Wireless Smoke-Heat Detector
Wireless UV-IR Detector
Wireless IR-3 Flame Detector
Wireless Beam Detector
Wireless PIR Detector
CCTV
Wireless Gas Detector
Manual Pull Station
Wireless Relay
Voice Evac System
Automatic fire extinguisher
Fire Alarm Panel

The InfraSecure System will help to enhance the preventive measures and handle the emergencies in an effective manner, which will minimize - Human, Financial & National Loss.

Wireless Addressable Smoke Cum Heat Detector with Two Way Communication


 

 

A Detector Wireless Addressable  Smoke Cum Heat Detector with Two Way Communication
1 Application For detection of Smoke and Heat
2 Voltage range 3.6 V/ 9VDC(Lithium battery)
3 Life of the battery Minimum 7 years
4 Standby current 20-30μA
5 Smoke Sensitivity setting Field Programmable with Hand-held Device as per the site requirement.
6 Thermal setting 40⁰C -60⁰C with resettable DIP Switch
7 Diiff. Alarm Output Different alarm output for smoke & Temp
8 Operating frequency 433.93 MHz.
9 Ambient temperature range -10deg C to +55deg C
10 Wireless Protocol Two Way Mesh /Multi-hop
11 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:
Frequency bands 433.05 – 433.92MHz
Number of channels 10
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL
12 Individual Data Transmission for
  1. Smoke
  2. Temp
  3. Dust accumulation
  4. Tamper /Detector Removal
  5. Low Bat
  6. Health Chk
13 Wireless Protocol Wireless MESH
14 Coverage Area 25 sq.mtr
15 Point Read: Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
16 Handshaking The Detector  shall be in handshaking mode with the respective Hooter panel , Local Monitoring station . Handshaking for health condition to be communicated to the Hooter panel & Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs of Local Monitoring Station/ Local Hooter Panel so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.
Low Bat, Detector Tamper, Dust accumulation chk monitoring shall be communicated using wireless two way communication MESH protocol to the local hooter panel /Local CMS

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Wireless Addressable UV-IR Flame Detector with Two Way Communication


 

C Detector Wireless Addressable  UV-IR Flame Detector with Two Way Communication
1 Application For detection of Flame/Spark
2 Voltage range 3.6 V/ 9VDC(Lithium battery)
3 Life of the battery Minimum 5 years
4 Standby current 20-30μA
5 Sensitivity setting Sensitivity adjustment with inbuilt DIP Switch for different sizes of flame
6 Sensor UV_IR
7 Alarm Output Alarm output FOR Diff, sizes of flame
8 Operating frequency 433.93 MHz.
9 Ambient temperature range -10deg C to +55deg C
10 Wireless Protocol Two Way Mesh /Multi-hop
11 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:
Frequency bands 433.05 – 433.92MHz
Number of channels 17
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL
12 Individual Data Transmission for
  1. flame
  2. Tamper /Detector Removal
  3. Low Bat
  4. Health Chk
13 Wireless Protocol Wireless MESH
14 Point Read: Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
15 Handshaking The Detector  shall be in handshaking mode with the respective Hooter panel , Local Monitoring station . Handshaking for health condition to be communicated to the Hooter panel & Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs of Local Monitoring Station/ Local Hooter Panel so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.
Low Bat, Detector Tamper, Dust accumulation chk monitoring shall be communicated using wireless two way communication MESH protocol to the local hooter panel /Local CMS

 

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Wireless Addressable IR3 Flame Detector with Two Way Communication


 

C Detector Wireless Addressable IR3 Flame Detector with Two Way Communication
1 Application For detection of Flame/Spark
2 Voltage range 3.6 V/ 9VDC(Lithium battery)
3 Life of the battery Minimum 5 years
4 Standby current 20-30μA
5 Sensitivity setting Sensitivity adjustment with inbuilt DIP Switch for different sizes of flame
6 Sensor IR3
7 Alarm Output Alarm output FOR Diff, sizes of flame
8 Operating frequency 433.93 MHz.
9 Ambient temperature range -10deg C to +55deg C
10 Wireless Protocol Two Way Mesh /Multi-hop
11 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:
Frequency bands 433.05 – 433.92MHz
Number of channels 17
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL
12 Individual Data Transmission for
  1. flame
  2. Tamper /Detector Removal
  3. Low Bat
  4. Health Chk
13 Wireless Protocol Wireless MESH
14 Point Read: Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
15 Handshaking The Detector shall be in handshaking mode with the respective Hooter panel, Local Monitoring station. Handshaking for health condition to be communicated to the Hooter panel & Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs of Local Monitoring Station/ Local Hooter Panel so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.
Low Bat, Detector Tamper, Dust accumulation chk monitoring shall be communicated using wireless two way communication MESH protocol to the local hooter panel /Local CMS

