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AUMA & Kirloskar combine actuator & valve technology<br />

A partnership between AUMA and Kirloskar (KBL) has amalgamated<br />

actuator and valve technology to support an Indian thermal power<br />

plant in Salaya, Gujarat. The automation solution, supplied to Essar<br />

Power Gujarat <strong>Ltd</strong>, was produced to control the common header of<br />

circulating water pumps for Salaya 1. The bespoke design for the<br />

2x600MW plant combines AUMA’s electric<br />

multi-turn actuator, integral actuator<br />

controls and worm gearbox with a 3.6m<br />

Butterfly Valve from KBL. AUMA’s modular<br />

actuator design supports the need for flexible<br />

operation at the thermal power plant.<br />

www.auma.com<br />

EMKAS’s 1000 Program of IP65 compression latches<br />

Designed for genset applications, EMKA’s 1000 Program of IP65<br />

compression latches now encompasses a full range of lockable T<br />

handle, Wingknob, Square key & L handle variants, with shaft extensions<br />

to suit unusually deep door frames up to 95mm. This extensible<br />

shaft variant provides additional depth capability and also permits<br />

manual clamping adjustment by means of a threaded feature at the<br />

inner end. This enables the compression action to be fine tuned by<br />

adjusting the shaft mounted lock nut. The 1000 program compression<br />

latches (IP65) provide a 6mm axial clamp function so that after<br />

closing, when the lock is turned for its first 90° the tab is rotated 90°<br />

then stops, as the lock is turned a further 90° this rotation is translated<br />

into linear motion bringing the<br />

tab 6mm toward the door, thus clamping<br />

firmly onto the door frame. This<br />

action ensures a very high degree of<br />

vibration resistance, says EMKA.<br />

www.emka.co.uk<br />

The Pro-Pod automated storeroom portal from PGB<br />

Propeller GB has launched the latest version of its Pro-Pod automated<br />

storeroom portal, which uses advanced RFID (radio frequency identification)<br />

technology and incorporates twin interlocking doors for<br />

enhanced control and performance. Used as the entry/exit point for<br />

an enclosed storage area of any size, Pro-Pod Version 7 restricts<br />

access to the stores area and tracks users, automatically captures<br />

stock movements without need for physically booking items out,<br />

provides instant status reports on inventory within the area and<br />

allocates withdrawals to specific cost centres. This in turn ensures<br />

fully automated parts re-ordering and eliminates stock-outs, downtime<br />

and delays. Developed in-house and built in the <strong>UK</strong>, Pro-Pod’s<br />

RFID solution is considered the best of its type on the market and<br />

forms part of a suite of products that can be networked together,<br />

including Propeller’s lineside industrial vending machine, Pro-Vyda.<br />

‘Access anywhere’ web-based software enables current stock levels<br />

to be viewed and interrogated<br />

remotely, making Pro-Pod ideal for<br />

large manufacturing or service<br />

sites, multi-plant operations and<br />

global enterprises. Installations of<br />

earlier versions have achieved<br />

99.976% stock accuracy, and 87%<br />

faster parts retrieval times.<br />

www.propellergb.co.uk<br />

46<br />

PRODUCTS AND SERVICES<br />

N OVEMBER 2011 • WORLDWIDE I NDEPENDENT P OWER<br />

Borri’s ECO UPS Systems & new FXS range<br />

Borri’s range of ECO UPS systems provides maximum efficiency without<br />

compromising on performance and all come with output<br />

transformers as standard, which makes them flexible across a wider<br />

range of applications. Delivering the highest levels of protection,<br />

Borri’s transformer range of UPS solutions achieves high efficiency<br />

even in permanent online dual conversion mode.<br />

A typical transformer-based UPS operates at around 88 percent<br />

efficiency at full load, while Borri claims its ECO UPS transformer<br />

solutions are 95 percent efficient.<br />

Though seven percent may not sound much, over a five year period<br />

the difference on a 100kVA UPS could mean savings of a massive<br />

£18,000 in energy consumption costs.<br />

Proving its superior efficiency credentials, the ECO range of three<br />

phase UPS equipment from Borri is the only transformer-based type<br />

to have made it onto the <strong>UK</strong> government’s Energy Technology List<br />

(ETL). The ETL is part of the Enhanced Capital Allowance Scheme and<br />

a key plank in the Government’s programme to fight climate change<br />

by providing tax incentives for businesses investing in equipment that<br />

meets energy-saving criteria.<br />

Although Borri’s UPS units have stayed true to tradition of Italian<br />

craftsmanship, it is in UPS software development where the company<br />

is pushing the boundaries to achieve even higher levels of efficiency.<br />

Its recently developed B9000FXS and B9600FXS series, incorporates<br />

an innovative Smart OnLine (SOL) technology option, which gives end<br />

users the option to achieve even greater efficiency levels of up to 98<br />

percent. Borri’s new FXS range also<br />

incorporates a sophisticated load<br />

based shutdown (LBS) function,<br />

designed to maximise the efficiency of<br />

parallel redundant installations.<br />

Businesses that utilise the LBS function<br />

can significantly increase the<br />

efficiency of the UPS solution and<br />

therefore reduce power usage and<br />

lower energy bills.<br />

B9600<br />

www.borri.co.uk<br />

Eaton’s Powerware Hot Sync load-sharing<br />

Eaton has produced a video to provide a comprehensive and visual<br />

understanding of how its patented Powerware Hot Sync® load-sharing<br />

technology works. The video shows the technology in action phase by<br />

phase, and demonstrates its testing in real time. The video can be<br />

viewed on Eaton’s YouTube channel at<br />

www.youtube.com/user/UPSBackup - Hot Sync technology<br />

guarantees maximum system availability and reliability by eliminating<br />

a single point of failure in a parallel UPS system in which two or<br />

more units share the same load. If one unit fails, the others take over<br />

its tasks, isolate the damaged unit<br />

and continue to supply electricity<br />

without interruption. Paralleling<br />

can be used to gain redundancy<br />

and add capacity to the system.<br />

Hot Sync technology is used to<br />

parallel power converter modules<br />

within a UPS.<br />

www.eaton.com/powerquality

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