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  • H01H51/00
    		•  Electromagnetic relays (relays using the dynamo-electric effect H01H 53/00) HB CC 5G037
  • H01H51/01
    		•  .Relays in which the armature is maintained in one position by a permanent magnet and freed by energisation of a coil producing an opposing magnetic field [3] HB CC 5G037
  • H01H51/02
    		•  .Non-polarised relays (H01H 51/01 takes precedence) [3] HB CC 5G037
  • H01H51/04
    		•  ..with single armature; with single set of ganged armatures HB CC 5G037
  • H01H51/06
    		•  ...Armature is movable between two limit positions of rest and is moved in one direction due to energisation of an electromagnet and after the electromagnet is de-energised is returned by energy stored during the movement in the first direction, e.g. by using a spring, by using a permanent magnet, by gravity HB CC 5G037
  • H01H51/06@A
    		•  Linear motion types HB CC 5G037
  • H01H51/06@H
    		•  .Armatures accommodated coil HB CC 5G037
  • H01H51/06@J
    		•  ..Solenoid contactors HB CC 5G037
  • H01H51/06@K
    		•  ...Magnet switches for plunger type (explanatory notes) starters HB CC 5G037
  • H01H51/06@L
    		•  ...Reversed connecting shaft types HB CC 5G037
  • H01H51/06@M
    		•  ..Bi-stable types HB CC 5G037
  • H01H51/06@N
    		•  ..Armatures moving perpendicularly in coil HB CC 5G037
  • H01H51/06@P
    		•  .Armatures located outside coil HB CC 5G037
  • H01H51/06@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/06@Q
    		•  .Armatures oscillating in coil HB CC 5G037
  • H01H51/06@R
    		•  .Armatures oscillating outside coil HB CC 5G037
  • H01H51/06@S
    		•  ..Seesaw driven balanced rotary oscillation types HB CC 5G037
  • H01H51/06@C
    		•  Reed strip types HB CC 5G037
  • H01H51/06@T
    		•  .Reed strips located in coil HB CC 5G037
  • H01H51/06@U
    		•  .Reed strip located outside coil HB CC 5G037
  • H01H51/06@D
    		•  Hinge types HB CC 5G037
  • H01H51/06@E
    		•  Spherical, granular, liquids HB CC 5G037
  • H01H51/06@Z
    		•  Others HB CC 5G037
  • H01H51/08
    		•  ....Contacts alternately opened and closed by successive cycles of energisation and de-energisation of the electromagnet, e.g. by use of a ratchet HB CC 5G037
  • H01H51/08@A
    		•  Linear motion types HB CC 5G037
  • H01H51/08@H
    		•  .Using cams HB CC 5G037
  • H01H51/08@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/08@C
    		•  Reed strip types HB CC 5G037
  • H01H51/08@D
    		•  Hinge types HB CC 5G037
  • H01H51/08@J
    		•  .Using cams HB CC 5G037
  • H01H51/08@K
    		•  .Using ratchets HB CC 5G037
  • H01H51/08@Z
    		•  Others HB CC 5G037
  • H01H51/10
    		•  ....Contacts retained open or closed by a mechanical latch which is controlled by an electromagnet HB CC 5G037
  • H01H51/10@A
    		•  Linear motion types HB CC 5G037
  • H01H51/10@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/10@C
    		•  Reed strip types HB CC 5G037
  • H01H51/10@D
    		•  Hinge types HB CC 5G037
  • H01H51/10@Z
    		•  Others HB CC 5G037
  • H01H51/12
    		•  ...Armature is movable between two limit positions of rest and is moved in both directions due to the energisation of one or the other of two electromagnets without the storage of energy to effect the return movement HB CC 5G037
  • H01H51/12@A
    		•  Linear motion types HB CC 5G037
  • H01H51/12@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/12@H