 

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Wireless Addressable Beam Smoke Detector with Two Way Communication


A Wireless Addressable Beam Smoke Detector with Two Way Communication
1 Application For detection of Smoke
2 Voltage range 12 V/24VDC
3 Protection Rang 5- 100 mtr
4 Adjustment angle ±10 Degrees horizontal & vertical
5 Sensitivity Levels Level 1 – 25%
Level 2 – 30%
Level 3 – 40%
Level 4 – 50%
Acclimate™ Level 1 – 30 to 50%
Acclimate Level 2 – 40 to 50%
6 Fault Conditions 96% or more obscuration blockage
In alignment mode
Improper initial alignment
Self-compensation limit reached
7 Alignment aid Optical Gunsight
8 Standby current 450mA
9 Operating frequency 433.93 MHz.
10 Ambient temperature range -10deg C to +55deg C
111 Wireless Protocol Two Way Mesh /Multi-hop
12 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:
Frequency bands 433.05 – 433.92MHz
Number of channels 10
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL
13 Individual Data Transmission for
  1. Smoke
  2. Health Chk
  3. Fault
14 Wireless Protocol Wireless MESH
15 Point Read: Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
16 Handshaking The Detector shall be in handshaking mode with the respective Hooter panel, Local Monitoring station. Handshaking for health condition to be communicated to the Hooter panel & Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs of Local Monitoring Station/ Local Hooter Panel so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.  Low Bat, Detector Tamper sshall be communicated using wireless two way communication MESH protocol to the local hooter panel /Local CMS

 

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Wireless Addressable Gas Detector with Two Way Communication


 

 

A Detector Wireless Addressable Gas Detector with Two Way Communication
1 Application For detection of Gas and Heat
2 Voltage range 3.6 V/ 9VDC(Lithium battery)
3 Life of the battery Minimum 7 years
4 Standby current 20-30μA
5 Gas Detection LPG / LNG
6 Setting Resettable DIP Switch
7 Diiff. Alarm Output Different alarm output
8 Operating frequency 433.93 MHz.
9 Ambient temperature range -10deg C to +55deg C
10 Wireless Protocol Two Way Mesh /Multi-hop
11 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:

Frequency bands 433.05 – 433.92MHz
Number of channels 10
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL

12 Individual Data Transmission for
  1. Gas
  2. Dust accumulation
  3. Tamper /Detector Removal
  4. Low Bat
  5. Health Chk
13 Wireless Protocol Wireless MESH
14 Coverage Area 25 sq.mtr
15 Point Read:Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
16 Handshaking The Detector  shall be in handshaking mode with the respective Hooter panel , Local Monitoring station . Handshaking for health condition to be communicated to the Hooter panel & Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs of Local Monitoring Station/ Local Hooter Panel so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.
Low Bat, Detector Tamper, Dust accumulation chk monitoring shall be communicated using wireless two way communication MESH protocol to the local hooter panel /Local CMS

 

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Wireless Addressable Manual Pull Station with Two Way Communication


 

H MCP Wireless Addressable Manual Pull Station with Two Way Communication
1 Application For Manual Call Point
2 Voltage range 3.6 V/ 9VDC(Lithium battery)
3 Life of the battery Minimum 7 years
4 Standby current 20-30μA
8 Operating frequency 433.93 MHz.
9 Ambient temperature range -10deg C to +55deg C
10 Wireless Protocol Two Way Mesh /Multi-hop
11 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:
Frequency bands 433.05 – 433.92MHz
Number of channels 17
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL
12 Individual Data Transmission for
  1. Call Point
  2. Low Bat
  3. Health Chk
13 Wireless Protocol Wireless MESH
14 Point Read: Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
15 Handshaking The MCP  shall be in handshaking mode with the respective Hooter panel , Local Monitoring station . Handshaking for health condition to be communicated to the Hooter panel & Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs of Local Monitoring Station/ Local Hooter Panel so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.
Low Bat, Detector Tamper, Dust accumulation chk monitoring shall be communicated using wireless two way communication MESH protocol to the local hooter panel /Local CMS

 

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Wireless Fire Alarm Panel with Two Way Communication


 

 

