background image

Description 

4 Description 

 

The AC5160 is a cabinet for the basic components of the SiPass access control 
system. This cabinet can be expanded with additional components.  
The 

Advanced Central Controller

 

(ACC)

 is one of the basic components. It is the 

central analysis unit for the access control system. This unit is connected with the 
input/output boards via the field level network (FLN). The ACC is equipped with 
four FLNs. TCP/IP is used to link to the SiPass Server. 
The 

Dual Reader Interface

 

(DRI)

 is a door module including all necessary inputs  

and outputs.. Support of up to two card readers, door monitoring inputs  (e.g. door 
frame contact) and associated outputs (e.g. door latch). The FLN connects the DRI 
to the ACC. The AC5160 includes 2 DRIs. Four additional DRIs can be installed 
into the AC5160 cabinet. 
The basic AC5160 model is equipped with a 24V/150 W 

power supply

. If 

necessary, an additional power supply can be placed in the AC5160 and 
connected in parallel to the existing power pack (master/slave operation). 
The AC5160 can be equipped with two 12-volt 

batteries

 of a capacity up to 25 Ah 

each. These are connected to and charged by the power supply. In the event of a 
power failure, the system is kept online by the batteries. The Batteries are not 
included in the delivery scope. 
The 

Input Point Module

 

(AFI5100)

 is an input board with 32 inputs and 5 outputs. 

This module also connects to the ACC via the FLN. The AFI5100 is not part of the 
basic configuration. 
The 

Output Point Module

 

(AFO5100)

 is an output board especially designed for 

elevator access control but can also be used for general purposes. The module 
features 16 inputs and 16 outputs and is also connected to the ACC via FLN. The 
AFO5100 is not part of the basic configuration. 
Please refer to the corresponding user guide for a detailed description of these 
modules. 
 
The basic configuration – consisting of power supply, ACC, and two DRIs – can be 
expanded by the previously mentioned components. The following configurations 
are possible: 

 

Six DRI’s in total.  
The AC5160 provides 5 installation slots for simple installation of the DRIs. This 
means that one DRI needs to be installed on top of another DRI when 
expanding the basic configuration to the maximum of 6 DRIs. 

 

Additional 150 W power power supply (see chapter 5.3).  

 

AFI5100.  
The AFI5100 (Input Point Module) can be installed on top of the ACC using the 
included spacer bolts. The fully  expanded configuration may not exceed the 
max. output power of the power supply. 

 

AFO5100.  
The AFO5100 (Output Point Module) can be installed on top of the ACC using 
the included spacer bolts as well. The fully expanded configuration may not 
exceed the max. ourpur power of the power supply. 

Siemens Building Technologies

 

 A24205-A335-B219.doc

Fire & Security Products 

 

08.2004

 
 

Summary of Contents for 6FL7820-8BA16

Page 1: ...SiPass AC5160 Installation Instructions Fire Security Products Siemens Building Technologies ...

Page 2: ... document and in the subject thereof By acceptance of the document the recipient acknowledges these rights and undertakes not to publish the document nor the subject thereof in full or in part nor to make them available to any third party without our prior express written authorization nor to use it for any purpose other than for which it was delivered to him ...

Page 3: ...tional DRIs 11 6 3 AFI5100 or AFO5100 Installation 11 7 Installation 12 7 1 Power Supply Overview 12 7 2 Additional Power Supply 13 7 3 Installing the Battery 14 7 4 PE Grounding Concept 14 7 5 Power Supply Connection 15 7 6 ACC Connection 16 7 7 DRI Connection 16 7 8 AFI5100 AFO5100 Connection 16 8 Cables and Lines 17 8 1 Calculation Tool for Cable Cross Sections 17 9 Appendix 18 3 Siemens Buildi...

Page 4: ...void the proximity of sources of electrical or mechanical interferences If the controller is installed in an enclosed space such as behind paneling or in small niches please ensure sufficient ventilation Please use electrically conducting floor coverings to minimize electrostatic charges The permissible ambient temperature of the central control unit must be between 10 and 55 C humidity should not...

Page 5: ...0 8CB10 AFO5100 6FL7820 8CC10 Battery 12 V 25 Ah GBI 13013 9 6 Battery 12 V 6 5 Ah GBI 13206 2 3 24V 150 W power pack V24230 Z6 A1 1 2 Covers for battery poles C24243 A100 C12 2 Scope of Delivery Installation Instructions 1 ACC 010 Advanced Central Contr 1 RIM 010 DRI 24VDC 2 24V 150 W power pack 1 Enclosure base plate 1 Enclosure shell 1 Installation kit 1 5 Siemens Building Technologies A24205 A...

Page 6: ...100 Max 10 W Power pack Fastener DIN rail mount TS35 Power supply connection Spring loaded clips max 1 5 mm2 Output and signal clips Spring loaded clips pluggable max 2 5 mm2 Operating conditions Max permissible ambient temperature 10 to 55 C Protection rating EN60529 IP30 Rel humidity F 95 Environmental class II Design Cabinet dimensions W x H x D in mm 500 x 750 x 200 Color RAL 7035 light gray M...

