Flood Protection Gate System

Flood Protection Gate for  Building and Residential Areas

By BUSAERY ( ERRY) / PT. Prima Springs Mfg

Acede Flood Protection Gate are designed to protect your private and commercial building or residential area from flash flooding, such as:

• Residential properties
• Office and commercial building
• Hotel and Hospital Building
• Factory building  &  warehouse
• General or Public Infrastructure.
• Etc.

The product is designed for fast protection, ease of use, quick installation, and budgetable design.

We only design and make this product according to the costumer needs with many choices of material used, such as steel plate, wood, or alumuium.

Building with a flood gate system

In Gate 1 and Gate 2

Acede Flood Protection System consists of :

1. Barrier in modular box ( Boxed frame) with rubber sealing
2. Ground fitting
3. Stanchion /
4. And barrier support

How to Order ?

If you want to order this product, please send us the data required, such as :

1. Dimension of gate area, if you want to protect the rising flood from the gate. Or dimension of door if you want to protect the rising flood for the door ( Length, height).
2. Tell us where it’ll be applied ( for gate, door, engine room, or others)  and a type of building.
3. Technical drawing of where the flood gate will be used. (  for a commercial building )
4. Or you can invite us for coming to your place. 

Flood Protection Gate Installation

In Office / Commercial Building

In Jl. Sudirman Jakarta

Acede Flood Protection System can be generally applied for :

• gates
• doors
• windows
• Parking area in ground floor
• Engine System & Electrical Room
• Field, etc.

Flood Protection Gate Installation

Pantai Mutiara Residential-Jakarta

Flood Protection Gate Installation. 

Protect from  flood  of sea water tide - Jakarta

It’s important, that the flood protection system has closed relationship with one way water valve control system. The water from building and the gutter flow out to sewage city, by using one way valve control.

If you would any further information regarding to our products and services,

and to get free technical assistance, please contact us directly.

PT. Prima Springs Mfg – Bandung

Jl. Panghegar No. 21 Gede Bage - BANDUNG 40614   WEST JAVA – INDONESIA

Phone :  +62 22 783 3353,    +62 22 70001672,    +62 8122320677,   +62 22 70033362  
Fax :   +62 22 783 3353, Skype and YM ID : erry_ps

Email : primasprings@yahoo.co.id   / erry_ps@yahoo.co.id / terzaba@gmail.com
www.primasprings.com

Noise and Vibration Isolator

Spring Engine Mounting 

(Spring Mounting, Spring Hanger & Damped Spring Mounting)

by Busaery (Erry) / PT. Prima Springs Mfg 

The engine operation or mechanical equipment movement in your building will generate shock or vibration. And vibration creates noise which has become a major source of resident’s complaint in modern building, disturbing a neighboring company, and cause of making uncomfortable working and living environment.

Selecting the proper isolator for base installation of engine or mechanical equipment is very important to solve all these problems.

Generator Engine Set With Spring Engine Mounting

FUNCTION  or USEFUL OF SPRING MOUNTING

• To isolate or reduce the transmission of noise and vibration from engine or mechanical equipment to building structure, such as in hotel, commercial and office building, industrial building, hospital, etc.
• To solve the toughest at shock transmission problem, such as in operation of punch presses, doing heavy blanking operation, die cast machines, machine tool, and other industrial machinery.
• To protect mechanical or electrical equipment and building structure from damaging effect of continuously engine operation that producing vibratory force.
• To create the comfortable working or living environment, and free from severe vibration or structure borne noise, and free from occupant complaint

Spring Mounting application for AHU Machine
 in Top Floor of Commercial Building  to reduce disturbing vibration 

APPLICATION

One Type of Spring Mounting

For  Laundry Machine In a Hotel

 Spring mounting can be applied to the engine or mechanical equipment, as below :

• Generator Engine Set
• Stamping Presses,
• Engine base on Oil Refinery Construction
• Pumping Unit
• Refrigeration Machines 
• Laundry Machine in the Hotels
• Air Compressor
• Cooling Towers and Chillers
• Grain Vibrator
• Laboratory Equipment
• More Kinds of  Industrial Equipment, etc.

LOAD SELECTION OF ISOLATOR

There are many types and designs of our spring mounting to proper costumer needs to effectively isolate reducing vibration and noise; and the most important is firstly in calculating  load on isolator, as bellow:

LOAD ON ISOLATOR
Number of Mounting Points	Maximum Load = Machine Weight  x  Factor
4	30%
6	25%
8	20%
10	15%
12	8%
Example : Machine Weight = 5000 kgs Mounting Point ( Stand ) consist of : 6 ( six ) points So, Max. Load on each Isolator = 5000 kgs  x 25% = 1250 kgs

Spring Mounting With Single or Double Spring	Spring Mounting With Multiple Spring
Many Types Of Pipe Spring Hanger	Pipe Spring Hanger

Damped Spring Mounting  

Damped Spring Mounting

Type DSM-50 : Work Capacity 500 tons

A Metal stamping machine operation, punch, heavy metal blanking operation in your building will generate shock or vibration. And vibration creates noise which has become a major source of resident’s complaint in modern building, disturbing a neighboring company, and cause of making uncomfortable working and living environment.

