Motorized Lift vs Hand-Cranked Lift

Motorized vs. Hand-Cranked Data Center Lifts

Each data center manager has different operational needs to consider when it comes to evaluating lifts for IT equipment, in the data center. When selecting a data center lift, you need to start by choosing between hand-cranked data center lifts and ones that lift using motorized winches. We suggest that you focus on three main criteria:  

      1. Frequency of component moves and maintenance
      2. Quantity of servers handled in a single move
      3. Largest IT equipment size

When purchasing decisions fail to consider these criteria and end up buying the cheapest device, the results don’t always meet initial expectations. By planning well and procuring the right tools for the job, your IT techs will thank you and deliver the efficiency and safe operations everyone is aiming for. Conversely, settling for the least expensive or insufficiently spec’d lift can result in reduced efficiency, downtime, a data center accident, or even a lawsuit.

Your lift protects your equipment and employees from the highest-risk activities in the data center: installation, transportation, and positioning of servers, batteries, and other heavy IT equipment. In addition, it allows them to perform these functions in the most productive way possible.

Consider the following three questions when comparing a hand-cranked vs. motorized data center lifts.

Frequency of Component Moves: How Often Do You Move Servers?

A hand-cranked lift improves data center safety and reduces effort, compared to attempting to move servers without a lift. However, motorized lifts also reduce IT staff fatigue and potential work-induced musculoskeletal disorders (MSDs) with push-button ease. The motor does the repetitive muscle work.

According to Ergonomics Plus founder, Mark Middlesworth, increasing people’s efficiency in their working environment, “by systematically reducing ergonomic risk factors, you can prevent costly MSDs.” Middlesworth added that, “approximately $1 out of every $3 in workers compensation costs [are] attributed to MSDs. In addition, he warns that “… indirect costs can be up to twenty times the direct cost of an injury.”

A data center with frequent server deployment requires a motorized data center lift to avoid fatiguing hard-working techs. A motorized lift may well compensate for the additional investment, if it prevents a single injury or accident.

Quantity of Servers: How Many Servers Will Be Deployed or Serviced?

To execute a large data-center deployment, IT techs depopulate and populate many server cabinets during the work week, and some data centers may schedule four or five migration events during the deployment period.

With a properly rated lift, your techs may transport several servers at a time, requiring elevating and lowering the lift repeatedly for a single migration or refresh. Data centers with many cabinets full of servers, switches, and other heavy IT equipment will require a motorized lift for heavy deployment needs.

Even routine maintenance, in large data centers, calls for a motorized lift because it reduces the time and effort needed to pull servers and reinstall them. If you’re moving many servers or cabinets, a powered server lift can reduce installation or migration time, respectively, by 50%.

Heaviest IT Equipment: How Much Does Your Heaviest Server Weigh?

The size of your heaviest piece of IT equipment can make the hand-cranked vs. motorized lift purchase decision for you. In our experience, if you have any item weighing more than 300 pounds (136 kg) we recommend a motorized lift, especially for frequently moved equipment. Although a hand-cranked lift may have a rating well above 300 pounds, our customers tell us, and our research has shown, that the physical effort required to raise a heavier server or battery with any regularity puts a great deal of strain on your shoulder muscles and back.

You should buy a lift with a weight capacity greater than your heaviest device, whether it be a server or a battery. If your IT techs use a manual hand-cranked lift for anything over 300 pounds, they’re risking an injury or at the very least an unwanted daily arm workout.

Data Center Budget: Does a Cheap Lift Really Cost Less?

A hand-cranked lift, by nature, costs less because it doesn’t have a motor, battery, or charger, like a motorized lift. As a result, purchasing departments may choose a manual hand-cranked lift in order to save a little bit of money. Savvy data center managers know that minor budget savings should never  dictate the selection of essential work tools. Instead, they will always choose their device by considering move frequency, their heaviest single device, and the weight of multiple devices in a single load. This approach also results in greater productivity and safety, both of which easily make up for the slight additional cost of a motorized lift.

If your budget cannot really take efficiency or optimum safety into consideration, a hand-cranked lift certainly beats not having a data center lifting tool at all. Prevention, though, will probably tax your budget much less than IT staff fatigue or work-induced injuries.

5 Factors for Choosing the Right Data Center Server Lift

5 Factors for Choosing the Right Data Center Server Lift

Employees in data centers of any size require mechanical assistance when moving heavy items. According to Occupational Health and Safety Magazine, lifting any load greater than 51 pounds (23 kg) by hand, can easily turn into an “unsafe lift.”

