Our Services
Three ways to evidence
and reduce your environmental risk.
One independent partner. Every report defensible for due diligence, SLA, warranty and insurance review.
01 · Onsite Scan · Thermal Profiling
Linear Rack Thermal Profile
A high-resolution thermal sweep of every rack-intake row. Dual IR and air sensors capture hundreds of readings per row in a single fast pass, graded against the ASHRAE TC9.9 recommended 18–27 °C envelope — surfacing both overheating and over-cooling, and the localised hot and cold spots fixed sensors would miss. The stakes cut both ways: industry data suggests every 1 °C rise in rack inlet temperature can trim cooling costs by roughly 8–10 %, so knowing exactly how close your racks run to the ASHRAE ceiling — row by row, not just as a room average — is what lets you safely capture those savings without creating a hotspot.
02 · Onsite Scan · Humidity Profiling
Linear Rack RH Profile
A fast RH sweep of every rack-intake row. A single-pass probe maps inlet humidity against the ASHRAE ≤ 60 % RH recommendation and the deliquescence relative humidity (DRH) of chloride salts, which sits near 57 % RH — noticeably lower than the ~70 % RH threshold used for many other airborne contaminants. Below that point, deposited salts stay dry and inert; cross it, and the same deposit turns into a conductive electrolyte and corrosion accelerates. This scan flags the local humidity spikes — and rooms already living above the chloride DRH — that drive localised spot corrosion long before fixed sensors would notice, and pairs directly with our onsite chloride and particulate testing.
03 · Onsite Scan · Nano Particle Counts
Nano Particle Counts
Unlike sensors or other service providers who rely on standard particle counters, we also bring nano-particle counters onsite — including the P-Trak® Ultrafine Particle Counter Model 8525, which measures particles down to 20 nanometers. Standard optical counters typically stop at around 300 nanometers, so they miss the ultrafine and nanoscale particles that pass straight through most filtration and cause the most damage: they penetrate deep into server fans and drive bays, seed corrosion on exposed metal, and build static charge that raises ESD risk on populated boards. Because they're so small, ultrafine particles can also carry a disproportionate share of a room's total particle count even when the air looks clean by standard measures — which is why we measure them directly rather than assume they aren't there.