A Local Hooter Control Panel Wireless Fire Alarm Panel with Two Way Communication
1 Application Receiving & Transmitting signals to /from field and CMS
2 Voltage range 230vAC/12vDC
3 Graphic display with Touch screen 320x240 , 5.7” with Touch screen Controller
4 Standby current 50-150mA
5 Addressable Loop 04 Expandable
6 Event Recorder 24 Events
7 Printer Inbuilt Thermal Printer
8 Hooter 110Db
9 Password protection Touch screen
10 Data Entry Through Touch Screen on graphic Display
11 Battery Back up 12Vdc, 7.2AH with Auto Charger having Short Ckt, Over Voltage & Deep Discharge Protection
12 Mains Supply Fail Transmit the Mains Fail Signal to CMS through inbuilt Transmitter
13 Mains Supply Indicator LED , industrial Grade
14 Interface RS232/485
15 Operating frequency 433.93 MHz.
16 Ambient temperature range -10deg C to +55deg C
17 Wireless Protocol Two Way Mesh /Multi-hop
18 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:
Frequency bands 433.05 – 433.92MHz
Number of channels 17
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL
19 Individual Data Transmission to CMS For
  1. Detector
  2. LHS
  3. MCP/Third party devices
  4. Low Bat
  5. Health Chk
  6. Mains supply fail
20 Wireless Protocol Wireless MESH
21 Point Read: Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
22 Handshaking The Hooter Control Panel HCP shall be in handshaking mode with the respective Local Monitoring station & CMS . Handshaking for health condition to be communicated to the Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs to be communicated to Local Monitoring Station so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.

 

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Wireless Addressable Software based Voice Evacuation System


 

Wireless Addressable Software based Voice Evacuation System.
A HARDWARE IBM/HP  Tower Server  for 24 x7 application
2 Application For Voice Evacuation System
3 Processor Intel® Xeon®  Quad Core
4 Memory 2GB standard memory
5 Cache 8 MB
6 Hard Drive 250GBX2
7 Chipset Intel compatible Chipset
9 RAID controller RAID 1
10 Disk bays
Hot Swap
Up to 2 nos 3.5" hot-swappable Serial Attached SAS
11 Network Interface integrated dual Gigabit Ethernet
12 Industry standard compliance Microsoft® Logo certifications

Operating System : Windows Server 2011

13 Ports Front: 2 USB Rear: 2 USB, 1 Ethernet, 1 video, 1 serial,
14 Power supply Redundant Hot Swappable with external additional power supply
15 Server power cords IEC power cord  with NEMA power cord
16 System fans 1 fan
17 Monitor 21” LED.
18 UPS 1 KVA
19 Server Rack Standard
20 Printer Laser Jet, Make -HP
21 Operating System Microsoft Window 2011OEM with 5 user
22 Ethernet Switch 8 port 10/100 MBPS
B Loop 08 Loop
D IP Audio Zones 8 Zone
E  IP Amplifier 1X100W 4 Ohm Mono channel Class D Amplifier
g Converter 8x4 ohm  100w mono channel to 100 volt audio line Converter
H Interface With Wireless Addressable Fire Detection System CMS
I  IP Audio Decoder Applications:

  • Multi room IP Audio System Receiver
  • Internet Radio Receiver
  • Instore Audio Player
  • SIP and IP Paging Zone Device
  • Digital Announciator  Message Player, Message Repeater
  • Generic VoIP decoder for IP Paging and Announcement applications
  • Commercial Audio Streaming Applications

Features:

  • AACplus, MP3, Ogg Vorbis, G.711, PCM linear Decoding
  • IP Streaming via TCP, UDP, RTP, Multicast
  • Line Level Output (Stereo)
  • Relay Output (Ex110 & Ex120 only)
  • RS-232 Serial Port
  • Power Supply (9-30V, plug included)
  • IR receiver and Display built-in (Ex110 & Ex120 only)
  • MicroSD or USB Flash Interface

Technical Specifications:

Electrical

  • 9 to 30 VDC, 5 Watt max.
  • 2.1mm barrel connector

Ethernet

  • 10/100Mbps auto,
  • RJ-45 connector with integrated Link/Activity LED
  • Protocols: TCP/IP, UDP, RTP, SIP, DHCP,

Multicast capable

  • ES-100/spkr (Ethersound, output, no daisy-chain) support

Analog Output

  • Line level output, 40..60 Ohm output impedance on RCA and 1/8" headphone jack. Output level software controllable
  • Full scale output voltage: 5.6 dBu, 4 Vpp
  • Frequency response (-3dB) 19Hz ..22kHz *
  • Dynamic range 87 dB
  • SNR/THD -87 dB, <0.05%

