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Serving the waterworks industry since 1898, Ford Meter Box has created many original products since founder Edwin Ford invented the in-ground meter box over a century ago. Innovations range from a 1916 patent for its original water meter test bench to ball valves for waterworks applications introduced in the 1960s and, in the 1980s, check valves in meter pipework that prevent backflow that might contaminate the water main.

"We started looking for a new molding machine around mid-2019", Andrew Lannettoni, Foundry Technical Engineer at Ford Meter Box. "We talked to a few vendors and compared the advantages and disadvantages of the equipment available. Quite frankly, we were looking for a change of supplier."

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"Digital is new for us and we like recipe management a lot, especially when we're running different shifts," says Andrew. "Once we set up a pattern's parameters, we get less trouble with operators adjusting things. In the past, that made troubleshooting hard: is it the machine, is it the settings? Operators really like this standardization; once they know it's running OK, they just let the machine get on with it. Digital is very much how we want to do things in future and we will be looking into a more integrated system soon."

C&W Meter Proving Services is your partner of choice for custody transfer and mission critical flow measurement proving services. With a wide variety of state-of-the-art tools, C&W can meet the most demanding meter proving needs in the field or in our shop. The key to our success and your satisfaction is using the right tool for the job.

C&W maintains a fleet of portable Small Volume Captive Displacer provers to meet your pipeline meter proving needs. All pipeline proving connections are made via petroleum industry standard hammer style fittings for reliable, leak-free operation. All our proving rigs are equipped with diesel generator power for independent, reliable operation, as well as, an on-board drain system for efficient draining of the proving equipment. Prover operation and report generation is done by computer running the PROVEit software program supplied by Flow-Cal, Inc. The measurement technicians employed by C&W have many years of pipeline meter proving experience and are trained in the API guidelines for custody transfer meter proving. The health and safety work practices of all C&W employees is governed by our company Health and Safety Manual which is routinely audited by companies like NCMS, DISA and ISNetworld. Safety is the number one priority for C&W Meter Service.

The measurement technicians employed by C&W have many years of pipeline meter proving experience and are trained in the API guidelines for custody transfer meter proving. The health and safety work practices of all C&W employees is governed by our company Health and Safety Manual which is routinely audited by companies like NCMS, DISA and ISNetworld. Safety is the number one priority for C&W Meter Service.

Disa cooperi Rchb.f. is found on stony mountain grassland from 1500 to 2200 meters in the Drakensberg Mountains. It grows to 1 meter and has pink flowers with a lime-green lip in a dense spike. Flowers are intensely fragrant. Photos 1-3 taken by Mary Sue Ittner January 2010 near Maclear. Photos 3-6 taken by Cameron McMaster, Aurora Peak, Maclear, February 2008.

Disa cornuta (L.) Sw. is found in damp but well-drained grassland up to 2400 meters from the Western Cape to Zimbabwe. It grows to 1 m tall and has overlapping crowded leaves. The basal ones are purple-spotted. Flowers are in a dense inflorescence and purple and silvery green. The lateral sepals and lip are greenish yellow. The first five photos were taken January 2010 near Maclear by Mary Sue Ittner and Bob Rutemoeller. The last photo below from the book Plants of the Klein Karoo is courtesy of Jan and Anne Lise Schutte-Vlok.

Currently, DISA International is busy removing the trusses and burning away the combi-wall in the ramps leading to the Maasdelta immersion tunnel at a depth of 32 meters. "These so-called Letterbox pits on the north and south sides served as buffers during the construction of the ramps. They ensured watertight closure of the ramps and also acted as collision protection for the construction pit behind," says Marc Veldhuizen, supervisor at DISA International. "A letterbox pit consists of two rows of 15 pipe piles each, with diameters ranging from 1.60 to 1.85 meters. The piles are connected with sheet pile walls, and three stacked trusses are placed between the two rows. In 2018, underwater H-beams were welded to these pipe piles, serving as support points for the three trusses weighing 100 tons each. When dismantling the letter boxes, we first remove the trusses using a floating crane, after which we cut and lift the pipe piles at a depth of 32 meters." The pipe piles themselves are far from lightweight, weighing 85 tons each.

Cutting through the combi-wall is quite complex due to the depth, three different underwater currents, and limited visibility for the diver. "For cutting, we employ a specially developed cutting mould," explains John Penson, Operations Manager at DISA International. "In combination with a PVL precision cutter, we can precisely cut the combi-wall down to the centimeter. The PVL cutter offers much higher precision compared to a thermical lance. It also allows for faster and safer cutting." DISA International is one of the few companies proficient in this specific cutting technique. "After cutting, we place a closure cap on the outer row of pipe piles and measure the height of the pile from all four sides," adds Veldhuizen. "Based on this measurement, the exact height of the shimming plates is determined, which support the immersed element. The shimming plates serve as a corrective leveling system, ensuring that each pile has the same load-bearing capacity in relation to the element." DISA International also provides necessary assistance during the immersion of both tunnel elements of the Maasdelta tunnel. "Our divers contribute to the installation of the actual tunnel elements," says Penson. While our work is not yet fully completed, we look back on an exceptional project," concludes De Graaff. "Moreover, the project was executed with a very high safety score, which we are proud of."

[Lex] over at Computing: The Details loves to make fun projects. Recently, they have created a hardware CPU monitor that displays how PCs are parallelizing compile tasks at a glance. The monitor is built from 14 analog meters, along with some WS2812 RGB LEDs.

A bit silly but also fun sort of project. But there are a few things a bit confusing.

Why start with 5mA meters? Is this the native current of these? (100uA used to be very common), or else 5V meters that can use direct PWM output from a microcontroller. Current meters with >100uA tend to have a parallel shunt resistor inside, while volt meters >100mV tend to have a series resistor.

And why is the swap space maxing out (@03:00 )? Is that 100% of 0 bytes swap space used? (Memory is at 30%).

I can understand your frustration caused when composing your shot when shooting with flashes and strobes. I understand you have tried the different functions available under Exposure Simulation. When it comes to shooting with flashes, we do recommend on disabling Exposure Simulation.

The red disa only blooms for a short period in late summer from January to February. While this is the general period when you start to see them blooming, there is an even shorter period (middle two weeks of February) where they are prolific. This is when I recommend you plan your Red Disa hike. We usually go the second or third weekend in February.

After you have reveled in the beauty of the magnificent red disas, continue up along this stream until it reaches the path again. This path will take you up a steep section that passes another gorgeous waterway filled with red flowers before taking you to the aqueduct.

I have a new D700 and haven't even read the instruction book yet.

While playing around with some old Nikkor lenses, I see I can obtain

metering with non-AI lenses at full aperture. How does the camera

know the aperture I've selected?

Dixon Electrical Systems specializes in oil and gas electrical installations. Project capabilities include, compressor stations, meter stations, interconnects, electrical installations in pre-fabricated buildings/skids, heat trace systems, grounding systems installation and testing, and cathodic protection systems.

Unlike traditional perimeter network defense methods, zero trust assumes that any touchpoint on a network represents an attack vector for a hacker. In a zero-trust model, the network validates all user access requests before granting access to critical assets. 2351a5e196