Jumat, 29 Januari 2021

Rabu, 27 Januari 2021

SS400 Carbon Steel Plate

 

JIS G3101 SS400 Carbon Steel Plate





Standard: JIS G3101

Grade: SS400

Plate Standard: JIS G3193

Available Dimension:

Thickness: 4mm - 350mm Width: 1000mm - 4000mm Length: 1800mm - 12000mm


JIS G3101 SS400 Carbon Steel Plate Chemcial Composition and Mechanical Property Table:



JIS G3101 SS400 carbon steel plate is widely used in the construction of oil storage tanks, pressure vessels, water tanks.


ASTM A36

ASTM A36 Carbon Steel Plate





Standard: ASTM A36

This specification covers carbon steel shapes, plates, and bars of structural quality for use in riveted, bolted, or welded construction of bridges and buildings, and for general structural purposes.

Grade: ASTM A36

Plate Specification Standard: ASTM A6

Available Dimensions:

Thickness: 4mm - 200mm Width: 1200mm - 2500mm Length: 4000mm - 18000mm


ASTM A36 steel plate chemical composition table:




ASTM A36 Carbon Steel Plate is the raw material to build oil storage tanks, manufacture pressure vessels and steel pipes and tubes.




Jumat, 22 Januari 2021

Tombol Download Animasi CSS (Nama + Ukuran File)

Ini adalah salah satu  Tutorial Blogger, kali ini saya akan membagikan apa yang telah saya coba tutorial bagaimana caranya membuat tombol Download di Blogger.


Yang menariknya adalah tombol Download ini menggunakan CSS animasi, disertai Nama dan Ukuran File.




Di atas adalah contoh tampilannya. Keren, kan? Pada saat Pointer atau Cursor Mouse diarahkan ke tombol tersebut, muncul Nama dan Ukuran File-nya.


Cara Membuat Tombol Download Animasi CSS (Nama + Ukuran File)


Blogger > Tema > Edit HTML

Simpan kode CSS di bawah ini, di atas kode 
</style> atau ]]></b:skin>

.dlbutton br{display:none!important}

.dlbutton{margin:0 auto;width:200px;position:relative;z-index:1;padding:25px}

.dlbutton a{color:white!important;display:block;width:200px;height:50px;background:#bd1a0b;text-align:center;text-decoration:none;text-transform:uppercase;font:17px/50px Helvetica,Verdana,sans-serif;filter:progid:DXImageTransform.Microsoft.gradient( startColorstr=&#39;#00b7ea&#39;,endColorstr=&#39;#009ec3&#39;,GradientType=0 )}.dlbutton a,.slide{-webkit-box-shadow:2px 2px 8px rgba(0,0,0,0.2);-moz-box-shadow:2px 2px 8px rgba(0,0,0,0.2);box-shadow:2px 2px 8px rgba(0,0,0,0.2)}.slide{position:absolute;z-index:-1;display:block;margin:-50px 0 0 10px;width:180px;height:40px;background:#444;color:#fff;text-align:center;font:12px/45px Helvetica,Verdana,sans-serif;-webkit-transition:margin 0.5s ease;-moz-transition:margin 0.5s ease;-ms-transition:margin 0.5s ease;-o-transition:margin 0.5s ease;transition:margin 0.5s ease}

.dlbutton:hover .bottom{margin:-10px 0 0 10px}

.dlbutton:hover .top{margin:-80px 0 0 10px;line-height:35px}

.dlbutton a:active{background:#00b7ea;background:-moz-linear-gradient(top,#00b7ea 36%,#009ec3 100%);background:-webkit-gradient(linear,left top,left bottom,color-stop(36%,#00b7ea),color-stop(100%,#009ec3));background:-webkit-linear-gradient(top,#00b7ea 36%,#009ec3 100%);background:-o-linear-gradient(top,#00b7ea 36%,#009ec3 100%);background:-ms-linear-gradient(top,#00b7ea 36%,#009ec3 100%);background:linear-gradient(top,#00b7ea 36%,#009ec3 100%);filter:progid:DXImageTransform.Microsoft.gradient( startColorstr=&#39;#00b7ea&#39;,endColorstr=&#39;#009ec3&#39;,GradientType=0 )}

.dlbutton:active .bottom{margin:-20px 0 0 10px}

.dlbutton:active .top{margin:-70px 0 0 10px}


Sementara, ketuk tombol Save Template.

 

Jika ingin menampilkan tombol Download di dalam artikel / postingan blog, atribut HTML yang digunakan ada di bawah ini:

 

<div class="dlbutton">

<a href="Url File yg akan didownload" target="_blank">Download</a>

<div class="slide top">

Nama jenis file (Document atau Drawing)</div>

<div class="slide bottom">

Size : Besarnya file 1585 KB</div>

</div>


Perhatikan : Ganti kode yang sudah ditandai, sesuai keinginan kalian masing-masing.

