Wireless Magnetic Sensors

Description: OEM Wireless Analog Sensor Node - Extended Range Overview The SG-Link®-OEM-LXRS™ Wireless Analog Sensor Node features 1 differential input channel with optional bridge completion, 1 single ended input channel with 0-3 volt excitation, and an internal temperature

• Features: Battery Powered, Wireless
• Maximum Shock: 500 g
• Maximum Vibration: 500 g
• Number of Input Channels: 3 #

Description: Part # - 3005-31 - Point Sensor Magnetic Door, 418 MHz Part # - 5002-09-MD - Point Sensor Magnetic Door, 433 MHz The Point Sensor Magnetic Door wireless transmitter is a battery operated digital counter sensor with a microprocessor controlled

• Operating Temperature: -40 to 85 C
• Sensor Type: Magnetic Sensor

Description: Features/Options Thermoplastic or stainless steel enclosure RF RC M30 … : Sensor with reed contact RF GS M30 … : Sensor based on GMR effect RF HS M30 … : Sensor with Hall sensor sWave® wireless

• Operating Distance: 0.4783 to 1.18 inch
• Output: Switched / Alarm
• Technology: Magnetic Proximity Sensor

Description: Features precision time-keeping and extended range capabilities; measures strain, torque, load, pressure and magnetic fields. Overview The SG-Link® -LXRS™ 3 Channel Wireless Analog Sensor Node features 1 differential input channel with

• Features: Battery Powered, Wireless
• Maximum Shock: 500 g
• Maximum Vibration: 500 g
• Number of Input Channels: 3 #

Description: Features/Options Thermoplastic enclosure sWave® wireless technology (SW868/SW915) or EnOcean® wireless technology (EN868) No wiring and pipe laying required Power supply by Lithium battery Easy programming of receiver Multi-network capable Output signal can be individually configurated

• Operating Distance: 0.3937 inch
• Output: Switched / Alarm
• Technology: Magnetic Proximity Sensor

Description: Wireless, non-contact magnetic sensors, in the presence of their actuating magnet, send a unique, coded telegram to one or more compatible, easily-programmed Receivers. If sensor does receive the confirmation of receipt signal from the Receiver within 15ms, it transmits a

• Body: Cylindrical
• Operating Distance: 0.5906 inch
• Operating Temperature: 149 F
• Technology: Magnetic Proximity Sensor

Description: XENSIV™ - TLE5009 E2010 angle sensor immune to air-gap variations The TLE5009 is an angle sensor with analog outputs. It detects the orientation of a magnetic field by measuring sine and cosine angle components with Giant Magneto Resistance (GMR) elements. It provides analog

• Input (Supply) Voltage: -0.5000 to 6.5 volts
• Operating Temperature: -40 to 150 C
• Package Type / Mounting: Surface Mount (SMD), Other
• RoHS Compliant: Yes

Description: XENSIV™ - TLE5009 E2000 angle sensors for use in circuits with 5 volts supply The TLE5009 is an angle sensor with analog outputs. It detects the orientation of a magnetic field by measuring sine and cosine angle components with Giant Magneto Resistance (GMR) elements. It

• Input (Supply) Voltage: -0.5000 to 6.5 volts
• Operating Temperature: -40 to 150 C
• Package Type / Mounting: Surface Mount (SMD), Other
• RoHS Compliant: Yes

Description: XENSIV™ - TLE5009 E1000 analog GMR angle sensor The Infineon TLE5009 family are angle sensors with analog outputs. It detects the orientation of a magnetic field by measuring sine and cosine angle components with Giant Magneto Resistance (GMR) elements. It provides analog sine

• Input (Supply) Voltage: 0.5000 to 6.5 volts
• Operating Temperature: -40 to 150 C
• Package Type / Mounting: Surface Mount (SMD), Other
• RoHS Compliant: Yes

Description: XENSIV™ - TLE5009 E1010 angle sensor with improved angular accuracy The TLE5009 is an angle sensor with analog outputs. It detects the orientation of a magnetic field by measuring sine and cosine angle components with Giant Magneto Resistance (GMR) elements. It provides analog

• Input (Supply) Voltage: -0.5000 to 6.5 volts
• Operating Temperature: -40 to 150 C
• Package Type / Mounting: Surface Mount (SMD), Other
• RoHS Compliant: Yes

