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Carrier ACA-TOUCH Touchless Request to Exit Button - Standard

Carrier ACA-TOUCH-SLIM Touchless Request to Exit Button - Slim

Carrier ACA-STEEL-SLIM Touchless Request to Exit Button - Stainless Steel - Slim

Carrier MCR300-1T-1S-V2 Gigabit Ethernet to SFP Media Converter

Carrier MCR300-1T-1S-V2 Gigabit Ethernet to SFP Media Converter

Carrier MCR300-1T-1S-V2 Gigabit Ethernet to SFP Media ConverterThe IFS Gigabit Ethernet to SFP Media Converter is designed for the most demanding extended IP network applications offering the flexibility of SFP technology for Gigabit Ethernet transmission over optical fibre.The IFS MCR300-1T-1S-V2 converts 101001000Base-T Ethernet on copper to 100Base FXLXBX or 1000Base SXBXLXLHXZX optical fibre via Small Form-format Pluggable SFP technology. This media converter can be custom configured to your exact system design specifications by utilizing a variety of IFS SFP Mini-GBIC modules. IFS SFP Mini-GBIC modules are available in a variety of versions from multi-mode or single mode fibre 1 or 2 fibres and wide-temperature versions.The MCR300-1T-1S-V2 provides Auto MDIMDI-X on its TP port and a DIP-switch to configure the Link Fault Pass-through function LFP. The LFP function includes both Link Loss Carry Forward LLCF and Link Loss Return LLR. The LLCFLLR function combination provides efficient TP and optical transmission media monitoring and enables immediate alarm notification to network administrators in the event of a link problem.The MCR300-1T-1S-V2 is designed with a unified enclosure that can be used in a stand-alone installation or can easily be inserted into the IFS MCR-R15 media converter rack. The IFS Media Converter Rack can provide DC power for up to 15 MCR Series Media Converters.Key Features101001000Base-TXAuto-negotiation and Auto-MDIMDI-X9K jumbo frame supported100Base FXLXBX or 1000Base SXBXLXLHXZX SFP optic compatible1 SFP slot provides custom configurationOptical fibre and distance vary by SFP ordered separatelyPlug-n-play installationLED indicators for easy local network diagnosticsDIP-switch for LFP function Enable Disable settingUnified design for stand-alone or rack mount installation MCR-R15 chassis

GBP 68.21
1

Carrier POE304-EX-4P-V2 POE-BT To Gigabit Ethernet 4-port Poe Extender

Carrier 5501-M Processor For Moisture Sensor Supports Up To 4 X 5515-g NC Battery Powered

Carrier DC301 Money Trap Contact To Detect Removal Of Last Bank Note Self-adhesive CO Contact Black Ungraded

Carrier ATS1210LE 8 Zone Expander With InputOutput Connectors In Large Plastic Housing Grade 3

Carrier ATS1210LE 8 Zone Expander With InputOutput Connectors In Large Plastic Housing Grade 3

Carrier ATS1210LE 8 Zone Expander With InputOutput Connectors In Large Plastic Housing Grade 3The ATS1210LE expander offers 8 standard inputs and 8 Open Collector OC outputs expandable to 16 inputs or 16 outputs and is provided in the ATS1647 medium plastic housing. The expanders allow to increase the inputs and outputs of an Axon or an Advisor Advanced control panel or CDC4 series doorlift controller.ExpandersExpanders are used to expand the number of alarm inputs in an Axon panel or an Advisor Advanced system. Expanders allow inputs and outputsrelays to be connected at a location remote from an Axon or an Advisor Advanced panel. Expanders communicate via poll reply messages. Detectors door contacts and other detection devices are connected to expanders that report any change of state to the control panel for processing. Available expanders include support for conventional devices wireless devices as well as intelligent addressable devices. A special expander is available providing expansion of four to eight intelligent doors or lifts.System databus connectionThe system databus is used to connect expanders as well as keypads and readers RASs to Axon or the Advisor Advanced control panel.Remote devices can be up to 1.5 km from a control panels when using the preferred wiring and cable types. Keypads readers and expanders have to be connected via a 2 pair twisted and shielded data cable to the system databus connection to achieve this. WCAT52 is recommended. Daisy chain is the preferred wiring method. The shield of the data cable should be connected to earth at the control panel and should be left disconnected at any other end.FunctionalityExpanders provide information from remote locations to the control panels in structured records. Data collected ranges from a wired input state to wireless or addressable device dates to a door state.Bus devices communicate with the control panel. If a failure in communication occurs the expander remembers the last alarm in a system preventing loss of an alarm due to a short interruption in data communication.Up to 30 expanders can be connected to the system depending on the variant.Key Features8 inputs on boardExpandable to 16 inputs8 OC outputs on boardCompatible with Axon and Advisor Advanced panelsATS1647 plastic enclosure with tamper protectionEN50131 Grade 3PD66622010