Buat rekan-rekan bisa coba kalau ingin tahu hasilnya.....

Demikian cara membuat dan memasang tombol Download dengan keterangan Nama dan Ukuran File, disertai animasi kode CSS di Blogger / Blogspot.*

Sumber: https://www.maringngerrang.com/2015/12/tombol-download-css.html


Gate Valve

 Gate valves are widely used in fluid control systems to control valve flow. General doors are designed to be fully open or closed. When the gate valve is fully opened, there is no obstruction in the flow path resulting in very low friction loss.






Download
Drawing
Size : 5068 KB

Ball Valve

 The ball valve is equipped with a spherical closure that can control the flow of air. The sphere has a port, also known as bore through the center. When the valve is in a boring position, it is in line with the pipe being open and the fluid can flow.



Download
Drawing
Size : 12704 KB

Butterfly Valve

 Butterfly valves operation is similar to the ball valve, which allows it to close quickly. Butterfly valves are generally preferred because they cost less than other valve designs and are lighter and therefore require less support. The disc is in the middle of the pipe. Axial through the disc to the actuator on the outside of the valve. Rotating the actuator causes the disc to be parallel or perpendicular to the flow. Unlike ball valves, the ball valve is always in the flow, thus causing the pressure to drop even when open.





Download
Drawing
Size : 492 KB

Vibrating Conveyor

Vibrating Conveyor adalah salah satu alat material handling yaitu alat untuk memindahkan material ketempat yang lain/mesin lainnya.
Vibrating Conveyor ini sering dipakai oleh Pabrik Gula. Seperti foto dibawah ini




Part dari Vibrating Conveyor

Part Eksentrik

Part Arm Bushing


Thermowells ( Sensor PT.100)




             Thermowells are pipe fittings used to protect the temperature sensors installed in the industrial process. The thermowell consists of a closed conduit at one end and is mounted in the process stream. Temperature sensors, such as thermocouples or resistance thermometers, are inserted into the open ends of pipes, which are typically outside air, outside pipes or pipes, and insulated. The chemical process is transmitted through the heat to the walls of the Thermowell, which transfers the heat to the sensor. Due to the larger sensor set, the sensor responds to the change in operating temperature by adding a pond. If the sensor does not work, it can be replaced without draining the boat or pipe. Due to the increased temperature and due to heat wall, the heat from the sensor’s precision process and response is negatively affected by the increase in thermostat.

DOWNLOAD
Gambar
Size : 335 KB

Kamis, 21 Januari 2021

Katalog Pipa

Katalog Pipa yang saya posting mungkin tidak begitu lengkap.... tapi bisa membantu saya dalam hal pekerjaan daripada susah tanya sana sini.
Diposting itu juga bermanfaat menghemat tempat penyimpanan file...


  • Ini adalah Katalog Pipa PT.Gunung Rajapaksi

Katalog Pipa #2 ...
Semoga katalog ini bermanfaat meskipun tidak begitu lengkap .

Cara Menghitung Tekanan Seamless Steel Pipe Kerja

Bagaimana Menghitung Baja Pipa Tekanan Kerja Seamless

Dikenal keluar diameter dan ketebalan dinding pipa SEAM, Bagaimana bekerja keluar baja Seamless Pipe Tekanan Kerja.




Rumus:   P = (2 * S * T) / (. OD * SF)


Dimana:

 P = Tekanan Fluida (psi)

T = Pipe Ketebalan dinding (di)

OD. = Pipe luar Diameter (di)

SF = Faktor keamanan (Perhitungan Umum 1,5-10, Gunakan 1 Untuk Meledak Pressure)

S = Material Kekuatan (psi)

Kekuatan tarik Ultimate atau Yield kekuatan dapat digunakan.

Ultimate harus digunakan untuk menentukan tekanan meledak.

Yield dapat digunakan untuk memperkirakan tekanan di mana deformasi permanen dimulai.

1Mpa = 144.55psi

Ketika P <7Mpa, SF = 8

ketika 7

Ketika P> 17,5, SF = 4

 

ASTM A106 pipa seamless misalnya, baja karbon pipeφ48 * 6 (SF = 6, S = 410MPa) .P = (2 * S * T) / (OD * SF) = (2 * 410 * 6) / (6 * 48) = 17.083MPa.


Coretan ini supaya bisa buat acuan saat kita perlu.... menghemat kertas/buku...


Sumber : http://id.shew-esteelpipe.com/


Senin, 18 Januari 2021

Perhitungan Chain Conveyor

          Satu lagi posting saya ini mengenai contoh perhitungan Chain Conveyor / Apron Conveyor.

Refensi pembuatan perhitungan ini dari Tsubaki Chain, adapun hasilnya yang saya buat adalah seperti contoh foto dibawah ini.



Dibawah ini adalah contoh file PDFnya... Semua ini adalah hasil dari belajar saya agar sedikit mengerti tentang excel...