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StarLink

 SLE Commercial LTEVI & LTEAI Series Dual-Path Alarm Communicators -- Installation Instructions 

  Electrical Ratings for +12V / 24V  

  For Models without Power Supply

 

 

Input Voltage:  10-25VDC regulated (power-limited out-

put from Listed control panel Aux/Remote Fire Power).   

 

Input Current:  

10VDC standby:  162mA 

12VDC standby:  125mA 

15VDC standby:  110mA 

24VDC standby:  100mA (Commercial Fire models) 

25VDC standby:  100mA (Commercial Fire models) 

Wi-Fi Module: 

 (Optional) Add 40mA to the above. 

(With peak RF transmission current of 325mA).   

 

  Electrical Ratings for the IN 1 Fire Input: 

 

Input Voltage:  9-25VDC.   

 

Maximum  Input  Current:    Up  to  2mA  from  FACP  NAC 

circuit 

 

  Electrical Ratings for IN 2, IN 3, IN 4, and IN 5: 

  (Inputs 

IN 2, IN 3, IN 4, and IN 5 are 

Class B) 

 

Maximum Loop Voltage:  25VDC.   

 

Maximum Loop Current:  1.2mA 

 

End of Line Resistor (EOLR) Value:  10K (2 req'd) 

 

  Electrical Ratings for PGM3 Output: 

 

Open  Collector  Output:    Maximum  Voltage  3V  when 

active; 25V maximum when not active.   

 

Maximum  PGM  Sink  Current:    50mA  (up  to  15VDC), 

25mA (15.1VDC - 25VDC) 

 

  Physical (W x H x D) 

 

Metal Housing:  11½ x 9½ x 3½" (29.2 x 24.1 x 8.9cm) 

 

Mounting:  Metal housing includes two keyhole slots for 

wall mounting (see measurements on page 7)   

 

Antenna Length:  8.25" (21cm) 

 

  Environmental 

 

Operating Temperature:  0°C - 49°C (32°F - 120°F)  

 

Humidity:  Maximum 93% Non-Condensing 

 

Indoor / dry location use only 

 
 

TERMINAL DESCRIPTIONS 

Configure  all  inputs  and  outputs  using  the  Management 

Center  screen  (located  at 

www.NapcoNOC.com

).    Located 

at  the  bottom  of  the  StarLink  communicator  PC  board,  the 

17 terminals are described as follows: 

 

TB1:  PWR (+10 - 25VDC)

     

 

(Refer to section "

STEP 4:  APPLY POWER

") 

TB2:  PWR GND (–)

 

 

(Refer to section "

STEP 4:  APPLY POWER

") 

TB3:  PGM3 (–):

  Open collector output.  PGM3 is normally 

on (active low).  When it is triggered (for example, a 

trouble  is  detected)  it  becomes  open  collector/high.  

To have a zone  dedicated to an  StarLink communi-

cator trouble, insert one side of the end of line resis-

tor into this PGM3 terminal, and wire the  other  side 

of the resistor to the positive terminal of the zone.   

TB4:  IN  1  (+):

  Smart Channel input.  Active high input 

for wiring to the control panel bell output.  When this 

input  detects  a  pulsing  temporal  3  high,  it  sends  a 

Fire  alarm;  a  pulsing  temporal  4  (CO  Alarm),  a  CO 

alarm  is  sent.    When  used,  these  conductors  must 

be run in conduit (max 20 feet for Commercial Fire, 

and 3 feet for Residential Fire).  For this input to re-

port  to  a  central  station,  the  StarLink  communicator 

must be configured with the central station telephone 

number  and  correct  reporting  formats  and  codes.  

For  more  information,  see  WI2140  located  at 

www.NapcoNOC.com

.   

TB5:  IN 2 (+):

  Fire Trouble input**.  Wire to FACP trou-

ble relay N/O with parallel 10K EOLR at FACP. 

 

Note: 

 Inputs 

IN  2

IN  3

IN  4

 and 

IN  5

 can be su-

pervised  end-of-line  resistor  inputs  that  can  be  trig-

gered with N/O or N/C relay contacts.    

TB6:  IN 2 (–):

  See 

TB5

, above. 

TB7:  IN  3  (+):

   Fire Alarm input**.  Wire to FACP Fire 

Alarm relay N/O with parallel 10K EOLR at FACP. 

TB8:  IN 3 (–):

  See 

TB5

 and 

TB7

, above. 