    		•  .Armatures rotating or oscillating around its end being as pivot HB CC 5G037
  • H01H51/12@J
    		•  .Armatures rotating or oscillating around an intermediary point on it being as pivot HB CC 5G037
  • H01H51/12@C
    		•  Reed strip types HB CC 5G037
  • H01H51/12@D
    		•  Hinge types HB CC 5G037
  • H01H51/12@Z
    		•  Others HB CC 5G037
  • H01H51/14
    		•  ....without intermediate neutral position of rest HB CC 5G037
  • H01H51/16
    		•  ....with intermediate neutral position of rest HB CC 5G037
  • H01H51/18
    		•  ...Armature is rotatable through an unlimited number of revolutions HB CC 5G037
  • H01H51/20
    		•  ..with two or more independent armatures HB CC 5G037
  • H01H51/20@A
    		•  Related to interlocking linear motion relays HB CC 5G037
  • H01H51/20@B
    		•  Related to interlocking rotary or oscillating relays HB CC 5G037
  • H01H51/20@C
    		•  Related to interlocking reed strip relays HB CC 5G037
  • H01H51/20@D
    		•  Related to interlocking hinge relays HB CC 5G037
  • H01H51/20@E
    		•  Related to interlocking other relays HB CC 5G037
  • H01H51/20@F
    		•  Multi-contact relays HB CC 5G037
  • H01H51/20@Z
    		•  Others HB CC 5G037
  • H01H51/22
    		•  .Polarised relays HB CC 5G037
  • H01H51/22@A
    		•  Linear motion types HB CC 5G037
  • H01H51/22@H
    		•  .Armatures sliding in coil (single contact) HB CC 5G037
  • H01H51/22@J
    		•  .Armatures sliding in coil (Double contacts) HB CC 5G037
  • H01H51/22@K
    		•  .Armatures vertically moving in coil HB CC 5G037
  • H01H51/22@L
    		•  .Moving parts located outside coil HB CC 5G037
  • H01H51/22@M
    		•  ..Card types HB CC 5G037
  • H01H51/22@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/22@N
    		•  .Armatures located in coil HB CC 5G037
  • H01H51/22@P
    		•  .Armatures located outside coil HB CC 5G037
  • H01H51/22@Q
    		•  ..Horizontally driven balanced rotary oscillating type with pivot HB CC 5G037
  • H01H51/22@R
    		•  ..Seesaw driven balanced rotary oscillating type with pivot HB CC 5G037
  • H01H51/22@C
    		•  Reed strip types HB CC 5G037
  • H01H51/22@S
    		•  .Yokes placed circularly outside coil HB CC 5G037
  • H01H51/22@T
    		•  .Yokes located on side surface along lateral direction of coil HB CC 5G037
  • H01H51/22@D
    		•  Hinge types HB CC 5G037
  • H01H51/22@Z
    		•  Others HB CC 5G037
  • H01H51/24
    		•  ..without intermediate neutral position of rest HB CC 5G037
  • H01H51/24@A
    		•  Linear motion types HB CC 5G037
  • H01H51/24@H
    		•  .Armatures sliding in coil (single contact) HB CC 5G037
  • H01H51/24@J
    		•  .Armatures sliding in coil (Double contacts) HB CC 5G037
  • H01H51/24@K
    		•  .Armatures vertically moving in coil HB CC 5G037
  • H01H51/24@L
    		•  .Moving parts located outside coil HB CC 5G037
  • H01H51/24@M
    		•  ..Card types HB CC 5G037
  • H01H51/24@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/24@N
    		•  .Armatures located in coil HB CC 5G037
  • H01H51/24@P
    		•  .Armatures located outside coil HB CC 5G037
  • H01H51/24@Q
    		•  ..Horizontally driven balanced rotary oscillating type with pivot HB CC 5G037
  • H01H51/24@R
    		•  ..Seesaw driven balanced rotary oscillating type with pivot HB CC 5G037
  • H01H51/24@C
    		•  Reed strip types HB CC 5G037
  • H01H51/24@S
    		•  .Yokes provided around outside the coil HB CC 5G037
  • H01H51/24@T
