Honeywell ACS-8 Installation Instructions Manual
  1. Manuals
  2. Brands
  3. Honeywell Manuals
  4. IP Access Controllers
  5. ACS-8
  6. Installation instructions manual

Honeywell ACS-8 Installation Instructions Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Installation Instructions
ACS-8
Item no. 026575, 026580, 026585
P32501-02-0G0-16
Software-Version
Subject to change
Z 105009
without notice
ZACS8.00.0V0.11.xx
2017-07-20

Advertisement

Table of Contents
loading

Related Manuals for Honeywell ACS-8

Summary of Contents for Honeywell ACS-8

  • Page 1 Installation Instructions ACS-8 Item no. 026575, 026580, 026585 P32501-02-0G0-16 Software-Version Subject to change Z 105009 without notice ZACS8.00.0V0.11.xx 2017-07-20...
  • Page 2 VdS Approval Z 105009, class C...

  • Page 3: Table Of Contents

    5.2.1.2 Shielding of the ACS-8-systems ........
  • Page 4 Mounting the ACS-8 ........
  • Page 5 Connections 026585, ACS-8 230V-version ........
  • Page 6 Installation Instructions / ACS-8 Appendix Master sheet for terminal assignment, empty ........130 Master sheet for the calculation of the memory requirements, empty .

  • Page 7: Safety Instructions

    The VDE safety regulations and the prescriptions of the local electricity supplier must be observed. Danger: The ACS-8 must not be used in any environment where there is a risk of explosion or in areas with caustic or solvent atmospheres...

  • Page 8: Symbols

    Installation Instructions / ACS-8 Symbols The following symbols are used in this manual: Warning! Instructions or information with vital importance for the safety of personnel or equipment. Information relative or peripheral to the current topic. Information on the current topic with important or far-reaching consequences.

  • Page 9: Overview

    Installation Instructions / ACS-8 Overview Device Functon (in alphabetical order) to set up via page Address S1 or º Setup Battery Baud rate S1 or º Setup Clock/Data Communication module S1 of communication module 54-57 Flashbank Interface card BU 4 / BU 5...

  • Page 10: Bus

    Device bus: RS 485 connection of the access control central units (e. g. ACS-8) to host. Module bus: RS 485 connection of ACS-8 (via communication module, see chapter 8.2 and 9.4) to the bus modules controlled by the ACS-8. Modules possible:...

  • Page 11: General Information

    When ACS-8 systems are used in simplified mode the interface converter 026817.03 can be used. If only one ACS-8 is connected it can be directly connected using the RS 232 serial interface. These connections can be made in various permutations.

  • Page 12: Protective Measures

    Installation Instructions / ACS-8 Protective measures Defence against electrostatic discharge Modern semiconductor devices are susceptible to electrostatic charges. The higher the integration density, the finer the structures on the chip and the greater the danger of electrostatic damage. With some semiconductor devices, damage may be caused by less than 20V. This is a very low value when values of greater than 1000v can be generated by walking across a carpet.

  • Page 13: Important Installation Instructions

    Make sure that the line shields in the distribution boxes are connected so that there are no links to other potentials. In the ACS-8, all shields should be connected to one point using the shortest possible route. The shield soldering bar serves as a common point for connection of the ground conductors and line shields (see below).

  • Page 14: Shielded Lines

    The ACS-8 devices are daisy-chained together using shielded cables. Use Cat 5 cables or higher. The shielding of the incoming line connects to the shield terminal bar of the ACS-8. The shielding of the outgoing line must not be connected.

  • Page 15: Shielding Of The Acs-8-Systems

    Installation Instructions / ACS-8 5.2.1.2 Shielding of the ACS-8 systems The following illustrations show the wiring (grounding) of an ACS-8 system in schematic form:...
  • Page 16 Installation Instructions / ACS-8...

  • Page 17: Cables

    The door strike must be taken into consideration if its supply comes from the ACS-8. The current consumption of a door strike depends on the type, but lies somewhere between 200mA and 500mA.
  • Page 18 Installation Instructions / ACS-8 The voltage diagrams 1 and 2 compare the effects of two cable cross-sections. The required line cross-section must be calculated using the graphs shown above . Note! Pay attention to legal rulings! The local requirements must be observed for the line cross-section. VDE 0100 applies to Germany.