 

Secondary  Telephone:

    RJ-45  socket  for  FACP  DACT 

connection.

 

 

Primary  Telephone:

    RJ-45  socket  for  FACP  DACT  con-

nection.

 

 

TB9:  IN  4  (+):

    Supervisory  Alarm  input**.    Wire  to 

FACP Supervisory relay N/O with parallel 10K EOLR 

at FACP. 

TB10:  IN 4 (–):

  See 

TB5

 and 

TB9

, above. 

TB11:  IN 5 (+):

  Water Flow Alarm input**.  Wire to FACP 

Water Flow relay with parallel 10K EOLR at FACP. 

TB12:  IN 5 (–):

  See 

TB5

 and 

TB11

, above. 

TB13:  GND:

  Earth ground terminal. 

 

Ethernet:

    Connect  the  SLE  Dual-Path  communicator  to 

your broadband modem, router or switch.  

Note:

 The 

cable modem/router and switch (if any) at the prem-

ises  requires  standby  power,  therefore  a  UL  1481  / 

UL  864  or  UL  Listed  ITE  (

Information  Technology 

Equipment

)  UPS  must  be  used  at  the  premises  to 

power these devices for a minimum of 24 hours.   

 

TB19:  N/O  OUT1:

  Normally open.  Dry contact Form C 

relay.    Add  shunt  to  lower  two  pins  of  JP1  for  wet 

contacts.   

For Commercial Fire installations, a UL Listed Fire Alarm regulated power supply or FACP regulated auxiliary output is required. 

*Reverse polarity / energized state. 

**Factory programmed options; may be changed at the NOC website (

www.NapcoNOC.com

). 

Supervised Fire Input Wiring Option

 

10K

 

10K

 

C

 

C

 

N/O

 

Alarm

 

N/O

 

TBL*

 

To StarLink 

Terminals 

IN2 (TB5)  

-or- 

IN3 (TB7)

 

Radio GND 

(TB6 and 

TB88)

 

 

The EOLR must be installed and located within the control panel housing. 

(Radio) 

 

(Alarm Panel)

 

5  7 

-or- 

N/C

 

6  8 

-or- 

N/C

 

Summary of Contents for SLE-LTEAI-CFB

Page 1: ...icators are fully su pervised wireless digital two way subscriber units All models are compatible with most 12 24VDC alarm control panels always adhere to the documentation provided by the control panel manufacturer These communicators are for use as the primary means of communication with the central station and do not have backup mode capability No POTS Telco Line connection permitted Dual Path ...

Page 2: ...igh input for wiring to the control panel bell output When this input detects a pulsing temporal 3 high it sends a Fire alarm a pulsing temporal 4 CO Alarm a CO alarm is sent When used these conductors must be run in conduit max 20 feet for Commercial Fire and 3 feet for Residential Fire For this input to re port to a central station the StarLink communicator must be configured with the central st...

Page 3: ...T2 Common Dry contact Form C relay Relay rated 30V AC DC 500mA TB24 N C OUT2 Normally closed Dry contact Form C relay LED DESCRIPTIONS The PC board contains several LED s as follows GREEN RF SIGNAL STRENGTH LED Labeled D3 this LED is located at the lower right corner of the PC board Every 30 seconds the StarLink communicator receiver section turns on and listens to the cell tower Depending on the ...

Page 4: ...ces for 24 hours unless an engine driven genera tor is provided on the premises then only 4 hours of UPS backup are required JUMPER DESCRIPTIONS Jumper block labeled X5 from top to bottom as detailed in the table below Note Contact ID is always available in response to a Contact ID handshake The SLE Series Dual Path communicators are compatible with 4 2 Pulse Dialing formats with 10pps 20pps and 4...

Page 5: ...unt and register specific StarLink com municator modules at www NapcoComNet com Accounts and modules registered via the Internet are enabled for activation within 24 hours STEP 2 SELECT A MOUNTING LOCATION The mounting location should be indoors within the protect ed area and selected based on RF performance It is HIGHLY recommended that the installer carefully adhere to the following recommendati...

Page 6: ...vate the trouble with an open by wiring the EOLR in series with the Common and N C of the OUT1 relay Activate the trouble with a short by wiring the EOLR in parallel with the Common and N O of the OUT1 relay The communicator must also report this trouble to the central station With NAPCO GEMC control panels wire SIGNALS ORIGINATED AT THE NOC NOC Originated Alarms Contact ID Event Data Sent Initiat...

