PIM430

General

The PIM-430 Series Protectowire is a detection module that interfaces between the main control panel detection circuit(s) or addressable node(s)and Protectowire Linear Heat Detector. The module may be configured to provide two (2) Class B (Style B) alarm initiating circuits each capable of operating up to 2,000m (6,560 ft.) of Protectowire Linear Heat Detector or one (1) 3-wire Class B (Style B) dual input initiating circuit capable of operating up to 2,000m (6,560 ft.) of Protectowire Type TRI (TRI-WireTM). The PIM-430 initiating circuits are also compatible with other types of normally open non-resistive contact devices.

PIM-430 Series Protectowire Dual Input Interface Module

Features

• Provides two independent detection zones for Protectowire Linear Heat Detectors or one dual input zone for Protectowire Type TRI (TRI-WireTM )
• Optional onboard Protectowire Alarm Point Location Meter
• Individual power, trouble, and alarm indicators
• Plug-in terminals for field wiring connections
• Simple relay interface to host panel
• NEMA-4X (IP66) enclosure available

Description

The PIM-430 Dual Input Interface Module is designed for easy mounting and includes a convenient “snap-lock” mounting track that enables the module to be conveniently installed inside a host control panel or in any enclosure meeting the environmental requirements of the application. The module is also available from the factory mounted in a NEMA-4X (IP66)rated enclosure (Option E) that can be mounted outside of the host panel in a remote location. In order to ensure proper operation, each PIM-430 Interface Module requires regulated 24 VDC external power which is normally provided by the host control panel. Each module contains a Green “Power On” LED indicator to provide visual confirmation that the module is powered. One (1) set of Form C alarm contacts and one (1) set of Form C trouble contacts are provided for each detection zone and are used to interface the unit to a corresponding detection zone(s) in the host fire alarm panel. The module’s alarm initiating circuits are non-latching and self restores upon clearing the cause of the alarm state. The host panel’s zone detection circuits are used to retain the alarm latch (memory) until manually reset.

Features

• Provides two independent detection zones for Protectowire Linear Heat Detectors or one dual input zone for Protectowire Type TRI (TRI-WireTM )
• Optional onboard Protectowire Alarm Point Location Meter
• Individual power, trouble, and alarm indicators
• Plug-in terminals for field wiring connections
• Simple relay interface to host panel
• NEMA-4X (IP66) enclosure available

Specifications

Electrical

• Regulated 24 VDC (+10% / -15%) @ 45 mA standby, 150 mA alarm.
• Power limited, onboard surge and EMI protection devices.
• Two (2) “Trouble” LED’s (yellow); two (2) “Alarm/Pre-alarm” LED’s (red); one (1) “Power On” LED (green).
• Initiating device circuits (zones) w/o ISB’s: Maximum 2,000m (6,560 ft.) of 2-wire Protectowire Linear Heat Detector per circuit (2 circuits per module) or one (1) circuit per module of 3-wire Protectowire Type TRI (TRI-WireTM) with a maximum length of 2,000m (6,560 ft.). The initiating device circuits are not compatible with 2-wire smoke detectors but will accommodate any number of normally open non-resistive contact devices.

Environmental

• Ambient temperature: 0˚ – ۴۹˚C (32˚ – ۱۲۰˚F).
• Humidity: Max. 95% non-condensing.

Outputs

• One (1) set of Form C (SPDT) Contacts – Zone 1 Trouble/TRI-WireTM Pre-Alarm Circuit Trouble
• One (1) set of Form C (SPDT) Contacts – Zone 2 Trouble/TRI-WireTM High Temp. Circuit Trouble
• One (1) set of Form C (SPDT) Contacts – Zone 1 Alarm/TRI-WireTM Pre-Alarm
• One (1) set of Form C (SPDT) Contacts – Zone 2 Alarm/TRI-WireTM High Temp. Alarm
• All contacts are rated 1 amp @ 30 VDC Enclosure Dimensions (“E” Models w/o ISB’s)
• ۲۱٫۶ cm (H) x 16.5 cm (W) x 12.7 cm (D) (8.5 in. x 6.5 in. x 5 in.)
• Add 4 cm (1.6 in.) to height for external mounting feet.