Description: Features/Options Thermoplastic or stainless steel enclosure RF RC M30 … : Sensor with reed contact RF GS M30 … : Sensor based on GMR effect RF HS M30 … : Sensor with Hall sensor sWave® wireless

• Operating Distance: 0.4783 to 1.18 inch
• Output: Switched / Alarm
• Technology: Magnetic Proximity Sensor

Description: OEM Wireless Analog Sensor Node - Low Power Overview The SG-Link®-OEM -LS Wireless Analog Sensor Node features 1 differential input channel with optional bridge completion, 1 single ended input channel with 0-3 volt excitation, and an internal temperature

• Features: Battery Powered, Wireless
• Maximum Shock: 500 g
• Maximum Vibration: 500 g
• Number of Input Channels: 3 #

Description: change and fluctuating magnetic fields Sensor learns ambient background and stores settings in non-volatile memory FlexPower technology driven by a single, primary lithium battery integrated into the housing Frequency Hopping Spread Spectrum (FHSS) technology and Time Division

• Power Requirements: DC Powered
• Technology: Magnetic Proximity Sensor

Description: Features/Options Thermoplastic enclosure sWave® wireless technology No wiring and pipe laying required Power supply by Lithium battery Easy programming of receiver Output signal can be individually configurated at the receiver

• Operating Distance: 0.3937 inch
• Output: Switched / Alarm
• Technology: Magnetic Proximity Sensor

Description: caused by the presence of ferrous objects Designed to minimize the effects of temperature change and fluctuating magnetic fields Sensor learns ambient background and stores settings in non-volatile memory FlexPower technology driven by a single, primary lithium battery

• Power Requirements: DC Powered
• Technology: Magnetic Proximity Sensor

Description: Richardson RFPD, an Arrow Company, is a specialized electronic component distributor providing design engineers with deep technical expertise and localized global design support for the latest new products from the world's leading suppliers of RF, Wireless, Energy and Power Technologies.

• Technology: Hall Effect Position Sensor

Description: Vibration Pressure Distance/displacemen t Magnetic field And many more through a variety of available MEMS sensors capable of being added to the remote unit The WISER LC100-PP System The first product in the WISER OEM family, the

• Operating Frequency: 2400 MHz
• Operating Temperature: -40 to 80 C
• Output Power: 13.4 dBm
• Power Source: DC (Battery) Power

Description: Features precision time-keeping and extended range capabilities; measures strain, torque, load, pressure and magnetic fields. Overview The SG-Link® -LXRS™ 3 Channel Wireless Analog Sensor Node features 1 differential input channel with

• Features: RoHS, Adjustable Output Power, LED Indicators, Sensor Excitation, Data logging
• Form Factor / Package: Stand Alone
• Input Sensor Types: Strain Gage / Bridge, Other
• Maximum Transmission Distance: 70 to 2000 m

Description: , very convenient to use, In addition, supporting the selection of DMI825 (SMI825) with the use of separate measurement, used in combination with the Division HCA series tilt sensor, the transmission mode wireless or wired optional, wireless using one-to-one band transmission,

• Accuracy: 0.0030 degrees
• Form Factor: Module / Standalone
• Number of Axes: 2
• Operating Temperature: 14 to 158 F

Description: convenient to use, In addition, supporting the selection of DMI410 (SMI410) with the use of separate measurement, used in combination with the Division LCA series tilt sensor, the transmission mode wireless or wired optional, wireless using one-to-one band transmission,

• Accuracy: 0.0500 degrees
• Form Factor: Module / Standalone
• Number of Axes: 1
• Operating Temperature: -4 to 149 F

Description: It’s Wireless, Magnet-Mounted and easy to set up! One computer can control up to 100 units. Connect multiple computers to control hundreds of conanairs at the same time. The patrol-monitoring system allows your technicians to focus more on planned maintenance tasks

• Acceleration: -16 to 16 g
• Device Type: Sensor / Transducer
• Features: Battery Powered, Internet-of-Things (IoT), Wireless
• Frequency Range: 10 to 1000 Hz

Description: . Display unit has magnetic or wall mounting, or can sit in free standing base. Remote sensors attach with clips or suction cups. Temperature range -22°F to 104°F/ -30°C to 40°C. Temperatures update every 8 minutes. Transmission range up to 65 feet. Display unit operates on 2 AAA

Description: vibration and temperature sensor measures RMS velocity, in inches per second or millimeters per second, and temperature. Mount it as close as possible to the bearings, using the standard bracket or the magnetic bracket, to monitor the machine’s health by detecting increases in

