Articulated Boom Lift Rental is a great way to move erection height work quickly and easily

Articulated Boom Lift Rental is a great way to move erection height work quickly and easily. These lifts can be used for a variety of purposes, including moving the person in aerial work like industrial maintenance, warehouse building works, other height works.

When choosing an articulated boom lift, it is important to consider the size and weight of the person being moved. Larger, heavier objects will require a larger lift and more time to move. Conversely, smaller objects can be moved with a smaller charge in less time.

If you are in need of an articulated boom lift for a specific purpose, please do not hesitate to contact us. We will be happy to serve you.

If you’re looking for a boom lift rental that can handle your heavy machinery, then Boom Lift Rental is the perfect company for you. They offer boom lift rentals that are perfect for anyone from small businesses to large companies. The boom lift rental service is easy to use and they have a wide range of Boom Lift Rental prices to choose from.

The Boom Lift Rental service is perfect for anyone who wants to rent a boom lift for a job in and around the city. The boom lift rental service is easy to use and can handle any type of boom, from a small out-of-the-box boom lift to more modestly-sized boom lifts. The boom lift rental service is also open to all users of boom lifts, including diesel-powered boom lifts, but please be aware that boom lift rentals may not be available to use if there are any problems with the boom lift.

Boom lift rentals are a great way to get your heavy machinery wherever you need it done

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Articulated Boom Lifts: What They Can Do For Your Business

Business owners are always looking for ways to save time and money. When it comes to lifting heavy equipment, that usually means buying a more expensive, heavy-duty crane. However, a smaller and more affordable alternative called an articulated boom lift might be a better solution. An articulated boom lift is a smaller, more affordable lifting device that can tilt, rotate, and pivot. These types of lifts are great for lifting light to medium-weight objects and can be used with a variety of different rigging methods. Read on to learn how an articulated boom lift can be a great addition to any business.

1. What is an articulated boom lift?

An articulated boom lift is a type of crane that is able to move in a number of different ways. They can rotate, tilt, and move up and down. They can be used in a wide range of industries, including construction, manufacturing, transportation, and warehousing. The major benefit of this type of crane is the ability to move the boom and the arm in any direction that you need. This allows the crane to be more efficient and productive for a wide range of tasks. This type of crane is also less expensive than any other type of crane.

2. How it works

An articulated boom lift is a type of lift that has a boom arm that can be extended out to a height of around 20 feet. They are used to transport loads and objects in areas that are not accessible to other types of lifts. They are often used by construction workers and people who work with heavy materials. These lifts are also used to transport people. The benefits of this type of lift are that they are safer for workers because they are less likely to fall from greater heights. They are also more effective in transporting materials and people.

3. How to use an articulated boom lift

Articulated boom lifts are an essential tool for any construction site. They can be used for many purposes including lifting materials, moving heavy objects, and stabilizing construction sites. These tools are also commonly used in warehouse and manufacturing operations. They can also be used for a variety of other tasks such as moving light objects and compacting garbage. The best use for an articulated boom lift is for tasks that require a lot of precision. However, there are many other tasks that can be done with an articulated boom lift. The best way to use an articulated boom lift is to first understand what it can do. This will help you decide which tasks you will be able to complete with an articulated boom lift.

4. Conclusion.

Articulated boom lifts are a great way to transport your materials and equipment to different heights without having to worry about ladders or other types of equipment. They are also a great way to move heavy and cumbersome objects without the risk of accidents. If you are in the construction industry, these lifts can be a great asset to your company. They are also a great tool for professionals in the field of demolition and construction.

How To Sprinklers Work In Fire Emergency

Fire Sprinkler Working Condition

A fire Sprinkler system is a network of fixed water pipes supplied by two water sources with sprinkler heads mounted at the recommended distance. Water can be distributed from a tank through pumps or through down mains.

