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Honeywell MPA2C3 Installation Manual

Honeywell MPA2C3 Installation Manual

Access control unit
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Summary of Contents for Honeywell MPA2C3

  • Page 1 MPA2C3 Access Control Unit Installation Manual...
  • Page 2 MPA2C3 Installation Guide...

  • Page 3: Table Of Contents

    LEDs and Button........................24 Power Supply .......................... 26 Supervised and Non-Supervised Input Wiring ............... 27 MPA2C3 Access Control Unit ..................29 Real-time Clock Protection....................30 Chapter 3 - Wiring the Panel and Devices..........27 Shutting down and Restart the Panel ................27 System Wiring Overview.....................
  • Page 4 Metal Enclosure Installation....................125 Wiring the AC Power Cord....................126 Mounting the Enclosure ......................129 Chapter 5 - System Configuration ............135 System Configuration....................... 135 Ethernet – Network Dedicated to Access Control ..........136 USB Connection ......................... 137 MPA2C3 installation Guide...
  • Page 5 Ethernet Virtual Loop – Network Dedicated to Access Control .......140 Ethernet Connection with Ethernet Virtual Loop – Multiple Locations ..141 Chapter 6 - Hardware Specifications ............143 Feature list MPA2C3 2-door panel ................143 Feature list MPA2C3 4-door panel ................147 Maximum Output Loading of Power Supply ............150 PoE+ Power Limitations ....................151...
  • Page 6 MPA2C3 installation Guide...
  • Page 7 Ordering Information https:// Please contact your local Honeywell representative or visit us on the web at www.security.honeywell.de or information about ordering. Feedback Honeywell appreciates your comments about this manual. Please visit us on the athttps://www.security.honeywell.de...
  • Page 8 MPA2C3 Installation Guide...
  • Page 9 Unauthorized substitutions may result in fire, electric shock or other hazards. Using replacement parts or accessories other than the original manufacturers may invalidate the warranty. MPA2C3 Installation Guide...
  • Page 10 Warranty and Service Subject to the terms and conditions listed on the product warranty, during the war- ranty period Honeywell will repair or replace, at its sole option, free of charge, any defective products returned prepaid. Be sure to have the model number, serial number, and the nature of the problem available for the technical service representative.
  • Page 11 The following symblos are used in this manual: Read carefully more details, regarding charging and discharging of battery. Shock Risk-Isolate before attempting access. Protective Earth   Caution- Instruction, or Information with vital importance for the safety of person- nel, or equipment. MPA2C3 Installation Guide...
  • Page 12 MPA2C3 Installation Guide...

  • Page 13: Chapter 1 - Introduction

    CHAPTER INTRODUCTION Introduction This document describes how to install the MPA2C3 access control unit, how to wire the access control panel to doors, readers, downstream devices, how to con- figure the system for different connection loops and so forth. Note: All figures shown in this manual are for illustration purpose only. Actual products may vary due to product enhancement.
  • Page 14 Table 1-1 MPA2MPSE/MPA4MPSE Packing List Metal Housing Enclosure (MPA2ENCME) Power Supply Enclosure Battery Cable Battery Terminal Battery Terminal (for Battery) Cable Clamp MPA2C3 Installation Guide...
  • Page 15 Access Control Panel Access Control Panel (MPA2C3 ) (MPA2C3-4) M5 Screw #6 Screw #6 Screw #6 Anchor Resistor (2K2 Ohm) Quick Start Guide (800-26607-02) Enclosure Label Additional Accessory Convertor 2*MPA2MPSE 4*MPA4MPSE Door Connection Cable 2*MPA2MPSE 4*MPA4MPSE MPA2C3 Installation Guide...
  • Page 16 Table 1-2 MPA2MPSU/MPA4MPSU Packing List Metal Housing Enclosure MPA2ENCMU Battery Cable Battery Terminal Cable Clamp Access Control Access Control Panel Panel (MPA2C3) (MPA2C3-4) M5 Screw #6 Screw #6 Anchor Resistor (2K2 Ohm) Quick Start Guide (800-26607-02) MPA2C3 Installation Guide...

  • Page 17: Packing List

    Additional Battery Accessory (MPA2BAT7) Power Cable (MPA2S5) 2*MPA2MPSE 4*MPA4MPSE Convertor 2*MPA2MPSU 4*MPA4MPSU MPA2C3 Installation Guide...

  • Page 18: Access Control Unit Overview

    UL. Note: To use MPA2C3 as a 4-door access control system, a license needs to be activated. Once the license file is applied on the panel, the user can use the 4-door controller (MPA2C3-4).
  • Page 19 (2) L’appareil doit accepter tout brouillage radioélectrique subi, même si le brouil- lage est susceptible d’en compromettre le fonctionnement. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. MPA2C3 Installation Guide...
  • Page 20 To obtain applicable EU Compliance Declaration of Conformities for this product, please refer to our website http://www.security.honeywell.com/hsce/interna- tional/index.html. For any additional information regarding the compliance of this product to any EU-specific requirements, please contact: Honeywell Novar GmbH Johannes Mauthe Strasse 14 72458 Albstadt Phone 00497431801-0 MPA2C3 Installation Guide...
  • Page 21 MPA2C3 Installation Guide...
  • Page 22 MPA2C3 Installation Guide...

  • Page 23: Compliance Note

    An access control system consists of hardware and software, usually configured in a network environment over a standard network protocol. Access control units, readers, door strikes, and video and other devices, for example, are configured to control and monitor the access to a company site. MPA2C3 Installation Guide...

  • Page 24: Access Control Panel Wiring And Components

    (2) this device must accept any interference received, including interference that may cause undesired operation. Figure 2-1 The following figures show the MPA2C3 panel wiring and components. DIP Switch 3 (SW3) 1 2 3 4 5 6 7 8...
  • Page 25 Warning: Do not plug in unknown USB devices (for example, USB Killers) which can damage hardware components. This access control unit is not designed with a protective function for any deliberately damaged USB devices. Honeywell is not responsible for your losses caused by using deliberately damaged USB devices.

  • Page 26: Leds And Button

    LEDs and Button Shutdown Button Check Check BLE Indicator Bluetooth Power Indicator activated ON PoE+ ON Mains ON Battery Check Check FACP Indicator Running Indicator Reversed Door Access Mode (Fail Safe) 2Door FACP (FIRE) 4Door input activated/ triggered    MPA2C3 Installation Guide...
  • Page 27 Normal Door Access Mode is active: Panel acts as a default access control panel FACP input (Fire) input is activated / triggered: all door relays are deactivated SHUTDOWN Press the SHUTDOWN button for 5 seconds Button to shut down the panel. MPA2C3 Installation Guide...

