Equipment Rentals

**OFL280 FlexTester Handheld OTDR wtih LinkMap** OFL280 FlexTesters offer an unmatched combination of fiber test functions, ease-of-use, portability, and value. All OFL280 FlexTester models include: - Single-mode, dual or triple wavelength OTDR with standard and PON modes - Optical Power Meter (OPM) - Optical Light Source (OLS) - Visual Fault Locator(VFL) - TRM 2.0 Basic Test Results Manager software - Optional FOCIS Flex or FOCIS PRO connector inspection solution OFL280 FlexTesters are ideal for the outside plant environment – standard features include: - Powerful, easily-learned user interface - Color display easily viewed in both direct sunlight and dimly lit areas - 12 hours continuous operation from rechargeable Li-Ion battery - Fast power-up (< 5 seconds) with battery-saving auto-off - Rugged, but light weight at only 0.8 kg (1.7 lb) - Native language support in over a dozen languages

**ARGUS® 165 xDSL + GigE tester** The ARGUS 165 xDSL + GigE tester verifies VDSL2, ADSL, SHDSL and GigaBit Ethernet (Cu + SFP) and supports copper and Triple Play tests on top. The comprehensive all-in-one solution: the new ARGUS 165 xDSL+GigE combi tester (ADSL tester, VDSL tester, SHDSL tester) combines all standard broadband interfaces and fast Gigabit Ethernet interfaces with comprehensive Triple Play test functions in one measurement device. Without having to swap modules, the user can select or change the interface via the intuitive menu and perform tests at the press of a button. The ARGUS 165 supports this with, amongst other things, two SFP slots and a copper-based Gigabit Ethernet interface. Thanks to the various Gigabit Ethernet SFPs, the tester offers the greatest possible compatibility for connection to fiber-based interfaces. It is thus possible to carry out Triple Play or performance tests directly on GPON modems, GigE switches etc. via the Gigabit Ethernet interface (copper or fiber). Using a loop function and a traffic generator, the user can analyze the capacity of Ethernet cabling or devices at different packet sizes and full performance (1 Gbit/s) across different layers. Throughput tests in accordance with RFC 2544 are thus also possible. For HTTP and FTP downloads the interfaces can even reach speeds of up to 200 Mbit/s. If the Ethernet cabling is defective, the ARGUS 165 can immediately locate the source of the fault through its comprehensive cabling tests. In this way, as well as shorts, opens and mismatches, amongst other things, the delay or polarity of wire pairs can also be determined.

Fluke 1653B Multifunction Installation Tester verifies the safety of electrical installations in domestic, commercial and industrial applications. It can ensure that fixed wiring is safe and correctly installed to meet the requirements of IEC 60364, HD 384 and all relevant local standards. **Key Features & Specifications** - Fast high current loop test - Variable RCD current mode for customized settings - PASS/FAIL indication for RCD tests - Select voltage measurement between L-N, L-PE and N-PE - Rugged & lightweight, withstands a drop of 1 meter - Zero adapter for easy test lead compensation, available as new accessory and also included with standard scope of supply

The network tech's vision into cabling bandwidth CableIQ qualification tester is the first cabling bandwidth tester for network technicians. This Ethernet network cable tester gives even the most novice tech the vision to see what speeds existing cabling can support, quickly isolate cabling from network problems, and discover what is at the far end of any cable. That means network techs can close trouble tickets faster, reduce on-call time, and save money by better utilizing their existing infrastructure. **Reduce escalated problems by as much as 30%** CableIQ qualification tester's powerful network troubleshooting capability and intuitive interface enable your frontline technicians to identify and troubleshoot a wider range of problems within your network infrastructure. Is the port active? Are the duplex settings matched? Is it a network problem or a Ethernet cable problem? Can the Ethernet cable support the required network bandwidth? CableIQ network analyzer is the only Ethernet cable tester that can answer all these questions before trouble tickets are escalated to the next level reducing problem escalation by up to 30%. **Features & Specifications** Cable types supported: UTP, STP, FTP, SSTP, RG6, RG59, audio and security Qualification autotests : 1000BASE-T, 100BASE-TX, 10BASE-T, VoIP, 1394b S100, TELCO, Wiremap only, Coax Works on live networks to provide Ethernet switch detection and device configuration Measure network capacity (10 Meg, 100 Meg, 1 Gig) to determine support for VoIP, data and video Advanced troubleshooting diagnostics; insertion loss, cross talk, noise issues Core troubleshooting features; length, distance to fault, graphical wire mapping, opens, shorts, power over Ethernet (POE) detection Tests all copper cabling media: twisted-pair, coax, and audio Locate and trace cables with digital toning technology. Requires IntelliTone 200 Digital - Probe (included with CIQ-KIT) Dimensions and weight: 17.8cm x 8.9cm x 4.5cm, 0.55 kg Listed prices are PER WEEK and do not include VAT (24%).

**990DSL CopperPro™ Test Set** A next-generation field test set for subscriber loop fault identification and location and voice and data line qualification. - Replaces up to sixteen traditional test sets - Troubleshoots and qualifies lines for POTS, ADSL and other special services - Time Domain Reflectometer (TDR) feature allows precision fault location - Fast, accurate and easy to use - Compact, rugged and weather resistant In its basic configuration, CopperPro offers a broad range of Plain Old Telephone Services (POTS) troubleshooting, fault location and line qualification capabilities. Its Wideband/TDR option adds high frequency transmission testing and qualification functions for services like ADSL, HDSL, HDSL2, HDSL4, ISDN, T1, E1 and DDS. And the TDR feature of the option adds precise fault location and analysis. The Wideband/TDR option can be added at time of purchase or later at an authorized service center.