“If the load to be lifted does not meet [exact] criteria, then it is an unsafe lift, and modifications must be made. Modifications would include lightening the load, getting help, or using a mechanical lifting device. There is always a way to turn an unsafe lift into a safer lift.”

Adding a properly designed server lift to your data center operations simplifies server maintenance and data center moves.

Warehouse lifts are designed to move boxes and items on pallets in wide, spacious passageways, with little regard for how precisely they hold and handle their payload. In fact, lift tines and warehouse lift platforms can sag under load, by several inches, because their purpose is not precise, level positioning for tasks like rack installs.

Furthermore, because their job is lifting boxes and pallets in a warehouse environment, it is generally acceptable for them to employ hydraulics or open systems replete with pinch points. However, that is a major no-no in clean room data centers where the use of clumsy, inappropriately designed warehouse lifts creates new challenges and dangers.

A lift designed specifically for data centers navigates much more effectively in tight server room aisles. Its rigid structure keeps the equipment aligned for installs, and it provides support for servers into the cabinet. It allows your staff to migrate, refresh, and maintain servers and other IT equipment with a facility-compliant tool. It should minimize risk of injury, and damage to expensive equipment and structures.

Doing a quick Google search for a server lift produces a lot of results, some of which may be confusing or misleading. Many of those search results will include general material lifts, and some may even be advertised for use in the data center. The question is, “Do any of these lifts meet the important functions and standards needed to eliminate manual handling of IT equipment in data center environments?”

When choosing an Assisted Lifting Device for your data center, be sure to select a properly spec’d unit and solution that will best fit your operational needs. Take into consideration:

  1. If the device enables you to remove all manual aspects of server handling from your daily operations
  2. Frequency of server moves (daily, weekly, monthly, etc.)
  3. Maximum present or future load size (e.g., heaviest server, multiple servers, switch, etc.)
  4. High and low reach requirements
  5. Required safety regulations and certification compliance

1. Can the Server Lift Carry Out the Essential Functions that Eliminate Manual Handling?

When making your purchase decision, remember that in order to be useful as a server lift, the machine you select must be able to perform all of the following essential functions – transport, position, and install/remove – within the confines of your data center environment. Traditional material lifts or any lift that cannot safely carry out these activities should not be considered. Whether it’s navigating narrow server room aisles, positioning servers with the necessary finesse, or supporting the equipment during an install, most can do one or two of these functions, but not all three.

You need an Assisted Lifting Device designed to transport equipment around any data center, where expensive, unprotected equipment and tight aisles between server racks limit turning radius and maneuverability. Its wheel size and a low center of gravity must enable it to travel smoothly and safely over raised floors, ramps, channel raceways, elevator car sills, and rough surfaces such as perforated tiles or grates and concrete expansion joints.

Your lift must respect low ceilings in cold and hot containment units, door openings, elevator entrances, drop ceilings, and overhead cable trays, lighting, conduits, and ducts. It should be able to position servers while not interfering with all these obstacles or at least not damaging them.

2. How Often Do You Move Servers?

For infrequent migrations with only a couple of servers at a time, a manual data center lift that meets the criteria stated above, provides data center managers with a viable alternative to the dangerous work of lifting equipment by hand. It will also satisfies strict safety department requirements and eliminates the sometimes overlooked risks of the job.

However, for most reasonably sized data centers, a motorized lift is an even better option. From simple server refreshes to migrating entire racks and many servers at a time, a motorized lift is always a more efficient and easier-to-use tool to keep IT staff happy and focused on the brainwork.

The aggregate total migration weight and number of tasks handled daily, weekly, or monthly add up, in terms of muscle strain. Avoiding that requires a motorized data center lifting device. It should include a heavy-duty motor, deep-cycle battery, and safety lock-outs to handle the equipment and keep your IT staff on-task and not in pain.

3. How Much Does Your Heavy Equipment Weigh?

Server weights vary from tens to hundreds of pounds, and during big moves you may find your staff migrating several servers at a time. That’s when you want a heavy-duty lift with a large capacity. Your maximum anticipated load size plays an important role in deciding which server lift best fits your data center needs.

If you have one component weighing 500 pounds (226 kg) or more, for example, you need a lift rated at or above that weight. Likewise, if you plan on taking advantage of the efficiency of moving several lighter servers at the same time, for a rapid install, their aggregate weight could easily exceed a few hundred pounds. In that case you’ll also want a data center lift rated to carry at least that amount of weight. Choose a lift with a carrying capacity greater than your highest anticipated weight, whether moving one piece at a time or moving several in a single trip.