Audio formats

  • MP3 CBR/VBR, up to 320kbps, 8..48kHz sample freq.
  • AAC, AAC plus, AAC-HE (AAC plus V2)
  • WMA (up to version 9), Ogg Vorbis
  • PCM 16bit @8, 16, 22.05, 24, 32, 44.1, 48 kHz
  • G.711, uLaw, aLaw (sample rates same as PCM)

Discrete I/O

  • 1 NO relay contact, 24V 0.5A (110&120 models only)

RS-232 Interface

  • 300..230'400 Baud asynchronous, tunneling or local control

Display

  • Backlit LCD, 2x16 chars (110&120 models only)

IR Interface

  • IR via serial port, built-in IR receiver (110&120 models only)
  • IR remote control included with Exstreamer 110 & 120
J Speakers 6W 100V Wall Mounted

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Wireless Addressable Relay Panel with Two Way Communication


 

A Relay Control Panel Wireless Addressable Relay Panel with Two Way Communication
1 Application 3rd Party Integration
2 Voltage range 230vAC/12vDC
3 Graphic display  with Touch screen 320x240 , 5.7” with Touch screen Controller
4 Standby current 50-150mA
5 Addressable Loop 04 Expandable
6 Event Recorder 24 Events
7 Relay Contacts 32
8 Hooter 110Db
9 Password protection Touch screen
10 Data Entry Through Touch Screen on graphic Display
11 Battery Back up 12Vdc, 7.2AH with Auto Charger  having Short Ckt, Over Voltage & Deep Discharge Protection
12 Mains Supply Fail Transmit the Mains Fail Signal to CMS through inbuilt Transmitter
13 Mains Supply Indicator LED , industrial Grade
14 Interface RS232/485
15 Operating frequency 433.93 MHz.
16 Ambient temperature range -10deg C to +55deg C
17 Wireless Protocol Two Way Mesh /Multi-hop
18 Inbuilt Transreceiver Two Way Communication Module Mesh/Multi-hop RF Transceiver Module:
Frequency bands 433.05 – 433.92MHz
Number of channels 17
Data rate 1.2 - 100
Max output power 10 dBm
Sensitivity -110 dBm
Supply voltage 2.0 – 3.9 Volt
Current consumption,
RX / TX :24 / 35 mA
Current consumption,
SLEEP Typ. 0.3 uA
Temperature range -40 to +85
Coding : Infinite
Programmable at site
Modulation :FSK
Test Certificate : ERTL
19 Individual Data Transmission to CMS For
  1. Detector
  2. LHS
  3. MCP/Third party devices
  4. Low Bat
  5. Health Chk
  6. Mains supply fail
20 Wireless Protocol Wireless MESH
21 Point Read: Handshaking principle A: Device status
B: Device type
C: Custom Device Label
D: Software Zone Label
E: Device Zone Assignments
F: All Program Parameters.
22 Handshaking The Hooter Control Panel HCP  shall be in handshaking mode with the respective Local Monitoring station & CMS . Handshaking for health condition to be communicated to the Local CMS via two way communication with MESH protocol.

Health condition monitoring in each 01 hrx24 hrs to be communicated to Local Monitoring Station so that different Audio visual alarm with graphic presentation of Health condition monitoring of all the devices in Wireless FDA system install in Plant area in fixed intervals.

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Wireless PIR Motion Detector


  • Bi-directional: The wireless detector gets receiver acknowledgement for each transmission.
  • Adjust the detector’s features from anywhere by your smartphone.
  • Option to program all detectors’ features by GSM adapter.
  • Anti-masking protection.
  • Two PIR sensors.
  • Waterproof and all weather resistance.
  • Shutters behind the lens allow limiting the PIR sensors vertical field of view.
  • 2 provided plates allow installing the detector with a vertical tilt of 50 by each plate (100 by using both plates).
  • Multi-directional Mounting BRACKET (Option).

