107004-15 EN FR26 ROW 0899 Printed in France
37
TIMING CONDITIONS
•
The 8 ms minimum time difference between the two SMs inputs guarantees the
detection of a permanent short circuits of one or both of the SMs inputs. Physically,
the 2 sensors must be slightly apart.
•
If a new transition of a sensor SM occurs during a muting sequence, the muting
sequence is immediately stopped to avoid the permanent muting of the safety
function. The relative position of sensors SMs and EMs define a minimum distance
between 2 successive moving objects.
•
In the conveyor mode, the object must interrupt the safety light curtain detection
beams, before releasing both sensors SMs and 6s max. after the actuation of the
second sensor SMs.
One-way muting using 2 sensors
The following example is a variant of the previous application, where two thru-scan (or
retro-polarized) photoelectic controls SM1 & SM2 are used to start a muting sequence
and where the electrical connections are made in such a way that the release of the
protective equipment beams stops the muting sequence (refer to the figure 4.18 of the
chapter 4.9.1 Use in the conveyor mode). The sensors could also be ultrasonic sensors,
inductive proximity sensors or limit switches (correct operation of these sensors is
monitored by the muting module). This installation enables the muting of the protective
equipment in one direction only. It is recommended on applications where the entry and
the exit points of the material into the dangerous zone are different.
IMPROPER INSTALLATION
•
The distance between sensors SM1 & SM2 shall not allow a person to actuate both
sensors within the preset time frame.
•
Both beams must be interrupted within a preset time frame 8 ms < t < tmax. The
setting of the timing tmax also sets the muting maximum duration
∆
max : select the tmax timing
corresponding to the shortest muting duration
∆
max enabling the object transfer (refer to
chapter 2.4.2 SM inputs).
Failure to comply with these instructions could result in death or serious injury.
ADDITIONAL PROTECTIONS
Additional hard guardings must be designed and installed in such a way that people
cannot enter the dangerous area without being detected by the protective equipment.
Particularly, a person following parts vehiculed towards the dangerous zone shall be
detected when interrupting the safety light curtain detection field.
Failure to comply with these instructions could result in death or serious injury.
Summary of Contents for SYA14 Series
Page 2: ...2 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 6: ...6 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 26: ...26 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 62: ...62 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 70: ...70 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 76: ...76 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 78: ...78 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 79: ...107031 23 EN FR26 GLO 1199 Printed in France 79 8 CE Declaration of Conformity ...
Page 80: ...80 107031 23 EN FR26 GLO 1199 Printed in France This page has been left intentionally blank ...
Page 84: ......
Page 158: ......
Page 160: ......
Page 161: ...For application help call 1 800 537 6945 Honeywell MICRO SWITCH Sensing and Control 80 ...
Page 165: ...3 107022 14 EN FR26 GLO 0100 Printed in Germany This page has been left intentionally blank ...
Page 201: ...39 107022 14 EN FR26 GLO 0100 Printed in Germany This page has been left intentionally blank ...
Page 205: ...43 107022 14 EN FR26 GLO 0100 Printed in Germany This page has been left intentionally blank ...
Page 207: ...45 107022 14 EN FR26 GLO 0100 Printed in Germany This page has been left intentionally blank ...
Page 208: ...107022 14 EN FR26 GLO 0100 Printed in Germany 46 9 Declaration of Conformity ...
Page 219: ...11 107006 11 EN FR26 GLO 0300 Printed in Germany This page has been left intentionally blank ...
Page 229: ...21 107006 11 EN FR26 GLO 0300 Printed in Germany This page has been left intentionally blank ...
Page 257: ...49 107006 11 EN FR26 GLO 0300 Printed in Germany This page has been left intentionally blank ...
Page 260: ...107006 11 EN FR26 GLO 0300 Printed in Germany 52 9 3 Declaration of conformity ...
Page 340: ...Safety Perimeter Guarding Installation Manual FF SPS4 Series Safety Perimeter Guarding ...
Page 536: ...2 107004 15 EN FR26 ROW 0899 Printed in France This page has been left intentionally blank ...
Page 538: ...4 107004 15 EN FR26 ROW 0899 Printed in France This page has been left intentionally blank ...
Page 542: ...107004 15 EN FR26 ROW 0899 Printed in France 8 This page has been left intentionally blank ...
Page 620: ...86 107004 15 EN FR26 ROW 0899 Printed in France This page has been left intentionally blank ...
Page 624: ...90 107004 15 EN FR26 ROW 0899 Printed in France This page has been left intentionally blank ...
Page 626: ...92 107004 15 EN FR26 ROW 0899 Printed in France This page has been left intentionally blank ...
Page 627: ...107004 15 EN FR26 ROW 0899 Printed in France 93 8 CE Declaration of Conformity ...
Page 628: ...94 107004 15 EN FR26 ROW 0899 Printed in France This page has been left intentionally blank ...