Of all the items in a commercial office, IT equipment is simultaneously the most expensive to replace, the most sensitive to handling errors, the most critical to business continuity, and the least well understood by general moving crews. A server rack that arrives physically undamaged but with data corruption from vibration is a worse outcome than one with a visible scuff because the scuff is covered by the moving company’s insurance and the data loss often isn’t.
This guide covers the complete IT equipment moving protocol: how to inventory and prepare IT assets before the move, the specific packaging and handling requirements for servers, networking hardware, workstations, and peripherals, the sequence that prevents data loss and connectivity failure, and what to ask any commercial moving companies provider about their IT handling protocols before you sign a contract.
Why IT Equipment Needs a Dedicated Moving Protocol
Standard moving equipment and technique moving blankets, hand trucks, standard boxes is designed for furniture. IT equipment has different vulnerabilities:
Vibration and shock sensitivity. Hard disk drives (HDDs) still common in servers and older workstations contain spinning platters read by a head that floats microns above the disk surface. Significant vibration during transport can cause head-to-platter contact (a “head crash”) that destroys data and the drive. SSDs are more vibration-resistant, but server RAID controllers, optical drives, and certain networking components remain sensitive to shock.
Static electricity. Electronic components circuit boards, RAM, CPUs, network interface cards are damaged by electrostatic discharge (ESD). A static shock that you don’t notice can destroy a RAM module or motherboard. Items removed from their chassis must be handled with anti-static procedures anti-static bags, anti-static wrist straps, and non-static work surfaces.
Temperature and humidity. Most commercial server hardware is rated for operation between 10°C and 35°C. A server transported in an unheated Ottawa truck in January and then powered on immediately in a warm server room will experience condensation on cold components as they warm up moisture on circuit boards causes corrosion and short circuits. Equipment should reach ambient temperature before powering on.
Cable complexity. A server room or network rack is a precisely configured system. Every cable has a function. Every port matters. Moving this system without photographing and documenting its configuration first means spending hours or days reconstructing what it was under pressure, with staff waiting to work.
Phase 1: Pre-Move IT Inventory and Assessment
Complete hardware audit. Inventory every device: servers by make, model, and rack unit position; networking hardware (switches, routers, firewalls, patch panels) by location and role; workstations by employee; monitors and peripherals by desk; UPS units; cabling by type and length. Assign every item an asset tag with a unique identifier that maps to its destination location in the new office.
Photograph everything before disassembly. Photograph the server room from all angles. Photograph each rack from the front and rear, showing cable runs, patch panel connections, and equipment position by rack unit. Photograph the back of every workstation, showing how cables connect. These photographs are the reconstruction map without them, reassembly is guesswork.
Create the new office network map. Before anything moves, design the network layout at the new location: where the server rack goes, where switch ports are, where wireless access points will be installed, what each workstation’s network drops look like. This design drives the new office infrastructure setup that should happen before the physical move.
Verify data backup and test it. Every server should have a verified, tested backup before any equipment is touched. “Verified” means the backup exists. “Tested” means a full restore has been run and confirmed successful. An untested backup is not a safety net it’s an assumption. Run the restore test 1–2 weeks before the move date, not the morning of.
Identify decommission candidates. An office move is the optimal time to retire end-of-life equipment. Servers approaching end-of-support, networking hardware with known reliability issues, and obsolete workstations should be decommissioned now, not moved. Each device decommissioned reduces the physical move complexity and the post-move support burden. Arrange certified data destruction for all decommissioned devices with local data.
Phase 2: Packaging IT Equipment for Transit
Servers and rack-mounted equipment. Servers should be removed from the rack and individually packaged not moved in the rack. A fully loaded server rack weighing 400–600 lbs is technically moveable but creates structural stress on rack chassis not designed for transport loads, and a single jolt to a loaded rack risks damage to multiple components simultaneously. Remove servers one by one, label each with its rack unit position, and package individually.
Packaging for servers: original factory packaging (foam inserts custom-designed for each unit) is the gold standard. When original packaging is unavailable: wrap in anti-static foam, place in a cushioned box sized to fit with minimal movement, and seal. Hard drives should be removed from servers where possible and transported separately in anti-static bags inside padded cases reducing the vibration risk to the most sensitive component.
Networking hardware (switches, routers, firewalls). Label every cable before disconnecting use numbered cable ties or label tape at both ends of every cable. Photograph the patch panel before any cable is removed. Package networking hardware in anti-static bags inside padded boxes. Rack-mounted networking equipment follows the same removal-and-individual-packaging protocol as servers.
