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Description
MK11 sensors are magnetically operated Reed Sensors with screw thread enclosure supplied with interconnect cable. The sensor should be mounted on a fixed surface with the actuating magnet on the moving surface. Introduction or removal of the magnetic field determines the closing and opening of the Reed Switch. The magnetic pull-in / drop-out sensitivity is divided into five AT ranges. A choice of switches, termination options and cable lengths is offered.
Features
Stainless steel and plastics designs with thread for space adjustment
High power switches available
Other cables, connectors and colors available
Various case sizes available
Five operate sensitivities available
A choice of cable terminations and lengths are available
Applications
Piston end travel and position detection
End motion detection for linear drives
Machinery industry
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Description
MK4 sensors are magnetically operated Reed proximity switches designed for screw mounting. The sensor should be mounted on a fixed surface with the actuating magnet on the moving surface. Introduction or removal of the magnetic field determines the closing and opening of the Reed Switch.
Features
Form A, B and C available
High power switches available
Other cables, connectors and colors available
Various case sizes available
Five operate sensitivities available
A choice of cable terminations and lengths are available
Applications
Position and limit switch
Pneumatic or hydraulic actuator position indication and end travel limit switch
Door and window contacts
Security system applications
Level Sensor (use with magnetic floats for water level detection in coffee makers, washing machines, dishwashers)
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Description
MK17 are magnetically operated Reed proximity sensors for SMD mounting.
Lead design 1: Flat, straight leads for PCB mounting.
Lead design 2: Flat, bent SMD leads.
Lead design 3: J lead
The sensors are supplied taped & reeled according to IEC 286 / part 3 suitable for auto-placement. The special features of this series are the small dimensions of only 12.5 x 2.1 x 2.1mm and the simple internal structure (low cost version).
Features
Two operate sensitivities available
Tape and Reel available
Excellent for low power operations
No external power required for sensor operation
Applications
Electronic PCB's where all components are surface mounted
No power-requirement sensor for low power applications
Telecommunication applications
Hook switch in mobile and hard wired phones
Switching element in microphones
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Description
MK11 sensors are magnetically operated Reed Sensors with screw thread enclosure supplied with interconnect cable. The sensor should be mounted on a fixed surface with the actuating magnet on the moving surface. Introduction or removal of the magnetic field determines the closing and opening of the Reed Switch. The magnetic pull-in / drop-out sensitivity is divided into five AT ranges. A choice of switches, termination options and cable lengths is offered.
Features
Stainless steel and plastics designs with thread for space adjustment
High power switches available
Other cables, connectors and colors available
Various case sizes available
Five operate sensitivities available
A choice of cable terminations and lengths are available
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Description
MK3 sensors are magnetically operated Reed proximity switches in a cylindrical module, with an )nterconnect cable. The sensor should be mounted on a fixed surface with the actuating magnet on the moving surface. Introduction or removal of the magnetic field determines the closing and opening of the Reed Switch.
Features
High power switches available
Other cables, connectors and colors available
Various case sizes available
Five operate sensitivities available
A choice of cable terminations and lengths are available
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Position and movement detection is indispensable in the automation industry. Non-contact proximity switches allow for a significantly higher number of switch operations than mechanically operated switching elements. The different elobau variants usually use reed technology and are operated with magnets. Steel proximity switches and vane switches are the exception as they are operated by a ferrous metal.
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MOD I930-P930 Position sensors
Fixing: I930 M8x1,25 / P930 diametro 5,6
Capacity contact: 0,5 A / 50 V
Output signal: N.O.
MOD P900 P915 P920 Position sensors
Capacity contact: 0,5 A / 50 V
Output signal: N.O.
MOD SNLVDT Position sensors
MOD SNM01 Position sensors
MOD SNM02 Position sensors
Use: Sensore di posizione cavalletto ad effetto di Hall
Capacity contact: Vcc 8 - 18 Vdc Icc 20 mA
Output signal: Iout max 3A Rout max 0,2 ohm
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The reed switch is an electrical switch operated by an applied magnetic field. It was invented at Bell Telephone Laboratories in 1936 by W. B. Elwood. It consists of a pair of contacts on ferrous metal reeds in a hermetically sealed glass envelope. The contacts may be normally open, closing when a magnetic field is present, or normally closed and opening when a magnetic field is applied.
A magnetic field (such as from an energized coil around the glass tube or a permanent magnet moved towards it) will cause the contacts to pull together, thus completing an electrical circuit. The stiffness of the reeds causes them to separate, and open the circuit, upon removal of the magnetic field. A more complicated configuration contains a nonferrous normally closed contact that opens when the ferrous normally open contact closes. Good electrical contact is assured by plating a thin layer of precious metal over the flat contact portions of the reeds.
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