4. Server Lifts Must Safely Handle Loads from the Floor, Upward through to the Top Cabinet Positions

Data center managers should choose a device with enough reach to assist installs at the lowest and highest points of their cabinets. Because data center “real estate” is at such a premium with sky-high operational and cooling costs, achieving a high server density is critical. Empty slots at the top or bottom of your rack is something you can’t afford, especially if it’s not by design, but because your chosen lift tool can’t do the job.

When servers are delivered to your facility, your IT techs need the right tools to get them unpacked, off the floor or pallet, and into their working position in the server cabinet. Unpacking heavy IT equipment by hand, can require two or more people bending down to floor level, and you may be forced to destroy some or all of the packaging to successfully get the equipment out.

5. A Server Lift Must Meet In-House, Federal, State, and/or Local Regulations

Wherever you’ll be using your server lift, federal, state, and local regulations may require that your it meets safety and quality standards. Be sure to choose a lift that meets the requirements  of your internal safety standards as well as those of the jurisdictions covering your facility. The EU, for example, requires that every piece of equipment be CE certified. In the United States, many companies or jurisdictions require commercial FCC compliance to avoid electromagnetic emissions and interference with surrounding equipment.


As you compare server lifts, the importance of choosing one that is capable of carrying out the three essential functions of a data center lift cannot be overstated. You will find yourself doing a lot more dangerous manual handling of heavy equipment than you bargained for if your lift can’t properly assist you in transporting servers around the data center, positioning them where they need to be, and providing access and support when installing/removing them to and from cabinets. The lift you select must be able to carry out these functions effectively and efficiently –  without putting your staff or your data center equipment at risk.

Finally, it must be capable of operating correctly in the unique configuration of your data center environment, yet still have the strength, reach, endurance, and stability to handle heavy equipment faster, better, and safer than you can do by hand.

Server Lift vs Warehouse Lift

Server Lifts vs. Warehouse Lifts: 3 Main Criteria

Servers can cost tens or even hundreds of thousands of dollars. The data they contain may be worth millions. Some of this IT equipment weighs three-quarters of a ton. You want to make sure that you have a data center lift designed to protect those assets while performing the three essential functions for your IT equipment:

  1. Transporting
  2. Positioning
  3. Installing and removing

By providing your data center manager with an appropriate server lift, rather than a warehouse lift, you enable your IT techs to move heavy, delicate, expensive servers safely and efficiently. A lift designed for the data center environment effectively navigates its narrow aisles, tall server racks, unprotected IT equipment, and interior finish. With a purpose built server lift, they have the tool they need for the specific tasks that they perform, while protecting them – and your equipment – from dangerous falls.

Material Lifts Designed for Warehouses

Material lift manufacturers have designed their lifting solutions for rugged warehouse spaces. They comply with the rules, regulations, and physical conditions of the warehouse environment. Wide aisles, large turning spaces, heavy-duty shelving, and goods with protective, disposable packaging demand less precision and control than server installations in a data center.

These devices were not designed to handle expensive, sensitive IT equipment requiring precision positioning and support during installations. Most were not expected to protect finished, raised floors or maneuver through narrow server room aisles, like those in the data center.

Warehouse lifts and jack trucks belong in warehouses because that’s the environment in which they were designed to operate. A data center lift keeps your employees, equipment, and environment safe when lifting and transporting heavy items, and it poses less risk to expensive equipment and infrastructure.

A Data Center Server Lift Must Safely Perform Essential Functions

In order to eliminate all the manual, physical handling aspects of a tech’s job, a data center lift, unlike the warehouse lift, must carry out three essentially important functions – transporting, positioning, and installing/removing IT equipment – with gentle precision.

1. Warehouse Lift Function: Transportation

Warehouse lifts were not designed to navigate in a data center. Their small wheels or low clearance may force users to unsafely tip the devices to traverse obstacles. Some warehouse lifts may not navigate effectively inside hot and cold aisle containment structures or modular data centers. Few have mechanisms to avoid hitting door frames, cable trays, ducts, or hanging lights.

Your data center lift should have large enough wheels and undercarriage clearance to travel smoothly over thresholds, cable covers, elevator entranceways, ADA ramps, and floor grates. A purpose-built data center server lift should provide multiple tie down points to secure your valuable cargo while your staff navigate the high and low obstacles and confined spaces unique to the data center environment.

