roger MC16-PAC-ST-3-KIT Access Control System Instruction Manual

: June 1, 2024
: ROGER

Table of Contents

roger MC16-PAC-ST-3-KIT Access Control System
INTRODUCTION
CONFIGURATION WITH ROGERVDM PROGRAM
CONFIGURATION WITH VISO PROGRAM
FIRMWARE UPDATE
POWER SUPPLY
TAMPER DETECTOR
APPENDIX
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roger MC16-PAC-ST-3-KIT Access Control System

roger-MC16-PAC-ST-3-KIT-Access-Control-System-PRODUCT

MC16-PAC-EX/ST-3-KIT and MC16-PAC-EX/ST-4-KIT

Controller Firmware version: 1.7.4.653 and newer
Product version: 3.0
Document version: Rev. B

This document contains the minimum information that is necessary for the initial setup and installation of the kit. The detailed description of configuration parameters and functionalities of all components is specified in respective Operating manuals available at www.roger.pl.

INTRODUCTION

MC16-PAC-EX/ST-3-KIT is designed to control three doors while MC16-PAC- EX/ST-4-KIT is designed to control four doors in RACS 5 system. All doors can be read-in or read-in/out type when equipped with MCT series readers or OSDP- RS485 interface readers including OSR series readers. The kit includes respectively MC16-PAC-EX/ST-3 or MC16-PAC-EX/ST-4 access controller, MCX4D expander and ME-40 metal box with PS4D power supply unit. The box is adapted to the installation of a 17Ah battery for emergency supply. All elements of the controlled door including readers and door locks can be supplied from the kit.

CONFIGURATION WITH ROGERVDM PROGRAM

Low-level configuration with RogerVDM software enables to definition of basic parameters of the MC16 controller i.e. IP address and communication key.

MC16 programming procedure (RogerVDM):

Connect the controller to the Ethernet network and define the IP address of your computer in the same subnetwork as the controller with 192.168.0.213 default IP address.
Start the RogerVDM program, select MC16 v1.x device, the latest firmware version and Ethernet communication channel.
Select from the list or enter manually the IP address of the controller, enter the 1234 communication key and start the connection with the controller.
In the top menu select Tools and then Set communication key to define your password for the controller.
In the main window specify your IP address of the controller.
Optionally enter comments for the controller and its object to facilitate their identification during further configuration of the system.
Optionally backup settings by clicking Send to File…
Click Send to Device to update the configuration of the controller and disconnect by selecting of Device in the top menu and then Disconnect.

Note: Initial low-level configuration of MC16 controller in RACS 5 v2 system should be made with RogerVDM program, but further modification of low-level configuration for MC16 controller and connected MCT/MCX peripheral devices can be made with VISO v2 program.

CONFIGURATION WITH VISO PROGRAM

High-level configuration with VISO software enables to definition of the logic of the controller. More information is given in the MC16 Operating manual and AN006 application note.

MEMORY RESET
Memory reset procedure resets all settings to default ones and results in 192.168.0.213 IP address and empty communication key.

MC16 memory reset procedure:

Disconnect power supply
Short CLK and IN4 lines.
Restore the power supply, all LEDs will flash and wait a minute. 6s.
Remove the connection between CLK and IN4 lines, LEDs will stop pulsating and LED2 will be on.
Wait approx. 1.5 min till LED5+LED6+LED7+LED8 are pulsating.
Restart the controller (switch the power supply off and on)
Start RogerVDM and make a low-level configuration.

FIRMWARE UPDATE

New firmware can be uploaded to the controller with RogerVDM software or VISO v2 software. The latest firmware file is available at www.roger.pl.

MC16 firmware update procedure (RogerVDM):

Connect with the controller using RogerVDM software.
Backup settings by clicking Send to File…
In the top menu select Tools and then Update firmware.
Select the firmware file and then click Update.
After firmware update wait till LED8 is pulsating.
Make or restore low level configuration in RogerVDM software.

Note : During the firmware update process, it is necessary to ensure continuous and stable power supply for the device. If interrupted, the device may require repair by Roger.

POWER SUPPLY

The kit is supplied from PS4D power supply unit. The metal box offers space for the installation of a typical 17Ah backup battery which can be connected to BAT+ and BAT- terminals of the MCX4D expander $roger-MC16-PAC-ST-3-KIT- Access-Control-System-FIG- $1$$

Warning

The installation can be done only by a qualified person with all necessary certificates concerning connection and maintenance of 230VAC and low voltage networks.
Prior to starting the installation, it is necessary to ensure that 230 VAC circuit is disconnected. All works inside the box must be carried out with 230VAC supply voltage disconnected.
It is forbidden to use the kit without a properly executed and operational earthing system

TAMPER DETECTOR

The metal box is equipped with door contact which can be connected to one of the inputs (e.g. IN8) and the GND terminal of the controller. The anti- sabotage function can be assigned to the input with the VISO program.

APPENDIX

Table 1. MC16 screw terminals

Name| Description
BAT+, BAT-| Not used in kit
AC, AC| Controller power supply
AUX-, AUX+| Controller power supply
TML-, TML+| Not used in kit
IN1-IN8| Input lines
GND| Ground
OUT1-OUT6| 15VDC/150mA transistor output lines
A1,B1| RS485 bus
CLK, DTA| Not used in kit
A2,B2| Not used
NO1, COM1, NC1| 30V/1.5A DC/AC (REL1) relay
NO2, COM2, NC2| 30V/1.5A DC/AC (REL2) relay
Table 2. MCX4D screw terminals

Name| Description
BAT+, BAT-| Backup battery
VIN+, VIN-| 13.8VDC input power supply
AUX+, AUX-| 13.8VDC/0.2A output power supply (for general purpose)
---|---
VOUT+, VOUT-| 13.8VDC/0.2A output power supply (for controller)
A, B| RS485 bus (for controller)
Ax, Bx| RS485 bus (for readers)
TMLx+, TMLx-| 13.8VDC/0.2A output power supply (for readers)
VDRx+, VDRx-| 13.8VDC/1.0A output power supply (for door lock)
LCKx| 15VDC/1A transistor output line (door lock)
BELLx| 15VDC/1A transistor output line (alarm signalling device)
DCx| Input line (door contact)
DRx| Input line (exit button)
Table 2. MC16 LED indicators

Name| Description
LED1| Normal mode
LED2| ON: Service mode (low-level configuration)

ON and controller stopped: RAM-SPI data initialization error

Pulsing (~2Hz): incompatible firmware or startup error Quick pulsing (~6Hz): RAM-SPI or Flash memory error

Pulsing: Exceeded licensed operation time

LED8| Pulsing: Proper functioning of the controller
LED2 ON +

LED3 pulsing

| Firmware update
LED5 – LED 8

pulsing

| Memory reset finished
LED 1 – LED 2

pulsing

| Transmission from other Communication Server than the linked one (see note AN008)
LED1 – LED 8

pulsing

| One of available circuit bridges e.g. CLK + IN4 is started
Table 4. Specification

Power supply: according to AN022 application note

IP Code| IP20
IK Code| IK07
Environmental class (acc. to EN 50133-1)| Class I, indoor general conditions, temperature:

+5°C to +40°C, relative humidity: 10 to 95% (no condensation)

Dimensions H x W x D| 365 x 405 x 121 mm
Weight| 4.1 kg
Certificates| CE

$roger-MC16-PAC-ST-3-KIT-Access-Control-System-FIG- $2$$

Notes:

MC16 power supply should be ensured as in Fig. 2. If the VOUT+ terminal of the expander is connected incorrectly i.e. to the other AC terminal of MC16 controller then the LED AC indicator on the controller’s board will be switched off.
All MCT readers connected to the MC16 controller via the MCX4D expander must have unique addresses on the RS485 bus in the range of 101-115 (assuming that the expander is operated with default ID=100 address). In the RACS 5 v2 system, all addressing of MCT/MCX devices can be made remotely from VISO v2 software during system start-up.
In the case of OSDP interface readers including OSR series readers, it is necessary to install MCI-3 interfaces on the RS485 bus.
In the case of a read-in door, a single reader is connected to the controller within a particular door.
Diagrams include doors with electric strikes. In the case of the electromagnetic lock, the polarity of the LCKx output must be changed within the low-level configuration of the MCX4D expander.
Diagrams include exit buttons. In case of read-in/outdoors, they can be used for emergency door opening.
In the case of a 17Ah backup battery, it is recommended to configure a 600mA battery charging current using a jumper on an MCX4D board.
If the MC16 controller is supplied from the MCX4D expander which is typical in the case of MC16-PAC-EX/ST-3-KIT and MC16-PAC-EX/ST-4-KIT then it is recommended not to use TML+ and AUX+ outputs of MC16 controller.

Note : The device has an Ethernet network communication interface. In principle, the device can be used in both WAN and LAN, while the manufacturer’s warranty is covered only for operation in an isolated LAN reserved exclusively for the access control system or other system in which the device is to be used.

DISPOSAL

This symbol placed on a product or packaging indicates that the product should not be disposed of with other wastes as this may hurt the environment and health. The user is obliged to deliver equipment to the designated collection points of electric and electronic waste. For detailed information on recycling, contact your local authorities, waste disposal company or point of purchase. Separate collection and recycling of this type of waste contributes to the protection of natural resources and is safe to health and the environment. The weight of the equipment is specified in the document.

Contact: Roger Sp. z o. o. sp. k. 82-400 Sztum Gościszewo 59
Tel.: +48 55 272 0132
Fax: +48 55 272 0133
Tech. support : +48 55 267 0126
E-mail : support@roger.pl
Web : www.roger.pl