Page 7: ...and N O in series with a 2 2k EOLR For communicator models without the SLE ULPS R Pow er Supply powered by the control panel Aux Power termi nals wire the communicator directly to the 12V of the control panel Program the communicator to report all troubles on OUT1 Common and N C You can also wire across the dedicated zone on a GEMC EZM8 Thus when a communicator trouble is detected the communicator...

Page 8: ...es with which the compatibility has been determined by UL Listing Report 5 Only enclosures painted red in color shall be used 6 Underwriters Laboratories Inc s listing requirements and limitations shall be complied with to the transmitted message e The maximum duration between the initiation of an alarm signal at the protected premises transmission of the signal and subsequent display and recordin...

Page 9: ...e transformer compartment from the yellow secondary wires of the transformer Remove shunt J2 to isolate relay OUT1 common from ground i e jumper on wet circuit common off dry contact When wet configuration is used the power should be derived from the alarm control panel J7 Remove shunt to disable 10K EOLR across pins 1 and 8 of primary TELCO input Do not remove if Tip Ring Wiring Fault Report is e...

Page 10: ...vision Requires all 8 wires in the RJ 45 cable JP1 Shunt JP1 on bottom 2 pins when using the SLE ULPS R Shunt on top 2 pins when NOT using the SLE ULPS R These connections only used without Power Supply EOLR JP2 Remove shunt on JP2 to enable TELCO 2 trouble Not required if JP2 shunt is removed and FACP monitors TELCO 2 To FACP Zone Dedicated to Radio Trouble When using JP2 option monitoring Telco ...

Page 11: ... when not using the SLE ULPS R RJ31X RING TIP GREEN RED GREEN RED WIRE DIRECTLY TO CONTROL PANEL USE FOR SHORTER DISTANCES OPTIONAL WIRE TO RJ31X USE FOR LONGER DISTANCES RJ31X RING TIP GREEN RED WIRE DIRECTLY TO CONTROL PANEL USE FOR SHORTER DISTANCES OPTIONAL WIRE TO RJ31X USE FOR LONGER DISTANCES GREEN The feature Tip Ring Wiring Fault Report is required for supervision RED JP2 Remove shunt on ...

Page 12: ...removed and FACP monitors TELCO 2 Program only TELCO 1 supervision Note Connect IN2 to a panel output used for identifying Telco line cut this is the DACT interconnect wiring to the radio PC Board All connections are power limited except AC Mains and battery terminals Or use a 12V 24V UL Listed monitored power supply 10kΩ 10kΩ 10kΩ EOLR Requires all 8 wires in the RJ 45 cable JP1 Shunt JP1 on top ...

Page 13: ...or supervision and central station reporting through the StarLink SLE LTEVI FIRE radio By removing the JP2 shunt and enabling the feature Tip Ring Wiring Fault Report when any radio trouble is detected the StarLink radio will remove voltage from the secondary telephone output triggering the FACP to locally annunciate the Telco trouble and report the trouble to the central station Note Some FACPs r...

Page 14: ...r that opening the enclosure door will cause a tamper alarm Wiring a normally closed sensor loop for tamper supervision wire to a zone on the control panel GEM Tamperkit consists of Description QTY SC206LF Slotted Pan Head 6 32 x 3 4 Machine Screw 6 SW105 Tamper Switch 2 Tamper Switch Mounting Instructions Back Tamper Door Tamper VIEW OF TAMPER SWITCHES 1 ENCLOSURE BASE 2 BACK TAMPER SWITCH TO PRE...

Page 15: ... TRF12 T123 TRANSFORMER FOR CONNECTION TO SLE CHARGER BOARD UL LISTED SURFACE OR FLUSH MOUNT OUTLET BOX AND NON SWITCHED RECEPTACLE WALL TRANSFORMER SECONDARY WIRING CONDUIT LIMITED TO 20 FEET MAXIMUM LENGTH Maintain a minimum of 1 4 inch separation of circuits transformer secondary wiring from 120V branch circuit EXAMPLE OF CONDUIT LOCATION Optional Alternate Methods for Commercial Fire Branch Ci...

Page 16: ...may not be compromised or circumvented or that the product or system will prevent any personal injury or property loss by burglary robbery fire or otherwise nor that the product or system will in all cases provide adequate warning or protection A properly installed and maintained alarm may only reduce risk of burglary robbery fire or otherwise but it is not insurance or a guarantee that these even...

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