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The GRANDWAY FHO3100-D32 reflectometer is a device used to measure reflectance, estimate attenuation and analyse events in an optical transmission path.
• Wavelength 1310/1550 nm
• Dynamic range 32/30 dB
• 6.2-inch touchscreen
• Power meter, light source, VFL
• Capable of testing copper cabling
• Torch
• Can be operated via a smartphone or tablet
• Dynamic range 32/30 dB
• 6.2-inch touchscreen
• Power meter, light source, VFL
• Capable of testing copper cabling
• Torch
• Can be operated via a smartphone or tablet
The Signal Fire AI-12 is a fibre-optic splicer which, thanks to its advanced camera and optical system, enables the most precise positioning of optical fibres.
• 4-year warranty from an Authorised Distributor
• Advanced camera and optical system
• Built-in power meter and visual fault locator
• 6 motors for fibre positioning
• Positioning to the fibre core or cladding
• Touchscreen
• Auto mode capability
• 320x image magnification
• 4-core processor ensuring fast performance
• Minimum fusion time of 6 seconds
• Fast heating element – sealing a 40 mm fusion sleeve takes 15 seconds
• Configuration via a mobile app (Android/iOS)
• Large (5.1-inch) display with adjustable brightness
• Ability to generate splicing reports using a dedicated app (export to XLS)
• Metal casing with rubberised underside
• Approximately 260 sealing and splicing cycles on a single charge
• Battery charging time – approximately 3.5 hours
• Extensive range of accessories
• Advanced camera and optical system
• Built-in power meter and visual fault locator
• 6 motors for fibre positioning
• Positioning to the fibre core or cladding
• Touchscreen
• Auto mode capability
• 320x image magnification
• 4-core processor ensuring fast performance
• Minimum fusion time of 6 seconds
• Fast heating element – sealing a 40 mm fusion sleeve takes 15 seconds
• Configuration via a mobile app (Android/iOS)
• Large (5.1-inch) display with adjustable brightness
• Ability to generate splicing reports using a dedicated app (export to XLS)
• Metal casing with rubberised underside
• Approximately 260 sealing and splicing cycles on a single charge
• Battery charging time – approximately 3.5 hours
• Extensive range of accessories
The Signal Fire MC-16 is a multifunctional tool designed to work with optical fibres.
• Multifunctional tool to work with optical fibres
• Cleaving optical fibres before splicing
• Stripping of optical fibres from 900 μm and 250 μm sheaths
• Fibre cleaning
• Peeling of 2-3 mm patchcords
• Cutting of cables and their components with kevlar blades
• Cleaving optical fibres before splicing
• Stripping of optical fibres from 900 μm and 250 μm sheaths
• Fibre cleaning
• Peeling of 2-3 mm patchcords
• Cutting of cables and their components with kevlar blades
Signal Fire AI-9 is a splicer that has a built-in optical power meter and VFL visual fault locator.
• 4-year Authorised Distributor warranty
• Built-in power meter and visual fault locator
• 6 motors for fibre positioning
• Positioning to the core or to the fibre jacket
• Touch screen
• Auto mode capability
• Image magnification x300
• 4-core processor for high speed operation
• Minimum welding time of 6 seconds
• Fast oven - welding a 40 mm weld sheath takes 15 seconds
• Configuration via phone app (Android/iOS)
• Large (5.1'') display with adjustable brightness
• Possibility to create welding reports with the dedicated application (export to xls)
• Metal casing with rubber coating underneath
• Approximately 240 welding and welding cycles per charge
• Battery charging time of approx. 3.5 h
• Comprehensive set of accessories
• Built-in power meter and visual fault locator
• 6 motors for fibre positioning
• Positioning to the core or to the fibre jacket
• Touch screen
• Auto mode capability
• Image magnification x300
• 4-core processor for high speed operation
• Minimum welding time of 6 seconds
• Fast oven - welding a 40 mm weld sheath takes 15 seconds
• Configuration via phone app (Android/iOS)
• Large (5.1'') display with adjustable brightness
• Possibility to create welding reports with the dedicated application (export to xls)
• Metal casing with rubber coating underneath
• Approximately 240 welding and welding cycles per charge
• Battery charging time of approx. 3.5 h
• Comprehensive set of accessories
The REC-109 optical receiver enables the conversion of the optical signal from the TR-901 transmitter into an electrical signal. Output type 2xQUATRO + radio/DVB-T2.