  • Page 19: Module Bus/Cables

    6.2.3 ACS-8 module bus 6.2.3.1 Power supply There are two possible connection versions: Central power supply of the ACS-8 (in the bus line or a separate line). - All modules have their voltage supplied by the ACS-8. - No potential separation is required.

  • Page 20: Cable Lengths And Cross Section

    6.4.1 Central power supply from the ACS-8 No potential isolation is required. 6.4.2 Decentralized power supply using several external power supply units distributed in the system If problems should appear with the data transmission to the ACS-8, a potential isolator (POT) should be used.

  • Page 21: Shielding /Grounding Of The Module Bus

    Installation Instructions / ACS-8 Shielding or grounding of the module bus (See also chapters 4 and 5) Ground loops Ground loops occur when the ground connection connects to one or more devices and then back to the ground point again.

  • Page 22: Calculation Examples

    Installation Instructions / ACS-8 Calculation examples 6.6.1 Example 1: Calculation of the line cross-section for door 3 with given cable length. The ACS-8 is equipped with two communication modules.  ACS-8 with battery.  A terminating resistor must be connected at the I/O-modules at the end of the bus (marked with XX ...
  • Page 23 The required line cross-section can be determined from diagram 1 or 2 (page 30/31). The maximum voltage drop of the line is 0.5V. If the ACS-8 is not equipped with a battery, a voltage drop of 2V-3V is possible. This means that smaller cross-sections can be used if the length is kept constant or longer lengths can be used if the cross-section is kept constant.
  • Page 24 Installation Instructions / ACS-8 Power supply door strike: Current consumption: 230mA Calculation of the maximum line resistance:  500mV = 2.17Ω 230mA Calculation of the required cross-section:  electrical conductivity of copper Ωmm² = 2 x L 2 x 40m 0.66mm²...

  • Page 25: Calculation Of The Maximum Cable Length With Given Line Cross-Section

    The maximum cable length can be calculated or easily determined by means of diagram 1 or 2 (page 30/31). The maximum voltage drop of the line is 0.5V. If the ACS-8 is not equipped with a battery, a voltage drop of 2V-3V is permissible.
  • Page 26 Installation Instructions / ACS-8 Module supply: Total current consumption of the modules: contactless / proximity reader (026390.10) 140mA 4I/2O-module (026592) 230mA display module (027555) 150mA keypad module (027570) 50mA total: 570mA Calculation of the maximum line resistance:  500mV = 0.877Ω...
  • Page 27 Installation Instructions / ACS-8 Result: The current consumption above allows a maximum cable length of 24.6m for the power supply of the module electronics. The number of wires for the door strike must be determined. A J-Y(St)Y 8x2x0.6mm cable must be used if the power for the door strike is carried in the same cable as the power supply for the bus modules.
  • Page 28 Installation Instructions / ACS-8...
  • Page 29 Installation Instructions / ACS-8...
  • Page 30 Current consumption of the individual module bus components Device Item no. Minimum power max. current supply in Volt consumption without peripheral devices (mA) ACS-8 without interface card and without 026580 peripheral devices Communication module 026587 will be supplied internally Input module 4I 026590...
  • Page 31 Installation Instructions / ACS-8 Device Item no. Minimum power max. current supply in Volt consumption without peripheral devices (mA) Accentic reader without keypad 026420 Accentic reader with keypad 026421 luminAXS without keypad 027922 40 mA + 4 mA/LED 027910 (RS-485)
  • Page 32 Installation Instructions / ACS-8 Device Item no. Minimum power max. current supply in Volt consumption without peripheral devices (mA) Insertic reader, proX1/2 with keypad 027667 Contactless reader, Siedle 027540 - 027543 50 + 12/LED Contactless reader, Siedle 023330 - 023343...
  • Page 33 Installation Instructions / ACS-8 Device Item no. Minimum power max. current supply in Volt consumption without peripheral devices (mA) Legic reader without keypad, s.m. 026492 150 + 10/LED Legic reader “Plug in” 027579 150 + 10/LED Insertic 50 reader, Legic...
  • Page 34 Installation Instructions / ACS-8 Device Item no. Minimum power max. current supply in Volt consumption without peripheral devices (mA) luminAXS with 2 keys 027915 40 mA + 4 mA/LED + 0,5 to 110 mA for lighting ring (depending on colour and...
  • Page 35 Installation Instructions / ACS-8 Device Item no. Minimum power max. current supply in Volt consumption without peripheral devices (mA) Magnetic card morise reader, s.m. 026010.00 Magnetic card morise reader, f.m. 026011.00 Magnetic card motor reader, s.m. 026016.00 Magnetic card motor reader, f.m.
  • Page 36 Installation Instructions / ACS-8 Device Item no. Minimum power max. current supply in Volt consumption without peripheral devices (mA) Chip cards Chip card reader, f.m. 026340.00 Chip card reader, s.m. 026342.00 90 + Chipkarte 50 Chip card reader, s.m. with keypad 026343.00...