  • Page 28: Power Supply

    2 to 2.5 years, or more often if the system has a high rate of backup use. Note: Battery cannot be used in combination with PoE+ operations. Note: MPA2C3 units should be powered by a 100/240 VAC (not be verified) fused line. Ensure to disconnect the battery and AC power before servicing. MPA2C3 Installation Guide...

  • Page 29: Supervised And Non-Supervised Input Wiring

    DOOR 1 GND, DrCnt1 Pin 4: GND, Pin 2: DrCnt1 GND, DrCnt AUX1 AUX 1 Pin 4: GND, Pin 2: DrCnt AUX1 DOOR 1/ DOOR 3 DOOR 3 GND, DrCnt1 Pin 4: GND, Pin 2: DrCnt3 GND, DrCnt3 MPA2C3 Installation Guide...
  • Page 30 /REX 3 - 4 /DrCnt3 - 4 INPUT (AUX) IN9 - IN16 Standard 2.2K Ohm resistors will be used. MPA2S5 cable includes built-in 2K2 EOL (End of Line) resistors for door contact. Note: Both resistors must have the same value. MPA2C3 Installation Guide...
  • Page 31 MPA2C3 Access Control Unit The panel is a 2 door access control unit, but can be bought as a 4 door access con- trol unit (MPA2C3-4). The following table shows the input/output options: Table 2-4 Readers/Doors Configurations You can use the panel as a standalone panel with independent card and transac- tion storage or, with a host software upgrade, as a fully monitored online access control device.

  • Page 32: Real-Time Clock Protection

    Real-time Clock Protection The panel RTC is backed up using a super capacitor. The super capacitor will power the real-time clock for longer than 336 hours (14 days) in the absence of primary power or a backup battery. MPA2C3 Installation Guide...

  • Page 33: Chapter 3 - Wiring The Panel And Devices

    Shutting down the panel disables the inputs/outputs, turns OFF the peripheral bus, AUX outputs and the PTCs. However, it cannot remove power from the panel (from the AC power adapter or the batteries). MPA2C3 Installation Guide...

  • Page 34: System Wiring Overview

    Orange ON - application is checking the license file Note: If only the battery is connected to the panel without the mains power, then the panel will not start. System Wiring Overview • 2 Door system wiring overview • 4 Door system wiring overview MPA2C3 Installation Guide...

  • Page 35: Mpa2C3 Access Control Unit

    2-door System Wiring Overview The standard metal enclosure is equipped with the panel MPA2C3 or the 4-door licensed panel MPA2C3-4.The access control unit with the panel MPA2C3 controls a maximum of 2 doors. The figure below illustrates how to connect cables between the panel and input/output devices of 2 doors.
  • Page 36 4-door System Wiring Overview The standard metal enclosure is equipped with the panel MPA2C3 or the 4-door licensed panel MPA2C3-4. The access control unit with the 4-door license controls up to 4 doors. The figure below illustrates how to connect cables between the panel and input/output devices of 4 doors (standard metal enclosure).
  • Page 37 OSDP Reader A and B can be used for all the 4-door panels Wiegand Only reader A is configurable and reader B is disabled and is not visible to user. Note: For reader specifications, see Hardware Specifications MPA2C3 Installation Guide...
  • Page 38 Warning: Use a static strap whenever touching the panel to ensure protection from ESD (Electrostatic Discharge). Warning: Do not apply power at this time. Connect prepared low voltage power supply cable (red, black) to the PSU terminals (V+, V-). Ensure to secure the power cable by the cable clamp. MPA2C3 Installation Guide...
  • Page 39 Warning: Do not apply power at this time. Ensure the power cable is disconnected from the external power source before following this step. The battery cable is included in the accessory bag. Wire the battery cable, as shown in the below picture. Figure 3-5 Connecting the Battery Cable – 7 Ah Battery MPA2C3 Installation Guide...
  • Page 40 Note: To avoid short circut, use isolated tools for installing battery and battery cable. Plug in the prepared tamper connector, as shown in the below picture Figure 3-6 Connecting the off-wall Tamper and Enclosure Lid Tamper Cables MPA2C3 Installation Guide...
  • Page 41 Installing the battery bracket on top of the battery, as shown in the below picture. Figure 3-7 Battery Bracket installation on top of the battery MPA2C3 Installation Guide...
  • Page 42 Installing Battery Terminals The battery recommended for the MPA2C3 is 12V / 7Ah or 12V / 12Ah. For some batteries, 2 battery terminals need to be installed for wiring. These 2 battery termi- nals are included in the packing list.

  • Page 43: Wiring The Door Peripherals

    Wiring the Door Peripherals Information Card The MPA2C3 contains an information card as shown below. Scan for Device Utility App Scan for Manual The information card represents the reader, door, inputs, and outputs connections, power and battery input, Ethernet and USB connections, RS485 bus information, LED, DIP Switch and Jumper locations and functions.
  • Page 44 Door lock / door strike / magnetic lock - a locking device that is controlled by the panels Door output Note: When wiring doors use separate cables for readers and monitoring / locking peripherals Figure 3-9 Door with 1 Reader MPA2C3 Installation Guide...
  • Page 45 Figure 3-10 Door with 2 Readers MPA2C3 Installation Guide...
  • Page 46 In a 2-door MPA2C3 controller, each door supports one or two readers (entry (IN) and exit (OUT) readers) with Wiegand output format. In a 4-door MPA2C3-4 controller or when a license is applied for 4 door panel, each door supports one reader (entry (IN) only) with Wiegand output format.
  • Page 47 READER READER 1 Door1 IN reader Wieg.A / OSDP 1 READER 2 Door2 IN reader Wieg.A / OSDP 2 Wiegand READER 3 Door3 IN reader Wieg.A / OSDP 1 READER 4 Door4 IN reader Wieg.A / OSDP MPA2C3 Installation Guide...
  • Page 48 (OSDP1) AND Jumper RDR 1(/3) have to be set to the correct positions for the required Wiegand or OSDP reader mode. In OSDP mode the RS485 termination can be set by DIP Switch SW2 Bit 1&2 (EOL OSDP1). See OSDP Bus termination (page 55). MPA2C3 Installation Guide...
  • Page 49 It is possible to set the left 2 RJ45 reader terminals to Wiegand mode and the right 2 reader terminals to OSDP mode. The default factory reader setting is Wiegand mode for all reader terminals. Figure 3-11 The RJ45 reader terminals, dipswitches and jumpers and the representation on the information card MPA2C3 Installation Guide...

