sensing Relays
Food Processors use current sensing Reed Relays to trigger an output when the coil current exceeds a set, designed-in point. Reed Relays
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Sep 3, 2024 |
Dish Washer and Washing Machine Fluid Level Sensing
Dish Washer models are equipped with smaller reservoirs for fluids such as detergents which are essential for their continuous operation.
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Sep 3, 2024 |
Reed sensors in Telephone Hook and Handsets
Even though the telephone hook was ubiquitous in the 80s and 90s even every home or office, it has been replaced with cellular phones or
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Sep 3, 2024 |
Magnet sensors for Tension Monitoring in Coil Winders
Coil Winder Coil Winders help wind bobbins with Copper wire and these bobbins are used in various applications such as in reed relay
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Sep 3, 2024 |
Reed switches for Door sensing on Copiers and Scanners
Paper Scanners or Copiers, are devices that use an optical head to scan images or printed documents. The most commonly used model is a
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Sep 3, 2024 |