2. Warehouse Lift Function: Positioning

Designed for heft without precision, warehouse lifts cannot accurately line up a server with server cabinet rails or faceplate screw holes. Under weight, the lifts’ tines or platforms tend to sag and bend, making it impossible to keep the server level enough for installation. Many have imprecise, or even jerky lift movement, forcing you to have additional staff on hand to help manually reposition your hardware to properly align it. That’s when disasters can happen, and you don’t want damaged equipment, lost data, or injured employees because you bought a cheap warehouse lift.

Correctly designed server lift platforms, unlike warehouse lifts, have broad, planar lifting surfaces engineered from rigid, sturdy material that will keep the server level and firmly supported during installation. It should elevate your heaviest equipment without deflecting more than 0.5 degrees. With a good data center lift, you won’t need three techs to position a heavy device; you’ll just need one.

3. Warehouse Lift Function: Installation and Removal

Material lifts do not effectively assist in the critical task of server installation and removal. They may not provide the necessary support and may even become unstable and tip over because they are not designed to handle edge loads.

The ability to provide quick, efficient, stable installation support really sets the data center lift apart from the warehouse lift. Face-mounted servers and installation on fixed rails, for example, call for a data center lift platform that extends into the cabinet to support the equipment while you work. This perpendicular action, together with a reliable braking mechanism, should provide support for the server inside any cabinet or rack.

Your lift platform’s edge should have a rated weight allowance of 40 to 60% of the full lift capacity for stable transfer of the server into the cabinet. A good data center lift will allow for some sideways movement to install a heavy device into a server cabinet without sacrificing stability.

Warehouse and Material Lifts in a Data Center

A purpose-built data center server lift allows your techs to install a server directly into the rack in half the time, without assistance. The lift bears 100% of the equipment weight and maintains the server in place, so your techs can safely concentrate on cabling and fastening.

When comparing warehouse lifts vs. server lifts, take into account the specialized design of the device that supports your IT equipment transportation, positioning, and installation: tasks that warehouse lifts cannot perform effectively amid data center obstacles.

Safely depopulate server rack

Server Cabinet Relocation: How to Safely Depopulate & Repopulate a Rack

Faced with cabinet relocation? Your data center staff needs to know how to depopulate and populate server cabinets safely to move them. Moving a populated storage rack without the proper equipment can damage the supporting structures because they are not designed to withstand tilting, lifting, or sliding.

Likewise, servicing a rack’s midplane, internal power cables, DC input unit, or DC adapter tray requires partial or full depopulation and subsequent repopulation of the rack. Just as with moving an entire cabinet, conducting regular maintenance requires techs to move heavy components, exposing them to the same risk of electrical hazards and muscle strains.

IT components can weigh anywhere from 30 to nearly 1000 pounds. OSHA warns laborers, “Lifting loads heavier than about 50 pounds [22.7 kg] will increase the risk of injury.” As a data center manager, you can reduce the probability of one of your employees getting injured while moving equipment.

According to Pacific Gas and Electric Company, data centers can use up to 200 times more electricity than found in office environments. While properly functioning equipment contains safeguards to protect against electrical shock, damaged or defective equipment can fail and become hazardous.

Employees doing hands-on work in server racks should understand the dangers, for example, of arc-flash incidents. They should know that these events result in fatal accidents and severe injuries every year. Data center employees must know how to avoid them.

Tips to Avoid Accidents

1. Develop and Encourage a Culture of Safety in Your Data Center. You can prevent risks to personnel and equipment by providing compliance and best practices training in your data center before your staff ever sets foot inside the center. Server cabinet depopulation and repopulation, as well as server migrations, represent some of your data center’s highest-risk activities. Data center safety training should include best practices information that includes the following:

                 a. Best Practices for fire protection, prevention, and suppression

                 b. Electrical safety

                 c. Working in confined spaces

                 d. Protection from indoor noise exposure

In addition, employees should understand the potential consequences of poor practices. For example, spilled soda on servers being used by a hospital is a big deal, because the server could shut down during surgery or while a patient is on life support. An arcing event could cause a death or a fire.


2. Use a Cabinet Diagram. A cabinet diagram requires a little extra work initially, but it will save time and frustration in the long run. Here’s how to make and use one:

a. Make the Diagram. Before removing a server or other element from the server rack, label the cables still connected to the modular system. Also draw out the positions of the components, such as servers, switches, and VLANs on the rack, to assure correct population in the new cabinet.

b. Tape the Cabinet Diagram to the Target Cabinet. The cabinet diagram, or map, will help populate the target rack later. Tape it to the target cabinet, to visually confirm proper component racking and cable connections. Disconnect the data cables only once the diagram has been taped in place. 