  • Page 50: Mpa2C3 2-Door System Reader Configurations

    Warning: MPA2C3 reader terminals are using shielded or foiled CAT5E, 6 or 7 S/FTP or F/UTP cable with RJ45 connector. Be aware that this is NOT an Internet/Ethernet protocol and so should not be mixed or connected to standard Ethernet Network devices as switches or routers.

  • Page 51: Wiegand Mode Panel Setting

    Note: For retrofitting Wiegand hold wire configurations from MPA2C1 and MPA2C1-4, the reader can be reused in the original MPA2C1 or MPA2C1-4 configuration. The hold wire control will not be used in the MPA2C3 and will be in a state, that the reader will function as normal.

  • Page 52: Osdp Mode Panel Setting

    OSDP mode panel setting The MPA2C3 2-door system OSDP mode can manage up to 4 readers to support 2 doors with IN and OUT readers per door. The OSDP readers are connected to the panel’s AES encrypted OSDP protocol (v 2.x).
  • Page 53 To trouble shoot the OSDP reader connection please test the reader one by one on OSDP1 or OSDP2 bus, disconnecting the other readers on the OSDP1 or OSDP2 bus. Figure 3-13 The preferred connections for the doors are illustrated MPA2C3 Installation Guide...

  • Page 54: Wiring Readers

    Use the correct RJ45 connector type for the correct type and size of the wires, when using CAT cable. When using thicker cables (AWG18 - AWG20), an MPA2RJ (RJ45 -8 screw connec- tor) is required to connect the reader to the panel. MPA2C3 Installation Guide...

  • Page 55: Power Limitations For The Reader Connections

    Power limitations for the reader connections Readers are powered via the RJ45 terminals, Pin 03 and 04. By default the power for the readers is supplied by the MPA2C3 panel. The reader power output voltage for the reader is defined in the below table.
  • Page 56 In that case the external power supply unit allows the readers to be powered correctly. Always check the reader input voltage range (12V + or – x%, or Min / Max Voltage) before connecting the reader to other voltages than the default. MPA2C3 Installation Guide...
  • Page 57 500mA External: 14- READER1 IN READER1 500mA 1000mA 24VDC DOOR1/AUX1/ DOOR3 (READER V READER1 OUT READER3 500mA EXTERN, GND) External: 14- READER2 IN READER2 500mA 1000mA 24VDC DOOR2/AUX2/ DOOR4 (READER V READER2 OUT READER4 500mA EXTERN, GND) MPA2C3 Installation Guide...

  • Page 58: Wiegand Reader Wiring

    Black Reader power 0V / GND Purple Tamper from reader Yellow Buzzer control from panel Orange GRN LED Green LED control from panel Blue Hold Hold wire (NOT NEEDED, but can be connected) Pink Future use MPA2C3 Installation Guide...
  • Page 59 Table 3-6 The wire connections are listed below vs the orientation of the RJ45 connector. RJ45 Colour* OSDP Description White A/TRX+ RS485A data signal Green B/TRX- RS485B data signal Reader power 12VDC from panel OR higher voltage from external power source Black Reader power 0V / GND Not used MPA2C3 Installation Guide...
  • Page 60 2. ** See previous chapter for voltage range and maximum currents. CODE B CODE A MPA2C3 has a fixed baud rate for both OSDP busses at 9600 bits per second (bps) Similarly the OSDP reader Baud Rate. must be set to 9600 bps OSDP Bus transmission speed (baud Rate) MPA2C3 has a fixed baud rate for both OSDP busses at 9600 bits per second (bps) Similarly the OSDP reader Baud Rate.

  • Page 61: Osdp Bus Termination

    Because there are 2 OSDP RS485 busses (OSDP1 and OSDP2), for each OSDP bus this has to be set up correctly. The below tables give examples of readers connected to various RJ45 terminals and the DIP Switch SW2 setting and resistor placement at the reader. MPA2C3 Installation Guide...

  • Page 62: Osdp Eol Termination In 2 - Door Panel

    120 OHM Reader 1 READER1 OSDP1 120 OHM Reader 1 READER1 OSDP1 120 OHM Reader 2 READER2 OSDP2 120 OHM Reader 1 READER1 OSDP1 120 OHM Reader 1 READER1 OSDP1 120 OHM Reader 2 READER2 OSDP2 120 OHM MPA2C3 Installation Guide...
  • Page 63 120 OHM Reader 2 READER2 OSDP2 120 OHM Reader 2 READER2 OSDP2 120 OHM Reader 1 READER1 OSDP1 120 OHM Reader 1 READER1 OSDP1 120 OHM Reader 2 READER2 OSDP2 120 OHM Reader 2 READER2 OSDP2 120 OHM MPA2C3 Installation Guide...

  • Page 64: Osdp Eol Termination In 4-Door Panels

    OSDP2 120 OHM Reader 1 IN READER1 OSDP1 Reader 1 OUT 120 OHM Reader 2 IN READER2 OSDP2 120 OHM Reader 1 IN READER1 OSDP1 120 OHM Reader 2 IN READER2 OSDP2 Reader 2 OUT 120 OHM MPA2C3 Installation Guide...

  • Page 65: Osdp Addressing Via Panel

    OSDP reader’s functions (IN or OUT reader for Door 1-4) are determined by the connected OSDP bus and the configured address in the reader. In the below tables the address and respective functions are described. MPA2C3 (2 door) OSDP Reader Reader Connection...

  • Page 66: Osdp Reader Address Assignment Feature Via Panel

    The readdressing can be done with the addressing tool of the reader (see instruction or installation manual of the reader manufac- turer). The MPA2C3 panel has an auto addressing function.The procedure is described below. OSDP reader controls When an invalid card has been swiped to the reader, the access is denied to the card holder and the reader red LED will flash twice and generates two beeps.

  • Page 67: Osdp Reader Address Assignment Feature Via Panel

    See instruction or installation manual of the reader manufacturer. The MPA2C3 panel has a built-in addressing tool for OSDP readers. Using the below procedure you are able to connect readers one by one and program the reader to the designated address for the dedicated function of the reader (e.g.
  • Page 68 2. Controller will detect that a reader with address 0 is connected and show a control to assign new address (or door) 3. Select the preferred function and assign it to the detected reader, the reader will show online state 4. Leave the Connected reader with new address in. MPA2C3 Installation Guide...