Selecting the proper damped isolator for base installation of the machine is very important to solve all these problems.

Damped Spring Mounting Application

 for Metal Stamping Machine 

Our Company is now a leading player in the field of vibration control engineering and machine mounting methods. One of our mounting products is Damped Spring Mounting that’s used for heavy duty operation, like as metal stamping, punch, rock crusher, marine, mining vibrator equipment, etc. We can produce and supply damped spring Mounting from: 50 tons till 1500 tons of work capacity.

Damped Spring Mounting Installation

At a Stand  Point of Base Stamping Machine,

With Work Capacity : 800 tons

Damped Spring Mounting

Type DSM-50 : Work Capacity 500 tons

Prepare for Installation

We make spring mounting product only for special order.

for further and more details  information, Please contact us!

We’ll be happy to service you….

If you would any further information regarding to our products and services,

and to get free technical assistance, please contact us directly.

HOTLINE SERVICE : 08122320677 

PT. Prima Springs Mfg – Bandung

Jl. Panghegar No. 21 Gede Bage - BANDUNG 40614   WEST JAVA – INDONESIA

Phone :  +62 22 783 3353,   +62 8122320677, 
Fax : +62 22 783 3353, Skype and YM ID : erry_ps

Email : primasprings@yahoo.co.id   / erry_ps@yahoo.co.id / terzaba@gmail.com

Banjir Rob di Jakarta Masuk Tingkat Ekstrim

JAKARTA- Kawasan utara Ibu Kota Jakarta, hingga saat ini masih terus dihantui dengan datangnya banjir rob (air pasang). Tanggul penahan air pasang yang dipasang oleh Pemprov DKI, yang semula diharapkan dapat mencegah luapan air, saat ini harus dilakukan penguatan dan peninggian.

Pasalnya air pasang yang mencapai 250 sentimeter pada Jumat (25/11/2011) lalu bisa lebih parah saat diterjang angin kencang, sehingga bisa mengakibatkan bajir diwilayah sekitar.

"Tidak ada tanggul yang roboh. Level tertinggi kenaikan air itu 250 sentimeter, standarnya 3 meter. Tapi karena ada angin yang cukup kencang jadi limbas airnya," ujar Gubernur DKI Jakarta Fauzi Bowo, usai apel kesiapsiagaan banjir di lapangan Monas, Jakarta, Rabu (30/11/2011).

Namun demikian, Fauzi mengaku bahwa kasus tersebut sudah memasuki tahapan ekstrim. Oleh karena, Foke mengatakan harus dilakukan penambahan ukuran dan kekuatan tanggul. Hal ini dalam 5 tahun ke depan harus ada penyelesaian secara makro, salah satunya dengan membangun Tanggul Laut Raksasa atau Giant Sea Wall.

"Kasus ini dalam format yang ekstrim di pantai utara Jakarta. Diikuti dengan angin kencang. Ada land subsidence (penurunan muka air tanah)," tandasnya.

Fauzi menambahkan, saat ini masih banyak perumahan di kawasan itu yang belum dibangun, sehingga proses pembangunan tanggul juga belum bisa dilaksanakan.

"Banyak perumahan yang belum dibangun, jadi tanggulnya juga belum dibangun. Ini sisi selatan. Yang di sisi utara, karena ada sistem polder, jadi kering. Saya rapat dengan para ahli penanggulangan banjir, untuk sementara waktu tiga meter bisa memadai. Namun sejak kejadian 250 cm ini harus menambah ukuran dan kekuatan tanggul," jelasnya. 

 

 DAFTAR LENGKAP TITIK RAWAN BANJIR ROB 

JAKARTA UTARA 

Daftar Lengkap Titik Rawan Banjir Rob Jakarta Utara. Jakut atau Jakarta Utara merupakan salah satu wilayah rawan Banjir dan Rob. Setidaknya data yang dicatat Pemerintah Kota Jakarta Utara (Jakut), ada 27 titik rawan banjir dan rob di wilayah ini. Mudah-mudahan tidak seperti Banjir bandang Papua di Wasior yang seperti sunami. Ternyata prediksi DKI Jakarta tenggelam tahun 2030 mendekati kenyataan.

