Controlled Electronic Management Systems Ltd TSR618V93F Manual Do Utilizador

TM

Hex security screwdriver 

Size H20

Star head screwdriver    

Size PZ3

-20°C to 70°C (4°F to 158F) flame-retardant polycarbonate. IP65 rated

15W power to the terminal only. Lock and/or exit reader power should be 
supplied separately

This guide contains the basic instructions for installing 
the emerald TS300f - Intelligent Fingerprint Terminal.

For a complete description of emerald TS300f and its 
features, refer to the Technical Product Specification 
at: 

http://www.cemsys.com/emerald

12v nominal (10v – 14v) @500mA peak. (Typically 300 – 400mA) 

a

Four analogue inputs - voltage supplied

RS485 serial comms using Wiegand protocol

10/100 Base-T TCP/IP CAT5/5e

DC30V @ 5a

Dry contact outputs

Comms to system host

Comms to exit reader

Inputs

a. If the DC supply is less than 12V @ 500mA a separate PSU is required for the lock

Power over Ethernet

DC power (unit only)

emerald TS300f

TSR-QG-0072-1

1.   Open AC2000 | Device Configuration | Devices.
2.   In the left pane, expand the Controller to which the terminal is being added.
3.   Right click the appropriate Device group and select Add Device.
4.   In the Device Type drop down list, select the emerald model being installed    

 

(TS300). 
5.   In the Configuration Mode drop down list select the setting that matches
 

your hardware setup.

6.   In the Device Number drop down list select a device number. 
7.   Enter a unique description for the device in Device Location .
8.   Enter the unique MAC Address of the device. (To display the MAC Address 
 

on the terminal select System information | Network).

9.   Enter the unique IP address of the device.
10. Click Add to complete the setup.

If inputs are used to trigger alarms or events in AC2000 AED they must first be configured 
in the AC2000 Devices application. (See AC2000 Setup Guide.)

Ensure that the appropriate card definitions for the chosen card technology are loaded on 
the CDC.

Wiring Configuration: emerald Fingerprint Reader + S610s SE + 3rd Party Read Head

-

+

PSU 12V

2A min

JMP1

S

W

2

12V

GND

SAFETY GND 
OV
RS232 RX

SOUNDER
LED GREEN
LED AMBER

0V

LED RED

D0 

INT 

EXT

INT 

EXT

DRY CONTACT RELAY OUTPUTS: 0-24V DC @ 2A (EXTERNAL SUPPLY)

WET CONTACT RELAY OUTPUTS: 12V DC NOW @ 1.3A (INTERNAL SUPPLY) 

D1 

 DOOR POS 

REX

1 RS485 A

1 RS485 B

RS232 TX

0V

3 RS485 A

3 RS485 B

12V

12V

0V NO

RELAY 1

C

C

NC

NC

0V

0V

NO

INTERLOCK

LOCK POS

RELAY 2

External selected

Battery Link fitted

Ethernet to Switch/Hub

LK5

LK4

LK7

S610s SE Reader

(Serial)

H0

H1

48

5A

48

5B

G

N

D

Ke

ypad

485

A

485B

GND

+

DOOR

POSITION

-

+

MAGNETIC

LOCK

LOCK

SENSE

REQUEST

TO EXIT

 

3rd Party 

Wiegand 

Head

LABEL

Ferrite - Double Loop

micro 

SD card

In fail-secure configuration, if the terminal loses power the 
lock remains closed. A lock that requires power to open 
such as a mortice lock must be used.

If the terminal loses power a fail-safe lock opens allowing 
free access. Therefore a lock that is constantly powered, 
such as a maglock, must be used.

INT 

EXT

INT 

EXT

When using 24V power for a lock, it is imperative that the 
switch position is set to EXT. Setting the switch to INT 
will result in 24V being supplied to the terminal which 
may cause irreversible damage.

When the switch is set to EXT a separate DC12 – 24V  
power source must be used to provide power for any locks 
or other devices such as sounders attached to the 
output (J18).
Note:  Connect the PSU +ve to J18 pin C on RELAY 1.

When the switch is set to INT, DC12V 650mA is provided 
to the lock or other devices attached to each output from 
the terminal’s internal power circuitry.

1. Remove the four screws and spacers using a star head screwdriver.
2. Lift the I/O board away from the back casing.
3. Drill the cable access holes using the guides on the back casing.
4. Drill the the holes on the terminal casing to match the back box fixture points.

1. Set the terminal on a level surface.
2. Remove the four screws using  
  a security hex screwdriver.
3. Remove the front part of the    
  terminal, pivoting at the base. 
4. Disconnect the ribbon cable from 
  the I/O board.

1. Using the drilled mounting holes, screw the back casing to the back box.
2. Screw the I/O board to the back casing, ensuring to replace the spacers.