  • Page 69: Correcting/Editing Reader Address

    Disconnect all the identified wrong readers but keep one wrong reader connected. c. Edit its address assignment and let it come online Step 1. Click Edit icon of the reader to be edited Step 2. Click “Continue” MPA2C3 Installation Guide...
  • Page 70 Readers R1 and R2 installed physically at a door 1 IN and door 1 OUT are wrongly assigned as Door 1 OUT and Door 1 IN respectively. 1. Disconnect Reader R2 2. Edit Reader R1 and assign address Door 1, Reader IN 3. Disconnect Reader R1 and connect Reader R2 MPA2C3 Installation Guide...
  • Page 71 OSDP address reassignment when migrating from MPA2C1 to MPA2C3 panel Note: Below the description of the panels are MPA2C1 and MPA2C3. For MPA2C1 the following part numbers can be filled in as well: MPA2C1-4, MPA1002U-MPS, MPA1004U-MPS, MPA1002E-MPS and MPA1004E-MPS. For MPA2C3 the following part numbers can be filled in as well: MPA2C3-4, MPA2MPSU, MPA4MPSU, MPA2MPSE and MPA4MPSE.

  • Page 72: Option 1: Connect Reader With Highest Address First

    First on OSDP1 (Readers for Door 1 and 3). If the panel is a 2-door panel, then the steps 1 to 4 are discarded. 1. Connect Door 3, Reader OUT from MPA2C1 on MPA2C3 OSDP1 terminal and let it come online, it will show up in the Web interface as Door 3, Reader IN 2.

  • Page 73: Option 2: Reset All Reader And Reassign All One By One

    11. Assign reader address as Door 2, Reader IN Option 2: reset all reader and reassign all one by one 1. Connect all readers from MPA2C1 to MPA2C3 panel to the designated OSDP1 and OSDP2 terminals 2. Click “RESET ALL” to reset addresses of all the connected reader to address 0 A warning will appear.
  • Page 74 6. Connect rest of the readers (with wrong addresses) one at a time and follow steps 3 and 4 Example: Readers R1 and R2 installed physically at a door 1 IN and door 1 OUT are wrongly assigned as Door 1 OUT and Door 1 IN respectively. MPA2C3 Installation Guide...
  • Page 75 5. Connect readers in the panel and test the reader functions OSDP address reassignment when migrating from MPA2C1 to MPA2C3 panel Note: Below the description of the panels are MPA2C1 and MPA2C3. For MPA2C1 the following part numbers can be filled in as well: MPA2C1-4, MPA1002U-MPS, MPA1004U-MPS, MPA1002E-MPS and MPA1004E-MPS.
  • Page 76 First on OSDP1 (Readers for Door 1 and 3). If the panel is a 2-door panel, then the steps 1 to 4 are discarded. 1. Connect Door 3, Reader OUT from MPA2C1 on MPA2C3 OSDP1 terminal and let it come online, it will show up in the Web interface as Door 3, Reader IN 2.

  • Page 77: Wiring Input/Output Devices Of Doors

    1. Connect all readers from MPA2C1 to MPA2C3 panel to the designated OSDP1 and OSDP2 terminals. 2. Click “RESET ALL” button to reset addresses of all the connected reader to address 0 3. Disconnect all the readers and follow the steps in "6.x.2 Address assignment procedure for OSDP readers "...
  • Page 78 In a 2-door MPA2C3 controller, each Door I/O (Input/Output) is identified with DOOR1 and DOOR2. The AUX1 and AUX2 I/O are not controlled as a Door I/O, however the Inputs REX and Door Contact and Output AUX1 can be controlled as additional auxiliary device controls.
  • Page 79 Door 2 Free Egress Egress (COM) PIN 3 DrCnt 2, (DrCnt) Door Door2 PIN 2 Contact Status (COM) PIN 3 OUT2 , (OUT) Door Lock Relay 2 COM2 / PIN 6,7,8 Return2 (GND) PIN Auxiliary Door related I/O MPA2C3 Installation Guide...
  • Page 80 OUT AUX (OUT) Door Lock Relay 4 PIN 6,7,8 MPA2C3 4-door peripherals configurations The below table describes the connections for monitoring and locking devices. Figure 3-17 The connections for monitoring and locking devices DOOR # Push in Terminal Block Red RJ45...
  • Page 81 Relay 3 Return3 (GND) PIN 4,5 DOOR 4 DOOR2 / DOOR4 REX 4 , GND DOOR4 (REX) PIN 1 REX / Free Door 4 Egress Egress (GND)PIN 3 DrCnt 4, GND (DrCnt) PIN 2 Door Door4 Contact Status MPA2C3 Installation Guide...
  • Page 82 DrCnt input is a supervised, Normally Closed (NC) input, set for 2.2 kOhm EOL resistors. • You can connect the NC contacts of the Door monitoring switch or sensor with two 2.2 kOhm to the DrCnt and GND input of the panel. See picture per below. MPA2C3 Installation Guide...
  • Page 83 Both Rex and DrCnt inputs can be configured for unsupervised or supervised input. Supervised inputs can be set for 1 kOhm, 2.2 kOhm, 4.7 kOhm or 10kOhm. Both resistors must be the same per value. Figure 3-18 For a 4 door configuration, the connections are MPA2C3 Installation Guide...
  • Page 84 DrCnt and GND input of the panel. • When using the MPA2S5, there is no need to add the two EOL resistors at the • Door Contact or sensor. See picture per below. MPA2C3 Installation Guide...
  • Page 85 Door contact / sensor. The MPA2S5 convertor must be installed at the door can be connected to the CAT structured cable via RJ45 connection. Note: For a 4-door configuration the RJ45 door terminals for Door3 and Door4 have the same configuration. MPA2C3 Installation Guide...
  • Page 86 12VDC combined over both door output used (wet contact) contacts AUX 1 @ RJ45 ** OUT 1 @ push in terminal block**, 750mA @ 12VDC combined over both door output contacts AUX 1 @ push in terminal block** MPA2C3 Installation Guide...
  • Page 87 NO. If a lock is a power-to-lock type (fail safe door strike or magnetic lock – for fail safe installations) then this jumper needs to be set to NC. Figure 3-19 Indicate the location of the Jumpers. MPA2C3 Installation Guide...
  • Page 88 OUT2 and OUT AUX2 which has a combined cur- rent of maximum 750mA. The below figure shows the connection and relevant jumper setting when internal power is used to the outputs in a 2-door panel. MPA2C3 Installation Guide...
  • Page 89 Figure 3-20 The connection and relevant jumper setting when internal power is used to the outputs in a 2-door panel Note: Always apply a surge device, e.g a diode in antiparallel configuration at the locking device. MPA2C3 Installation Guide...
  • Page 90 The below figure shows the connection and relevant jumper setting when internal power is used to the outputs in a 4-door panel. Figure 3-21 The connection and relevant jumper setting Note: Always apply a surge device, e.g a diode in antiparallel configuration at the locking device. MPA2C3 Installation Guide...
  • Page 91 The below figure shows the connection and relevant jumper setting when external power source is used to the outputs in a 4-door panel. Figure 3-23 The connection and relevant jumper setting he outputs in a 4-door panel MPA2C3 Installation Guide...
  • Page 92 MPA2C3 Installation Guide...

