Showing 1 - 15 of 659 results
Core Alignment Fusion Splicer
DSX Cable Analyzer; 1GHz, with Wi-Fi
Optical Spectrum Analyzer with Polarization Controller
Full-Band Optical Spectrum Analyzer; 1260 to 1640 nm
Optical Spectrum Analyzer Module; with Polarization Controller OSA
DSX CableAnalyzer; 2GHz with Wi-Fi
MTS Module; 4100 MODULE B FIBERCOMPLETE - 1310/1550/1625 NM - APC
2281/91.51; OSA-500 High Performance, PC-Version
OTDR Module; 1310 nm / 1550 nm, APC
Chromatic Dispersion + PMD, + Attenuation Profile Test Module; (1260-1640 nm)
Optical Spectrum Analyzer (OSA); 600 nm to 1750 nm
FSM-90R12 Fusion Ribbon Splicer kit w/CT50 Cleaver & Thermal Stripper
Fiber Inspection Toolkits
High Definition Core Aligning Fusion Splicer
Core Alignment Fusion Splicer 90S
Showing 1 - 15 of 659 results
We offer a wide range of products from industry-leading manufacturers so you can always find the network & fibre installation equipment you need. Coupled with independent expert advice and a range of smart solutions for fast, flexible access we will find you the perfect solution.
Optical Time Domain Reflectometers (OTDR)
Used for testing fibre optic networks and detecting faults, breaks, and loss in cables, OTDRs connect to a fibre and emit pulses of light down it, then measure the signals reflected back from different points along the cable. The signals reflected back to the OTDR can be used to measure the distance to faults or breaks in the cable.
Fibre Characterisation, PMD and CMD Equipment
fibre characterisation equipment measures the characteristics of a cable, testing how much data can be transmitted using it in order to optimise the performance of fibre optic networks. This equipment evaluates polarisation mode dispersion (PMD) and chromatic dispersion (CMD), two types of signal distortion that can impact the speed and quality of data transmission over long distances.
These instruments emit stable light signals in order to test the integrity of cables, splices, and connectors. Often used in conjunction with other test equipment such as OTDRs and power metres, fibre optic light sources are used to test and calibrate networks and can also measure cables' loss and attenuation.
Used to test networks, these devices identify signal loss and degradation in fibre optic cables. To use these devices, technicians connect the power meter to various points along the length of a cable to take readings of the power level, and then evaluate the readings to detect power loss and attenuation of the cable.
Optical spectrum analysers measure the strength and noise characteristics of light signals at different wavelengths that are transmitted through a cable. These are used in designing, installing, and testing optical communication systems and are useful for detecting issues such as distortion, noise, and wavelength drift.
Used in the fibre network installation process or for repairs, these instruments are used for accurate fusion splicing cables together to avoid scattering and reflection of the signal. Fusion splicers connect fibre optic cables together with strong and reliable bonds for minimal signal loss.
fibre optic attenuators are devices used to prevent signal overload and distortion by reducing the signal strength transmitted through fibre optic cabling. They work by creating a fixed amount of signal loss in the cable, adjusting the signal level for the receiving device or preventing signal distortion in the network.
Developed for the measurement of return loss and insertion loss in fibre optic fables, return and loss test sets verify the quality of cables and connectors in the network. They work by sending light signals through the cable and measuring how much of the signal is lost or reflected.
Who is network and fibre installation equipment for?
Network and fibre installation equipment is used by professionals such as engineers and technicians for installing, commissioning, repairing, and maintaining fibre optic networks. Technicians use these tools to measure and test cables and networks, detect faults, and fix problems. Tools such as OTDRs, cable fusion splicers, fibre optic power metres, and more are used extensively in the telecommunications and data communications fields. In addition to these uses, researchers developing and testing fibre optic technology often use tools like optical spectrum analysers and other equipment in the lab.
Is it better to rent or buy fibre and network installation equipment?
When deciding whether to buy or rent fibre and network installation equipment, there are a few key factors to consider:
Don't forget that buying certified pre-owned equipment can save you a large proportion of the cost of buying new. This means that buying can be more affordable and accessible on a range of budgets.
What are the best manufacturers of fibre and network installation equipment?
At Electro Rent, we take care to select only the best devices from reputable, industry-leading brands. This means that any equipment sold or rented through our website has the seal of approval from our team of independent experts. While we stock network and fibre optic installation equipment from a wide variety of high-quality brands, some of the most well-known manufacturers include VIAVI, EXFO, Fluke Networks, Keysight Technologies, and Quantifi Photonics.