TESZ |
 |
|
 The TESZ Series are designed for use with
hinged movable machine guards which must be closed for operator safety.
Their
tamper-resistant design and positive-opening NC contacts provide a
significantly higher level of safety than conventional, spring-driven limit
switches often used to monitor hinged-guard position.
Their compact,
low-profile design and IP65 rating make them ideal for interlocking hinged
safety guards in industrial environments.
Designed to mount directly on the hinged guard
and its stationary frame, it is easy to install on a wide range of guard styles
and sizes.
Optional right-angle keys, close-radius keys and
mounting. more
|
| ST-14 |
|
 |
Sub-compact,
tamper-resistant movable machine guard safety interlock switch.
The ST14 Series is
designed for use with movable machine guards which must be closed for operator
safety.
Their two piece, tamper-resistant design, and positive-opening NC
contacts, provide a significantly higher level of safety than conventional,
spring-driven switches whose contacts can weld or stick shut.
Their NEMA 4
(IP67) rating make them ideal for interlocking safety guards in hostile
environments. Their compact design allows use in applications where space is
severely limited.
Optional right-angle keys, close-radius keys and
mounting. more
|
| AZ17 |
|
|
The compact Series
AZ17 is designed for use with movable machine guards/access gates which must be
closed for operator safety.
Their positive-opening NC contacts provide a
significantly higher level of safety than conventional spring driven switches
whose contacts can weld or stick shut.
And their tamper-resistant design prevents
bypassing with simple tools, bent wires or other readily available means.
Their
IP67 rating makes them ideal for interlocking safety guards in hostile
environments. more
|
| AZ17zi |
|
|
The compact Series
AZ17zi are designed for use with movable machine guards which must be closed
for operator safety.
Their tamper-resistant design, and positive-opening NC contacts,
provide a significantly higher level of safety than conventional spring-driven
switches whose contacts can weld/stick shut.
Their IP67 rating
makes them ideal for interlocking safety guards in hostile
environments. more
|
| AZ15/16 |
|
|
The Series AZ15/16
is designed for use with movable machine guards/access gates which must be
closed for operator safety.
Their positive-opening NC contacts provide a
significantly higher level of safety than conventional spring driven switches
whose contacts can weld or stick shut.
And their tamper-resistant design prevents
bypassing with simple tools, bent wires or other readily available means.
Their
IP67 rating makes them ideal for interlocking safety guards in hostile
environments. more
|
| AZ16zi |
|
|
The Series AZ16zi
are designed for use with movable machine guards which must be closed for
operator safety.
Their tamper-resistant design, and positive-opening NC contacts,
provide a significantly higher level of safety than conventional spring-driven
switches whose contacts can weld/stick shut.
Their IP67 rating
makes them ideal for interlocking safety guards in hostile
environments. more
|
| AZ335 |
|
|
The AZ335 Series
is designed for use with movable machine guards/access gates which must be
closed for operator safety.
Their positive-opening NC contacts provide a
significantly higher level of safety than conventional spring driven switches
whose contacts can weld or stick shut.
And the switch’s tamper-resistant design
prevents bypassing with simple tools, bent wires or other readily available
means.
Their rugged metal housing and IP67 rating make them ideal for
interlocking safety guards in industrial and hostile
environments. more
|
| AZ415 |
|
|
The AZ415 Series
is designed for movable machine guards/access gates which must be closed for
operator safety.
Their positive-opening NC contacts provide a significantly higher
level of safety than conventional spring driven switches whose contacts can
weld or stick shut.
And their tamper-resistant design prevents bypassing with simple
tools, bent wires or other readily available means. more
|
| SDG |
|
|
The Series SDG is
designed for use with movable machine guards/access gates which must be closed
for operator safety.
Their positive-opening NC contacts provide a significantly higher
level of safety than conventional spring driven switches whose contacts can
weld or stick shut.
And their tamper-resistant design prevents bypassing with simple
tools, bent wires or other readily available means.
Their IP67 rating
makes them ideal for interlocking safety guards in hostile
environments. more
|
| TZG |
|
|
The Series TZG is
designed for use with movable machine guards/access gates which must be closed
for operator safety.
Their positive-opening NC contacts provide a significantly higher
level of safety than conventional spring driven switches whose contacts can
weld or stick shut.
And their tamper-resistant design prevents bypassing with simple
tools, bent wires or other readily available means.
Their IP67 rating
makes them ideal for interlocking safety guards in hostile
environments. more
|
| SHGV |
|
|
The SHGV Series
consist of a guard-mounted mechanical locking device and a 2-position key
operated selector switch for control panel mounting.
This unique key
transfer system assures the removal of power before allowing the access control
guard to be open . . . without the need for electrical wiring at the
interlocked machine guard location. more
|
|
| AZM170 |
|
|
The AZM170 Series
is designed for machines/work cells where access to a hazardous work area must
be controlled until safe conditions exist.
Their
solenoid-latching feature permits locking a machine guard until dangerous
conditions, which may exist immediately after removal of power, have abated.
Solenoid-latching may be controlled by a time delay, motion
detector, position sensor or other suitable component. more
|
| AZM170zi |
|
|
The AZM170zi
Series is designed for machines/work cells where access to a hazardous work
area must be controlled until safe conditions exist.