• 2xQUATRO + radio/DVB-T2 type output
• Compatible with TR-901 SIGNAL PRO optical transmitter
• Built-in AGC circuit, which ensures signal stability at the output of the device
• Supported wavelengths: 1330-1570 nm
• Conversion of optical signal to full bandwidth 2x SAT IF (VL/VH/HL/HH) in QUATRO system and radio/DVB-T2 signals
• High noise immunity and stable operation over a wide input power range
• High sensitivity for multi-point installations
• SC/APC optical connector
• Compatible with TR-901 SIGNAL PRO optical transmitter
• Built-in AGC circuit, which ensures signal stability at the output of the device
• Supported wavelengths: 1330-1570 nm
• Conversion of optical signal to full bandwidth 2x SAT IF (VL/VH/HL/HH) in QUATRO system and radio/DVB-T2 signals
• High noise immunity and stable operation over a wide input power range
• High sensitivity for multi-point installations
• SC/APC optical connector
The TR-901 SIGNAL PRO optical transmitter is used for the transmission of RTV/SAT signals using optical fibre technology. Input type 2xQUATRO + radio/DVB-T2.
• Conversion of DVB-S/S2 (2 satellite positions) and radio/DVB-T2 signals
• Input type: 2xQUATRO + radio/DVB-T2
• Compatible with QUAD and QUATRO LNBs
• Output power: 8 x +5 dBm
• Connector type SC/APC
• WDM technology (all signals in 1 fibre)
• AGC - automatic gain control to stabilise the signal level
• LEDs for easy diagnostics
• Single-mode fibre optic transmission
• Maximum signal splitting up to 16 QUATRO REC-109 receivers
• Input type: 2xQUATRO + radio/DVB-T2
• Compatible with QUAD and QUATRO LNBs
• Output power: 8 x +5 dBm
• Connector type SC/APC
• WDM technology (all signals in 1 fibre)
• AGC - automatic gain control to stabilise the signal level
• LEDs for easy diagnostics
• Single-mode fibre optic transmission
• Maximum signal splitting up to 16 QUATRO REC-109 receivers
SIGNAL PRO optical transmitter TR-501 is used for the transmission of RTV/SAT signals using optical fibre technology. Input type 1xQUATRO + radio/DVB-T2.
• Conversion of DVB-S/S2 (1 satellite position) and radio/DVB-T2 signals
• Input type 1xQUATRO + radio/DVB-T2
• Compatible with QUAD or QUATRO converter
• Output power 4 x +3 dBm
• Connector type SC/APC
• WDM technology (all signals in 1 fibre)
• AGC - automatic gain control stabilising signal level
• LEDs for easy diagnostics
• Single-mode fibre optic transmission
• Maximum signal splitting up to 16 QUATRO REC-105 receivers
• Input type 1xQUATRO + radio/DVB-T2
• Compatible with QUAD or QUATRO converter
• Output power 4 x +3 dBm
• Connector type SC/APC
• WDM technology (all signals in 1 fibre)
• AGC - automatic gain control stabilising signal level
• LEDs for easy diagnostics
• Single-mode fibre optic transmission
• Maximum signal splitting up to 16 QUATRO REC-105 receivers
The REC-105 optical receiver enables the conversion of the optical signal from the TR-901 transmitter into an electrical signal. Output type 1xQUATRO + radio/DVB-T2.
• Output type 1xQUATRO + radio/DVB-T2
• Compatible with TR-501 SIGNAL PRO optical transmitter
• Built-in AGC circuit, which ensures signal stability at the output of the device
• Supported wavelengths: 1550-1570 nm
• Conversion of optical signal to full band 1x SAT IF (VL/VH/HL/HH) in QUATRO circuit and radio/DVB-T2 signals
• High noise immunity and stable operation over a wide input power range
• High sensitivity for multi-point installations
• SC/APC optical connector
• Compatible with TR-501 SIGNAL PRO optical transmitter
• Built-in AGC circuit, which ensures signal stability at the output of the device
• Supported wavelengths: 1550-1570 nm
• Conversion of optical signal to full band 1x SAT IF (VL/VH/HL/HH) in QUATRO circuit and radio/DVB-T2 signals
• High noise immunity and stable operation over a wide input power range
• High sensitivity for multi-point installations
• SC/APC optical connector
Optical splitter used to split an optical signal into 2 paths.
• Split signal into 2 tracks
• SC/APC sockets
• BOX type housing
• Attenuation max. 4,1 dB
• SC/APC sockets
• BOX type housing
• Attenuation max. 4,1 dB
Optical splitter used to split an optical signal into 3 paths.
• Signal division into 3 paths
• SC/APC sockets
• BOX type housing
• Attenuation max. 6,4 dB
• SC/APC sockets
• BOX type housing
• Attenuation max. 6,4 dB