• Device Category: Sensor / Transducer
• Operating Temperature: -40 to 185 F
• Temperature Range: -40 to 221 F

Description: Spire Metering’s T-MAG electromagnetic BTU meter is designed to accurately measure the heat or cold energy of a water heating/cooling circuit. It is consisted of three parts, an electromagnetic flow sensor, a pair of temperature sensors and a main unit. The main unit is a powerful

• Mounting: Non-Invasive
• Pipe Diameter: 0.5000 to 40 inch
• Process Media Type: Liquid
• Technology Type: Ultrasonic Meter

Description: measure, monitor, record machine/equipment/st ructure angular positional status precisely and speedily. These small footprint, 2-axis and high shock resistant industrial-grade MEMS-driven inclination sensor modules effectively eliminate limitations associated with using multiple single

• Accuracy: 2.78E-4 degrees
• Tilt Angle: 0.0 to 4 degrees

Description: application engineers to continuously measure and monitor machine/equipment/st ructure angular positional status precisely and speedily. These small footprint, 2-axis and high shock resistant MEMS driven inclination sensor modules effectively eliminate limitations associated with using

• Accuracy: 0.0100 degrees
• Tilt Angle: 0.0 to 90 degrees

Description: empower application engineers to continuously measure and monitor machine/equipment/st ructure angular positional status precisely and speedily. These small footprint, 2-axis and high shock resistant MEMS driven inclination sensor modules effectively eliminate limitations associated with

• Accuracy: 1.00E-3 degrees
• Tilt Angle: 0.0 to 10 degrees

Description: using normally, very convenient to use, In addition, supporting the selection of DMI420 (SMI420) with the use of separate measurement, used in combination with the Division LCA series tilt sensor, the transmission mode wireless or wired optional, wireless using one-to-one band

• Accuracy: 0.0050 to 0.0500 degrees
• Form Factor: Module / Standalone
• Number of Axes: 2
• Operating Temperature: -4 to 149 F

Description: Spire Metering’s T-MAG electromagnetic BTU meter is designed to accurately measure the heat or cold energy of a water heating/cooling circuit. It is consisted of three parts, an electromagnetic flow sensor, a pair of temperature sensors and a main unit. The main unit is a powerful

• Mounting: Non-Invasive
• Pipe Diameter: 0.5000 to 40 inch
• Process Media Type: Liquid
• Technology Type: Ultrasonic Meter

Description: Tempeature: -40°C ~ +85°C Size: 67mm (L) X 42mm (W) X 23mm (H) Note: 3 meters DB9 cable is included for each sensor module. Benefit PLANAR & WIDE ANGLE RANGE MEASUREMENT Precision levelling and tilt angles

• Accuracy: 0.0020 degrees
• Tilt Angle: 0.0 to 90 degrees

Description: ISO/IEC 15149:2011 specifies the physical layer and media access control layer protocols of a wireless network over a magnetic field in a low frequency band (~300 kHz), for wireless communication in harsh environments (i.e. around metal, underwater, underground, etc.). The

Description: ISO/IEC 15149:2011 specifies the physical layer and media access control layer protocols of a wireless network over a magnetic field in a low frequency band (~300 kHz), for wireless communication in harsh environments (i.e. around metal, underwater, underground, etc.). The

Description: ISO/IEC 15149:2011 specifies the physical layer and media access control layer protocols of a wireless network over a magnetic field in a low frequency band (~300 kHz), for wireless communication in harsh environments (i.e. around metal, underwater, underground, etc.). The

Description: ISO/IEC 15149-1:2014 specifies the physical layer and media access control layer protocols of wireless network over a magnetic field in a low frequency band (~300 kHz) for wireless communication in harsh environment (around metal, underwater, underground, etc.). The physical

Description: An 868MHz 3dBi Spring Magnetic Antenna is typically used for communication in wireless systems operating in the 868MHz frequency band, which is commonly used for applications like LoRa (Long Range), IoT (Internet of Things), RFID (Radio Frequency Identification), and other

• Gain: 3 dB

Description: ISO/IEC 15149-1:2014 specifies the physical layer and media access control layer protocols of wireless network over a magnetic field in a low frequency band (~300 kHz) for wireless communication in harsh environment (around metal, underwater, underground, etc.). The physical