  • Page 37: Interface And Bus Topology

    Installation Instructions / ACS-8 Interface and bus topology Interface technology, RS 485 bus systems There are two types of data transmission. These are known as point-to-point and multipoint. In a point-to-point connection two controllers are communicating with each other directly. A point-to-point connection might use an RS 232 or a current loop interface.

  • Page 38: Potential Separation And Terminating Resistance

    One non-floating interface must be used for each RS 485 cable. The other interfaces must be floating. The best position for the non-floating interface, is in the middle of the RS 485 cable. The ACS-8 fitted with the non-floating interface must have a good ground connection. If this is not the case, another ACS-8 should be selected instead.

  • Page 39: Ethernet Connection (Rj45)

    7.1.5 Ethernet connection (RJ45) When installing an Ethernet interface card (Item no. 026840.29) or Ethernet interface card, encrypted (Item no. 026840.30) instead of an RS 485 interface card, the ACS-8 can be linked to an existing network via Ethernet. For more information about the interface installation, please refer to the mounting and installation instructions for the interface.
  • Page 40 Remote data transmission (RDT) and network Remote data transmission (RDT): Remote stations can be managed via Remote data transmission. It is possible to link one ACS-8 controller to one modem. Network: MultiAccess for Windows or IQ MultiAccess makes it possible to use existing networks.

  • Page 41: Interface Connections

    Installation Instructions / ACS-8 Interface connections The pin assignments are described on the interface connections shown here and in the following two tables. The data lines must be switched between the interface converter and the first RS 485 device. All following...

  • Page 42: Pin Assignment Tables

    Installation Instructions / ACS-8 Pin assignment tables Table 1: Pin assignment of the interface multiplier/converter and PC. RS 232 RS 485 (3-wire) RS 485 (5-wire) Current- Device Loop COM1/COM2 9 poles COM1/COM2 25 poles Interface converter Table 2: Pin allocation of the controllers...

  • Page 43: Connection Examples

    Installation Instructions / ACS-8 Connection examples including terminal designations Example 1: Connection via interface converter RS 485 5-wire technique. Example 2: Connection via Ethernet.

  • Page 44: Configuration

    Conventional connections The ACS-8 controls the access to a room and the use of an additional interior reader extends the use to control the exit from a room. The readers used must both use the same reading principle (magnetic card reader, contactless / proximity reader or chip card readers).

  • Page 45: Connection Via The Optional Communication Module

    (All 12V modules have an operating voltage range of 10-15V DC). Decentralized power supply from more than one external power supply units distributed throughout the system. If problems should appear with the data transmission to the ACS-8, a potential isolator (POT) should be used.

  • Page 46: Configuration Examples Peripheral Devices

    ACS-8 input module (Art. No. 026590) ACS-8 output module (Art. No. 026591) ACS-8 input/output module (Art. No. 026592) Potential separation module (Art. No. 026595) ACS-8 door module (Art. No. 026593 / 026594) Keypad (Art. No. 027570) Door strike with monitoring contact...
  • Page 47 Installation Instructions / ACS-8 8.3.1 Configuration overview with address assignment example...
  • Page 48 Installation Instructions / ACS-8 8.3.2 Configuration example 1: 8 door configuration using RS-485 modules There are two communication modules cascadable.  Each two doors have their own RS-485 output.  The terminating resistors are placed in each last participant (marked by xx) ...
  • Page 49 Installation Instructions / ACS-8 8.3.3 Configuration example 2: Up to eight doors controlled by door modules, all doors have both interior and exterior readers. 8.3.4 Configuration example 3: All RS 485 modules are connected to the ACS-8 Two doors connect directly to the...
  • Page 50 Installation Instructions / ACS-8 8.3.5 Configuration example 4: 8.3.6 Configuration example 5:...

