Standard Flat Pack Magnet Sensor, MS-328
Features
10W Contact Rating. Normally 30W Contact Rating. Normally Open contact. Three sensitivity bands. Sputtered Ruthenium Contact. Higher Shock Limits. Easy Screw Mounting.
Benefits
Omni-polar. Does not require power for operation. RoHS Compliant. Not ESD Sensitive. Various Cables and Connectors Available. Actuator with same Housing available.
📝Description
This standard Fast Pack Magnet sensor is designed for versatile industrial applications, capable of being securely mounted using M3 screws and handling loads up to 30W. Its adaptability makes it ideal for environments requiring frequent distance adjustments. Depending on the magnet and AT band utilized, various activation distances are achievable, catering to diverse operational needs.
Upon request, this standard flat pack magnet sensor can be equipped with non-standard connectors, enhancing its flexibility in different setups. Rigorous testing ensures reliability, with all sensors undergoing 100% evaluation for Operate AT, Release AT, Static Contact Resistance, and Variable Contact Resistance prior to packaging. This stringent quality control guarantees consistent performance in demanding conditions.
As an omni-polar device, the MS-328 can respond to either a north or south pole, or both, for activation. Selecting the appropriate AT band, magnet strength, and operating axis allows precise control over the number of activations and releases, ensuring optimal functionality tailored to specific requirements.
In summary, the MS-328 Standard Flat Pack Magnet sensor stands out for its robust construction, versatile mounting options, and precise activation capabilities, making it a reliable choice for industrial applications where frequent adjustments and dependable performance are 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 MS-328 Flat Pack Sensor
Operate and release distances for the MS-328 standard size Flat pack sensor in the three standard AT bands when actuated (as shown in the
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Sep 3, 2024 |
⚡️Electrical
Contact Form | A | |
Contact Rating (max) | W/VA | 30.0 |
Switching Current (max) | A | 0.5 |
Carry Current (max) | A | 2.50 |
DC Switching Voltage (max) | VDC | 230 |
Breakdown Voltage (min) | VDC | 350 |
Contact Resistance (max) | mΩ | 150 |
Insulation Resistance (min) | Ω | 109 |
Capacitance (typ) | pF | 0.2 |
📊Miscellaneous
Operate Time (max) | ms | 0.35 |
Bounce Time (max) | ms | 0.30 |
Release Time (max) | ms | 0.15 |
Resonance Frequency (typ) | Hz | >2000 |
Operating Frequency (max) | Hz | 500 |
Operating Temperature Range | °C | -40 to +70 |
Shock Resistance (½Sin wave for 11ms) | G | 50 |
Vibration Resistance (10-2000 Hz) | G | 20 |
⚙️Ordering Code
MS-328-(Operate Band Code)-(Cable Length in mm)-(Cable Termination Code)
Operate Band Code | ||
3 | AT | 20-25 |
4 | AT | 25-30 |
5 | AT | 30-35 |
Cable Termination Code | Termination Type |
S | Stripped to 5.0 mm |
T | Stripped and Tinned |
Example: MS-328-4-500-T Denotes MS-328 Flat-pack Sensor in 25-30 Operate AT, with 500 mm cable length and Tinned ends.
Other Special Configurations: Lower Static Contact Resistance, Dynamic Contact Resistance Limit, Special Release Limits.
🛠️Usage Notes
Here are some of the recommended usage notes to ensure maximum durability of this product. The complete usage notes are available here.
Ampere Turn Selection for your Application
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Effects of Temperature on Reed Switches and Magnets
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Handling of Reed Switches
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Ferro-magnetic Parts
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Cable Handling
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Protection Circuits for Reed Switches
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🧰Applications
Although we can never restrict the use of a reed sensor to a particular field, the following is a list of some of the applications that the MS-328 Magnet Sensor is known to perform well.
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Automatic Doors’ Position Detection Using Reed Sensors
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HVAC Damper Position Sensing Using Magnet Sensors
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Fire safety Emergency Doors Use Magnet Sensors
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Reed Sensors to Prevent Cargo Container Tampering
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Welding Machines Use Magnet Sensors to detect Current Flow
Welding machines come in two main types: Constant Current and Constant Voltage. In Constant Current welding machines, the output voltage
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Elevator Circuits Use Latching Reed Switches for Floor Sensing
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Door and Window Security in Smart Homes Using Magnet Sensors
Ensuring the security of doors and windows is paramount for homeowners, both when they are away and when they are at home. In modern
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Rowing Electronics Data Tracking Using Reed Sensors
Rowing electronics have revolutionized the way rowing data is tracked and utilized, not only in competitive rowing but also in the realm
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Airbag deployment Using Reed Switch based Seat Sensors
Modern vehicles are equipped with sophisticated airbag systems designed to deploy rapidly and deflate quickly during collisions or rapid
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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 |