PIM-430 Commissioning Procedure

 

PIM-430 Commissioning Procedure

 

۱٫Remove factory supplied 4.7K 1/2w end-of-line resistors (ELR) from terminal TB2 and install across the conductors at the end of each Protectowire run as shown on the wiring diagram. In Protectowire 2-wire applications, if one of the detection zones is unused, a 4.7K end-of-line resistor must be installed across the unused zone terminals on terminal block TB2.
۲٫Connect Protectowire Linear Heat Detector to the module using terminal block TB2. Refer to wiring diagram for specific zone or TRI-WireTM pre-alarm and high temperature circuit terminal designations. Important: To ensure proper TRI-WireTM operation, the polarity of the circuit must be maintained as illustrated.
۳٫ Connect host panel’s initiating circuit end-of-line device across terminals 2 & 5 on terminal blocks TB3 and/or TB4 as required by the application. See host panel wiring specifications. If polarity is required, connect (+) to terminal 2, (-) to terminal 5 on TB3 and (+) to terminal 5, and (-) to terminal 2 on TB4.
۴٫ Connect host panel’s initiating device circuit(s) across terminals 2 (+) & 3 (-) on terminal block TB3 and/or terminals 4 (-) & 5 (+) on TB4 as functionally required by the application. Install jumpers between terminals 3 & 4 on TB3 and TB4. See host code or local authority requires grounding, connect terminal 6 marked E-GND on TB1 to earth ground.

۶٫ At the end of the Protectowire Linear Heat Detection run, open the circuit at the 4.7K end-of-line resistor. The yellow “Trouble” LED on the PIM-430 will light, and the host panel should report a trouble condition. Reconnect the end-of-line resistor and the “Trouble” LED will extinguish and the host panel should reset to normal. Perform this test for each active Protectowire zone or the pre-alarm and high temperature alarm legs of the TRI-WireTM detection circuit. Note: Manual trouble reset of the host panel may also be required depending upon the make and model installed.
۷٫ At the end of the Protectowire Linear Heat Detection run, short the circuit across the 4.7K end-of-line resistor. The red “Alarm” LED on the PIM-430 will light and the host panel should report an alarm condition. To restore the system to normal, reset the host control panel. The PIM-430 Protectowire alarm initiating circuit(s) are non-latching and self-restore upon clearing the short from the circuit(s). Perform this test for each active Protectowire zone or the pre-alarm and high temperature alarm legs of the TRI-WireTM detection circuit.

Alarm Point Location Meter Calibration(“D” Models)

After installation, the meter must be calibrated to compensate for the resistance of the copper feed wire between the PIM-430D Interface Module and the start of the Protectowire portion of the circuit. Adjust the meter per the following procedure:

۱٫ Disconnect all alarm and/or releasing devices from the host system before applying power to the module.
۲٫ Connect a jumper across the Zone 1 detection circuit in the first zone box at the beginning of the Protectowire run. For TRI-WireTM installations, jumper across the low temperaturepre-alarm portion of the detection circuit (pink and blackconductors). Caution: This action will cause an alarm condition
on the detection circuit.
۳٫ On the Interface Module, move and hold the meter read toggle switch to the left (ï) position. The meter will display the copper feed cable error.
۴٫ To cancel out (zero) this value, adjust the “Meter Offset” potentiometer on the Interface Module using a small screwdriver to turn the adjustment screw until the meter reads zero.
Remove the jumper from the detection circuit, and reset the host control panel. For TRI-WireTM applications go to Step 6.

*For more information about PIM-430 Series Protectowire Dual Input Interface Module please check this link: https://www.protectowire.com/

and for more information about PIM-120 PROTECTOWIRE SINGLE ZONE please check here.