Penyebab banjir di Jakarta Utara Jakut antara lain karena tingginya curah hujan, banjir kiriman, penyempitan badan sungai (drainase), banyanknya hunian di bantaran kali, dan belum idelanya sistem polder.

Sementara itu, rob kawasan Jakarta Utara disebabkan oleh air laut pasang, belum optimalnya tanggul penahan air pasang dan perilaku masyarakat yang melubangi tanggul.

Ahad (3/10) lalu, terjadi rob di Kamalmuara, Penjaringan Jakarta Utara. Rob ini sempat menimbulkan isu akan terjadinya tsunami. Namun Walikota Jakarta Utara, Bambang Sugiyono, mengatakan isu tsunami merupakan perbuatan orang yang tidak bertanggung jawab.

Rob di Kamalmuara ini salah satu penyebabnya karena tanggul yang dibangun bukan tanggul permanen. Bambang berjanji akan membangun tanggul permanen. Namun terlebih dahulu akan disampaikan aspirasi warga ke Pemerintah Pusat.

Bambang menambahkan, pihaknya sudah menyiapkan beberapa upaya pengendalian bencana dan banjir. "Upayanya antara lain peringatan diri terhadap warga, persiapan sarana dan prasarana, kesiapan 3193 personil, menyediakan sekitar 52 pompa di 18 titik di wilayah Jakut," kata Bambang, Jumat (8/10).

Selain itu, Bambang juga menghimbau agar warga menjaga lingkungan dengan cara tidak membuang sampah sembarangan dan melakukan penanaman pohon.

Kepala Suku Dinas Pekerjaan Umum Bidang Pengairan, Irfan Amka, mengatakan ada 1800 meter kubik sampah yang terdapat di kali di Jakut. Dalam setahunnya ada 657 ribu meter kubik sampah yang ada di kali di Jakut. "Setidaknya ada 1209 meter kubik sampah di kali yang terangkut, hanya 57 hingga 60 persen yang terangkut," kata Irfan saat konferensi pers tentang penanggulangan banjir di Jakut. Republika.co.id

Daftar Lengkap 27 Titik Rawan Banjir dan Rob di Jakarta Utara (Jakut)

1.Kelurahan Penjaringan (Kamalmuara)

2.Kelurahan Pluit (Muara Angke, Jalan Pluit Karang Tengah dan Jalan Pantai Mutiara)

3.Kelurahan Kamal Muara (Pelelangan Ikan, Jalan Kamal Muara Ujung)

4.Kelurahan Kapuk Muara (Jalan Kapuk Muara)

5.Kelurahan Tanjung Priok (Jalan ME Martadinata)

6.Kelurahan Kalibaru (Jalan Kalibaru Barat Barat, RW 01, 04, 013, Jalan Kalibaru Timur)

7.Kelurahan Ancol (Jalan Lodan)

8.Kelurahan Pademangan (Jalan RE Martadinata)

9.Kelurahan Marunda (RW 01, 02, 07 marunda Pulo)

10. Kelurahan Koja (Jalan Cipeucang, Cikeujang, Lorong 104, Jalan Sindang)

11. Kelurahan Lagoa (Jalan Raya Cilincing)

12.Sunter Karya Selatan

13.Sekitar Kelurahan Papanggo

14.Sunter Agung

15.Warakas

16.Sekitar Kelurahan Kebon Bawang

17.Sungai Bambu

18. Sekitar Jampea

19.Lagoa

20.Kramat Jaya

21.Dewa Kembar, Airud

22.Sekitar Kelurahan Semper Timur

23.Sekitar Kelurahan Rorotan

24.Kelapa Gading

25.KBN Cakung

26.Sekitar Sunter Jaya

27.Sekitar Yos Sudarso

source :

http://news.okezone.com/read/2011/11/30/338/536254/banjir-rob-di-jakarta-masuk-tingkat-ekstrim

http://besteasyseo.blogspot.com/2010/10/daftar-lengkap-titik-rawan-banjir-rob.html

Protect your home from basement flooding

It's important to protect your home from basement flooding because no matter where you live in Winnipeg, your home is at risk of basement flooding. Why?

• Heavy rainstorms that fall over short periods of time can overwhelm city sewer systems.
• Overloaded sewers can back up through house sewer lines and flow into basements that aren't protected.
• Even if you or your neighbourhood have never experienced problems with basement flooding, your home can still be at risk.
• In heavy storms, the total amount of rainfall, and how fast it falls, can vary greatly from neighbourhood to neighbourhood across the city.
• As an example, the rainstorm of July 16-17, 2005, dumped up to 104 millimetres (4 inches) of rain within 2.5 hours in Fort Richmond, while East Kildonan received half that amount.

What can be done to protect your home?
 