3. Check and Recheck Before Pulling Components – Whenever moving electronic devices, dangling cords and cables can create hazards by tripping an IT tech, catching and detaining the heavy devices at their most vulnerable moment, or getting severed and creating a dangerous arc or short. Before pulling a device from its cabinet, take a few precautions.

a. Remove Power from the Cabinet. Before pulling a server or other apparatus from the server rack, assure that you have removed power connections from the cabinet. All cables, wires, or cords should be removed or safely wrapped and fastened to the device.

b. Be Sure to Release the Chassis 100%. Each component of the server cabinet will have screws attaching its chassis to the rack brackets. Unscrew them from the rear to front, and move servers one by one. You want to be sure to remove all of the screws to avoid accidentally pulling and tipping the server rack along with the component you’re uninstalling.

c. Check for Foreign Objects. Check to see that tools, cell phones, cables, hands, feet, shoelaces, and other loose items will not get caught in rail or lift movement.      


4. Use a manual or motorized server lift – Keep staff from injuring themselves during equipment moves, and keep from damaging components. Use a lift whenever moving anything over 50 pounds such as servers, switches, or boxes of cables.

a. Respect the lift’s load ratings. Learn the weight of servers and components before moving them, and never load a server lift more than the lift’s rated capacity. Keep the lift’s user manual with the server lift at all times, for reference. Consider noting the capacity on the server lift itself, where you can see it.

b. Only Use the Lift for Appropriate Equipment. Never sit or stand on any lift not designed for such use. Keep tools, cell phones, and other personal items off of moving equipment.

c. Secure IT Equipment During the Move. Straps are commonly used to secure IT equipment when moving an ALD over uneven surfaces: thresholds, floor outlets, cable protectors, ramps, outdoor sidewalks, driveways, and other bumpy surfaces.

d. Keep a Low Center of Gravity. Move IT equipment only in the lift’s lowest position, preventing destabilization and resulting accidents.


5. Store the Servers Appropriately – A server belongs in a server rack. Otherwise, store it on a sturdy surface, designed to hold a server.


Populating and depopulating server racks pose some of the greatest risk events for personnel and equipment in your data center. You can ensure that employees stay safe and take care of equipment by reviewing these safety practices with them.


Mark Evanko is the principal and one of the original founders of BRUNS-PAK. BRUNS-PAK’s 37 year/5500+ project experiences in design/building high technology data center projects serve as the basis for the evolution of the ultra-reliable facility. Mr. Evanko actively participates as a BRUNS-PAK project director integrating facilities with information systems in developing technically proficient solutions.

rule of threes, assisted lifting device, ALD, for moving servers in data centers

Moving Servers in Data Centers: 3 Essential Functions

You’ve heard of the “rule of three’s.” In Latin, omne trium perfectum,roughly translated, means “everything that comes in threes is perfect.” We agree.

At ServerLIFT, we think constantly about moving servers in data centers. OK, so we’re a bit obsessive. But what are the fundamental functions required to move heavy data center hardware?

What we discovered is that, in fact, there are only three server-handling functions any lifting machine needs to do in order to be baseline useful in any data center:

  • Transport
  • Position
  • Install/Remove

Sure, there are plenty of nice features and benefits that a lift can have, but without these three, the rest doesn’t really matter.

Data Center Heaving Lifting and the Rule of Threes

The migration and manual handling of data center equipment continues to be the “dirty little secret” that plagues and distracts us from the real work of operating a data center. But an assisted lifting device (ALD) takes the physical lifting out of data center equipment migration. Our clients share data proving that using these devices not only mitigates risk of injury when lifting heavy equipment, but also increases the speed of server deployment.

Here are the criteria to meet the rule of threes in data center hardware migration.


Servers don’t just show up by themselves in the right rack in the right aisle. Transporting IT equipment around the data center facility, from dock to rack, is a critical activity of daily operations.

  1. You need a server lift that can move heavy equipment throughout the data center, from the loading dock to the racks. That means through standard doors, over ramps, and into passenger elevators.
  2. Your server lift should fit an aisle as narrow at 48” without having to do a 360 to position equipment.
  3. It should roll easily over floor obstructions such as grated tiles, door thresholds, or cord protectors; some lifts fall short of this requirement and may necessitate a completely smooth service area before undertaking a migration.


Positioning and aligning servers and switches in a multitude of environments and configurations can mean the difference between assisted server handling and going back to the dangerous and inefficient method of manual lifting.