  • Page 51: Mounting

    Installation Instructions / ACS-8 Mounting Installation location It is recommended that the following criteria are considered when choosing the location for the control unit: - within a building - easily accessible - within a secure zone - protected from extraordinary environmental conditions, e.g. aggressive vapors, higher air humidity, etc.

  • Page 52: Installing The Interface

    Installation Instructions / ACS-8 The commissioning of the device is described in chapter 11. The individual steps to be carried out while the cover housing is open must be followed. Then replace the housing cover and secure it with the housing screws.

  • Page 53: Installing The Communication Module

    Installing the communication module Warning! Destruction of the PCB possible! Never remove the cable from ST1 of the communication module or from ST2 of the ACS-8 while the device is in operation! Switch the ACS-8 off. Use antistatic handling precautions before taking the communication module out of the antistatic bag.
  • Page 54 Installation Instructions / ACS-8 Caution! Malfunction possible! Even lines that are not used, must be terminated! When two communication modules are to be fitted, install and connect the first module as described above. Install the second module directly above the first module.
  • Page 55 If the potential has to be determined, a jumper can be placed to link from terminal 1 or terminal 6 to terminal “-“. A maximum of 2 communication module boards can be installed (see previous page). This means that an ACS-8 can operate up to 4 separate lines (see chapter 8.3 Configuration examples). Mounting information for the communication module: Actual...
  • Page 56 With all switches in the OFF position (factory setting) all the RS 485 lines are active. Any lines whose DIP switch is set to ON can be deactivated by the ACS-8. This prevents any tampering affecting the other data buses from the communication module.
  • Page 57 Since the status of the battery cannot be clearly determined it is recommended that the battery be changed every two years. Lithium battery (type CR 2477N, 3 V 950 mAh) for data preservation in ACS-8 = item no. 018050. “Battery empty” Message The ACS-8 continuously checks the status of the lithium battery.
  • Page 58 Reset alarms/notifications e) Select alarm to be reset The "Tamper" LED of the ACS-8 extinguishes. Pull lithium battery off plastic holder. Insert new battery. Reconnect the removed cables and close the device.MultiAccess for Windows or IQ MultiAccess...
  • Page 59 Installation Instructions / ACS-8 Notes on environment / disposal Batteries and recharchable batteries - even free from heavy metal - must not be disposed of in domestic waste. According to EU guidline 2006/66/EG users are obligated to return batteries for recycling. In Germany they will be accepted for free at each selling point;...

  • Page 60: Dip-Switch S1

    Installation Instructions / ACS-8 DIP switches on the CPU board Note: The settings described in the chapter ”Connection diagrams” refer to the DIP switches in this chapter. The settings described in chapter 9 refer exclusively to the DIP switches of the communication module.
  • Page 61 Installation Instructions / ACS-8 Table 2: Protocol and Baud rate Function Connected to Comment Setup via terminal program e. g. Event protocol (for Switch positions 1-7 ethernet) Ethernet interface card, encrypted RS 232 (ST1, socket) Switch positions 1-5 (Item no. 026840.30) Configuration...

  • Page 62: Dip-Switch S2

    Installation Instructions / ACS-8 Table 5: Settings for ACS-8 Setup (See chapter 11). Function Setup via Hyperterminal An unintentional activation of the switch 8 can be ignored by resetting it to OFF (while LED 1 flashes). After the reset, the device does not switch to service mode.

  • Page 63: Dip-Switch S4

    Installation Instructions / ACS-8 9.6.4 S4 DIP-switch This switch block is reserved for internal programming and test purposes. Therefore, the following factory setting should not be changed: designation factory setting...