Battery 3.6V, 1/2AA Lithium Battery Current Standby = 10μA, Max. Detection range Indoors = 12 meter
Outdoors = 8 meter

Wireless Addressable Software Based Control Command Center


Wireless Addressable Software Based Control Command Center
A HARDWARE IBM/HP High End Rack Server  for 24 x7 application
2 Application For wireless FDA Plant Centralised Monitoring Station
3 Processor Intel® Xeon®  DUAL
4 Memory 8GB standard memory
5 Cache 2x6 MB
6 Hard Drive 250GBX2
7 Chipset Intel compatible Chipset
9 RAID controller RAID 1
10 Disk bays Hot Swap Up to 2 nos 3.5" hot-swappable Serial Attached SAS
11 Network Interface integrated dual Gigabit Ethernet
12 Industry standard compliance Microsoft® Logo certifications Operating System : Windows Server 2011
13 Ports Front: 2 USB Rear: 4 USB, 2 Ethernet, 1 video, 1 serial
14 Power supply Redundant Hot Swappable with external additional power supply
15 Server power cords IEC power cord  with NEMA power cord
16 System fans 2 fan
17 Monitor ’32”x4 Video Wall.
18 UPS 5 KVA ,
19 Server Rack Standard
20 Printer Laser Jet, Make -HP
21 Operating System Microsoft Window 2003 OEM with 5 user
22 Ethernet Switch 8 port 10/100 MBPS
B Loop 255 Loop, each Loop = 255 Devices
C 255 Loop Wireless Addressable Long Range RF Transreceiver with MESH protocol Two Way Communication Specifications:

(3.0V, 25°C) Min Typ Max Unit
Operating Frequency 433.92 MHz
Frequency tolerance (12.5 kHz) +/-1,5 kHz
Frequency tolerance (50 kHz) +/-4.25 kHz
Number of 12.5 kHz channels 6
Number of 50 kHz channels 1
Number of 25 kHz channels 3
RF Data rate/modulation (12.5 kHz) 2.4/GFSK kbps
RF Data rate/modulation (12.5 kHz) 4.8/GMSK kbps
RF Data rate/modulation (50 kHz) 38.4/4GFSK kbps
RF Data rate/modulation (25 kHz) TBD kbps
UART baud rate 2400 230400 Baud
TX mode: Output Power (programmable) -27 dBm
2nd /3rd harmonic -54 dBm
Rx Mode: Sensitivity -105 -124 dBm
Blocking, +/- 1 MHz 30 74 dB
Blocking, +/- 2 MHz 35 79 dB
Blocking, +/- 10 MHz 60 81 dB
Adjacent Channel Rejection 52 dB
Alternate Channel Selectivity 57 dB
Power Supply: Supply Voltage (VCC) 2.5 3.8 V
Supply Voltage (VCC_PA) 2.5 5 V
Current Consumption, RX 22 mA
Current Consumption, TX, 27 dBm 280 -300 mA
Current Consumption, TX, 24 dBm 180- 200 mA
Current Consumption, TX, +14 dBm 43- 45mA
Current Consumption, Power Down 1 -2 μA
Temperature range: -40 +85 °C
TEST Certificate : ERTL-STQC

D Wireless Protocol MESH
IP Audio Decoder Applications:

  • Multi room IP Audio System Receiver
  • Internet Radio Receiver
  • Instore Audio Player
  • SIP and IP Paging Zone Device
  • Digital Announciator  Message Player, Message Repeater
  • Generic VoIP decoder for IP Paging and Announcement applications
  • Commercial Audio Streaming Applications

Features:

  • AACplus, MP3, Ogg Vorbis, G.711, PCM linear Decoding
  • IP Streaming via TCP, UDP, RTP, Multicast
  • Line Level Output (Stereo)
  • Relay Output (Ex110 & Ex120 only)
  • RS-232 Serial Port
  • Power Supply (9-30V, plug included)
  • IR receiver and Display built-in (Ex110 & Ex120 only)
  • MicroSD or USB Flash Interface

Technical Specifications:

Electrical

  • 9 to 30 VDC, 5 Watt max.
  • 2.1mm barrel connector

Ethernet

  • 10/100Mbps auto,
  • RJ-45 connector with integrated Link/Activity LED
  • Protocols: TCP/IP, UDP, RTP, SIP, DHCP,

Multicast capable

  • ES-100/spkr (Ethersound, output, no daisy-chain) support

Analog Output

  • Line level output, 40..60 Ohm output impedance on RCA and 1/8" headphone jack. Output level software controllable
  • Full scale output voltage: 5.6 dBu, 4 Vpp
  • Frequency response (-3dB) 19Hz ..22kHz *
  • Dynamic range 87 dB
  • SNR/THD -87 dB, <0.05%