  1. Once you’ve navigated your way to the rack, you must be able to move the data center equipment to the right height – even to the top of a non-standard rack (48U, 52U, or even 58U high), the very bottom of a rack, or even to the floor.
  2. The equipment must be aligned side to side so that it’s level with connection points or rails during installation into, or during removal from, the rack.
  3. If you are dealing with servers that attach to the rack using drop-in or slotted rails, you must be able to support the angle of the equipment during install or removal.


What good would it be to go through the effort of procuring an ALD unless it fully assists in making the process of installing and removing equipment to and from the rack as easy as possible?

  1. You must be able to safely move equipment into and out of the rack and support it in place while you use two hands to secure it to the rails or posts.
  2. Effective moves require full access to the mounting and connection points work freely on the server from the front or sides.
  3. When installing or removing equipment, the lift must not budge, even if you are pushing a server weighing hundreds of pounds from the platform to the rack or vice versa. Lifts that don’t meet this requirement and move around while transferring servers (on or off platforms) can create as much danger as not using an ALD at all.

ServerLIFT is the Only ALD to Meet the Rule of Threes

Of course, we have to point out that ServerLIFT is the only Assisted Lifting Device (ALD) for data centers on the market today that anyone can use to perform all three of these crucial functions for any piece of equipment, in any rack, in any data center, anywhere on the planet.

With ServerLIFT, you have the opportunity to go from the box or pallet into the rack (or vice versa) in at least half the time. Not to mention that adopters of ServerLIFT solutions boast a reported 100% safety record. That’s zero operator injuries and zero equipment damage.

The truth about date center safety

What is the Number One Secret to Data Center Safety?

Instinctively, you know that preventing on-the-job injuries is vital. But, you may not be focusing on what is actually the biggest risk of injury in the data center environment.

Data Center Safety Not Focused on Biggest Risk

Why is it that when we mention data center safety, the first thing most data center managers think of is reducing hearing loss by blocking the noise pollution from the ambient sounds of cooling fans and the beeping, humming data center environment? Or, they worry about fire hazards or even electrocution.

The biggest risk, however, is something that your engineers and maintenance teams probably do every day without thinking. But it’s the one thing that actually exponentially increases your onsite risk for a safety snafu.

Why is it ok for data center workers, normally hired for their brain (not their brawn) to lift heavy hardware? Everyone does it, but no one seems to be talking about it. The truth is, you can enact every safety measure that will lessen the risk of injury, but if you don’t introduce something to lessen the heavy lifting, your liability goes up.

Limited Facts on Server Handling Injuries

OSHA reports the following as the most frequent injuries in an industrial environment:

  • Falls
  • Struck by object
  • Electrocutions
  • Caught-in/between

The Lancet, a well-respected publisher of social health-related findings, states that low back pain is the leading cause of human disability around the world.

The Bureau of Labor Statistics (BLS) keeps tabs on the volume of nonfatal injuries in the U.S. via their Injuries, Illnesses, and Fatalities program. Their most recent records from 2015 show:

  • Close to $3 million reported cases of on-the-job injuries that year.
  • The average number of days missed per injury incident was 8.
  • There were 324,700 incidents involving “sprains, strains, tears.”
  • 155,740 were back injuries.
  • 238,610 were cases that involved slips, falls, and trips.

While lifting heavy equipment is one of the most common tasks in today’s data center, it’s rare to find an onsite policy that eliminates risky procedures that threaten equipment and the people that try to migrate it.  While data specific to server-handling injuries and equipment damage is largely unavailable or inconclusive, we think having even one employee injured in your data center is one too many.

Preventative Maintenance Starts with an Assisted Lifting Device (ALD)

The architects of today’s data centers are increasingly concerned with preventative maintenance. That’s because IT has shifted from a back-office function to the core of business today. You’ve got a lot riding on ensuring data center uptime, guarding against cyber breach, and creating redundancy.

It might startle you to realize you are missing one piece in your preventative maintenance plan – that is to ensure against the risk of employee injury by using an assisted lifting device (ALD).

What is the number one secret to data center safety?

There is only one thing you can do to reduce the risk of physical injury when installing or decommissioning new hardware. Data center safety really starts when you take the heavy lifting out of equipment installation with an ALD.

data centers, IoT, connectivity, capacity management, workflows

Growth of IoT Threatens Data Center Efficiency, Including Moving Servers

data centers, IoT, connectivity, capacity management, workflows This year we’ve noticed a trend in data centers; infrastructure management is struggling to keep up with the demand for connectivity. A lot of this can be blamed on the growth from Internet of Things (IoT) sensors and the data they capture. The growth of IoT threatens data center efficiency.