PIM120

General

The PIM-120 Protectowire Single Zone Mini-Interface Module is a single zone detection module that interfaces between a main control panel detection circuit or addressable node and Protectowire Linear Heat Detector.The module provides a Class B (Style B) initiation circuit capable of operating up to 2,000 m (6,560 ft.) of Protectowire as well as other types of normally open non-resistive contact devices.

Description

The PIM-120 Protectowire Interface Module is designed for easy mounting using a convenient “snap-lock” mounting track that enables the module to be installed inside a host control panel or in any enclosure meeting the application requirements.
In order to ensure proper operation, each PIM-120 Interface Module requires regulated 24 VDC external power which is normally provided by the host control panel. A Green “Power On” LED indicator is provided on each PIM-120 to provide a visual confirmation that the module is powered. One set of Form C alarm contacts and one set of Form C trouble contacts are provided on each module and are used to connect the unit to a corresponding detection zone in the host fire alarm panel.The module’s alarm circuit is non-latching and self restores upon clearing the initiating circuit alarm state.The host panel’s zone detection circuit is used to retain the system’s alarm latch (memory) until manually reset.
Each PIM-120 Interface Module can be configured with a shunt diode barrier to provide an intrinsically safe Class B detection circuit for those areas that are classified as hazardous. In this configuration the maximum length of Protectowire that can be connected to the circuit is 1,829m (6,000 ft.), however additional limitations may apply depending upon the specific requirements of the hazardous application.The shunt diode barrier limits the voltage and current in the detection circuit to values that are incapable of causing an explosion in areas that are classified as Class I, II, or III, Division 1, Groups A, B, C, D, E, F , & G. Only Protectowire Linear Heat Detector and/or a non-energy storing contact initiating device may be used on PIM-120 intrinsically safe detection circuits.The intrinsic safety barrier compatible for use with the PIM-120 is part number 9001/01-280100-101 as manufactured by R. Stahl Inc. Consult the Factory for specific information on hazardous location installations.

Features

• Monitors up to 2,000m (6,560 ft.) of Protectowire Linear Heat Detector.
• Individual alarm, trouble, and power on LED’s.
• Versatile track mounting.
• Easily mounts in standard electrical boxes.

Specifications

Electrical

• Regulated 24 VDC (+10% / -15%) @ 20 mA standby, 40 mA alarm.
• Power limited, onboard surge and EMI protection devices.
• Individual Alarm (red),Trouble (yellow) and Power On (green) LED’s.
• Initiating Device Circuit: Max. 2,000 m (6,560 ft.) of Protectowire Linear Heat Detector or any number of normally open non-resistive contact devices. Not compatible with 2-wire smoke detectors.

Environmental

• Ambient temperature: 0 – 49˚C (32˚ – ۱۲۰˚F)
• Humidity: Max. 95% non-condensing.

Outputs

• One set of Form C (SPDT) Alarm Contacts and one set of Form C (SPDT)Trouble Contacts rated 1 amp @30 VDC.


Ordering Information

Model Number: PIM-120
Description: Single Zone Mini-Interface Module; track mounted.
Mounting Dimensions: 7.6(w) x 5.0(h) x 2.5(d) cm [3(w) x 2(h) x 1(d) inches]

PIM-120 Commissioning Procedure

۱٫Install a 2.2K ohm 1/4w 5% end-of-line resistor (ELR) across the conductors at the end of the Protectowire run.

۲٫Measure Protectowire Linear Heat Detector loop resistance prior to connection.Total loop resistance should be between 2.2K and 3.7K ohms. Connect Protectowire Linear Heat Detector across terminals 5 & 6 marked DET (+) and (-) on terminal blockTB1.

۳٫Connect host panel’s end-of-line device across terminals 4 & 5 marked HOST ELD on terminal blockTB2. See host panel wiring specification, if polarity is required, connect (+) to terminal 4, (-) to terminal 5.