  • Page 93: Red Rj45 Door Terminals

    OUT2 and OUT AUX2 which has a combined cur- rent of maximum 750mA. Note: The maximum current in a CAT cable is specified. Make sure the right gauge / wire thickness is used for locking device currents MPA2C3 Installation Guide...
  • Page 94 The below figure shows The connection and relevant jumper setting when internal power is used to the outputs in a 2-door panel. Figure 3-24 The connection and relevant jumper setting when internal power is used to the outputs in a 2-door panel. MPA2C3 Installation Guide...
  • Page 95 The below figure shows The connection and relevant jumper setting when internal power is used to the outputs in a 4-door panel. Figure 3-25 The connection and relevant jumper setting when internal power is used to the outputs in a 4-door panel MPA2C3 Installation Guide...
  • Page 96 The below figure shows the connection and relevant jumper setting when external power source is used to the outputs in a 2-door panel. Figure 3-26 the connection and relevant jumper setting when external power source is used to the outputs in a 2-door panel. MPA2C3 Installation Guide...
  • Page 97 4-door panel Wiring the MPA2S5 cables to a door The MPA2C3 Metal enclosure kits include multiple MPA2S5 door connection cables, one for each door. The MPA2S5 is designed to connect a CAT cable (via the RED RJ45 Terminal) easily to the internally (panel) powered door locking device, the door contact and the REX / Egress button.
  • Page 98 The egress button is considered unsupervised Normally open contact. In this configuration the maximum locking device current is 500mA. Note: Do not use MPA2S5 when the door locking device is externally powered. Figure 3-30 The Locations of RJ45 Ports to Wire Input/Output Devices MPA2C3 Installation Guide...
  • Page 99 MPA2C3 Installation Guide...
  • Page 100 MPA2C3 Installation Guide...
  • Page 101 Figure 3-31 MPA2S5 Cable MPA2C3 Installation Guide...
  • Page 102 (Electrostatic Discharge). RS485 I/O Devices bus (NX4IN / NX4OUT) The MPA2C3 has a dedicated RS-485 interface bus for Input and output devices (I/O Devices) . A maximum of 2 NX4IN and/or 2 NX4OUT downstream I/O devices can be added to the bus (total of 2 downstream I/O devices).
  • Page 103 External I/O Devices via RS-485 Note: UL has not evaluated the compatibility I/O devices with the MPA2C3 panel. Note: At the time of the launch of the MPA2C3, the NX4IN and NX4OUT modules were made obsolete. Use this section as reference for backward compatibility.
  • Page 104 OFF positions 2 and 3 (if the module is not the last module on the downstream bus) JP2 – any setting JP3 – any setting JP4 – NORMAL (Positions 1 and 2) NX4OUT DIP switches Address (switches 1-6) – 3 through 6 MPA2C3 Installation Guide...
  • Page 105 The access control panel is not intended to provide either module power or module output load power for downstream I/O. A separated 24 VDC supply should be used to provide power to all downstream modules and output loads. Figure 3-34 Default Downstream I/O Configuration with Wiring MPA2C3 Installation Guide...
  • Page 106 An RS485 bus must be terminated with a resistor at both ends of the RS-485 bus. If the MPA2C3 panel is at the beginning or end of the I/O Devices RS485 bus, then the bus must be closed with 120 Ohm resistor. On Dipswitch SW3 both bit 5 and 6 (EOL I/O DEV) must be set to ON position to add the resistor to the RJ45 I/O DEVICES RS485 communication wires.

  • Page 107: Dip Switch Settings

    This does not affect the USB IP address.. Note: A Primary panel (SW1 bit 3 ON) cannot be set to address 31 If the MPA2C3 panel will be configured in EVL mode, please consider the settings highlighted in chapter 2: Setting panel in EVL mode.
  • Page 108 History is lost and any customized databases are removed, and the panel is reset with the factory default database. Table 3-13 DIP Switch 2 (SW2) Settings The 4-door license is required for the 3-door or 4-door configuration. Table 3-14 DIP Switch 3 (SW3) Settings MPA2C3 Installation Guide...
  • Page 109 4. Set the DIP switches back to their original positions. 5. Restart the panel. The Heartbeat LED should flash normal. The panel is now reset to the original factory default values. Note: Address 0 is not a valid setting. MPA2C3 Installation Guide...

  • Page 110: Jumper Settings

    Jumper Settings Door output jumpers The MPA2C3 2-door panel provides 4 sets of jumpers for output relay 1 (OUT1), Output Relay 2 (OUT2), Output relay Aux1 (AUX1) and Output relay Aux 2 (AUX2). The MPA2C3 4-door panel provides 4 sets of jumpers for output relay 1 (OUT1), Output Relay 2 (OUT2), Output relay 3 (OUT3) and Output relay 4 (OUT4).
  • Page 111 There are two sets of reader mode selection jumpers for Wiegand or OSDP mode. In a MPA2C3 2-door panel, one set is for READER1 IN and READER1 OUT to select Wiegand A and Wiegand B or OSDP bus 1 (OSDP1). The other set is for READER2 IN and READER2 OUT to select Wiegand A and Wiegand B or OSDP bus 2 (OSDP2).
  • Page 112 The T-Back jumper head is by default set on the jumper pins to bypass the 2 Back tamper switched on the back of the MPA2C3 panel. When the MPA2C3 is mounted in the metal cabinet the jumper head must be posi- tioned on the jumper heads. When the MPA2C3 is mounted directly on the wall the T-Back jumper head can be removed to activate the off-wall tamper of that com- bined system.

  • Page 113: Communications

    Back Tamper Jumper Communications USB Communications The MPA2C3 include two USB Connections: USB1 / SERVICE and USB2 / WEB MODE. USB 1 is used for factory purposes only. Do not use this USB1 port. USB2 / WEB MODE provides a USB-C port that connects to the web server in the panel.
  • Page 114 You will need to install a USB driver to support the connection. Follow these steps: Warning: Do NOT connect the USB cable to the panel until AFTER the drivers are installed 1. Download the MPA2C3 USB driver from the link given in below table or scan the specific QR code to access.
  • Page 115 3. Click to display the Ready to Install the Program screen. Next Note: If confirmation dialog boxes pop up before or during the installation, click the appropriate boxes to allow or approve the installation MPA2C3 Installation Guide...
  • Page 116 2. When the installation is complete, the closing screen 3. appears: Figure 3-41 InstallShield Wizard Completed 1. Click Finish 2. Connect 3. the computer to the MPA2C3 controller with a Type-A to Type-C USB cable or a Type-C to Type-C USB cable. MPA2C3 Installation Guide...
  • Page 117 For login information, go to https://192.168.2.150. RS-485 Communications If a MPA2C3 panel is to be placed onto a pre-existing RS-485 dropline loop (NetAXS), it must be setup as the Primary panel. The interface allows the wiring of a multi-drop communication network of up to 4,000 feet (1200 in length. Only one host converter device per dropline is supported.