The DSX-5000 Cable Analyzer improves the efficiency of copper certification with unmatched speed for testing Cat 6A and Class FA while meeting draft IEC Level V – the most stringent accuracy requirement. The ProjX Management System helps ensure jobs are done correctly the first time and helps tracks progress from set-up to systems acceptance. Versiv platform supports modules for fiber testing (Both OLTS and OTDR) and Wi-Fi Analysis and Ethernet troubleshooting. The platform is easily upgradeable to support future standards. Troubleshoot faults faster with the Taptive user interface which graphically displays the source of failures including crosstalk, return loss and shield faults. Analyze test results and create professional test reports using LinkWare™ Management Software. Fluke Networks' DSX-5000 Cable Analyzer is Intertek (ETL) Verified in accordance with the IEC-61935-1 specifications for accuracy Level IV, and draft accuracy Level V, and in accordance with the ANSI/TIA-1152 specifications for Level IIIe. Listed prices are PER WEEK and do not include VAT (24%).

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Whether a copper, fiber optic or a wireless LAN, the EtherScope Series II Network Assistant delivers the information you need/ to quickly analyze, isolate and troubleshoot network problems. EtherScope excels at troubleshooting access network issues, with advanced diagnostics that simplify troubleshooting in switched environments. When problems require a visit to the user’s work area, the switch closet or the equipment room, EtherScope is the portable tool you should bring with you. It is engineered to be small, lightweight and durable for field use. And it is packed with the features you need so you can leave your laptop PC back at your desk.

The Fujikura 22S is designed for high-end FTTH splicer applications in FTTX, Data Center / LAN and Access Networks. 22S offers an active V-Groove alignment single fibre splicer for reliable and improved splicing performance for a range of different fibres; SMF, MMF, DSF, NZDSF. Applicable from 125μm cladding diameter/up to 3mm sheath diameter fibres with sheath clamp. 22S provides advanced capabilities; including splice result storage of 200 splices, 5-16mm short cleave length splicing . Quick splicing time is produced in 9 seconds (single mode fibre) and an automated tube-heating time of 30 seconds (single mode 60mm). **Applications and fibres** - FTTH, FTTX - Singe-Mode Fibre, Multimode Fibre, Dispersion-Shifted Fibre (DSF), Non-zero dispersion-shifted fibre (NZDSF). Listed prices are PER WEEK and do not include VAT (24%).

The FSM-60S fusion splicer sets the standard for core alignment fusion splicing by incorporating a user-friendly interface with enhanced features to provide the most rugged and reliable fusion splicer in the market today. The new rugged construction adds improved reliability by resisting shock, dust, and rain, and can withstand a 30” drop test. The FSM-60S splices a fiber in 9 seconds and heats a 60mm splice sleeve in 30 seconds, for a total cycle time of only 39 seconds. New features, such as automatic tube heater operation, user-selectable clamping method (sheath clamp or fiber holder system), automated monitor image orientation, and battery charge capability during splicer operation provide the end user a productivity tool they can count on. Listed prices are PER WEEK and do not include VAT (24%).

Core Alignment Optical Fibre Fusion Splicer 62S is designed for splicing single-count optical fibre for telecommunication use. The Fujikura 62S provides active core alignment splice loss performance while utilizing a conventional wind protector and tube heater design. The 62S includes an auto-start feature for both the splicing and tube heating process that minimizes the steps necessary to process splices. With a shrink time of 23 seconds with standard splice sleeves, the 62S ensures a high level of productivity. Incorporating the proven ruggedised features pioneered by Fujikura, durability is greatly enhanced by a mirrorless optical system and "severeimpact resistant" monitor. Battery capacity is 200 splices/shrinks. The transit case doubles as a built-in or mobile workstation and makes splicing easier than ever.

The N9310A is a general purpose RF signal generator covering a frequency range from 9 kHz to 3 GHz. With a low price, reliable performance, and multiple built-in functions, it’s well-suited for R&D, manufacturing, education, and service maintenance. **Key Features & Specifications** Professional performance and compact size for general purpose testing needs - 9 kHz to 3 GHz CW output, 20 Hz to 80 kHz low frequency (LF) output - -127 to +13 dBm output level range (maximum +20 dBm settable) - -95 dBc/Hz SSB phase noise **Complete feature set** - Full sweep function: (9 kHz to 3 GHz) /Amplitude (-127 to +13 dBm), (20 Hz to 80 kHz) - Extensive analog modulation: AM, FM, Phase, and Pulse modulation - Optional IQ modulator, 20 MHz bandwidth **Easy front panel and remote operation** - Intuitive GUI offering 11 languages - Standard USB connectivity for test automation and flash memory support - SCPI command set for remote control

**Pathfinder PLS Precision Locating System** TBuilt on a proven design, and with Pathfinder SAF Technology™ at its core, the Pathfinder PLS® offers RYCOM’s most advanced signal acquisition and filtering technology. The Pathfinder PLS® cable & pipe locator offers utility locators FrequencyFlex™ allowing users to adapt the system to their specific needs. Multiple active frequencies allow the user to accurately locate with a minimum of interference while maintaining the ability continue locating past faults and around conduit bends. Passive frequencies identify "live" and charged lines by their naturally occurring electromagnetic fields. The Pathfinder PLS® offers multiple passive frequencies -- 50Hz, 60Hz, Radio Frequency, Cathodic Protection Rectifier & CATV -- allowing line locating without the use of a transmitter. The Pathfinder PLS® can quickly and simply locate line when faults when used with the optional "A-frame" GRP (ground return probe). As the operator moves towards the fault the receiver will respond with rapidly peaking signal. When the "A-frame" is placed directly over the fault, the receiver will provide a null response.