۴٫Connect host panel’s initiating device circuit across terminals 6 & 7 marked ALARM C & NO onTB2. See host panel wiring specification, if polarity is required, connect (+) to terminal 7, (-) to terminal 6.The host panel’s initiating device circuit must accept normally open alarm shorting and normally closed trouble opening devices.

۵٫Connect a regulated 24 VDC switched power source across input terminals 1 & 3 marked POWER (+) & (-) onTB1.Turn on power. Only the green “POWER ON” LED should be on and the host panel initiating device circuit trouble indication should clear. When grounding is required by code or local authority, connect terminal 8 marked GND onTB1 to earth ground.

۶٫ At the end of the Protectowire Linear Heat Detection loop open the circuit at the 2.2K end-of-line resistor. The yellow “TROUBLE” LED on the PIM-120 Interface Module will light and the host panel should report a trouble condition. Reconnect the end-of-line resistor and the “TROUBLE” LED will extinguish and the host panel should reset to normal. Note: Manual trouble reset of the host panel may also be required depending upon the make and model installed.

۷٫ At the end of the Protectowire Linear Heat Detection loop, short the circuit at the 2.2K end-of-line resistor.The red “ALARM” LED on the PIM-120 will light and the host panel should report an alarm condition.To restore the system to normal, reset the host control panel.The interface module’s Protectowire alarm initiating circuit is non-latching and self-restores upon clearing the initiating circuit alarm state.

 

*For more information about this post please check this link : https://www.protectowire.com/

and for more information about PIM-430 Series Protectowire Dual Input Interface Module  check here.

apollo interface

Apollo manufactures a comprehensive range of interfaces for systems which enable fire protection solutions to
be engineered simply and e”ectively without the need for custom-designed equipment. These interfaces are available for use on Apollo addressable systems.

Apollo XP95 Input / Output Unit with Isolator

Product code: 55000-847APO

55000-847APO Apollo interfaces

The Input / Output Unit provides a voltage-free, double pole changeover (DPCO) relay output, a single monitored switch input and an unmonitored, non-polarised input.

Product code: 55000-852APO

55000-852 Apollo interfaces

The Sounder Control Unit is used to control the operation of a zone of conventional sounders and report their status to the control panel.

The sounder control unit with isolator allows the device to be operated continuously or be pulsed with 1 second on and 1 second off. The Devices can be operated individually or in groups and whichever address mode has been applied, may be synchronised when in pulsed operation.

Product code:55000-845APO

55000-845APO Apollo interfaces

The Zone Monitor powers and controls the operation of a zone of up to 20 Apollo Series 65 or Orbis Fire Detectors from a Discovery or XP95 loop. The Zone Monitor with Isolator is loop powered and operates at 17–۲۸V DC with protocol pulses of 5–۹V.

Product code:55000-849APO

55000-849 Apollo interfaces

The Output Unit provides a voltage free single pole, changeover relay output. It is a simplified version of the Input/Output Unit without circuitry for monitoring inputs.

for more information about Apollo interfaces please chek this site : https://www.apollo-fire.co.uk/  

other apollo products on imenariaharigh : https://imenariaharigh.com/en/apollo-en/

series65

Series 65 Conventional Devices
The Series 65 range of conventional detectors incorporates well-proven sensing technologies, together with advances in materials and electronics technology to meet approvals worldwide.

Series 65 Optical Smoke Detector with Flashing LED

Product code: ۵۵۰۰۰-۳۱۶APO

55000-316APO - Series 65 Optical Smoke Detector with Flashing LED Conventional Devices
The Series 65 Optical Smoke Detector incorporates a pulsing LED located within the housing of the detector. The external detector moulding is identical to that of the ionisation detector, and has an indicator LED which is clear in quiescent state but produces a red light in alarm.

Series 65 A1R Heat Detector with Flashing LED

Product code: ۵۵۰۰۰-۱۲۱APO

55000-121APO - Series 65 A1R Heat Detector with Flashing LED Conventional Devices
The Series 65 Heat Detector monitors temperature by using a dual thermistor network which provides a voltage output proportional to the external air temperature. There are 12 heat detectors in the Series 65 range designed to suit a wide variety of operating conditions.