As data center managers are being tasked to handle bigger data loads, do you really think they have time to assemble a team of three or four employees to physically move data center equipment? It’s the last thing a data center manager should have to worry about.

Gartner predicts that over half of all the new business processes on the market by 2020 will be IoT-centric. This will challenge data center managers to handle the wealth of additional information these sensors capture and bring to the enterprise. Data center managers will also increasingly be called upon to extend their responsibilities around security, as more IoT devices will mean additional threat vectors that must be mitigated.

IoT and Capacity Management

The Internet of Things connects remote sensors that provide a steady data stream. This data can be harnessed and integrated into existing enterprise processes. The IoT is now everywhere — and it’s changing how hospitals monitor discharged patients, how cities respond to traffic patterns, and even how police monitor and respond to gunshots. In the data center, IoT devices are being used to monitor energy efficiency, server room temperature, humidity, and more.

But all this data will increasingly push data center managers to deliver on the scalability promised by our digital architectures. Proactively managing capacity is job one for data center managers tasked with responding to the demands of the IoT.

If Gartner’s crystal ball is correct, data centers will soon be struggling with the volume and velocity of data flooding in from the roughly 26 billion IoT devices in use by 2020. From a hardware perspective, this will require additional capacity, faster upgrades, and perhaps even the deployment of distributed mini data centers designed to aggregate more data, more quickly.

How quickly you can deploy, consolidate, and deconfigure data center equipment will have a big impact on how you respond to these demands.

Streamlining Data Center Workflows

With data centers evolving and their capacity expanding, the last task the forward-thinking data center manager needs to worry about is the physical migration of hardware. Yet we’ve found that the lifting and maneuvering of servers into racks in the data center is one of those processes that is rarely evaluated for its effectiveness and safety.

As the demands for data center managers increase, server relocation, replacement, and installation will increasingly require planning and implementation time that you simply do not have. As pressures increase to expand data centers to handle IoT data, speed-to-launch will become increasingly important. Utilizing an assisted lifting device (ALD) cuts the physical migration of data center equipment in half — or more.

It’s clear that the data center of the future will discard cumbersome processes. Assisted lifting devices (ALDs) are part of the growing family of data center infrastructure technologies designed to deploy technology with the speed and efficiency demanded by the IoT.


ServerLIFT Delivered and Ready to Use: Detailed Account by ReadySpace

ServerLIFT POWER8 server relocationWe just discovered this great article showing the uncrating and use of an SL-350X ServerLIFT, offered by IBM as the POWER8 Lift Tool. The POWER8 was one of the first IBM systems where Big Blue standardized on ServerLIFT solutions as their server lift tool of choice.

The story shows how the ReadySpace folks used a POWER8 Lift Tool to decommission their IBM Power E870 server and send it back, after beta testing it. There’s some info about how they shut down the Power E870 (which, humorously, displayed “Goodbye Cruel World!” on its screen just before shutdown), then how they unboxed and then used the POWER8 Lifting Tool to remove their Power E870 server.

Step-by-step – Putting the Server Lift to Work

Lots of pictures here – you’ll feel like you’re there – showing some of the more interesting details of the server lift and how to use it, step-by-step. We were impressed with the ReadySpace team’s ability to convey the parts of the server lift and how they are used effectively to transport, position, and remove a server.

(Note that this is our manual hand-crank model – which, in order not to fatigue your arm and shoulder, is most appropriate when you have infrequent server moves. If you frequently move servers, though, the powered models make a lot more sense – and save on the cranking.)

Read the full article here.

increase your data center efficiency

Three Practices to Help Increase Data Center Efficiency

According to a 2016 Ponemon Institute study, the average cost of a single data center outage increased from $505,502 in 2010 to almost $740,357 last year. At this rate, a single outage could cost your data center upwards of $1 million by 2022.

The largest cost of an outage is the disruption to business, followed by lost revenue. Costs from IT activities were also significant in the cost of an outage. What’s more, human error was responsible for 22 percent of outages in the most recent survey of data center problems. This illustrates the need for an approach that improves data center efficiency from many different angles – not just a technology angle.