GBP 121.75
1

Carrier ABT-NSM-A Noise Sensing Microphone for One Controller - Type A

Carrier ABT-NSM-B Noise Sensing Microphone for One Controller - Type B

Carrier DC418 EN Grade IV Surface Mount Magnetic Contact 4m

Carrier DC418 EN Grade IV Surface Mount Magnetic Contact 4m

Carrier DC418 EN Grade IV Surface Mount Magnetic Contact 4mThe magnetic detector DC418 which is certified according to the requirements of EN 50131-2-6 grade 4 and VdS Class C allows for contact-free opening monitoring of doors and windows in accordance with the highest security requirement specifications. Compared to other high-security magnetic detectors this product also has enhanced external field monitoring which can be used to detect an abnormally large difference between the code that was applied and the code that was taught in.The ability to teach-in this detector to one of eight different magnet variants at the installation location provides for a higher level of security and allows the system to remain relatively flexible with respect to tolerances. The code is assigned at the installation location and is not already defined for the detector at the factory. If a magnetic component is lost or damaged you can simply replace it with a new one and then teach-in the detector to the new component.According to the EN the connection wires are suitable for the connection of an alarm wire loop. The maximum number of detectors that can be connected in series for the evaluation is based on the maximum permitted values of the relevant alarm system.The electronic switches are potential-free relating to direct current from the rest of the circuit and are closed when not in use.Key FeaturesCertified to the highest possible security standard for magnetic switchesHigh dust and humidity resistance IP67Enhanced external field monitoringAbility to teach-in to one of eight different magnet variantsLED providing feedback for installer during entire teach-in processProtection against removal of the sensor from the installation surface

GBP 227.71
1

Carrier DC428 EN Grade IV Roller Shutter Magnetic Contact - 400cm

Carrier DC428 EN Grade IV Roller Shutter Magnetic Contact - 400cm

Carrier DC428 EN Grade IV Roller Shutter Magnetic Contact - 400cmThe magnetic detector DC428 which is certified according to the requirements of EN 50131-2-6 grade 4 and VdS Class C allows for contact-free opening monitoring of doors and windows in accordance with the highest security requirement specifications.Compared to other high-security magnetic detectors this product also has enhanced external field monitoring which can be used to detect an abnormally large difference between the code that was applied and the code that was taught in.The ability to teach-in this detector to one of eight different magnet variants at the installation location provides for a higher level of security and allows the system to remain relatively flexible with respect to tolerances. The code is assigned at the installation location and is not already defined for the detector at the factory. If a magnetic component is lost or damaged you can simply replace it with a new one and then teach-in the detector to the new component.According to the EN the connection wires are suitable for the connection of an alarm wire loop. The maximum number of detectors that can be connected in series for the evaluation is based on the maximum permitted values of the relevant alarm system.The electronic switches are potential-free relating to direct current from the rest of the circuit and are closed when not in use.Key FeaturesCertified to the highest possible security standard for magnetic switchesHigh dust and humidity resistance IP67Enhanced external field monitoringAbility to teach-in to one of eight different magnet variantsLED providing feedback for installer during entire teach-in processProtection against removal of the sensor from the installation surface

GBP 263.56
1

SmartCell SC-11-2201-0001-99 Wireless Control Panel 24V

SmartCell SC-11-1201-0001-99 Wireless Control Panel 230VAC

Carrier ATS1201E 8-32 Zones DGP Input Expander 3A Power Supply Medium Metal Housing EN Grade 3 Class II

Carrier ATS1201E 8-32 Zones DGP Input Expander 3A Power Supply Medium Metal Housing EN Grade 3 Class II

Carrier ATS1201E 8-32 Zones DGP Input Expander 3A Power Supply Medium Metal Housing EN Grade 3 Class IIThe ATS1201ATS1203ATS1204 DGPs offer 8 standard inputs 8 Open Collectors OC outputs and a siren driver. The DGP can be expanded to a total of 32 inputs and 32 outputs. It has a built-in 3 A switched mode power supply.Data Gathering PanelsData Gathering Panels DGPs are used to expand the number of alarm inputs in an ATS MASTER ATS Classic system. DGPs allow inputs and outputs relays to be connected at a location remote from an ATS Classic panel. DGPs communicate via poll reply messages. Detectors door contacts and other detection devices are connected to DGPs that report any change of state to the control panel for processing. Available DGPs include support for conventional devices wireless devices as well as intelligent addressable devices. A special DGP available supports expansion of four intelligent doors or lifts.System databus connectionThe system databus is used to connect Data Gathering Panels as well as keypads and readers RASs to the ATS classic control panel. Remote devices can be up to 1.5 km from an ATS control panels when using the preferred wiring and cable types. Arming stations and Data Gathering Panels have to be connected via a 2 pair twisted and shielded data cable to the system databus connection to achieve this. WCAT 52 is recommended. Daisy chain is the preferred wiring method. The shield of the data cable should be connected to earth at the ATS control panel and should be left disconnected at any other end.

GBP 287.26
1

Carrier FPMA-C100 Flatscreen Ceiling Mount Height 79-129 cm Black - 10-26quot

Carrier Q9033 DT Mounting Collar Compatible with DT Series Flame Detectors

Carrier ATS1204E 8-32 Zones DGP Input Expander 3A Power Supply Large Metal Housing EN Grade 3 Class II

SmartCell SC-43-0200-0001-99 Info Contact Monitor

Carrier I-9602LW-LPG Addressable LPG Detector - 24VDC with Local Buzzer Alarm

Carrier DF400 UltraLink Processor Module With 88 Relay OutputsInput - DIN-Rail Mount