Series 65 Standard Base

Product code: ۴۵۶۸۱-۲۰۰APO

45681-200APO - Series 65 Standard Base Conventional Devices
    • e Series 65 Standard Base has been designed to enable detectors to be fitted without the need of force – particularly useful when fitting to suspended ceilings. All Series 65 bases have a one-way only fit. Detectors can be locked into place by a grub screw using a 1.5mm hexagonal screwdriver.
    • apollo website: https://www.apollo-fire.co.uk
    • other detectors on Imenariaharigh
    • Series 65 Conventional Devices
discovery

Discovery Addressable Devices

Apollo Fire Detectors Ltd specializes in the design and manufacture of high-quality fire detection solutions for commercial and industrial applications. From their base in Havant, near Portsmouth on the UK’s south coast, they have, for over 40 years, designed and built products that save lives and protect property from the risk of fire.

Discovery is a range of high specification analogue Addressable Devices suitable for use in commercial, industrial, financial, government, IT/telecoms and healthcare applications. The Discovery range is designed to meet specifications for detectors incorporated in sophisticated systems. Discovery provides engineers with an additional dimension in fire protection capability. The Discovery communications protocol is a development of the proven XP95 protocol, making both ranges of detector compatible.

Discovery Heat Detector

Product code: ۵۸۰۰۰-۴۰۰APO

58000-400APO - Discovery Heat Detector Addressable Devices
Discovery heat detectors have a common profile with ionisation and optical smoke detectors but have a low air flow resistance case made of self-extinguishing white polycarbonate. For the European standard version of the detector, the five modes correspond to five “classes” as defined in EN 54-5. The classes in this standard correspond with different response behaviour, each of which is designed to be suitable for a range of application temperatures. All modes incorporate “fixed temperature” response, which is defined in the standard by the “static response temperature”.

Discovery Optical Smoke Detector

Product code: ۵۸۰۰۰-۶۰۰APO

58000-600APO - Discovery Optical Smoke Detector Addressable Devices
The Discovery Optical Smoke Detector operates using the light scatter principle and is ideal for applications where slow-burning or smouldering fires pose a potential risk.

Discovery Open-Area Sounder Visual Indicator (Red)

Product code: ۵۸۰۰۰-۰۰۵APO

58000-005APO - Discovery Open-Area Sounder Visual Indicator (Red) Addressable Devices
The Discovery Open-Area Sounder Visual Indicator makes full use of the Discovery protocol and has been designed for use in indoor and open areas. When the fire system is being commissioned a ‘Magnetic Wand’ can be used to adjust and test each sounder locally.

Discovery Manual Call Point with Isolator (Red)

Product code: ۵۸۱۰۰-۹۰۸APO

58100-908APO - Discovery Manual Call Point with Isolator (Red) Addressable Devices
A seven-segment DIL switch enables addressing of each call point at commissioning stage. When operated, the manual call point interrupts the polling cycle for a fast response. Bi-coloured LEDs indicate isolate and normal conditions.

 

clean agent system

 

Rotarex offers components needed to configure clean agent fire suppression system.
– Components entirely compatible and interchangeable
– Easier and faster installation – No “bad surprises”
– System pre-tested and qualified
– Everything to the same high-specification
– Greater confidence in performance at the critical time
– Full warranty protection
– Simplicity of a single supplier

 FM200 Valves:

fm200 valves FM200 Specs:

FM-200 or NOVEC
Without  Solenoid With Solenoid
Product code B04820125 B04820129 B04820119 B04820128
Discharge type Total Total Total Total
Working pressure ۲۵ bar ۴۲ bar ۲۵ bar ۴۲ bar
Orifice size Ø ۳۳ mm Ø ۳۳ mm Ø ۳۳ mm Ø ۳۳ mm
Inlet connection ۲,۵” male ۲,۵” male ۲,۵” male ۲,۵” male
Outlet Connection ۱ ۷⁄۸”male ۱ ۷⁄۸”male ۱ ۷⁄۸”male ۱ ۷⁄۸”male
Burst disc pressure ۴۹ bar ۷۸ bar ۴۹ bar ۷۸ bar
Valve Body Brass Brass Brass

