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OSTAR DIY Quartz Wall Clock Mechanism Movement Operated Battery Great interest OSTAR DIY Quartz Wall Clock Mechanism Movement Operated Battery Great interest $4 OSTAR DIY Quartz Wall Clock Movement Mechanism Battery Operated Tools Home Improvement Hardware Clock Hardware $4,Movement,ev4all.in,Operated,Quartz,/inevitably909493.html,DIY,Clock,OSTAR,Tools Home Improvement , Hardware , Clock Hardware,Battery,Wall,Mechanism $4,Movement,ev4all.in,Operated,Quartz,/inevitably909493.html,DIY,Clock,OSTAR,Tools Home Improvement , Hardware , Clock Hardware,Battery,Wall,Mechanism $4 OSTAR DIY Quartz Wall Clock Movement Mechanism Battery Operated Tools Home Improvement Hardware Clock Hardware
Wall sweep clock movement, only one aa carbon battery is needed, low power consumption;
The product has passed the CE certification;
The transparent back allows you to understand the working principle of the movement more clearlyï¼
The fixing method between the movement and the clock case is a screw nut type;
Simple and delicate clock mechanism with long service life, good for repairing, replacing the broken parts of a clock or making DIY clock project.
Quartz Clock Movement With 3 Hands:
Hour hand length 76mm/2.99in, minute hand length 106mm/4.17in, second hand length 158mm/6.22in.
The size of the quartz clock movement is 56mm/ 2.2in(Length) x 56mm/ 2.2in(Width) x 15mm/0.59in(Thickness)
If you have your own hands, the hour hand is suitable for Î¦5.5mm, the minute hand is suitable for Î¦3.6mm, and the depth of the second hand hole is 3mm or more.
Please keep the hour hand, minute hand, second hand parallel and mount them lightly.
|Dimensions||56mm/ 2.2inch (Length) x 56mm/ 2.2inch (Width) x 15mm/0.59inch (Thickness)|
|Average Time Keeping||Â±2 sec/ day at 1.5V, 23â|
|Operating Voltage||DC 1.25V ï½1.7V|
|Operating Temperature||-10âï½ 50â|
|Average Consumption Current||â¤260Î¼A at 1.5V|
|Battery Life||about 8 months|
|Torque||max torsional load on second shaft â¥220Î¼NM|
|Shaft Length||12.7mm/ 0.5 inch|
|Thread Length||6.4 mm/ 0.25 inch|
If you have more questions, you can leave a "questions and answers" for us, we are glad to answer you.
Are your internal inspections expensive due to long downtimes and the need to build and take down scaffolding? Are they dangerous due to the need for entering confined spaces and standing at height? An indoor drone reduces the need for scaffolding, increasing your savings while also keeping your inspectors out of harm's way.
Avoid confined spaces entry and work at height during visual inspections.
Turn days of asset downtime into hours.
Reduce your internal inspection costs by as much as 90%.
Get your burning questions answered with a tailored one-on-one call. See outcomes of inspections in environments similar to yours.
See our products for real, test them, or even run a proof of concept at one of your sites. We’ll adapt the validation process to your needs.
With our trainers at your side make the most out of your drones and enjoy safe, fast, and economical remote visual inspections.
The biggest technical problem related to using drones indoor and in confined spaces is the risk of collisions. A collision does not only mean a risk of braking propellers but also a risk of bringing the drone into a position where it can no longer fly. Both situations lead to the same tragic end: a crash.
Unlike many drone manufacturers, we did not set to find a solution to sense and avoid obstacles. We rather opted for a solution to be tolerant to collisions. With this approach, our products started to be used for inspection in dark and complex confined spaces when sense avoid technology was far from being ready for it. Today, it is still extremely difficult to perform these kinds of inspections and get the same level of data quality by relying on sense and avoid technology alone.
Thanks to our proprietary collision tolerant flight algorithm, our latest product – Elios 2 – is the leading platform to perform remote visual inspection in confined spaces available in mass production.
Flyability is not a service provider but a drone manufacturer. We have an internal team of pilots which is primarily assigned to training and demonstrations. We are happy to deploy our staff to your site if you are interested in a demonstration, a proof of concept, or if you want to get personal training on our products.
The cost of performing drone-based indoor inspections instead of manned inspections at your plant depends on many factors. It depends on your environment, your team, the material you require, the frequency at which you perform them, etc.
In average, our clients see a return on investment within the first year of use. Some see a 10x return on investment within the first flight.
If you are interested in the price of our products you can download our product offering on the Roselux Women's Elegant Short Sleeve Wear to Work Casual Pencil.
No, they are not. However, this does not prevent Flyability clients to inspect tanks, fluid catalytic crackers, oil cargo tanks, and many other places aiming at storing or processing highly explosive goods. Like for any manned inspection, these environments must be cleaned and inerted prior to being inspected. Flyability products still bring tremendous value to our clients and keep in mind, drones do not breathe so they are very comfortable in nitrogen inerted environments.
If you want to learn more om this topic, you can read this extensive article explaining why drones are not intrinsically safe.
Yes. We have a network of 50 resellers around the world who are trained to demonstrate the technology, provide training, and perform maintenance operations on our products. You can find the complete list here.