Their
solenoid-latching feature permits locking a machine guard until dangerous
conditions, which may exist immediately after removal of power, have abated.
Solenoid-latching may be controlled by a time delay, motion
detector, position sensor or other suitable component.
The unit features
independent actuator key (guard) position and solenoid-latching pin position
contacts.
These permit the prevention of machine restart until the guard is
closed and the solenoid-latching pin is in the locked position.
The AZM170zi
consists of an electromechanical safety interlock switch joined to a
solenoid-latching mechanism.
Both the safety switch and solenoid mechanism feature
“positive break” contacts.
In addition the actuator key features a
built-in latch (unlocked key holding force of 7 pounds), and an auxiliary
manual unlocking device . . . the latter provided to aid in installation and
for use in the event of a power failure (when using the “unlocking by
solenoid” model).
Each unit is supplied with a unique actuator key, a cord
grip and a cap to seal the unused key entry port in the solenoid latching
mechanism. more
|
| AZM161 |
|
|
The AZM161 Series
is designed for machines/work cells where access to a hazardous work area must
be controlled until safe conditions exist.
Their
solenoid-latching feature permits locking a machine guard until dangerous
conditions, which may exist immediately after removal of power, have abated.
Solenoid-latching may be controlled by a time delay, motion
detector, position sensor or other suitable component.
The unit features
independent actuator key (guard) position and solenoid-latching monitoring
contacts.
These permit the prevention of machine restart until the guard is
closed and the solenoid-latching pin is in the locked position.
The AZM161
consists of an electromechanical safety interlock switch with
“positive-break” contacts and a locking actuator key.
In addition, the
solenoid mechanism features a NO and a NC solenoid-latching monitoring contact,
and an auxiliary manual unlocking device . . . the latter provided to aid in
installation and for use in the event of a power failure (when using the
“unlocking by solenoid” model). more
|
|
| BNS 30 and
BNS 300 |
|
|
The Series BNS30
and BNS300 coded-magnet sensors are designed for use as a safety interlock
switch on movable machine guards/articulating robot arms.
Each sensor set
consists of a multiple reed switch unit and a coded-magnet actuator.
The reed switches,
wired in series, will only close in the presence of their matched magnetic
field array.
In addition, the Series features an integral monitoring and control
circuit which detects faults in the reed switch array (satisfying EN954,
Category 1 without use of an ancillary safety relay module).
Both switch and
magnet assemblies are sealed to IP67 (submersible) standards.
Their
tamper-resistant design prevents bypassing with a simple magnet or improperly
coded magnetic field.
In addition, the BNS module features an integral LED display of
switch status and a 1-meter long prewired pigtail. more
|
| BNS 333 |
|
|
The Series BNS333
coded-magnet sensors are designed for use as a safety interlock switch on
movable machine guards/articulating robot arms.
Each sensor set
consists of a multiple reed switch unit and a coded-magnet actuator.
The reed switches,
wired in series, will only close in the presence of their matched magnetic
field array.
In addition, the BNS333 features an integral monitoring and control
circuit which detects faults in the reed switch array (satisfying EN954,
Category 1 without use of an ancillary safety circuit monitoring module).
Their
tamper-resistant design prevents bypassing with a simple magnet or improperly
coded magnetic field.
In addition, the BNS module features an optional built-in LED
display of switch status. more
|
| BNS 250 |
|
|
The Series BNS250
coded-magnet sensors are designed for use as a safety interlock switch on
movable machine guards/articulating robot arms.
Each sensor set
consists of a multiple reed switch unit and a coded-magnet actuator.
The reed switches,
wired in series, will only close in the presence of their matched magnetic
field array.
Both switch and magnet assemblies are sealed to IP67 (submersible)
standards.
Their tamper-resistant design prevents bypassing with a simple
magnet or improperly coded magnetic field.
In addition, the BNS module features a 1- meter
long prewired pigtail. more
|
| BNS 33 |
|
|
The Series BNS33
coded-magnet sensors are designed for use as a safety interlock switch on
movable machine guards/articulating robot arms.
Each sensor set
consists of a multiple reed switch unit and a coded-magnet actuator.
The reed switches,
wired in series, will only close in the presence of their matched magnetic
field array.
Both switch and magnet assemblies are sealed to IP67 (submersible)
standards.
Their tamper-resistant design prevents bypassing with a simple
magnet or improperly coded magnetic field.
In addition, the BNS module features an
optional built-in LED display of switch status, and a 1-meter long prewired
pigtail to assure sealing integrity. more
|
| BNS 303 |
|
|
The Series BNS303
coded-magnet sensors are designed for use as a safety interlock switch on
movable machine guards/articulating robot arms.
Each sensor set
consists of a multiple reed switch unit and a coded-magnet actuator.
The reed switches,
wired in series, will only close in the presence of their matched magnetic
field array.
Both switch and magnet assemblies are sealed to IP67 (submersible)
standards.
Their tamper-resistant design prevents bypassing with a simple
magnet or improperly coded magnetic field.
In addition, the
BNS module features an integral built-in LED display of switch status, and a
1-meter long prewired pigtail. more
|
|
 TOP OF PAGE
|
|
|
|
|