Brass

 

co2 system

 

Rotarex offers all the components needed to configure a complete system for 60 bar carbon dioxide extinguishing agent.
– Components entirely compatible and interchangeable
– Easier and faster installation – No “bad surprises”
– Everything to the same high-specification
– Greater confidence in performance at the critical time
– Full warranty protection
– Simplicity of a single supplier Rotarex makes it easy for system engineers and installers to configure fixed suppression systems–choosing only select components –or using the entire system

 CO2 valves:

شیر CO2

Product code B04800111 B04800113 B04800110
Discharge type Total Total Total
Max. working pressure ۲۵۰ bar ۲۵۰ bar ۲۵۰ bar
Orifice size Ø ۱۲ mm Ø ۱۲ mm Ø ۱۲ mm
Inlet connection ۲۵E EN-629-1 ۲۵E EN-629-1 ۲۵E EN-629-1
Outlet  connection W21,8×1/14” DIN 477 W21,8×1/14” DIN 477 W21,8×1/14” DIN 477
Actuator  connection M42 x 1,5 M42 x 1,5 M42 x 1,5
Dip tube connection M10 x 0,75 M10 x 0,75 M10 x 0,75
Burst disc pressure ۱۹۰ bar ۲۲۵ bar ۲۵۰ bar
Valve body Brass Brass Brass

 

Indirect Firefighting System FireDetec IHP

ELECTRICAL CABINET SYSTEMS – INDIRECT

MINIMIZES RISK TO VITAL EQUIPMENT
– #۱ Cause of Industrial Fires*
– ۷۵% of total-loss fires start as an electrical fire*
– Helps minimize damage to vital electrical equipment
– Minimizes work stoppage during repairs/cleanup
– Prevents extensive cleanup if the
sprinkler system discharges

KEY FEATURES
– A complete, ready-to-install system – all in one box
– Available with CO2 or HFC-227ea extinguishing agent
– Available in multiple cylinder sizes for
small, medium or large enclosures
– CO2 systems available with choice
of filled or unfilled cylinders
– HFC-227ea systems available filled
only. Unfilled on request

 

ihp system

ihp system schematic

Consists of below:

POS.

QTY. CODE

B07024001

DESCRIPTION 5 KG.

IHP Cylinder / valve assembly

۱ ۱
۲ ۱ ۰۲۴۹۰۰۳۹۰ Cylinder bracket
۳ ۱ ۰۲۴۱۰۰۰۱۳ Gasket
۴ ۱ B06920006 Rubber hose
۵ ۲ B07835026 Tube fitting – straight
۶ ۲ B07835028 Tube fitting – Elbow
۷ ۱ B07835037 Cross  panel-fitting
۸ ۴ B07860006 Pipe bracket (0 8mm)
۹ ۲ ۰۲۲۷۰۰۵۹۹ Stainless steel tubing (1m)
۱۰ ۱ ۰۲۶۲۰۰۱۱۶ Nozzle
۱۱ ۱ ۰۲۴۹۲۰۰۱۳ Protection Spring top
۱۲ ۱ B07830005 Cross  panel-fitting
۱۳ ۲۰ B07860004 Binding ties
۱۴ ۱ B07800015 FireDETEC® Tube red (10m)
۱۵ ۱ B07810014

End of line gauge

مشخصات سیستم اطفاء غیر مستقیم: 