The nozzles that direct a jet of water on to a deflector plate which defuses over a large area. The water is held back by a glass bulb or soldered strut which holds a plug in place. When heat is applied from a fire below, the glass bulb will burst, due to expansion of the liquid in the bulb, or the solder will melt, which then releases the plug and water flows through the sprinkler head.

Fire Sprinklers -Commercial & Residential Fire Sprinkler Products |Victaulic

The hot gases from the fire will raise the temperature at the ceiling level and when the area adjacent to the head reaches a certain temperature, the fire sprinkler head will activate and spray water on the fire. Only the sprinkler on top of the fire will open and the others will be closed. This controls damage to non-fire areas and reduces the amount of water needed.

The different types of fire sprinkler system

  • Wet pipe fire sprinkler systems
  • Dry pipe fire sprinkler systems
  • Deluge systems fire sprinkler
  • Pre-action systems
  • Foam water fire sprinkler systems
  • Water spray fire sprinkler systems
  • Water mist fire sprinkler systems

Wet pipe fire sprinkler systems

Wet pipe sprinkler systems—or traditional fire sprinklers—are the most common across residential and commercial buildings. When a fire begins, the heat activates the nearest sprinkler head, releasing pressurized water stored in the pipes. Each sprinkler head is activated independently, reducing water damages in the event of a false alarm. Wet pipe systems are an inexpensive, low-maintenance option appropriate for offices, schools, and commercial properties.

Fire Fighting Safety Equipment - Butterfly Valve

Dry pipe fire sprinkler systems

As opposed to wet pipe fire sprinkler systems, dry pipe systems do not store water in their pipes. Instead, they are filled with pressurised air or nitrogen, which is released if a fire activates the valves in the fire sprinkler head. The pipes then fill with water and discharge it over the smoke or flames. While this system is more complex and costly than a wet pipe system, it is the most appropriate for cold climates where there is a high risk of frozen pipes halting an emergency fire response.

How to Action of Fire Sprinklers in Fire indicates.

Fire water sprinkler system is an automatic device that not only indicates the incipient fire, but as an active fire protection means, it extinguishes fire in its early stage without the intervention of human factor, respectively it keeps fire under control until the fire brigade arrives. It consists of distribution piping system that is permanently attached to building structures, valve station and sprinkler heads that are firmly attached to the distribution pipes in the protected area. Pipeline network together with Fire sprinkler heads are connected to a water source. In the case of fire, water flows out from the sprinkler heads and sprays the area where fire is present. Water extinguishes the given area during fire, cools building structures and the surrounding area and at higher temperatures it evaporates quickly, displacing oxygen and thus creates an inert atmosphere, which prevents the access of oxidant, i.e. the atmospheric oxygen that is needed for combustion.

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Fire Sprinklers -Commercial & Residential Fire Sprinkler Products |Victaulic

Sprinklers are designed in such a way that it can extinguish particular fire in certain minutes. There are different types of sprinklers for different hazard fires. Actually a fire protection system like sprinkler system is designed in such a way that fire pump can carter water for sprinklers+ adjacent hydrant points simultaneously. But the fact is each fire is different from rest. So we can’t give 100% guarantee that sprinkler will be able to protect completely.


Safe Working Load is a term that applies not just to Aluminium movable scaffolding but to many construction industries and equipment’s. The safe weight-bearing capacity of the equipment, combining both the equipment itself and the weight of workers and materials. Exceeding such limits can create hazardous workplaces, so SWL should be understood before work begins.

When considering how to calculate the required safe working load of Aluminium Movable scaffolding, there are six main variables – dead load, live load, static load, dynamic load, wind load, environmental load

  • Dead load is the weight of Aluminium movable scaffolding tower and its components before it is loaded
  • Live load is the weight of equipment and worker on the Aluminium movable scaffolding Ladder (per bay)
  • Static load is load that doesn’t move
  • Dynamic load is the load/force made by a moving load, on a structure or component
  • Wind load is the additional load against the scaffold created by the force of wind on a structure
  • Environmental load is the weight of environmental factors such as debris, water, snow and dust that may be on the scaffolding

With all factors considered, Aluminium movable scaffolding is erected and certified to a particular load capacity adequate for the project to be carried out safely. It is also paramount that the client and their personnel abide by these load limits to avoid catastrophic failure, leading to possible injury or death.

