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Supplier: HSI Sensing (Hermetic Switch, Inc.)
Description: Reed Switches are used in multiple industries and applications. From implantable medical devices, to hearing aid and aerospace applications, HSI Sensing offers years of experience perfecting reed switch technology so that it is reliable and operates consistently in any
- Current Rating: 1 amps
- DC Voltage Rating: 250 volts
- Pole and Throw Specifications: Single Pole, Double Throw (SPDT)
- Power Rating: 25 watts
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Supplier: Standex-Meder Electronics
Description: The KSK-1E85 is a latching or bistable reed switch, high power reed switch, and high voltage reed switch with (Form E) contacts. Glass length of 21.0mm and diameter of 2.75mm. Rated power 50 W, Switching voltage 300 VDC, Switching
- Configuration: Normally Open (NO), Normally Closed (NC)
- Current Rating: 1 amps
- DC Voltage Rating: 300 volts
- Diameter: 0.1083 inch
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Supplier: Standex-Meder Electronics
Description: The KSK-1E66 is a high performance miniature reed switch featuring latching or bistable reed switch contacts. Glass length of 14.0mm and diameter of 2.2mm. This reed switch has a rated power 10 W, Switching voltage 200 VDC, Switching
- Configuration: Normally Open (NO), Normally Closed (NC)
- Current Rating: 0.5000 amps
- DC Voltage Rating: 200 volts
- Diameter: 0.0866 inch
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Supplier: Littelfuse, Inc.
Description: This SD Series High-Current Bistable Relay (880107) is a double-pole, single-throw (DPST) latching relay for remote power switching applications requiring high continuous current passage, large engine starting needs, and high ambient temperatures.Capable of being remotely controlled
- Features: Latching Relay
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Supplier: Littelfuse, Inc.
Description: This SD Series High-Current Bistable Relay (880103) is a single-pole, single-throw (SPST) latching relay for remote power switching applications requiring high continuous current passage, large engine starting needs, and high ambient temperatures.Capable of being remotely controlled
- Features: Latching Relay
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Supplier: BERNSTEIN AG
Description: Thanks to the use of only one single “active” component (reed contact), “traditional” electromechanical magnetic switches are extremely reliable in operation. The universal current capability and low procurement costs allow these switches to be used in a wide range of
- Body: Rectangular
- Operating Distance: 0.0787 to 0.8661 inch
- Operating Temperature: -40 to 302 F
- Output: Switched / Alarm
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Supplier: Clark Solutions
Description: a sealed housing. When the float reaches the position of the Reed contact the switch will close. With higher flows the float moves further upward until it reaches a built-in float stop, still keeping the switch closed. This ensures a bistable switch function at any
- Electrical Output: Switch
- End Fittings: Threaded
- Gas Volumetric Flow Rate Range: 0.0706 to 106 SCFM
- Liquid Volumetric Flow Rate Range: 0.0264 to 39.6 GPM
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Supplier: Clark Solutions
Description: the float reaches the position of the Reed contact the switch will close. With higher flows the float moves further upward until it reaches a built-in float stop, still keeping the switch closed. This ensures a bistable switch function at any time. The Reed
- Electrical Output: Switch
- End Fittings: Threaded
- Gas Volumetric Flow Rate Range: 0.0141 to 159 SCFM
- Liquid Volumetric Flow Rate Range: 1.32 to 39.6 GPM
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Supplier: Clark Solutions
Description: -in scale on the measuring glass. A Reed contact is mounted outside the meter in a sealed housing. When the float reaches the position of the Reed contact the switch will close. With higher flows the float moves further upward until it reaches a built-in float stop, still
- Electrical Output: Switch
- End Fittings: Threaded
- Liquid Volumetric Flow Rate Range: 0.0528 to 66 GPM
- Maximum AC Voltage Rating: 250 volts
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Supplier: Clark Solutions
Description: -in scale on the measuring glass. A Reed contact is mounted outside the meter in a sealed housing. When the float reaches the position of the Reed contact the switch will close. With higher flows the float moves further upward until it reaches a built-in float stop, still
- Electrical Output: Switch
- End Fittings: Threaded
- Gas Volumetric Flow Rate Range: 0.0141 to 159 SCFM
- Liquid Volumetric Flow Rate Range: 1.32 to 39.6 GPM
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Supplier: Littelfuse, Inc.
Description: Remotely operated disconnect for high-amp circuits Eliminates cost of routing heavy gauge cables to user accessible mechanical disconnect switches Bi-stable mechanism draws no current in the ON or OFF states Supports high amperage intermittent and continuous current loads LED output
- DC Coil Voltage: 12 volts
- Features: Latching Relay
- Maximum Current: 300 amps
- Mounting: Other
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Supplier: Littelfuse, Inc.