Description: An 868 MHz 5dBi Spring Magnetic Antenna is typically used for communication in wireless systems operating in the 868 MHz frequency band, which is commonly used for applications like LoRa (Long Range), IoT (Internet of Things), RFID (Radio Frequency Identification), and other

Description: Wireless Connectivity Where You Need It - The Wzzard™ intelligent wireless sensor platform creates a complete, quick and easy connectivity stack between your sensors and application – on your network or the Internet. The platform uses Wzzard mesh sensor edge nodes

Description: Wireless Connectivity Where You Need It - The Wzzard™ intelligent wireless sensor platform creates a complete, quick and easy connectivity stack between your sensors and application – on your network or the Internet. The platform uses Wzzard mesh sensor edge nodes

Description: Wireless Connectivity Where You Need It - The Wzzard™ intelligent wireless sensor platform creates a complete, quick and easy connectivity stack between your sensors and application – on your network or the Internet. The platform uses Wzzard mesh sensor edge nodes

Description: Wireless Connectivity Where You Need It - The Wzzard™ intelligent wireless sensor platform creates a complete, quick and easy connectivity stack between your sensors and application – on your network or the Internet. The platform uses Wzzard mesh sensor edge nodes

Description: An 3G 3dBi Spring Magnetic Antenna is typically used for communication in wireless systems operating in the 3G frequency band, which is commonly used for applications like LoRa (Long Range), IoT (Internet of Things), RFID (Radio Frequency Identification), and other wireless

• Form Factor: Internal / Chip
• Gain: 3 dB

Description: An WIFI 3dBi Spring Magnetic Antenna is typically used for communication in wireless systems operating in the WIFI frequency band, which is commonly used for applications like LoRa (Long Range), IoT (Internet of Things), RFID (Radio Frequency Identification), and other wireless

• Gain: 3 dB

Description: (PLICSCOM) Measured value indication and sensor adjustment in an easily accessible position Optional possibility of wireless operation via Bluetooth with smartphone/tablet/PC as well as magnetic pen operation in case of housing lid with inspection window

• Display Type: Graphic Display

Description: , integration with ICs and microcontrollers, power sources, as well as inkjet-printing techniques) demonstrate the revolutionary effect of this approach in low cost RFID and RFID-enabled sensors fields. This approach could be easily extended to other microwave and wireless applications

Description: Neodymium magnets are scaled down to meet exact specifications.A Microelectromechanic al system (MEMS) is a term for the technology found in very small or microscopic devices such as actuators, motors, sensors, and gyroscopes. The moving parts of MEMS are very small, ranging in size from

• Magnet Type: Magnetic Assembly, Rare-Earth Magnet

Description: using normally, very convenient to use, In addition, supporting the selection of DMI810 (SMI810) with the use of separate measurement, used in combination with the Division HCA series tilt sensor, the transmission mode wireless or wired optional, wireless using one-to-one band

• Accuracy: 0.0030 degrees
• Form Factor: Module / Standalone
• Number of Axes: 1
• Operating Temperature: 14 to 158 F

Description: insulation resistance and dielectric strength: Protects the user and sensor in high over-voltage situations, and ensures that the device is compliant with industry standards. High EMC performance: Operates reliably in the presence of electro-magnetic fields, such as near

• Accuracy: 0.2500 ±% FS
• Device Category: Transducer
• Electrical Output: Analog Voltage
• Features: Temperature Compensation

Description: insulation resistance and dielectric strength: Protects the user and sensor in high over-voltage situations, and ensures that the device is compliant with industry standards. High EMC performance: Operates reliably in the presence of electro-magnetic fields, such as near

• Accuracy: 0.2500 ±% FS
• Device Category: Transducer
• Electrical Output: Analog Current
• Features: Temperature Compensation

Description: insulation resistance and dielectric strength: Protects the user and sensor in high over-voltage situations, and ensures that the device is compliant with industry standards. High EMC performance: Operates reliably in the presence of electro-magnetic fields, such as near

• Accuracy: 0.2500 ±% FS
• Device Category: Transducer
• Electrical Output: Analog Current
• Features: Temperature Compensation

Description: insulation resistance and dielectric strength: Protects the user and sensor in high over-voltage situations, and ensures that the device is compliant with industry standards. High EMC performance: Operates reliably in the presence of electro-magnetic fields, such as near

• Accuracy: 0.2500 ±% FS
• Device Category: Transducer
• Electrical Output: Analog Voltage
• Features: Temperature Compensation