Audio formats

  • MP3 CBR/VBR, up to 320kbps, 8..48kHz sample freq.
  • AAC, AAC plus, AAC-HE (AAC plus V2)
  • WMA (up to version 9), Ogg Vorbis
  • PCM 16bit @8, 16, 22.05, 24, 32, 44.1, 48 kHz
  • G.711, uLaw, aLaw (sample rates same as PCM)

Discrete I/O

  • 1 NO relay contact, 24V 0.5A (110&120 models only)

RS-232 Interface

  • 300..230'400 Baud asynchronous, tunneling or local control

Display

  • Backlit LCD, 2x16 chars (110&120 models only)

IR Interface

  • IR via serial port, built-in IR receiver (110&120 models only)
  • IR remote control included with Exstreamer 110 & 120
Communication & announcer unit
  • Ethernet communications / sending control and audio packets, receiving status information
  • Digitalizing sound from the microphone
  • Switching on and off endpoints
  • Managing acknowledgements
  • Providing operator with information on operation status of devices in the system, on potential inaccessibility thereof
    • Physical design:  7-key desktop panel (PE)
    • Screen: 320x240 pixel, FSTN + LED background
    • Microphone: XLR electret-type flexible neck microphone
    • Power supply: 12 VDC / 500mA
    • Operating temperature range: between -10 C° and +50 C°
    • Communications interface:
      • 1 piece 10/100 Mbit/s standard Ethernet
      • 1 piece standard RS232 port
E Hooter 110dbx4
G Wireless Third Party Integration MVWS, Innergen, Ventilation, Air conditioning , HVWS, Suppression system etc
H Auto Dialer Tone based 20 nos Auto Dialer
I Transponder
  1. Dual band 900/1800 MHz
  2. Support Data, S.V.F.
  3. Max Power Output: 2W (900Mhz), 1W (1800Mhz)
  4. Group 3 FAX support (Class 1 and 2)
J Wireless Range  5km

 

A. Video Wall: 32”4x4

Poroposed LCD Video wall should be a matrix of  4x4 NSL  LCD or similar Display System having Four  Nominal WXGA+ Modules stacked in TWO  rows and TWO columns.

The Display controller to drive these NSL LCD Video wall should be  Modules is kept below the mechanical structure of the Display Wall and the connecting cables between the Display Controller & LCD Modules run internally. The proposed solution of LCD Video wall will behave as a Single Logical Display with the help of our Display Controller. Display Controller will be running on WINDOWS XP professional operating system and would be connected to the Operator Workstations in the Control Room thru the Ethernet (10/100/1000 Mbps).

One can always load / install various WIN based applications on the Display Controller and can run them from there to show the display of the same on the Large Screen Display.

Display Controller can also take various inputs e.g. DVI, RGB, s-video. There should be a provision for  2 nos of DVI input in the proposed solution  of streaming video inputs via quad streaming video input card.

One can also show the mirror images of the monitors of the WIN XP based OWS / PC connected with Display Controller over LAN. There should be provision of control room management software which will be seamlessly integrated with Wireless FDA  systems. It will enable to show detail content on the LCD display wall.

Using the Software, one can always pre configure various display layouts to be displayed any time with a simple mouse click. The applications defined in a particular layout are automatically opened, sized and positioned accordingly on the LCD Display as soon as that particular layout is launched. There should be a provision for a provision for 6 clients to be added which are available on the same network for displaying the video content on LCD video wall.  All clients should be  IP based and on the same network.

Using the Remote Pointer functionality of  software, the control of the keyboard and mouse of the Display Controller, can be taken over by any WINDOWS XP OWS’s keyboard and mouse if the same is connected with Display Controller over the LAN.

Features:

  • Narrow-bezel LCD NSL Or similar display with WXGA (1366x768) resolution.
  • Overall Gap between two LCD panels should be less than 7.3 to 10 mm .
  • Size of 4X4 matrix of LCD wall
  • Allows multiple sources in Native resolution without loss of pixel or scaling for control room applications.
  • Multiple sources (video, PC content or streaming video) can be presented and positioned anywhere across the entire LCD stack.
  • Accurate Color calibration for display consistency management to ensure correct white point and accurate grayscales.
  • Front access removal of any LCD without removal of other LCD's.
  • A special cooling concept to avoid heat spill over between LCD's
  • Low noise.
  • Can be serviced from the front and the back.
  • Require no back room space at all, so they are ideally suited for control rooms where space is limited.
  • No permanent burn in for use under 20 hours/day
  • Anti Image Retention

 

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