  • Page 64: Memory Expansion

    Installation Instructions / ACS-8 Memory extension The ACS-8 is equipped with a 1MByte memory which is mounted on the CPU board. The following additional memory extensions are available: 026596 1 MB RAM memory card 026597 2 MB RAM memory card...
  • Page 65 R/T-zones: Enter the number of required room/time zones. Divide this value by 8 and round the  result to the next integer. the ACS-8 stores only those room/time zones, to which doors are allocated controlled by this controller.
  • Page 66 0. Macros: Up to 64 relays can be managed by the ACS-8 (using I/O-modules). Enter the  number of relays to be used in the column ‘no. of digits required’.
  • Page 67 Installation Instructions / ACS-8 3. Calculation of the memory required for bookings Booking: Each booking occupies 9 bytes. Multiply this value by the number of bookings to be stored and enter the result in the column total. A unique fixed value of 45 bytes is required for the bookings. Add this value to the value of the field total and enter the result in the field memory requirements.
  • Page 68 Installation Instructions / ACS-8 Example: The memory requirements for an ACS-8 controller is calculated based on the following conditions: 10,000 ESSER-coded contactless / proximity cards 6-digit PIN code 20 room/time zones Antipassback control Control of 7 macros 100,000 bookings 5 timers for BRE...

  • Page 69: Inserting / Changing The Memory Card

    Installation Instructions / ACS-8 9.7.2 Inserting / changing memory card Caution! Data loss possible! Never insert or remove the memory card while the ACS 2plus is powered up! If the memory card is removed, all of the ACS-2plus data is irrevocably lost.
  • Page 70 10. Determining the sizes of the power supply unit and the battery 10.1 Determining the size of the power supply unit The ACS-8 part. No. 026585 is delivered with the power supply and charging unit 010690.02. The factory settings of the DIP switches of this power supply unit are as follows:...
  • Page 71 4 hours with 200 lock operations is recommended. Assumption: The ACS-8 is controlling one door. The door is opened 60 times within four hours. The door release time is 10 seconds per opening (fail secure strike).
  • Page 72 Installation Instructions / ACS-8 10.3 12V DC / 40 Ah power supply/charging unit, Art. No. 010690.02 A Fully electronic power supply/charging unit A Voltage regulated A Current limited A Redundancy standby operation with battery monitoring A Total discharge protection A...
  • Page 73 Installation Instructions / ACS-8 Functional description Two independent supplies are mounted on the mother board. First output: This supplies the central unit and the external circuits. Central unit supply output, protected with 2.5A fuse (incl. external circuits) External circuits output, protected with 2x1A fuses Second output: This is used to charge the batteries.
  • Page 74 Installation Instructions / ACS-8 The S1 DIP switch allows certain causes of faults to be directed to the common fault output (see “connection diagram"). Fault U_ext. (ST1/7), output, LOW active. This output is active when there is a fault on the external circuit outputs.
  • Page 75 Installation Instructions / ACS-8 Adjusting the charger float voltage The power supply must be at its nominal operating temperature. This normally requires the power supply to be on for at least two hours with rated load and the housing fitted.
  • Page 76 Installation Instructions / ACS-8 Connection/component mounting diagram...

  • Page 77: Acs-8-Setup

    The back-up battery must be inserted (see chapter 9.5). Connection to the mains. Reset using the S1 DIP switch (see chapter 9.6.1, table 4).The ACS-8 is reset to the initial state. Checking or setting the necessary parameters using DIP switches or the ACS-8 setup.
  • Page 78 ST1 serial interface of the ACS-8 (see 16.1). Start the terminal program, e.g. Hyperterminal Start –  Programs - Accessories - (communication with Windows 2000) - Hyperterminal Enter a unique name (e.g. ACS-8 setup) for New  Connection and select the corresponding icon. Confirm with OK.
  • Page 79 Installation Instructions / ACS-8 In the following window under Connect select the  interface of the notebook to which the cable is connected (COM1 in our example). Ignore the entries in the other fields. In the next window enter following settings and confirm ...
  • Page 80  The entry cea [Enter] must be performed within 3 seconds of the start of the ACS-8 reset process. During this time the LED 1 lights green (located on the CPU board on the left-hand side of the heat sink, see 15.1).
  • Page 81 To delete the character buffer press the backspace key at least 3 times. 1. Communication: Currently, only option 1 To Host is available. The parameters used by the ACS-8 for communication with the host can be checked and edited. The current protocol is marked with “=>”. Other current...
  • Page 82 Installation Instructions / ACS-8 Example: 9-bit-ZK/ZE Prot. =>DIN prot. RDT prot. Event prot. Status: Addr: 32; GAddr: 30; 19200 bauds Change? Y/N:_ The current value is marked with “=>”. To modify the values enter ”y” and confirm with Enter. Then you can select one of the consecutive numbers.
  • Page 83 Installation Instructions / ACS-8 With the event protocol, the following fields must be checked or edited if necessary: MVA: My virtual address In case of the event protocol, the communication between the controller and the host is event-driven, i.e. as soon as a booking occurs on the controller, it is sent to the host.
  • Page 84 Installation Instructions / ACS-8 Network device: In this field the network card used must be entered. Example: 1=>W&T Com-Server 2 = Novar TR/AC Ethernet (Item no. 026840.29) Change? Y/N:_ 2. System: The items on this menu offer the following possibilities: 1.
  • Page 85 Status: Addr: 32; 19200 bauds *** Defined by DIP-Switch! *** Press <Enter>... When using the interface of the ACS-8 controller for RDT, the interface is found to be already in use by the RDT protocol. Procedure: - Disconnect the RDT cable from the ACS-8 - Connect the “setup“...