Safety is always our priority at Sendhamarai Scaffolding. We are licensed, code-compliant, and 100% committed to ensuring that every workplace is free of hazards. It should be noted that the purpose of this blog is to provide an understanding of the methods used to calculate safe working loads. our extensive experience guarantees that we have the knowledge to complete any job safely.


The Genie E-Drive slab scissor lift is an electric model ideal for operation in emission and sound-sensitive indoor and outdoor jobsites where space is limited. The standard, state-of-the-art Genie AC electric E-Drive Slab scissor Lift system offers unmatched efficiency and runtime on installation, maintenance and construction jobs, especially when a significant amount of driving is required.

  • Powerful AC electric drive motors for unmatched driving performance and industry-leading runtime per battery charge
  • Quiet, zero-emission electric operation
  • Easy to maneuver in tight spaces
  • Automatic levelling hydraulic outriggers level machine on slopes up to 5˚
  • 25% gradeability with 14° breakover angle to easily get up slopes and loading ramps
  • Large platform workspace with 0.91 m (36 in) roll-out platform extension
  • Swing out components trays for easy access
  • User-friendly Smart Link dual-zone controls for indoor and outdoor use


Genie Scissor Lift Platform Control Box Cover: A hinged cover to pull down over the platform controls when the machine is not in operation.

Application:  This accessory helps to prevent loose debris from getting into the control box.

Genie Scissor lift Auxiliary Rail:   This accessory is an additional railing system that can be quickly and easily mounted on the outside of a Genie machine standard platform rails.

Application:   This railing system adds an extra measure of security for the operator when working at height. 

Genie  Lift Tools  Access Deck for Scissor Lifts:   Many jobsites require operators to access restricted areas above or beyond where a scissor lift’s platform can reach. This accessory provides operators with a secondary surface to elevate them above the platform floor for a productive solution to access hard-to-reach areas.

Sendhamarai Engineering Pvt Ltd is providing Scissor Lift for Rent and Scissor Lift for Sale…. In rental, we are providing new machine where our customer’s can proceed there work quickly without any interruption


There are several choices to make in selecting the right smoke/fire alarms to buy, the most important thing to remember is that smoke alarms save lives. For that reason, you should install a smoke alarm if your home does not have one. Installing additional smoke alarms throughout the house provides greater protection.

FIRE SAFETY ALARM contain different or multiple sensors : There are two main types of smoke alarms, which are categorized by the type of smoke detection sensor, ionization and photoelectric, used in the alarm. Each type of smoke alarm may perform differently in different types of fires. A smoke alarm may use multiple sensors, sometimes with a heat detector or carbon monoxide detector, to warn of a fire. Ionization detectors contain a chamber with two plates that generate a small, continuous electric current. When smoke particles enter the ionization chamber, the smoke particles disrupt the current flow, which triggers the alarm. Photoelectric detectors use a light beam and light receptor (photocell). When smoke particles are present between the light and receptor, depending on the type of smoke chamber configuration, the reduction or increase of light on the photocell sensor triggers the alarm.

FIRE SAFETY ALARMS may perform differently:- Both ionization and photoelectric detectors are effective smoke sensors, and even though both types of smoke detectors must pass the same tests to be certified to the voluntary standard for smoke alarms, they can perform differently in different types of fires. Ionization detectors respond quickly to flaming fires that give off heat and hot gases with smaller (sub-micron) combustion particles; photoelectric detectors respond more quickly to smouldering fires that give off larger combustion particles. There are combination smoke alarms that combine ionization and photoelectric detectors into one unit, called dual sensor smoke alarms The amount of time a person may have to escape depends on many factors, such as the type of fire, location of the fire, and the closest smoke alarm.

