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OPERATING AND INSTALLATION INSTRUCTIONS FOR THE INS-ZSACC STANDALONE CODE 

LOCK PLUS CARD AND KEY FOB READER 

 

 

 

INS-ZS-ACC combines two autonomous devices INS-ZS and 

INS-ACC in one panel. It is a microprocessor-based device that 
integrates the  features  of  a  code  lock  and  a  proximity  element 
reader  used  to  control  one  or  more  outputs.  The  exit  can  be 
activated  by  using  the  right  code  or  a  proximity  key  fob/card 
assigned to relevant output. The devices  can be configured as 
needed to work together to control a common output, it can also 
be  configured  separately  for  up  to four  independent  outputs.  It 
can directly control external devices such as an E-lock, reversible 
E-lock (output 1 only) or an optional relay which can be used to 
control any other device such as a magnetic e-lock, a barrier, etc.

 

 

 

 

 
 
 

 
 
 
 
1. INSTALLATION 

 
 
 
 
 
 
 
 
 

 
 

The INS-ZSACC box is flush mounted. Lead the wires through hole 

1

. Fix the box with expansion 

bolts through holes 

2,

 when installing in soft materials, such polystyrene, fix the box using mounting 

foam or plaster.  Screw in the enclosure with 4 screws, using a size 3 Allen key. 
 

The  device  can  also  be  surface-mounted  using  a  surface-mounted  box  to  be  purchased 

separately (trade designation: INS-P-XS NT (INS-ZSACC)). Fix the surface-mounted box to the wall 
with expansion bolts through four holes 

2

.  Lead the wires through hole 

1

. Screw in the enclosure with 

4 screws, using a size 3 Allen key. 
 

Summary of Contents for INS-ZS-ACC

Page 1: ...s It can directly control external devices such as an E lock reversible E lock output 1 only or an optional relay which can be used to control any other device such as a magnetic e lock a barrier etc 1 INSTALLATION The INS ZSACC box is flush mounted Lead the wires through hole 1 Fix the box with expansion bolts through holes 2 when installing in soft materials such polystyrene fix the box using mo...

Page 2: ...g of both modules for output 1 Both modules running together parallel triggering of both modules for output 2 output 1 operated independently All module outputs operated independently of each other In this case remove the EXTMOD plug and connect the power supply to both modules ...

Page 3: ...tarting especially when opening the E lock Connect the 11 5V AC supply voltage to the 12V terminals and if using a DC power supply unit connect respectively DC of the power supply unit to AC terminals any of the terminals and DC to GND terminals Connect the E lock with no specific polarity to ELOCK terminals 12V and OUT1 or OUT2 if using reversible E lock solder jumper Z4 on the left side of the b...

Page 4: ...leaners are harmful to the steel surface because they abrade its natural protective coating and increase the risk of corrosion marks RULES FOR STORING WASTE ELECTRICAL EQUIPMENT Waste electrical equipment must not be disposed of with other waste It should be stored in places designated for this purpose For this purpose please contact the responsible institutions or companies involved in waste recy...

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