  • Page 118: Configuring Facp Input Functionality

    This configuration supports a total of 8 NetAXS-123 and/or MPA2C3 downstream panels per Multidrop line. Each MPA2C3 panel has a port for an Ethernet TCP/IP interface. The Ethernet TCP/ IP interface provides 10/100 MB Ethernet support for each panel. Configuring FACP input functionality...

  • Page 119: Door Access Modes

    Door Access Modes By default the MPA2C3 is a normal access control panel, operating in Normal Door Access Mode. The operation and control of the outputs are for access control use. This mode sets the Door Relays (OUT1, OUT3 (AUX1), OUT2, OUT4 (AUX2)) in fail- secure operation.

  • Page 120: Door Access Mode Indication

    In the figure below, identify the wording in RED for Reversed Door Access Mode indicators. Figure 3-43 he wording in RED for Reversed Door Access Mode indicators. When Reversed Door Access Mode is activated, the amber FACP LED is ON, indi- cating that FACP Input can be connected. MPA2C3 Installation Guide...
  • Page 121 Note: The amber FACP LED (in use) will not turn on automatically when the FACP jumper has been removed. In the Web User Interface there are many references to Door Access Modes. See in sections 4.3 and further for more information MPA2C3 Installation Guide...
  • Page 122 - For inner doors, corridor doors, USE CASE mode - Where escape route needed - First responders to easily enter Use Power-to-lock Door locking devices, Use Power-to-Unlock Door locking Other System Prerequisites such as door strikes devices, such as magnetic locks MPA2C3 Installation Guide...

  • Page 123: Facp Input Prerequisites

    FACP input prerequisites The MPA2C3 has a dedicated fully hardware controlled FACP (Fire Alarm Control Panel) input. When triggered the panel overrides immediately and simultaneously the 4 door outputs (OUT1, OUT3 (AUX1), OUT2, OUT4 (AUX2)) to a Fail-safe state (door unlocked state*). AUX REL 5,6,7 and 8 are NOT affected hardware wise by the FACP input.

  • Page 124: Facp Input Set Up Procedure - Fail-Safe Installation

    Note: See the MPA2C3 installation manual how to connect the Fire panel output to the MPA2C3 in chapter 4.6 , and how to connect the outputs the to fail safe locking devices (power-to-lock), with the correct jumper settings of (OUT1, OUT3 (AUX1), OUT2, OUT4 (AUX2)).
  • Page 125 (if the door outputs are in idle locked mode). 1. Reposition the OUT/AUX NO/NC jumper on all Outputs. On the Panel, regard all (OUT1, OUT3 (AUX1), OUT2, OUT4 (AUX2)) relay outputs modes on the panel as reversed. MPA2C3 Installation Guide...
  • Page 126 When the R/POL+ - R/POL- are connected to the Fire panel's output (using reversed polarity technology) then the jumper head have to be left on. Note: The amber FACP LED (in use) will not turn on automatically when the FACP jumper has been removed. MPA2C3 Installation Guide...

  • Page 127: Connect The Fire Panel's Output Wiring To The Facp Input

    1. Connect the Fire Panel’s output wiring to the FACP input Connect the Fire Panel’s output wiring to the FACP input The Fire Panel’s output must be connected to the FACP input removable screw ter- minal block Figure 3-44 Fire Panel Output MPA2C3 Installation Guide...
  • Page 128 At the Fire control panel output a 2.2kOhm resistor must be mounted over the nor- mally open output connections. Note: Remove the jumperhead from the FACP jumper to hardware activate the FACP input on the panel and unbypass the FACP input. MPA2C3 Installation Guide...
  • Page 129 When an alarm occurs at the fire panel, then the output polarity will be + positive and – negative. The Fire Panel’s output voltage range is 12 to 24 VDC At the Fire control panel output a 2.2kOhm resistor must be mounted over the reversed polarity outputs. MPA2C3 Installation Guide...

  • Page 130: Facp Input Activation In Alarm - Notifications

    Notifications on the panel When the connected Fire alarm control panel is in alarm and the Fire panel output has activated the FACP input on the panel, on the MPA2C3 panel the RED FACP LED (Alarm) is ON. (Only for service purposes)

  • Page 131: Chapter 4 - Mounting The Enclosure

    Personal injury or death could occur, and the equipment could be damaged beyond repair if this precaution is not observed! Warning Label:   Installing the Metal Lid (Optional) 1. Remove the grounding wire from the lid. 2. Remove the lid along the direction of the arrow. (Optional) MPA2C3 Installation Guide...

  • Page 132: Wiring The Ac Power Cord

    Caution: The AC power cord used must be a three-core type (with green/yellow earth insulation) of adequate current carrying capacity. Follow local laws and regulations regarding cable types and length. The green/yellow earth insulation wire of AC power cord must be connected with the earth ground. MPA2C3 Installation Guide...
  • Page 133 G is only for AC power cord. 2. Wire the AC power cord to the AC power adapter. 3. Crimp the cable lug to the incoming earth wire and then connect it to the earth terminal. MPA2C3 Installation Guide...
  • Page 134 Installing the Access Control Panel Warning: Use a static strap whenever touching the panel to ensure protection from ESD (Electrostatic Discharge). 1. Mount the panel into the metal housing and secure it with 4M5 screws. Figure 3-2 Installing the Panel MPA2C3 Installation Guide...

  • Page 135: Mounting The Enclosure

    Installing the Panel Wiring to Power Supply and Tamper Connector – Metal Enclosure Warning: Use a static strap whenever touching the panel to ensure protection from ESD (Electrostatic Discharge). Warning: Do not apply power at this time. MPA2C3 Installation Guide...
  • Page 136 Warning: Do not apply power at this time. Ensure the PoE switch is not powered. 1. Connect prepared low voltage power supply cable (red, black, green/yellow) to the PSU terminals (V+, V-). Ensure to secure the power cable by the cable clamp. Figure 4-4 Connecting the Power Supply Cable MPA2C3 Installation Guide...
  • Page 137 Warning: Do not apply power at this time. Ensure the power cable is disconnected from the external power source before following this step. The battery cable is included in the accessory bag. MPA2C3 Installation Guide...
  • Page 138 1. Wire the battery cable. A 7 Ah lead acid battery is included. Figure 4-5 Connecting the Battery Cable – 7 Ah Battery Note: Do not connect a backup battery when using PoE+ MPA2C3 Installation Guide...
  • Page 139 1. Plug in the prepared tamper connectors. Figure 4-6 Connecting the off-wall Tamper and Enclosure Lid Tamper Cables MPA2C3 Installation Guide...
  • Page 140 MPA2C3 Installation Guide...