1. Detect Fire

Your fire alarm system is designed to detect fire in two main ways: smoke and heat. It should also have the capability of manual pull, in case a fire is observed before smoke or heat reaches the sensors of the system. Other systems are activated when movement in the sprinkler system is detected, indicating that the sprinklers are responding to a fire. 

2. Alert Occupants

When the fire alarm system detects smoke, heat, or water movement, it alerts occupants of the building using both audible and visible alarms. These alarms will be bright, loud, obnoxious, and impossible to ignore, which help mobilize individuals to follow your evacuation plan. Using both types of alarms ensure that every person in the building is alerted.

3.Manage Risks

Your building’s fire alarm system works in a third way to protect you: by reacting to potential risks using control measures. When the alarm is activated, some systems perform a set of tasks that help prevent fire and smoke from spreading as well as protect occupants, such as: automatically shutting doors in different zones, powering off ventilation and air conditioning, or redirecting elevators to bring cars to a designated level.

4. Notify Authorities

The fourth purpose of your fire alarm system is to notify authorities. This ensures the fire department is en route as quickly as possible, so they can respond and extinguish the fire before it becomes an even bigger threat. 

  • AlarmAn alarm condition is exactly what was outlined in the section above. In the event that there is an immediate threat to life, property, or mission, the fire alarm system will sound the alarm, notifying occupants to escape, and letting the authorities know they need to respond. 
  • Trouble. A trouble condition means that something is wrong with the system itself. Fire alarm systems necessarily employ a trouble condition to alert you or your building manager that while there may not be an immediate danger, you’ll need immediate inspection and repair of your system. 
  • Supervisory. A supervisory condition — means that the system the fire alarm monitors has some sort of issue. This could signal anything from low or high pressure in the suppression system to  a malfunction of the fire pump. 


Generally if homes, shops and factories caught in fire then water is used to control fire. Water brings down the temperature of the combustible substance below its ignition temperature. The water vapour surrounds the combustible material, thus helping in cutting off the supply of air. So, that the fire is extinguished.

Fire produced by the burning of oil or petrol cannot be controlled by throwing water on it because water being heavier than oil, settles down the oil and oil continues to bum? So, now a day we can use different types of Fire Extinguisher for each type.

We know that there are 3 conditions necessary for producing and sustaining combustion.

  • Presence of a combustible substance.
  • Presence of a supporter of combustion.
  • Attainment of ignition or kindling temperature.

Thus, fire can be controlled by removing one or more of these requirements of fire control. The fire extinguishers also try to cut off the supply of air or bring down the temperature of the fuel or both, to control the fire. The combustible substance as such cannot be eliminated in most of the cases from the place of fire.

There are various types of fire extinguishers used for controlling a fire.

For Example:- Soda – acid fire extinguisher : Carbon dioxide liberated by the reaction of sulphuric acid with sodium bicarbonate solution comes out with a stream of liquid water at high pressure. Water puts off the fire by lowering the temperature of the combustible material below its ignition temperature and carbon dioxide cut off the supply of air to the combustible substance

Types of combustion

Combustion is mainly of three types

  • (1)Rapid combustion (2) Spontaneous combustion (3) Explosion


1.Rapid combustion: The combustion in which the gas burns rapidly produces heat and light is called rapid combustion. For example: When a burning matchstick is brought near a gas burner and the gas tap is opened, the gas immediately starts burning with the production of heat and light. Eg. Petrol, LPG, spirit, etc.

2. Spontaneous combustion: The combustion in which no external heat is given is known as spontaneous combustion. For example: Burning of white phosphorus in air.

3. Explosion: The combustion in which large amount of gases are evolved with the production of a tremendous amount of heat, light and sound is called explosion. For example: When a cracker is ignited, a sudden reaction, oxidation process takes place, and in which at high speed large amount of gas is evolved with the production of tremendous amount of heat, light and sound.

Structure of a flame

In order to understand the structure of a flame, light a wax candle and watch its flame. Carefully note the different coloured zones in the flame. Starting from the base of the flame, a flame has four zones.

(1)   Blue zone: It is near the base of the flame. Vaporised wax gets oxidised to carbon monoxide and carbon monoxide bums completely with a blue flame in this zone.

(2)   Dark inner zone: Surrounding the wick is the dark zone. There is no burning in this zone. If we pass a wooden splinter through the dark zone of the flame, it comes out unscratched (unburnt) showing that there is no ‘burning’ in this zone. However, some =burnt wax vapours are present in this zone.

(3)   Luminous zone: In this region of the flame hydrogen burns with a brilliant yellow luminous flame. Burning hydrogen combines with oxygen to form water vapour. Carbon also burns in this zone giving some luminosity to the flame and producing carbon dioxide. Some unblunt carbon particles are left which give rise to soot.

(4)   Outermost non-luminous zone: This zone is poorly visible and is slightly blue. It is the hottest part of the flame where complete oxidation (burning) of the fuel is taking place.


There are many types of butterfly valves, including quick cut-off and continuous adjustment, Pneumatic butterfly valves , electric butterfly valves are mainly used for liquid and gas low pressure large diameter pipelines. It is suitable for occasions where the pressure loss is not high, flow adjustment is required, and the opening and closing requirements are fast; usually the temperature is below 300 ℃ and the pressure is below 40 kg (butterfly valves generally use low pressure, like domestic ones. It is rare to achieve CL600). The medium is generally used for water and gas, and the medium is not demanding. Granular medium can also be used.

As a sealed butterfly valve, it brought rapid development after the emergence of synthetic rubber, so it is a new type of shut-off valve. Butterfly valves were mainly used for low-pressure valves, and the valve seat was made of synthetic rubber. By the 1990s, due to increased exchanges with foreign countries, hard seal  but, hard seal butterfly valves  developed rapidly. At present, there are many valve factories that can produce medium-pressure metal-sealed butterfly valves stably, which makes the application field of butterfly valves wider.

The media that the butterfly valve can transport and control are water, condensate, circulating water, sewage, sea water, air, gas, liquid natural gas, dry powder, mud, fruit pulp and mixtures with suspended solids.

Butterfly valves are suitable for flow regulation. Since the pressure loss of the butterfly valve in the pipeline is relatively large, about three times that of the gate valve,  when selecting the butterfly valve, the influence of the pressure loss of the pipeline system should be fully considered, and the strength of the butterfly plate to withstand the pressure of the pipeline medium should also be considered. In addition, it is necessary to consider the limitation of the working temperature of the elastic valve seat material at high temperature. The structural length and overall height of the butterfly valve are small, the opening and closing speed is fast, and it has good fluid control characteristics. The structural principle of the butterfly valve is most suitable for making large-diameter valves. When the butterfly valve is required to control the flow, the most important thing is to correctly select the size and type of the butterfly valve so that it can work properly and effectively.

1. Generally, in throttling, regulating control and mud medium, the structure length is short and the opening and closing speed is fast (1/4 revolution). Low pressure cut-off (small pressure difference), butterfly valve is recommended.

2. The butterfly valve can be used when two-position adjustment, narrow passage, low noise, cavitation and vaporization phenomenon, a small amount of leakage into the atmosphere, and abrasive media.

3. When the butterfly valve is used under special conditions, such as throttling adjustment, or strict sealing requirements, or severe wear, low temperature (cryogenic) and other operating conditions, it is necessary to use a specially designed metal seal with a triple eccentric or double eccentric adjustment device Special butterfly valve for ground.

4. The centerline butterfly valve is suitable for fresh water, sewage, sea water, salt water, steam, natural gas, food, medicine, and oil that require complete sealing, zero gas test leakage, high life requirements, and working temperature of -10℃~150℃ And various acid and alkali and other pipelines.

5. The soft-sealed eccentric butterfly valve is suitable for two-way opening and closing and adjustment of ventilation and dust removal pipelines. It is widely used in gas pipelines and waterways in metallurgy, light industry, electric power, and petrochemical systems.

Z series Boom’s:-

Articulating boom lifts have a small move, but a big reach. They’re a Z-style aerial lift, meaning the boom sections of their arm can move independently so you can maneuver the next section to go around or over obstacles. For this reason, they’re sometimes called up-and-over booms.

They’re ideal for hard-to-reach and small areas because of their design, zero tail swing and small base. Many articulating lift rentals are also compatible with boom extensions or a jib. These extensions let you add another section to extend your reach even further.

Other compatible accessories for boom lifts that can make your job easier include:

  • Work lights
  • Tool tray
  • Self-closing gate
  • AC generator

Our boom lifts for rent are either battery- or diesel-powered. Different power options help you meet your project needs. Indoor projects in a closed area, for example, benefit from a battery-powered articulating boom rather than a diesel-powered one.

If your next project includes tight spaces and obstacles, then an articulating boom lift is likely the right lift to get the job done.

Small contractors and businesses rent boom lifts for a variety of reasons. Some of the most common uses of up-and-over booms include:

  • Roof Work
  • Building construction
  • Mechanical, electrical or other maintenance work

Industrial facilities, like a steel or automotive plant, often need an articulating boom lift because their building has piping and machinery that can make some areas tough to reach during seasonal maintenance. Other conditions for renting an articulating boom lift include:

  • Congested or tight work areas that would be difficult for other lifts to reach
  • Short-term, seasonal or infrequent need of an up-and-over lift
  • Indoor projects with various obstacles

Renting an articulating boom lift is also helpful if you’re looking to lower your maintenance and storage costs, as well as the time you spend repairing and maintaining your equipment. If a business only does seasonal maintenance, for example, owning an up-and-over lift is more time-consuming than renting one.


Telescopic boom lifts are engineered to offer greater horizontal outreach than any other type of aerial platform, a super boom can be especially useful at jobsites like an oil and gas refinery, where workers need to not only consider height, but horizontal reach when trying to work around pipes and tall structures to access hard-to-reach areas. Other utilities also have similar limitations that can be overcome by big booms with their sizable range of motion. Some sites have found that keeping a big boom on site can cut back on time needed for repairs, which can be critical when trying to maintain energy supplies for customers.
Other tasks including bridge inspections or ski lift maintenance also benefit from the horizontal reach of a telescopic, high-reaching boom. The Genie SX-135 XC boom lift, for example, has a horizontal reach of up to 90 ft (27.43 m), which means the chassis of the boom can be set up on stable, even ground while workers inspect a bridge over a road or river, or fix a ski lift on a slope.
When selecting the right equipment for your extreme, high-reaching application, picking the right equipment is critical, as it is with any other application. Here are a few more things to consider when determining which big boom is the right machine for your job:

  • First one is Weight. Think about what kind of materials or equipment you’ll need. Heavy-lift Genie XC models, with an industry-leading dual lift capacity of 660 lb (300 kg) unrestricted and 1,000 lb (454 kg) restricted, can access jobs up to 141 ft (43.15 m) with the SX-135 XC.
  • Second one is Space. It’s not just about the height and reach once you’re inside a space. Also, consider how to get the equipment to the work site. Genie offers a Building Information Modeling (BIM) library that can help customers determine how to get a machine to where it’s needed, even before the boom arrives on site.
  • Third one is Specialization. A telescopic boom Lift used for glass installation, for example, may need different options than one used for welding or general construction. And, with a variety of boom lift options and accessories that are compatible with even higher-reaching Genie booms, each boom can be adapted to meet the needs of specific work sites, safely optimizing productivity.