Page 7: ...he Input Point Module AFI5100 is an input board with 32 inputs and 5 outputs This module also connects to the ACC via the FLN The AFI5100 is not part of the basic configuration The Output Point Module AFO5100 is an output board especially designed for elevator access control but can also be used for general purposes The module features 16 inputs and 16 outputs and is also connected to the ACC via ...

Page 8: ... supply is mounted on the base plate by a DIN rail mount One ACC and two DRI boards are also installed on the base plate Further installation slots are available for three additional DRIs Two DRIs can be installed on top of each other when using the included spacer bolts An AFO5100 or an AFI5100 can be installed on top of the ACC as well The DIN rail mount is generously dimensioned and thus can ac...

Page 9: ...s Power pack s DRIs AFI5100 AFO5100 1 2 0 1 1 2 1 0 1 4 0 0 2 6 0 0 2 6 0 1 2 6 1 0 When making configurations the max power consumption of the system readers door locks must be taken into account Fig 2 Installation plate 9 Siemens Building Technologies A24205 A335 B219 doc Fire Security Products 08 2004 ...

Page 10: ...able ties to the indicated positions to ease the strain on the cables Place sheath wires of shielding on grounding screws Place peripheral cables directly on components Strip power cable 230 V and connect to power supply see section 7 5 Power Supply Connect ground Check wiring Connect cover contact to ACC Insert battery and connect to the power supply Turn on system Connect PC to TCP IP interface ...

Page 11: ...If you would like to stack two DRIs use four additional spacer bolts to attach the lower DRI Then attach the second DRI with screws 6 3 AFI5100 or AFO5100 Installation The AFI5100 or the AFO5100 can be installed on top of the ACC Remove the screws used to attach the ACC to the base plate and replace these with the corresponding spacer bolts Remove the AFI5100 or the AFO5100 from the package and sc...

Page 12: ...ensor malfunction yl Battery malfunction yl Slave Master F SA SA NC NC F BS NS S 24V 24V 24V B B I begr 24V 24V 0V 0V 0V PE L L N N X8 1 0 9 8 7 6 5 4 3 2 1 X11 9 8 7 6 5 4 3 2 1 X1 Interference Rest Slave1 X8 2 Slave2 X8 2 Slave2 X8 7 Slave1 X8 7 To loads Slave1 X11 6 Slave2 X11 7 PE FPE L N Battery temperature sensor Siemens Matsushita NTC K164 4 7k K B57164 K472 K Maintenance free lead gel batt...

Page 13: ... W V24230 Z6 A1 set to slave Protect battery with external fuse min 12 A max 20 A Power supply 24 V 150 W V24230 Z6 A1 set to master 2 1 3 24 V 0 V 24 V 0 V NTC 4k7 Mains mal function NC Fig 2 Additional power supply In case of parallel power supply connections an external protection fuse is necessary for the battery connection that matches the conductor cross section For example Protect line with...

Page 14: ...n Attach the battery pole covers before assembling the enclosure shell Battery 2 12 V 25 Ah rt bl sw To power pack Battery 1 12 V 25 Ah Fig 3 Installing and connecting battery 7 4 PE Grounding Concept The AC5160 is a protection class 1 device The measures and actions required by protection class 1 devices specify that the PE is to be connected to the mains cable With the AC5160 the PE is firmly at...

Page 15: ...he strain Remove the sheath of the cable one centimeter behind the cable tie Connect the cable leads to the corresponding terminals of the power supply without too much slack black to L blue to N Protect both cables by tying both with a cable tie approx 1 cm in front of the connection terminals reason If a cable breaks contact with metal parts has to be prevented The green yellow lead is attached ...

Page 16: ...n The following have to be connected to the DRI 24 V power supply FLN connection to ACC One or more card readers Door monitoringcontacts Door latch A detailed description of the connections is listed in the DRI installation and user manual document number A24205 A335 A155 7 8 AFI5100 AFO5100 Connection A detailed description of connecting the AFI5100 and AFO5100 is listed in the following document...

Page 17: ...nents modules may not fall below 18 V DC With a min permissible battery voltage of 21 V this yields a max voltage drop of 3V DC pertaining to the entire line length Caution Total length line to and back Resistance values for the conductor cross section calculation Line length 100 m Wire Ø 0 6 mm 0 28 mm2 6 5 Ohm Wire Ø 0 8 mm 0 56 mm2 3 6 Ohm Calculation formulae Voltage drop with applied current ...

Page 18: ...Appendix 9 Appendix 18 Siemens Building Technologies A24205 A335 B219 doc Fire Security Products 08 2004 ...

Page 19: ......

Page 20: ...arlsruhe www sbt siemens com 2004 Copyright by Siemens Building Technologies AG Subject to availability Technical data subject to change Printed in the Federal Republic of Germany on environmentally friendly paper produced without using chlorine Document No A24205 A335 B219 Issue 08 2004 ...

Reviews: