Matrix COSEC ATOM RD300 User manual

COSEC ATOM
Safety Instructions
Cautions
Warning
Quick Installation Guide
These instructions are intended to ensure that the user can
use the product correctly to avoid danger or property loss.
Do not install the device:
ŸOn unstable surface.
ŸWhere ferromagnetic field or noise is induced.
ŸWhere static is created, such as desks made of plastics, carpets.
ŸNear volatile inflammable materials or inflammable goods such as
drapes.
ŸWhere volatile gas and/or inflammable gas is created.
ŸInstalling and servicing should be done only by qualified
technician.
ŸThere are no user-serviceable parts inside.
ŸOpening or removing the device cover may result in electric
shock or exposure to other hazards.
ŸUse the device only for the purpose for which it was designed.
ATOM RD100
ATOM RD200ATOM RD300
123
456
789
*0#
11.19"

Contents
Please read this guide first for correct installation and retain it for future reference. The information
in this guide is prevailing at the time of publication. However, Matrix Comsec reserves the right to
make changes in product design and specifications without prior notice.
Copyright
All rights reserved. No part of this document may be copied or reproduced in any form or by any
means without the prior written consent of Matrix Comsec.
Warranty
Limited Warranty. Valid only if primary protection is provided, mains supply is within limit and
protected, and environment conditions maintained within product specifications. Complete
warranty statement is available on our website:
www.matrixaccesscontrol.com
Know your ATOM
4
4
Know your ATOM
What your Package Contains
Things you will Need
Technical Specifications
LED and Buzzer Indications
Connecting the Reader
Installation
6
6
29
31
35
7
ŸCOSEC ATOM is a slave reader which can work with COSEC ARGO,
COSEC VEGA, COSEC PATH V2 using RS-232 and with COSEC ARC
rd
DC200 using RS-485. It can also work with 3 party Wiegand
Interface.
ŸIt is an intelligent compact Access Control Device which supports
Bluetooth and Card Credentials for Access Control and Time &
Attendance.
ŸCOSEC ATOM has three main variants that contains either Matrix FP
sensor(MF) or Suprema Sensor(SF). The respective variants are
listed below,
3
Type 1: COSEC ATOM RD300
1
2
3
3
3
4
5
Figure 1: Front View Figure 2: Back View
1. Display Screen
2. Finger Sensor
3. Mounting Screw Hole
4. Cable Assembly
5. Mounting Plate
ŸATOM RD300MFM
ŸATOM RD300MFI
ŸATOM RD300SFM
ŸATOM RD300SFI
Sub Variants
*ATOM RD300SFE
*ATOM RD300MFE

Type 2: COSEC ATOM RD200
1
2
3
3
3
4
5
Figure 3: Front View Figure 4: Back View
1. LED Indicator
2. Finger Sensor
3. Mounting Screw Hole
4. Cable Assembly
5. Mounting Plate
Sub Variants
Type 2: COSEC ATOM RD200
Type 3: COSEC ATOM RD100
1
2
Figure 5: Front View
Figure 6: Back View
3
3
5
4
1. LED Indicator
2. Numeric Keypad
3. Mounting Screw Hole
4. Cable Assembly
5. Mounting Plate
What your Package Contains
ŸCOSEC ATOM Unit
ŸCable Assembly
ŸWall Mounting Accessories
ŸFlush Mounting Accessories (with Type 1 and Type 2 only)
ŸATOM RD200MFM
ŸATOM RD200MFI
ŸATOM RD200SFM
ŸATOM RD200SFI
ŸATOM RD100KM
ŸATOM RD100KI
ŸATOM RD100M
ŸATOM RD100I
Things you will Need
ŸPower Drill
ŸScrew Driver Set
ŸA Wire Striper
ŸInsulation Tape
ŸNecessary Cabling
ŸWiegand supported device
ŸAccess to COSEC Server Application to configure COSEC
ATOM
Before you Start
Make sure,
ŸThe device in the package is in good condition and all the
assembly parts are included.
ŸAll the related equipments are powered-off before installation.
6
5
Sub Variants
*ATOM RD100KE
*ATOM RD100E

8
7
Installation
Mounting Plate
ŸFrom the bottom of the COSEC ATOM RD200/300, unscrew
the Mounting screw with the help of screw driver as illustrated
in Figure 8.
ŸSeparate the Mounting plate from the ATOM by pulling it
downwards. Refer, Figure 9 for the same.
Step 1: Removing the Mounting Plate
Figure 8
Figure 9
1) Installing the COSEC ATOM RD200/300: Wall Mounting
Step 2: Connecting the Cables
ŸYou can mount COSEC ATOM RD200/300 in two ways :
Concealed Wiring or Non-concealed Wiring as explained
below.
A. Concealed Wiring
1. Take the Mounting Plate and trace screw holes A , B & C. Trace
out the area D also drill along the marking as shown below.
A
Figure 10
B
C
D
A
B
C
D

10
2. Affix the mounting plate with the help of the screws and screw
grips through the holes A, B and C.
Figure 11
9
3. Lead the cables from the wall through the drilled area D of the
Mounting Plate as illustrated in Figure 12. Connect the necessary
cables with COSEC ATOM.
Figure 12
A
B
C
D

11 12
B. Non-Concealed Wiring
1. Follow the Step 1 and Step 2 as explained for the Concealed
Wiring and fix the mounting plate on the wall.
(For non-concealed wiring, you do not need to drill the area D.)
Figure 13
3.Pull out the Cables from the Back Plate hole and lead the cables
outside from the bottom opening of COSEC ATOM, as illustrated
in Figure 14.
4. Connect the necessary cables and align the COSEC ATOM
body with the Mounting Plate.
Back Plate
Figure 14
2. Unscrew the Back Plate screw with the help of screwdriver
and remove the Back Plate.

13
14
1. Fix the Reader body with the Mounting Plate such that the
Mounting Slots of the Reader and Mounting Plate align with each
other.
Figure 15
Step 3: Inserting Mounting Screw
2. Slide the reader downwards to fix it into the groove of the
Mounting Plate and insert the Mounting screw back in place at the
bottom of the device.
3. Tighten the screw with 2 kgf-cm torque as shown in Figure 17.
Figure 17

2) Installing the COSEC ATOM RD200/300: Flush Mounting
Step 1: Take the Surface Mount Plate provided with the package
and trace screw holes A, B, C and D on the surface where COSEC
ATOM is to be installed, see Figure 18. After tracing drill along the
markings as shown in Figure 19.
A
B
C
D
A
B
C
D
Figure 19
Step 2: Assemble the device with the Surface Mount Plate as
shown in Figure 20.
Figure 18
16
15

Device Surface
Mount Plate
Figure 20
Step 3: To connect the cables refer below image for Concealed
and Non-concealed Wiring positions.
Cut-out for Concealed Wiring
Cut-out for Non-concealed
Wiring
18
17

Step 5: Place the Surface Mount Top Facia Plate on the installed
Device, see Figure 22.
Figure 22
Front View
Figure 21
A
B
C
D
Step 4: Affix the Surface Mount Plate with the Device on the
surface with the help of the screws and screw grips through the
holes A, B, C and D, see Figure 21.
20
19

21 22
Mounting Plate
ŸFrom the top of the COSEC ATOM, unscrew the Mounting
screw with the help of screw driver as illustrated in Figure 24.
ŸSeparate the Mounting Plate from the ATOM by pulling it
downwards. Refer, Figure 25 for the same.
Step 1: Removing the Mounting Plate
Figure 23
Figure 24
Figure 25
3) Installing the COSEC ATOM RD100 Step 2: Connecting the Cables
ŸYou can mount COSEC ATOM in two ways : Concealed Wiring
or Non-concealed Wiring as explained below.
A. Concealed Wiring
1. Take the Mounting Plate and trace screw holes A & B. Trace
out the area C also drill along the marking as shown below.
A
B
A
B
C
C
Figure 26
C

24
2. Affix the Mounting Plate with the help of the screws and screw
grips through the holes A and B.
Figure 27
23
3. Lead the cables from the wall through the drilled area C of the
Mounting Plate as illustrated in Figure 24. Connect the necessary
cables with COSEC ATOM, see Figure 28.
Figure 28

25 26
B. Non- Concealed Wiring
1. Follow Step 1 and Step 2 as explained for the Concealed Wiring
and fix the Mounting Plate on the wall.
(For non-concealed wiring, you do not need to drill the area C.)
Figure 29
2. Unscrew the Back Plate screw with the help of screwdriver and
remove the Back Plate.
3.Pull out the Cables from the Back Plate hole and lead the cables
outside from the bottom opening of COSEC ATOM, as illustrated
in Figure 30.
4. Connect the necessary cables and align the COSEC ATOM
body with the Mounting Plate.
Back Plate
Figure 30

27 28
1. Fix the Reader body with the Mounting Plate such that Mounting
Slots of the Reader and Mounting Plate align with each other.
Figure 31
Step 3: Inserting Mounting Screw
2. Slide the reader downwards to fix it with the groove
of the Mounting Plate and insert the mounting screw
back in place on top of the device.
3. Tighten the screw with 2 kgf-cm
torque as shown in Figure 33.
Figure 33
Figure 32

Built in Bluetooth
Tamper Detection
Yes BLE (4.0 and above)
Yes
-20°C to +55°C
5% to 95% RH Non-condensing
Operating
Temperature
Humidity
Buzzer
Yes (Tri Colour)
LED
User Capacity
Card Read Range
Reader Interface
Type
RS-232, RS-485
and Wiegand
Interface Support
Length
RS-232 (10ft), RS-485 (1200meter),
Wiegand (150meter)
Input Power
**Type of Card
Credential Support
PIN, RFID Card,
Mobile Credential
over BLE and
Finger
-6 cm
MIFARE R
MIFARE
R
/ Desfire / Combo Cards / NFC
HID I - class,
Yes (>55db at 10cm)
9-14 VDC through main door controller or external power
source
Keypad Yes
(in ATOM RD100KM
& ATOM RD100KI)
Technical Specifications
29 30
Specification
Parameters
ATOM RD300 ATOM RD200 ATOM RD100
RFID Card,
Mobile Credential
over BLE and
Finger
Card, Mobile
Credential
over BLE
Depends on Master Device
or more, Desfire
Ev1-Atleast 4 cm
-5 cm or more,
MIFARE R
Desfire Ev1-Atleast 4 cm
RS-232, RS-485, WIFI and Wiegand
No
Yes (in Display) No
ATOM RD300 ATOM RD200 ATOM RD100
Specification
Parameters
0°C to +55°C
** The type of Supported Card in COSEC ATOM is different as per their variants.
Refer COSEC Server User Guide for the type of supported card in each variant.

State
Single LED
(tri color)
Buzzer
Power On
Blue (ON)
OFF
Idle Online
Blue (ON: 200ms
OFF: 2200ms)
OFF
Idle Offline/
Network Failure
Red (ON: 200ms
OFF: 2200ms)
OFF
Degraded Mode
Orange (ON: 200ms
OFF: 2200ms)
OFF
Processing
Green (ON: 200ms)
Red (ON: 200ms)
OFF
Wait
Green (ON: 200ms)
Red (ON: 200ms
OFF: 800ms)
ON: 200ms
OFF: 1000ms
Alarm Minor
Red (ON: 200ms
OFF: 1000ms)
ON: 200ms
OFF: 1000ms
Alarm Major
Red (ON: 400ms
OFF: 800ms)
ON: 400ms
OFF: 800ms
Alarm Critical
Red (ON till Reset)
ON till Reset
31
LED and Buzzer Indications
32
ATOM RD100/200: Connected through RS-232/ RS-485
State
Single LED
(tri color)
Buzzer
Alarm Clear
OFF
OFF
Access Allowed
Green (ON: 1200ms)
ON: 1200ms
Access Denied
Red (ON: 200ms
OFF: 200ms)
3 Cycles
ON: 200ms
OFF: 200ms
3 Cycles
System Default
Red (ON: 400ms
OFF: 200ms)
ON till Reset
Lost Connectivity
with the ARC
Controller
Red (ON: 200ms
OFF: 200ms)
OFF
ATOM RD300: Connected through RS-232/ RS-485
State
Buzzer
Power On
ON (1s)
Idle Online
OFF
Idle Offline/ Network Failure
OFF
Degraded Mode
OFF

33 34
State
Buzzer
Processing
No Change
Wait
ON: 200ms
OFF: 1000ms
Alarm Minor
ON: 200ms
OFF: 1000ms
Alarm Major
ON: 400ms
OFF: 800ms
Alarm Critical
ON till Reset
Alarm Clear
OFF
Access Allowed
ON: 1200ms
Access Denied
ON: 200ms
OFF: 200ms
3 Cycles
System Default
ON till Reset
Lost Connectivity
with the ARC Controller
OFF
ATOM RD100/200/300: Connected through Wiegand Interface
State
Single LED
(tri color)
Buzzer
Idle
Blue (ON: 200ms
OFF: 2200ms
No Change
Card Detection/
PIN Transmission/
BLE Punch
Green (ON: 100ms)
ON: 100ms
Key Press
No Change
ON: 100ms
Failed
Red (ON: 200ms
OFF: 200ms)
3 Cycles
ON: 200ms
OFF: 200ms
3 Cycles
System Default
Red (ON: 400ms
OFF: 200ms)
ON till Reset

Connecting the Reader
1. RS-232 connectivity for COSEC Doors, COSEC VEGA, COSEC PATH and COSEC
ARGO.
2. RS-485 connectivity for COSEC ARC.
3. Wiegand connectivity for 3rd party Access Control Panel.
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
0
0
ESC
ESC
ENT
ENT
35 36
RD
TO 3 PARTY ACCESS CONTROL DEVICES
COSEC ATOM
Figure 37
GND Black
RS232 TX Grey
RS232 RX Pink
TEMPER Light Blue
W DATA1 White
W DATA0 Green
BEEPER Yellow
RED LED Purple
GREEN LED Orange
GND Black
+12V_RDR Red
TO COSEC DOORs
Figure 36
TO COSEC ARC Controllers
Figure 35
RS-485
RS-232
RS-485 A Blue
RS-485 B Brown
GND Black
+12V_RDR White
GND Black
Wiegand
Interface
D1
D0
Figure 34
Pin Diagram

37
At the end of product life cycle; batteries, soldered boards,
metal components and plastic components must be disposed
through recyclers.
If you are unable to dispose-off the products or unable to
locate e-waste recyclers, you may return the products to
Matrix Return Material Authorization (RMA) department.
Disposal of Product after End-Of-Life
The product refered is covered by the waste Electrical and
Electronic Equipment (WEEE) directive and must be disposed
of in a responsible manner.
WEEE Directive 2002/96/EC
www.matrixaccesscontrol.com
Head Office
394-GIDC, Makarpura, Vadodara, Gujarat, 390010, India
Ph: ([phone]
Email: Suppor[email protected]
MATRIX COMSEC PVT. LTD.
V 1.3, March 2021
FCC
FCC Compliance
This device complies with part15 of the FCC rules. Operation is
subject to the following two conditions:
1. This device may not cause harmful interference.
2. This device must accept any interference received, including
interference that may cause undesired operation.
This equipment has been tested and found to comply with the limits of
Class A digital device, pursuant to part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against
harmful interference when the equipment is operated in a commercial
environment.
This equipment generates, uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instruction
manual, may cause harmful interference to radio communications.
Operation of this equipment in a residential area is likely to cause
harmful interference in which case the user will be required to correct
the interference at his own expense.
Warning
This is a Class A product. In a domestic environment this product may
cause radio interference in which case the user may be required to
take adequate measures.
Certification in-progress for ATOM 200/300
Caution:
Any Changes or modifications not expressly approved by
the party responsible for compliance could void the user's
authority to operate the equipment.
FCC RF Radiation Exposure Statement:
1. This Transmitter must not be co-located or operating
in conjunction with any other antenna or transmitter.
2. This equipment complies with RF radiation exposure
limits set forth for an uncontrolled environment.
3.This equipment should be installed and operated with
minimum distance 20cm between the radiator& your body.