Since 1977, we've spent more than $290 million improving the city's sewer system. Along with our improvements, the following protective steps that you can take greatly reduce the risk of sewer backup and basement flooding:

1. Install a backwater valve and sump pit drainage system
2. Check and maintain your backwater valve and sump pit drainage system regularly
3. Improve drainage around your house

1) Install a backwater valve and sump pit drainage system
You should install this equipment if your home doesn’t have these features. For recently built homes, it's the law:

• new homes built since 1979 are required to have backwater valves
• new homes built since 1990 are required to have sump pits with pumps
  This applies both to houses built in new subdivisions and to new houses in older neighbourhoods

Select image to view larger version of typical household backwater valve installations.

Backwater valve
A backwater valve is a device that prevents sewage in an overloaded main sewer line from backing up into your basement.

• The valve automatically closes if sewage backs up from the main sewer.
• A properly installed backwater valve must be placed so that sewage backup is stopped and does not come out through other outlets in your basement, such as sinks, toilets, showers and laundry tubs.
• With a backwater valve alone, weeping tiles connected to the sewer line can't drain when the backwater valve closes, causing water to overflow into your basement from the floor drain.

Sump pit
A sump pit drainage system includes a sump pit, a sump pump and a pump discharge pipe.

• The sump pit, set into the basement floor, collects water from the weeping tiles around your basement.
• The pump pushes the water outside your house through the discharge pipe.
• Place your sump pump discharge pipe so that it drains somewhere onto your property where water can be absorbed, such as your lawn or flowerbed.
• Do not allow water from your sump pump to drain directly onto neighbouring properties, lanes, sidewalks, boulevards, streets or into your home's floor drain because this is illegal.

Proper sump pump installation for homes built before 1990

You will need a permit and inspection to install a backwater valve and sump pit. Since part of the basement floor will be dug up and because proper placement of these items is important, we recommend that you use a licensed plumbing contractor.

Check your Yellow Pages for reputable contractors, and ask friends and neighbours for referrals. We recommend that you:

• Get at least three estimates
• Ask for and check contractor references
• Call the Better Business Bureau for a reliability report on contractors
• Make sure your contractor obtains the necessary information and permits by calling the City's Planning, Property and Development Department at 986-5300

2) Check and maintain your backwater valve and sump pit drainage system regularly

Here are some things to do to make sure that your drainage system continues to operate properly. Check the operating instructions for more detailed information and safety guidelines, or ask your plumber to explain the details of your system to you.

Backwater valve

• Make sure that you can get to the valve at all times.
• Check the valve regularly and remove any material that may prevent the valve from operating properly.

Sump pit

• Clean the pit each year after freeze-up. Weeping tile drainage may carry small amounts of soil, sand and debris into the pit from around your basement.
• Some water may remain in the pit and cause a musty smell if it sits for a long time. If so, you can flush the pit by adding fresh water until the pump removes the stale water.

Sump pump

• Check and test your pump each spring before the rainy season begins, and before you leave your house for a long time. Pour water into the pit to trigger the pump to operate.
• Remove and thoroughly clean the pump at least once a year. Disconnect the pump from the power source before you handle or clean it.
• Check the pit every so often to ensure it is free of debris. Most pumps have a screen that covers the water intake. You must keep this screen clean.
• Check and clean your catch basin / floor drain trap.

Sump pump discharge pipe

• Check the place where the discharge pipe leaves the house. If the pipe is discharging right against the basement wall, the water will drain down into the weeping tiles and continue to recycle through the system.
• Check the discharge point regularly to make sure that nothing is blocking the flow.
• Contact 311 for help if your pump runs frequently in the winter, and ice is causing hazardous conditions.

Top of page

3) Improve drainage around your house

• Build up the ground around your house so that water flows away from your basement walls. Also examine sidewalks, patios, decks, and driveways. These can settle over time and cause water to drain back towards your basement walls.
• Extend downspouts so that water flows away from your house and doesn't pool next to the basement walls or basement windows. If your downspouts are connected to your home's sewer system, disconnect them.
• Clean debris from eavestroughs regularly. If they overflow even when clean, replace them with larger size eavestroughs and downspouts.

Proper drainage helps to...

• reduce the amount of water flowing to your home's sewer system and to the main sewer system, and lessen the risk of sewer backup
• reduce water seepage into your home through basement windows and cracks in your basement walls
• keep the moisture content of the soil around and under your house stable to reduce the chances of cracking and shifting. If water pools next to your basement, it can make its way to the footings that support the basement walls. The increased moisture may cause the soil to swell and the footings to heave
• extend the life of your sump pump by reducing the amount of work it has to do

Source :

http://www.winnipeg.ca/waterandwaste/drainageflooding/basementflooding.stm