    		•  .Yokes located on side surface along lateral direction of coil HB CC 5G037
  • H01H51/24@D
    		•  Hinge types HB CC 5G037
  • H01H51/24@Z
    		•  Others HB CC 5G037
  • H01H51/26
    		•  ..with intermediate neutral position of rest HB CC 5G037
  • H01H51/26@A
    		•  Linear motion types HB CC 5G037
  • H01H51/26@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/26@C
    		•  Reed strip types HB CC 5G037
  • H01H51/26@D
    		•  Hinge types HB CC 5G037
  • H01H51/26@Z
    		•  Others HB CC 5G037
  • H01H51/27
    		•  .Relays with armature having two stable magnetic states and operated by change from one state to the other HB CC 5G037
  • H01H51/28
    		•  .Relays having both armature and contacts within a sealed casing outside which the operating coil is located, e.g. contact carried by a magnetic leaf spring or reed (H01H 51/27 takes precedence) HB CC 5G037
  • H01H51/28@A
    		•  A pair of reed strips [figure] HB CC 5G037
  • H01H51/28@B
    		•  .Multiple combinations of pair lead strips [figure] HB CC 5G037
  • H01H51/28@C
    		•  ..A pair of reed strips or multiple reeds arranged in parallel e.g. matrix types HB CC 5G037
  • H01H51/28@D
    		•  Switching reed strip types [figure] HB CC 5G037
  • H01H51/28@E
    		•  With reciprocating motion objects [figure] HB CC 5G037
  • H01H51/28@F
    		•  With multiple contacts sealed [figure] HB CC 5G037
  • H01H51/28@G
    		•  With mercury sealed HB CC 5G037
  • H01H51/28@H
    		•  .Mercury relays (oscillating types) HB CC 5G037
  • H01H51/28@J
    		•  .Mercury relays (with two reed strips) HB CC 5G037
  • H01H51/28@K
    		•  .Plunger injecting types HB CC 5G037
  • H01H51/28@Z
    		•  Others HB CC 5G037
  • H01H51/29
    		•  .Relays having armature, contacts, and operating coil within a sealed casing (H01H 51/27 takes precedence) HB CC 5G037
  • H01H51/29@A
    		•  Linear motion types HB CC 5G037
  • H01H51/29@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/29@H
    		•  .Polarised types HB CC 5G037
  • H01H51/29@C
    		•  Reed strip types HB CC 5G037
  • H01H51/29@J
    		•  .Polarised types HB CC 5G037
  • H01H51/29@D
    		•  Hinge types HB CC 5G037
  • H01H51/29@Z
    		•  Others HB CC 5G037
  • H01H51/30
    		•  .specially adapted for actuation by ac HB CC 5G037
  • H01H51/30@A
    		•  Linear motion types HB CC 5G037
  • H01H51/30@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/30@C
    		•  Reed strip types HB CC 5G037
  • H01H51/30@D
    		•  Hinge types HB CC 5G037
  • H01H51/30@Z
    		•  Others HB CC 5G037
  • H01H51/32
    		•  ..Frequency relays; Mechanically-tuned relays HB CC 5G037
  • H01H51/32@A
    		•  Linear motion types HB CC 5G037
  • H01H51/32@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/32@C
    		•  Reed strip types HB CC 5G037
  • H01H51/32@D
    		•  Hinge types HB CC 5G037
  • H01H51/32@Z
    		•  Others HB CC 5G037
  • H01H51/34
    		•  .Self-interrupters, i.e. with periodic or other repetitive opening and closing of contacts HB CC 5G037
  • H01H51/34@A
    		•  Linear motion types HB CC 5G037
  • H01H51/34@B
    		•  Rotary or oscillating types HB CC 5G037
  • H01H51/34@C
    		•  Reed strip types HB CC 5G037
  • H01H51/34@D
    		•  Hinge types HB CC 5G037
  • H01H51/34@Z
    		•  Others HB CC 5G037
  • H01H51/36
    		•  ..wherein the make-to-break ratio is varied by hand setting or current strength HB CC 5G037
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