Description: vehicle with a finewire harness linking the HD relay to the control switch. Rated for 16 V dc maximum voltage and up to 300 A continuous current 12 V dc magnetically latched bistable coil Dielectric withstand voltage of 1100 V dc for 2 minutes
- DC Coil Voltage: 12 volts
- Features: Latching Relay
- Maximum Current: 300 amps
- Mounting: Other
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Supplier: BERNSTEIN AG
Description: Thanks to the use of only one single “active” component (reed contact), “traditional” electromechanical magnetic switches are extremely reliable in operation. The universal current capability and low procurement costs allow these switches to be used in a wide range of
- Body: Cylindrical
- Operating Distance: 0.2362 to 0.8661 inch
- Operating Temperature: -40 to 302 F
- Output: Switched / Alarm
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Supplier: KOBOLD Instruments, Inc.
Description: all plastic with bodies made of nylon Polysulfone or PVDF to handle aggressive media. For the control of flow setpoints, a bistable switch can be provided for the instrument. Reed contacts or transistor switches are available and can be used to monitor and alarm on an
- Electrical Output: Switch
- End Fittings: Threaded
- Media Temperature: 140 to 240 F
- Mounting Type: In-line
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Supplier: BERNSTEIN AG
Description: Thanks to their special properties, hall sensors are ideal for use in many different applications. They are used to detect position, angle and / or speed and are immune to shock, impact, vibration and wear. High switching frequencies, long switching distances, a broad temperature range
- Body: Cylindrical
- Operating Temperature: -13 to 158 F
- Output: Switched / Alarm
- Power Requirements: DC Powered
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Supplier: steute
Description: Features / Options Metal enclosure Long life 1 Reed contact Actuation from front, actuation from side only with bistable contact Switching distance up to 30 mm depending on the actuating magnet With pre-wired cable
- Body: Cylindrical
- Operating Distance: 1.18 inch
- Operating Temperature: 14 to 176 F
- Repeatability: -0.7874 to 0.7874 mils
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Supplier: steute
Description: Features/Options Ex zone 1 and 21 Brass enclosure, nickeled, available in stainless steel Including 2 mounting nuts 1 Reed contact Actuation from front, actuation from side only with bistable contact Switching distance up to 30
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TE offers a diverse portfolio and one of the broadest ranges of of relay types, including automotive high-voltage relays, automotive high-current relays, latching (bi-stable) relays and non-latching (monostable) relays, plug-in relays, high-frequency relays, reed relays, and solid state relays (read more)
Browse Electromechanical Relays Datasheets for Heilind Electronics, Inc.
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The Automatic Rate Adjustment Pacemaker. The Possibilities of Rate Hysteresis
The early Vitatron®t and General Electric:): dual-rate pacemakers independently incorporated a bist- able magnetic reed switch , which was stable in either of two positions, corresponding to two rates, nominally about 68 and 90 stimuli per .
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A simple remote-controlled power switch for internalized bioelectronic instrumentation
Of the several different types of remotely controlled switches developed in recent years, the simplest is a bistable magnetic reed switch con- nected in series with the battery [2].
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Performance degradation of the coherent averaging technique by a molding effect
Of the several different types of remotely controlled switches developed in recent years, the simplest is a bistable magnetic reed switch con- nected in series with the battery [2].
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Fabrication of NdFeB-based permanent rare-earth micromagnets by novel hybrid micromolding process
This property is certainly enticing for many new and pos- sibly disruptive commercial micro-devices, including: MEMS micro-motors and generators, micro- reed switches , bistable μ-switches for sensing and micro-positioning; RF-MEMS telecommunications (such as: low-frequency switches, magnetic isolators…
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A new recording wind vane
…i) a magnetically biased reed switch operated by a miniature permanent magnet attached to the shaft of the vane; (ii) the shorting action which takes place across the output of an electronic bistable circuit in the sliding contact and reed switch potentiometers.
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Photonic switching technology: component characteristics versus network requirements
For the fiber “ reed relay” format switch , switching is bistable and the properties thus do not depend in an analog fashion on the electrical control signals.
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Transmitter for radiotelemetry of intra-arterial pressure in man
sistor and applying a negative 2 ms pulse to the bistable reed relays'R2, R3 and R4, thereby switching off the transmitter and transducer and removing the -5.4V .
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Atomistic theory of transport in organic and inorganic nanostructures
From Xue and Ratner (2003a). . are the properties exhibited by some bistable ‘ switching ’ molecules and the appearance of negative differential resistance ( Reed et al 2001, Chen et al 2003). .
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Slow multiscaling with a 400 channel analyser and point plotting of channel contents (applied to Mössbauer spectroscopy)
The state of the fourth bistable of the second board is used to control the transistor-operated reed switch , the contacts of which control the state of a power transistor which has the pen solenoid as its collector load (Dance 1967).
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An implantable pacemaker for the reduction of heart rate
Art additional advantage of the reed switch is that by using a bias magnet the switch can be made bistable .