  • Page 86: Defining The Controller In Netedit

    11.2 Defining the controller in IQ NetEdit After hardware installation (mounting and wiring the controllers) and setting the hardware parameters (controller address, baud rate, protocol) using the DIP switches or the ACS-8 setup, the devices must then be defined in the access control software.
  • Page 87 Additionally, the key and LED functions of the macro control of IQ MultiAccess are valid (see separate manual "Supplementary Functions of IQ MultiAccess", P32205-46-0G0-xx). Except potetial separation module. There the LEDs indicate the communication between ACS-8 and module bus participants.

  • Page 88: Outputs

    If the jumper ST8 is connected and a watchdog reset occurs, an alarm is triggered. In event of an ACS-8 system failure, relays 1 and 2 are defined such that the doors remain closed. These relays can not be altered. The state of relay 3 (alarm) and relay 4 (tamper) is defined by the jumper ST16.

  • Page 89: Inputs

    Installation Instructions / ACS-8 14. Inputs 14.1 Digital inputs The four digital inputs are freely programmable from NetEdit. 14.2 Monitored inputs The eight monitored inputs are freely programmable from NetEdit. T h e m o n i t o r e d i n p u t triggers when the 12k resistor is open circuit.

  • Page 90: Structure/Diagrams

    Installation Instructions / ACS-8 15. Structure/diagrams 15.1 CPU component mounting diagram S1, S2, S3, S4: see also chapter 9.6 = DIP switches.
  • Page 91 The LED lights up if a watchdog reset occurred previously Software LED (see chapters 9.6.1 and 11.1) If this LED lights up, then the ACS-8 runs from flashbank 1 If this LED lights up, then the ACS-8 runs from flashbank 2...

  • Page 92: Structure

    Installation Instructions / ACS-8 15.2 ACS-8-Structure...

  • Page 93: Connections

    The standard factory settings of the inputs and outputs are detailed in this overview. However, different arrangements can be used if required. In this case, the new assignments for each ACS-8 controller should be filled on a copy of the empty terminal...

  • Page 94: General Connection Diagram

    Installation Instructions / ACS-8 16.2 General connection diagram 16.3 Pin assignment of the host interface connections RS 232 RS 485 (3-wire) RS 485 (5-wire) Current-Loop T GND R GND Inputs 11 and 12 as well as watchdog and alert output see chapter 15.1 and 16.1...

  • Page 95: Connecting A Door Strike

    This function is not possible with a fail save door strike and a door strike supplied with alternating voltage or supplied by an external voltage source - not by the voltage source which supplies the ACS-8 -. The tamper monitoring for “door strike 1” and “door strike 2” must be deactivated otherwise this causes a failure on the ACS-8.

  • Page 96: Connecting A Fail Safe Door Strike

    Installation Instructions / ACS-8 16.4.2 Connecting a fail safe door strike Fail safe door strike = no-load current door strike: The door is blocked if the coil is energized The fail save door strike cannot be monitored for tampering. Terminal assignment ACS-8 :...

  • Page 97: Electric Safety Lock

    Door monitoring The interior door handle contact effects a door release through the ACS-8. The door can be opened without the error message “Unauthorized door release”. An external contact, e.g. a magnetic contact, must be used for door monitoring. The state of the bolt switching contact is only polled when the intrusion detection system is “disarmed”.
  • Page 98 An additional third and/or fourth door can not be connected because input 6 is in use with this connection. The electrical safety lock is connected via the I / O module N5950. This module provides the BUS connection to the electric safety lock. The wiring to the ACS-8 is done as in the following wiring diagram.