It’s not enough to try and avoid unexpected downtime. More and more data center managers are taking a proactive approach to increasing efficiency and cutting costs. Implementing a really effective mechanical server lifting and equipment handling solution, and better energy efficiency standards can both help a lot. Here are some common tactics implemented by managers seeking to improve data center efficiency in that regard:

Reduce Cooling Power Consumption

A typical data center uses approximately half of the power available for running IT equipment, allocating most of the remainder to cooling. In fact, cooling costs are now so extreme that some Fortune 500 companies are experimenting with underwater server farms.

In order to cut down on overall cooling costs, identifying and eliminating inefficiencies in your cooling system is essential. This could mean upgrading your cooling system or making a better use of outside air. This should not be a one-time upgrade, but an ongoing process to adapt and evolve.

Virtualize the Space

One of the biggest culprits of waste in data centers is limited server utilization. When servers aren’t properly utilized, a lot of energy will go to waste, which isn’t good for the bottom line or the environment. Virtualizing your servers can increase utilization from 10% to almost 30%, and is worth looking into.

Choose the Right Server-Handling Technology

Of course we think that server lifts are important pieces of technology in a data center. Not only can they improve safety in the data center by helping employees avoid injury, they can also increase efficiency. This is especially true if you are moving servers frequently or trying to move servers quickly from one area or data center to another. A server lift designed specifically for a server center will also be compact enough for the aisles between racks, and will be able to handle the lifting heights required in a typical rack configuration.

Selecting the right server lift for your data center must take into account:

  • weight capacity
  • platform rigidity
  • operator’s access to the server during use (especially important if the server needs to be lined up to seat properly)
  • the turning radius and footprint of the machine
  • safety certifications
  •  lift power.

You will also want to decide if a manual or powered solution is best – manual versions can wear out the operator when moving a number of servers, and also require that the operator is standing behind the unit rather than hear the lifting mechanism and rack. In addition, you’ll want to consider if the lift is going to be able to scale with you as your data center grows.

Saving a few dollars on the wrong lifting equipment could end up costing you much more time and money in the long run if you’re not careful.

how to install servers into racks

How to Install a Server Into a Rack in 7 Steps

Picture of Steve BashkinDo your data center employees know how to install a server into a rack? There’s little point in a lifting solution for your servers if they aren’t installed correctly. Improperly installing a server potentially risks damage to the server, and can endanger the safety of data center employees.

There are multiple ways to install servers into various configurations. One way to do it is with slide rails. Here are the 7 steps for accomplishing that successfully:

How to install a server into a rack:

  • Check that your server is compatible with the rack. Before you begin with the installation, it’s important to make sure that your server will fit into the rack you are using. Trying to install a server into an improperly fitted rack may result in injury.
  • Disassemble bolt-on slide rails. Once this is done, you can adjust the width and depth of the rack to accommodate the dimensions of your server.
  • Attach the slide rail assembly to the rack posts. Insert the screws into the mounting post first, and then attach the assemblies. Tighten the screws and make sure the rails are fitted securely.
  • Extend the Anti-Tip bar. This is a simple step but it’s very important to prevent the rack from tipping over, which could cause serious damage to the server.
  • Install the server into the rack. Lift the server (preferably by using one of our lifting solutions) and make sure that the rear ends of the mounting brackets are aligned with the slide assemblies. Then insert the mounting brackets into the assemblies and slide the server back into the rack.
  • Verify the server is securely mounted into the rack. The slide rail assemblies should be locked in place.
  • Install the cable management arm. This is an optional part, but it’s very useful. It helps you ensure that server cables do not become snagged or pinched, and that there is adequate room to maneuver them. Assemble the cable management arm separately, and then insert it into the back side of the left-side rail.
  • Verify operation of slide rails: Once you have installed the cable management arm, slowly slide the server out of the rack until it reaches the slide rail stops. Verify that the cable management arm extends properly and that the cables are not pinched. Then slide the server slowly back into place.

Warnings and Cautions

It’s very easy to make mistakes in server handling that could potentially cause damage to equipment or even serious injury. When installing a server make sure that you:

  • Always load servers from the bottom up. This prevents your servers from becoming  top-heavy and tipping.
  • Ensure air flow is normal. Servers require a certain amount of airflow to keep from becoming overheated. Improper installation may compromise airflow and result in malfunctions.
  • Consider temperature. If a server is installed in a closed rack with other servers, its temperature may be slightly increased. Always make sure this is taken into account when managing temperature in the data center as a whole.

Data center employees may have to install servers into racks quite frequently, yet issues related to server handling are often overlooked in training. Following the correct procedures and remaining safety conscious keeps the servers in good shape, the workers safe, and everyone happy.