ADVERTORIALS Panduit New OptiCam® 2 Fibre Optic Termination Tool
• Right First-Time fibre optic termination tool • Mobile connectivity simplifies the documentation process
• Insertion loss immediately calculated to speed connection process
Panduit the enterprise and data centre physical
infrastructure supplier announces the OptiCam 2 Termination Tool which is designed to offer 100% right first-time termination of OptiCam fibre connectors. The tool calculates insertion loss value on completion of the camming process. The red and green light indicators provide additional visual confirmation of termination. Using the OptiCam 2 tool, installer productivity increases, and time spent on the job site is reduced. Project re-work time will also be decreased; helping contractors to improve overall profitability.
The OptiCam 2 termination tool offers a step-by-step visual guidance and insertion loss calculation to ensure the field
fibre and fibre stub are in proper alignment before camming. This allows less experienced technicians to terminate fibre with confidence. A simple, ergonomic, and symmetrical design allows left or right-handed termination in both handheld and benchtop orientations.
• LCD display – Guides the user through the termination process with simple step-by-step prompts and on-screen visuals. • Insertion Loss – OptiCam 2 tool provides a calculated insertion loss, ensuring installers gain confidence in the effectiveness of each termination.
• Smartphone App – Mobile connectivity simplifies the documentation process, allowing inputs of project and installer name, as well as sequential connector numbering with date/time stamps and insertion loss values.
• Ergonomic – Symmetrical design combined with a self-aligning, reversible connector cradle allows for left or right-handed termination in both handheld and workbench orientation.
Panduit Europe LTD
The tool is the most technologically advanced, feature rich option for field terminated connectors in enterprise applications. u 020 8601 7200
The company has therefore launch a heavy-duty version based on its P4 roller energy chain family. Depending on the application, the chain should have a service life of up to 15-years. To this end, igus relies on tribologically optimised high- performance plastics. To further reduce abrasion at all points of the chain, igus has come up with additional features, including a triple stop-dog system and a symmetrical design. The integrated rollers reduce the required drive
#&-#')'$&#,(#&($#&#' ")'("((#$&!$#&(&*!& !&($#'#$%&($#!)#&(#(''+!! '&!!(-$!%(#+)'*-)(- &$!!&#&-#'"$!- &'$#&''(#("(&!'%!'!# ' #+!-'#$##(#!"#('&$!!&'# (&%!'($%$'-'(""#"'+&#&) &*#&-!!($"%$##(%&('# &%!$&'-"#(##$"$#($&( '&*!'"&(%!'(''#'$&'##(&( #($(%##$&$##($# Ship-to-shore cranes are getting faster, longer
and are being asked to carry greater loads for longer periods. The energy chains for these new generation cranes need to match them.
56
energy by 57% compared to a gliding chain. The rollers are arranged offset to each other for an efficient drive. The autoglide combs keep the chain aligned, increasing the safety of the plant and reducing expensive unplanned failures. In the new pin and bore connection, igus has applied its expertise in plastic plain bearing technology, specifying a proven iglidur material that significantly increases the service life of the chain. Tests suggest that the P4HD has a service life of up to 50% longer than its predecessor series P41.56. Where maintenance is needed, all parts of the
chain are 1:1 replaceable. In addition, existing energy chain systems of the P4 series can be quickly converted using the new chain thanks to identical dimensions, so maintenance time, cost and material is reduced. The P4HD e-chain can also be equipped with smart monitoring.
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&##(&''!)#(+$"% %$+&&!-"$)!"!'*!!# #$&"('# "$)!'&')(!$&'+(#*-$& !$'$&$&$#(&$!!#!&,(&#!&!-' $#(($&'#'$!#$'-&*!!# ")!(%!$#)&($#')%($#! $!#!&$+&!-'$& #!$!$)!&$+&!-'' &'($('(#'(-"%'+(# "$)!'#("& ( The new PXI/PXIe power relay module
families use industrial-grade EMR power relays and support various power testing requirements. The 40/42-153 family offers 18, 25, 36 or 50 off SPST relay loadings, whereas the 40/42-158 provides 8, 16, 24 or 32 off SPDT versions. Devices can hot-switch inductive/capacitive loads up to 5A at 250 VAC to a maximum power of 150W/1250VA (-153) or 175W/1250VA (-158); cold-switching performance is up to 400VDC/250VAC peak. The new modules offer low path resistance of less than 35m with a thermal offset of just 3µV (typical) plus typical bandwidths of 65MHz (-153) and 100MHz (-158) at the -3dB point.
u
www.panduit.com
How small? How thin? How flexible? New Miniature Flexible RTD Temperature Sensors from Heraeus
Nexensos Heraeus Nexensos introduce a new miniature, ultra-thin and flexible temperature sensor element which is only 50 microns thin! The MicroRTD has several footprints down to 0.6mm x 0.3mm (0201) facilitating applications for temperature sensing in the smallest of electronic devices. Ultrasmall, the MicroRTD can be positioned in-between
thin layers or into confined areas, opening up exciting developments in next generation batteries, micro- processors and consumer electronics. Additionally, with its flexible, bendable structure
opportunities are available in skin thermometry, smart textiles or smart/linked medical applications. The MicroRTD is highly accurate (±0.1°C) and its small
thermal mass ensures very fast and precise temperature measurement. It offers high levels of precision, long-term stability and fast response times whilst operating over a wide temperature range of -40°C to +150°C. The full range of Heraeus platinum and RTD
temperature sensors are available from ATC Semitec Ltd.
ATC Semitec Ltd. u 01606 871680 u
www.atcsemitec.co.uk.
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