  • Page 99: Turnstile

    Installation Instructions / ACS-8 16.6 Turnstile An ACS-8 can administrate three types of turnstiles in addition to a standard door. The differences are the number, and/or. the type of evaluation of the monitoring contacts. Diagram: Door monitoring via monitoring contact with a “normal” door: With the door closed, the monitoring contact is closed too.

  • Page 100: Turnstile With Two Common Monitoring Contacts

    Installation Instructions / ACS-8 16.6.2 Turnstile with two common monitoring contacts With this arrangement the rotation direction can be identified using the make and break sequence of the switches. Clockwise: If actuator A rotates clockwise it will close the exterior contact. A moment later, the actuator A will move off the exterior contact and the contact will open again.
  • Page 101 Installation Instructions / ACS-8 Anti-clockwise If actuator A rotates anti-clockwise it will close the interior contact. A moment later, it will move off the interior contact and the contact will open again. As the turnstile continues to rotate, actuator B will close the exterior contact and a moment later, it will move off the...

  • Page 102: Turnstile With Two Separate Monitoring Contacts

    Installation Instructions / ACS-8 16.6.3 Turnstile with two separate monitoring contacts In general this variant corresponds to 16.4.3, but the contacts which activate the monitoring contacts are located in a way which causes a different sequence of impulses: Direction of rotation: left: = Exterior reader activated.

  • Page 103: Connection Diagrams

    The terminals 10 and 11 of the reader must only be connected with motorized readers. If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch...
  • Page 104 The terminals 14 and 15 of the reader must only be connected with motorized readers. If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch...
  • Page 105 27741 Chip card reader, sm, with keypad If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment, DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 106 2605400 Magnetic card swipe reader, sm, with keypad If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position...
  • Page 107 027545 - 027548 27580 "Plug in" magnetic card reader If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 108 Contactless reader, increased reading range If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation Reader block...
  • Page 109 Connection diagram for: 026383.00 Contactless reader, sm, with keypad If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 110 Connection diagram for: 026387.00 Contactless reader, fm If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 111 Legic reader with keypad, sm 26493 Mifare reader with keypad, sm If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 112 026425 Accentic reader Legic with keypad If only one reader is used, it is always connected as reader 1. Terminal assignment ACS-8: Settings of the DIP switches located on the CPU board of the ACS-8 (see chapter 8.5): Switch Setting...
  • Page 113 Accentic Fingerkey IK3 29341 Accentic Fingerkey mifare If only one reader is used, it is always connected as reader 1. Terminal assignment ACS-8: Settings of the DIP switches located on the CPU board of the ACS-8 (see chapter 8.5): Switch Setting Designation...
  • Page 114 Insertic reader Legic without keypad 27677.10 Insertic reader Legic with keypad Wird nur ein Leser verwendet, wird dieser standardmäßig als Leser 1 angeschlossen. Klemmenbelegung ACS-8: Stellung der DIP-Schalter auf der CPU-Platine des ACS-8 (vgl. Kap. 8.5): Switch- Position Designation Reader...
  • Page 115 Contactless reader, sm 2648010 Contactless reader, sm If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 116 Legic reader (Oris) 26485 Mifare reader (Oris) If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 117 027540 - 027543 proximity / contactless reader, Siedle If only one reader is used, it is always connected as reader 1. Terminal assignment ACS-8: Settings of the DIP switches located on the CPU board of the ACS-8 (see chapter 9.6): Switch Setting...
  • Page 118 023330 - 023343 contactless proX2 reader Siedle If only one reader is used, it is always connected as reader 1. Terminal assignment ACS-8 : Settings of the DIP switches located on the CPU board of the ACS-8 (see chapter 9.6): Switch Setting...
  • Page 119 Mifare reader “Plug in” 027579 Legic reader “Plug in” If only one reader is used, this reader is always connected as reader 1. ACS-8 terminal assignment: DIP switch positions on the CPU board of the ACS-8 (see chapter 8.5): Switch Position Designation...
  • Page 120 Installation Instructions / ACS-8 Connection diagram for: 027570.20 Keypad with analogue interface, “Plug in”...
  • Page 121 Installation Instructions / ACS-8 Connection diagram for: 026070.02 Keypad, sm housing 026072.02 Keypad, fm housing 026071.02 Keypad, sm housing, splashproof 026073.02 Keypad, fm housing, splashproof...
  • Page 122 Installation Instructions / ACS-8 Connection diagram for: 026064 Keypad, sm plastic housing...
  • Page 123 Installation Instructions / ACS-8...
  • Page 124 Installation Instructions / ACS-8...
  • Page 125 Installation Instructions / ACS-8 = yellow = blue = grey/red black = black = violet The control line (RS485 EN) is used only for connection to the POT module.