  • Page 141: Chapter 5 - System Configuration

    CHAPTER SYSTEM CONFIGURATION System Configuration This section provides wiring diagrams for each of the MPA2C3 system configurations. MPA2C3 Installation Guide...

  • Page 142: Ethernet - Network Dedicated To Access Control

    ACS4,OR ACS2, ACS4,OR ACS2, ACS4,OR ACS2, ACS4,OR ACS2, OR ACS8 Panel OR ACS8 Panel OR ACS8 Panel OR ACS8 Panel OR ACS8 Panel Note: You should ground each MPA2C3 Standard Metal Enclosure panel individually with an Earth Ground. MPA2C3 Installation Guide...

  • Page 143: Usb Connection

    USB Connection Figure 4-2 MPA2C3 USB Connection Note: You should ground each MPA2C3 Standard Metal Enclosure panel individually with an Earth Ground. Note: The USB connection is intended to be used for system maintenance and troubleshooting MPA2C3 Installation Guide...

  • Page 144: Rs-485 Loop Connection Via Mpa2C3

    RS-485 Loop Connection via MPA2C3 This loop connection supports a total of 8 MPA2C3 panels (MPA2C3not included Primary) for each drop line. Figure 4-3 RS-485 Loop Connection via MPA2C3 Note: You should ground each standard metal enclosure panel individually with an Earth...

  • Page 145: Ethernet Virtual Loop With All Panels On Common Ip Subnet

    Note: The network must provide DHCP server (or use dedicated Network configuration with a router, as shown in next section). Note: The Network must provide firewall protection from unauthorized access. Note: EVL connected MPA2 downstream panel communication has not been evaluated by MPA2C3 Installation Guide...

  • Page 146: Ethernet Virtual Loop - Network Dedicated To Access Control

    Ethernet Virtual Loop – Network Dedicated to Access Control Figure 4-5 Ethernet Virtual Loop – Network Dedicated to Access Control Note: Router must provide DHCP service. Note: The Router has not been evaluated by UL. MPA2C3 Installation Guide...

  • Page 147: Ethernet Connection With Ethernet Virtual Loop - Multiple Locations

    Ethernet Virtual loop must be set to the same Geographic time zone. • • network must allow the primary panel in Location 1 to connect to TCP port #9876 in Locations 2 and 3. MPA2C3 Installation Guide...
  • Page 148 This address will be needed when the user sets up the primary controller. There is a “Manual Registration” button on the EVL registration screen for this purpose. • The Ethernet Switch has not been evaluated by UL. MPA2C3 Installation Guide...

  • Page 149: Chapter 6 - Hardware Specifications

    CHAPTER HARDWARE SPECIFICATIONS The specifications in this section apply to panels of both the standard metal enclo- sure and compact plastic enclosure. Feature list MPA2C3 2-door panel MPA2 Technical Data Technical data MPA2MPSE OR MPA2MPSU Operating voltage range and frequency...
  • Page 150 Supported number of doors DOOR1, DOOR2 WIEGAND: 2 doors/ 2 readers per door 2 doors/ 2 readers per door * External power supply must be added to the reader(s) / RS485-OSDP when bus current consumption exceeds maximum specification Reader interfaces MPA2C3 Installation Guide...
  • Page 151 OUT 1 @ RJ45 or 10VDC ~ 14VDC when OUT1, AUX1 jumper onboard "12V” is OUT 1 @ push in terminal used (wet contact) block**, AUX 1 @ RJ45 or AUX 1 @ push in terminal block** MPA2C3 Installation Guide...
  • Page 152 RJ45 and screw terminal block RJ45, limited to 500mA RS485 BUS I/O devices @ RJ45 Max output current at RS485 bus Downstream RS485 BUS Downstream @ 500mA in total for RS485 Modulbus RJ45 combined over both RJ45 MPA2C3 Installation Guide...

  • Page 153: Feature List Mpa2C3 4-Door Panel

    Feature list MPA2C3 4-door panel Hardware specifications for MPA2C3 4-door panel are listed in the below table technical data MPA4MPSE OR MPA4MPSU are the same as listed for MPA2MPSE or MPA2MPSU. Technical data MPA2C3-4 Operating power from 13.8VDC Power Supply Unit)
  • Page 154 Max output current at RJ45 reader 1000mA combined for both Wiegand readers interfaces when external voltage is applied at 1000mA for all OSDP readers* Door 2/4: V - Ext.V Readers @ push in terminal block Outputs MPA2C3 Installation Guide...
  • Page 155 ** Connect either RJ45 or push in terminal block; do not connect same Door output on both RJ45 and push in terminal block. Inputs Supervised Input range DrCnt Door 1-4, 2k2Ohm +-10% default, Aux Inputs IN 9-16 1k, 4k7, 10k Ohm selectable. (supervised selectable) Digital input Rex Door 1-4 Short circuit to GND default (Unsupervised / digital selectable) MPA2C3 Installation Guide...

  • Page 156: Maximum Output Loading Of Power Supply

    Maximum current for relay outputs at self-wetted contact is 750 mA per door (= 2 Relay connections). • Door • 1: Rel1/RelAUX1 (for MPA2C3-4, RelAUX1 = Door 3) • Door • 2: Rel2/RelAUX2 (for MPA2C3-4, RelAUX2 = Door 4) •...

  • Page 157: Poe+ Power Limitations

    • An MPA2C3 panel powered by PoE+ is 802.3at compliant, providing a maximum of PSE 30W of input power and maximum of 25.5 W of output power to the panel. This input power is split between on-board power consumption and external load consumption.
  • Page 158 Ethernet cable. You can minimize these line losses by using either of the following methods: • Connecting the MPA2C3 panel to the power injector (Midspan) or PoE+ switch with the shortest possible Ethernet cable length. • Midspan power supply, also known as a PoE+ power injector, is an additional PoE+ power.

  • Page 159: Battery Supply

    Battery Supply The MPA2C3 Enclosure panel provides room for 12 VDC, 7Ah / 12 VDC, 12Ah sealed lead acid battery. If PSU and battery are both connected, the panel will use PSU as primary power and a battery as a secondary power. MPA2C3 power man- agement circuit will manage the battery charging.