Workstations and desktop computers. Desktop towers should be transported in their original boxes when available. Without original boxes: remove the side panel and pack foam padding against the motherboard and GPU to prevent component movement during transit. Secure the CPU cooler fan if it has a large heatsink. SSDs are tolerant of vibration; HDDs in older desktops should be secured with foam padding on all sides. Pack monitors separately, always in foam-padded boxes, never on top of other items.
Laptops. Laptops are significantly more vibration and shock resistant than desktop equipment. Pack in padded laptop cases or anti-static foam boxes. Never stack weight on top of packed laptops.
Cables and peripherals. Coil cables by type (Cat6, fibre, power), bundle with velcro straps (not zip ties, which damage cable jackets), and pack in labelled boxes by destination rack or desk. Keyboards and mice pack in standard boxes. Printers require toner cartridges removed and locked print heads before transport consult the manufacturer’s transport instructions.
Phase 3: The Move Sequence
The sequence of IT equipment in transit determines how quickly your business is operational at the new location. The optimal sequence:
Into the new location (first to arrive):
- Network infrastructure: switches, router, firewall, patch panels the new office cannot be connected without these
- UPS units power protection for the server room before servers arrive
- Servers after network infrastructure is in place and powered
- Workstations after servers are operational and network is tested
- Peripherals and monitors last, during or after workstation setup
Out of the old location (last to leave):
- Peripherals and monitors first out, lowest priority
- Non-critical workstations
- Critical workstations
- Servers second-to-last out, after workstations are running at new location
- Network infrastructure absolute last; the old office loses connectivity when this leaves
This sequence maintains the maximum period of overlap where at least one location is fully functional.
Phase 4: Reconnection and Verification at the New Location
Server room setup sequence:
- Install rack infrastructure (rails, cable management, blanking panels)
- Install UPS units
- Install networking equipment and run patch cables to the patch panel
- Install servers in correct rack unit positions per the pre-move documentation
- Connect and verify all cable runs before powering on
Power-on sequence after a cold move (winter Ottawa conditions):
Allow equipment to reach ambient room temperature before powering on. For equipment transported in an unheated truck at -15°C, this means 2–4 hours at room temperature minimum before power-up. Powering on cold equipment in a warm room causes condensation on internal components the cause of numerous post-move IT failures in Ottawa’s winter commercial moving market.
Verification checklist before staff arrive:
- Internet connectivity confirmed at all access points
- All servers powered on and responding
- Email routing correctly to and from all addresses
- Shared drives accessible from a test workstation
- VPN access confirmed for remote employees
- Phone system operational (VoIP or physical)
- Printers online and discoverable
- Any client-facing systems or web applications confirmed operational
What to Ask Commercial Movers About IT Handling
Not every Ottawa professional moving companies provider has the specific IT handling competency that a server room migration requires. Ask these questions before signing:
- Do you have anti-static packaging for circuit boards and networking hardware?
- What is your protocol for transporting servers in rack or individually packaged?
- Are your trucks climate-managed for winter moves involving IT equipment?
- Do you work alongside our IT provider, or do you handle IT hardware independently?
- What is your cargo insurance coverage for electronics, and is there a per-item maximum?
A mover that can answer these questions specifically and confidently has handled IT equipment before. A mover that says “we pack everything carefully” without specifics has not.
Parkview Moving’s commercial moving service includes IT equipment handling with anti-static packaging for sensitive components, coordination with your IT provider, and cargo insurance coverage for electronics. Our crews understand the difference between what the moving team handles (physical transport and packaging) and what the IT team handles (shutdown sequence, data integrity, and reconnection). We work alongside your provider, not instead of them.
For complete commercial moving services in Ottawa, visit our Ottawa moving services page or call 613.425.0020.
FAQ: IT Equipment Moving
Q: Can movers move our servers, or does the IT team have to do it?
Division of responsibility: the IT team handles shutdown/startup sequences, data backup verification, cable documentation, and reconnection. The moving crew handles physical packaging, transport, and unloading. IT hardware should never be powered down by a moving crew and should never be reconnected by a moving crew. The physical move and the IT migration are parallel workstreams that need to be coordinated not merged.
Q: Does IT equipment need climate-controlled transport?
For Ottawa’s winter months, yes. Equipment transported at sub-zero temperatures should be allowed to warm to ambient temperature before powering on minimum 2–4 hours, sometimes longer for large server chassis. Summer moves in hot trucks can also stress equipment that runs at operating temperature limits. Confirm that your commercial mover either uses climate-managed trucks for IT equipment or has a protocol for acclimatization at the destination.
Q: What’s the biggest IT mistake companies make during office moves?
Not ordering the internet circuit early enough. Ottawa telecom providers require 45–90 days to provision a new circuit at a commercial address. A business that places this order 2 weeks before move-in will be without connectivity for weeks after arriving regardless of how well the server room migration goes. Order the circuit the day you sign your new lease.