  • Page 126: Connections/Technical Data

    Installation Instructions / ACS-8 18. Connections/technical data 18.1 Connections 026580, ACS-8 12V version Interface to the host system: 1 x interface slot. Optionally the following interfaces can be mounted: - RS232 interface (item no. 026840.03) - RS485 interface (item no. 026692, 026693) - Ethernet interface (item no.

  • Page 127: Technical Data 026580, Acs-8 12V-Version

    Installation Instructions / ACS-8 18.4 Technical data 026580, ACS-8 12V version Rated operating voltage 12V DC Operating voltage range 10V DC to 15V DC Max. residual ripple of supply voltage 35 mV Current (typical) 200 mA Max. current consumption with U_b...

  • Page 128: Appendix

    (For the documentation of individual in- and output assignments deviating from the standard assignment) Master blank sheet for the calculation of the memory requirements (For the calculation of the memory requirements for the ACS-8 controllers) Planning examples for the determination of cables to be used (Detailed explanatory notes on the chapters 6.2.1 and 6.2.2 by means of practical examples).
  • Page 129 Installation Instructions / ACS-8 Terminal assignments deviating from the standard assignments Company:…………………………………………………………………………………………… Device no.:…………………………..Site:………………………………...………………………...
  • Page 130 Installation Instructions / ACS-8...
  • Page 131 No additional requirements. Solution 1a: for MultiAccess for Windows ACS-8 with door modules (ACS-8 onboard 2 doors, door module onboard 1 door) In this example, the device bus and the module bus are pure data lines. Suitable cables: J-Y(St)Y to 40m, to 1200m Cat 5e.
  • Page 132 Solution 1b: for IQ MultiAccess ACS-8 with door modules (ACS-8 onboard 4 doors, door module onboard 2 doors) In this example, the device bus and the module bus are pure data lines. Suitable cables: J-Y(St)Y to 40m, to 1200m Cat 5e.
  • Page 133 Installation Instructions / ACS-8 Solution 2a: for MultiAccess for Windows: ACS-8 with input/output modules (ACS-8 onboard 2 doors)
  • Page 134 1 x 026817.03 Interface converter 1 x 026809 Connection cable from PC tu interface converter 2 x 026575 ACS-8 basic system 230V without power supply unit 2 x 012170 Power supply 7 charge unit 2 x 026693 Interface RS485 with potential separation...
  • Page 135 Installation Instructions / ACS-8 Calculation of the lines of the module bus connected to the ACS-8 when using in/output modules: Given facts: Current consumption of the contactless / proximity reader and the I/O-module = 300mA Current consumption of a universal fail save door strike 019 040...
  • Page 136 Installation Instructions / ACS-8 1. Calculation for systems with battery supply 0,5V R Line max. = 1,67S 0,3A case: BUS, door strike and module supply in one Cat 7 cable L = 1,67S * 56 * 0,2mm² = 17,92m : 2 = 8,96m S * mm²...
  • Page 137 Installation Instructions / ACS-8 Factory settings List in alphabetic order: Function Factory setting Switch block Chapter Table Address Address 1 1 = OFF 2 = OFF 3 = OFF 4 = OFF 5 = OFF Baudrate 19200 6 = OFF...
  • Page 138 Installation Instructions / ACS-8 Index 12V version ..............18, 127, 128 230V version .
  • Page 139 Installation Instructions / ACS-8 LED ............31-36, 58, 59, 62, 63, 81, 88, 89, 93 Length .
  • Page 140 Installation Instructions / ACS-8...
  • Page 141 Installation Instructions / ACS-8...
  • Page 142 Honeywell Security and Fire Solutions Novar GmbH Johannes-Mauthe-Straße 14 D-72458 Albstadt P32501-02-0G0-16 2017-07-20 www.honeywell.com/security/de © 2017 Novar GmbH...

Table of Contents