  • Page 160: Cables

    Note: When using the red RJ45 terminal connectors for door peripherals (locking device, door contact and REX button) it is likely that the same cable will be used. The tests have been performed with a 200mA lock. MPA2C3 Installation Guide...
  • Page 161 Tests with CCA and CCS type wires have not been performed. 3. Readers tested: a. Honeywell luminAXS 4700 (OSDP) factory default configuration b. Honeywell luminAXS 4716 (OSDP) factory default configuration c. HID Signo 40K (Standard) (OSDP setting) further factory default configuration d.
  • Page 162 As the examples are demonstrated for DOOR1 (READER IN / READER OUT) or DOOR1 / DOOR3, please note that the same results also apply for DOOR2 (READER IN / READER OUT) or DOOR2 / DOOR4 Dimensions are either in Feet or in Meters MPA2C3 Installation Guide...
  • Page 163 Recommended cable lengths in Feet Scenario 1: ONE Honeywell OmniSmart / HID SIGNO reader per RJ45 Reader ter- minal • Single door with 2 readers or 2 doors with one reader each, valid for both Wiegand and OSDP reader configurations •...
  • Page 164 Scenario 2: TWO Honeywell OmniSmart / HID SIGNO reader per RJ45 Reader ter- minal • 2 doors with 2 readers each, valid only for OSDP reader configurations • Reader type: Honeywel OmniSmart or HID SIGNO reader MPA2C3 Installation Guide...
  • Page 165 Scenario 3: ONE Honeywell luminAXS reader per RJ45 Reader terminal • Single door with 2 readers or 2 doors with one reader each, valid for both Wiegand and OSDP reader configurations • Reader type: luminAXS reader MPA2C3 Installation Guide...
  • Page 166 Scenario 4: TWO Honeywell luminAXS readers per RJ45 Reader terminal • 2 doors with 2 readers each, valid only for OSDP reader configurations • Reader type: • luminAXS OSDP reader MPA2C3 Installation Guide...
  • Page 167 Recommended cable lengths in Meters Scenario 1: ONE Honeywell OmniSmart / HID SIGNO reader per RJ45 Reader ter- minal • Single door with 2 readers or 2 doors with one reader each, valid for both Wiegand and OSDP reader configurations •...
  • Page 168 Scenario 2: TWO Honeywell OmniSmart / HID SIGNO reader per RJ45 Reader ter- minal • 2 doors with 2 readers each, valid only for OSDP reader configurations • Reader type: Honeywel OmniSmart or HID SIGNO reader MPA2C3 Installation Guide...
  • Page 169 Scenario 3: ONE Honeywell luminAXS reader per RJ45 Reader terminal • Single door with 2 readers or 2 doors with one reader each, valid for both Wiegand and OSDP reader configurations • Reader type: luminAXS reader MPA2C3 Installation Guide...
  • Page 170 Scenario 4: TWO Honeywell luminAXS readers per RJ45 Reader terminal • 2 doors with 2 readers each, valid only for OSDP reader configurations • Reader type: l • LuminAXS OSDP reader MPA2C3 Installation Guide...

  • Page 171: Enclosure Label And Symbols Eu:emc/Ce

    Enclosure Label and Symbols EU:EMC/CE MPA2C3 Installation Guide...
  • Page 172 This indicates your responsibility to contribute in saving the environment by proper disposal of this Waste i.e. Do not dispose of this product with your other wastes. To know the right disposal mechanism please check the applicable law. MPA2C3 Installation Guide...

  • Page 173: Panel Settings

    FIRMWARE SPECIFICATION Panel Settings Note: Due to Cyber Security, firmware upgrade /downgrade will be restricted to just one firmware version. In case of urgency (Rollback), firmware downgrade will be allowed for a grace period of 30 days only*. MPA2C3 Installation Guide...

  • Page 174: Firmware Upgrades

    Firmware Upgrades Panel Requirements MPA2C3 panels must first be upgraded to the latest release firmware version Refer to the release notes for more information. Note: The secondary (downstream) EVL panels should be upgraded first and then the primary (Primary) panel(s).

  • Page 175: Chapter 8 - Maintenance

    CHAPTER MAINTENANCE Perform the following maintenance on the MPA2C3 enclosure: a. Change the backup battery every two to two-and-a-half years. Note: The power supply contains no serviceable parts. There is no replaceable fuse inside the power supply. MPA2C3 Installation Guide...
  • Page 176 MPA2C3 Installation Guide...

  • Page 177: Chapter 9 - Troubleshooting

    CHAPTER TROUBLESHOOTING Table 9-1 Troubleshooting Problems and Solutions Problem Solution The panel Ensure that the Address DIP switches are set the correct values. Turn powers up, but it off the power (including battery), change the settings, and re-apply does not the power.
  • Page 178 The panel MPA2C3 Option 1: Set the panel’s DIP switch 4 to ON. This address is will default the IP address to 192.168.1.150. unknown Option 2: Connect to the panel through the USB port using a Type-A USB to Type-C USB cable and the USB driver. The default USB Ethernet IP address is: 192.168.2.150.

  • Page 179: Chapter 10 - Appendix

    Tested readers configurations include HID Signo 20(OSDP & Wiegand) manufactured by HID, OmniProx OP30 (Wiegand), Omni Smart 20K (OSDP & Wiegand) and OmniProx OP10 (Wiegand), all manufactured by Honeywell. The UL testing operating temperature range is -10°C ~ +49°C under Variable Ambient Test. And the UL testing relative humidity is 93% at 32°C under Humidity Test.
  • Page 180 When main power supply mode (with one 12V/7AH battery), these products have undergone UL 294 test with level: Attack Class I Line Security Level I Endurance Level IV Standby Power Level IV Note: UL testing was conducted with battery Model CA1270, manufactured by CASIL SEMICONDUCTOR LTD.

  • Page 181: Main Setting Configuration Under Ul Testing

    Main setting configuration under UL testing Primary input Device Under Test Rated Voltage (V) AC/DC Rated Current A/mA MPA4MPSU (power supply) MPA4MPSU (POE) MPA2C3/MPA2C3-4 13.8 (module) Secondary Input Device Under Test Rated Voltage (V) MPA4MPSU 12VDC (battery supply) Powered Output...

  • Page 182: Dry Contact Output

    Note: Total 3A load to 12V rail under AC in mode; 1.6A load to 12V rail under POE+ mode. Device Under Rated Total Test Current Current Reader 1 500mA 750mA Reader 2 500mA Reader 3 500mA 750mA Reader 4 500mA door 1 500mA 750mA...
  • Page 183 United Kingdom © 2022 Honeywell International Inc. All rights reserved. No part of this publication may be reproduced by any means without written permission from Honeywell. The information in this publication is believed to be accurate in all respects. However, Honeywell cannot assume responsibility for any consequences resulting from the use thereof.

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