COMPLETE CO2 SYSTEMS
Product code unfilled B07504000 B07504004
Product code filled B07504500 B07504504
Cylinder kit size ۵ Kg. ۱۰ Kg. Ø۲۰۴mm
Number of nozzles ۱ ۲
Cylinder volume ۶٫۷ liters ۱۳٫۴ liters
Cylinder approval π π
Cyl. weight (empty) ۱۰ Kg. ۲۱ Kg.
Operating   Temperature -۲۰°C to 60°C -۲۰°C to 60°C
Working pressure ۶۰ bar at 20°C ۶۰ bar at 20°C
Siphon tube Yes Yes
Sensor tubing color Red Red
Direct Automatic Firefighting System

ELECTRICAL CABINET SYSTEMS – DIRECT

MINIMIZES RISK TO VITAL EQUIPMENT

– #۱ Cause of Industrial Fires*
– ۷۵% of total-loss fires start as an electrical fire*
– Helps minimize damage to vital electrical equipment
– Minimizes work stoppage during repairs/cleanup
– Prevents extensive cleanup if the sprinkler system discharges

KEY FEATURES

– A complete, ready-to-install system – all in one box
– Available with CO2 or HFC-227ea extinguishing agent
– Available in multiple cylinder sizes for small or medium enclosures
– Systems available with choice of filled or unfilled cylinders
– CE approved cylinders only

سیتسم اطفاء اتوماتیک مستقیم FireDetec DHP

co2 and fm200 dhp

Co2 system consists of:

POS. QTY. CODE DESCRIPTION 2 KG.
۱ ۱ B07034000       DHP cylinder / valve assembly (not filled)
۲ ۱ ۰۲۴۹۰۰۳۹۹       Cylinder bracket
۳ ۱ ۰۲۴۹۲۰۰۱۳       Protection spring top
۴ ۱ B07830005       Cross panel-fiting
۵ ۲۰ B07860004       Binding ties
۶ ۱ B07800015       FireDETEC® tube red (10 m)
۷ ۱ B07810014       End of line gauge

FM200 system consists of:

POS. QTY. CODE DESCRIPTION 3 LB. CE
۱ ۱ B07004004    DLP cylinder/valve assembly (not filled) with bracket
۲ ۱ B07830005    Cross-panel fitting
۳ ۲۰ B07860005    Binding ties
۴ ۱ B07800015    FireDETEC® sensor tubing red (10m)
۵ ۱ B07810026    End-of-line gauge

vesda E

VESDA Smoke+

According to tests observed & verified by independent experts, VESDA is the best ASD system available. With VESDA-E, Xtralis has taken the standard for ASD systems to a new level of excellence. Our patented Flair™ technology delivers innovation that makes VESDA-E better than even the best (VESDA)!

VESDA Flex

Future-proof expandability & field programmability for maximum flexibility
StaX Modules allow for hardware expansion without disrupting the detector installation or pipe network Integrated gas detection provides a superior solution at half the cost of competing solutions

VESDA Verify

Provides unprecedented situational awareness that drastically reduces verification time and delivers more efficient & effective response without nuisance alarms Addressability: VESDA Offer Different Addressability Solutions For Different Applications Different Solutions to Pinpoint Location of Fire Incident results in quicker and more efficient response

VESDA Connect

Flexible networking & programming options that reduce maintenance & monitoring costs by up to 50% through extensive connectivity options & remote diagnostics Enables connectivity with Xtralis VSC, VSM4, Xtralis EMS as well as providing an embedded
webserver and E-mail alerts VESDA WiFi: Integration of wireless 802.11n enables connectivity with hand-held iOS and Android devices VESDA USB: Easily connect to a PC for configuration and maintenance or USB flash drive for data collection VESDAnet & Relays: Connect up to 200 VESDA-E devices on a single loop

VESDA TCO

VESDA-E provides lifetime of value, reliability, & protection – with VESDA-E you can reduce Total Cost of Ownership by 15%! Plug & play installation provides improved installation experience & reduced installation cost Design-less pipe networks offer the fastest time to VESDA protection… ever! Vast monitoring options allow efficient integration to business process and emergency response plans Backward compatible :
easy upgrade while protecting your investment

Click Here to Download VESDA E Catalog