Precision Cooling System
IN ROW COOLING SYSTEM
Key capabilities.
Air-cooled (DX) or chilled-water
300/600 mm in-row widths
Anti-corrosion build, long service life
Why it wins?
High-density capable : 12-70 kW per unit, close-coupled at the rack.
Continuous operation : Up to 32-unit group control with N+1 redundancy.
Precise temp & humidity : Sealeddoor-shaftconnector; 30,000 units deployed.
Smart & efficient : Touchscreen + remote monitoring; inverter & EC fans.
Where you'd use it
Highest-density racks : Heat loads no room AC or in-row can fully absorb.
Modular & micro-module DCs : Cooling at every cabinet in the module.
Cold / hot-aisle data centers : Close-couple the heat before it mixes.
Space-constrained rooms : No extra floor area; mounts on the cabinet.
Features & technology
How is it different from room AC? — It cools in the row, at the heat source, handling high-density racks where room AC can't keep up.
How do we manage it?— 7" touchscreen plus remote monitoring (Modbus / SNMP) and self-diagnostics.
Does it control humidity? — Yes - precise temperature and humidity control keeps equipment in a safe envelope.
Air-cooled or chilled-water? — Both: DX for standalone sites, chilled-water with a CW plant. 12-70 / 25–65 kW.
Specifications
Air-cooled (DX)
Chilled-water (CW)
Common - 380 V 3-ph 50 Hz (entry models 220 V) R410A ±1°C / +5% RH group control up to 32 units, N+1- 7" touchscreen, Modbus / SNMP footprint 300 or 600 × 1200 × 2000 / 2200 mm (WxD×H).
Questions, answered
Close-coupled design — row-level cooling at the rack (300/ 600 mm).
Temp & humidity control — ±1°C / ±5% RH precision.
Group control & redundancy — up to 32 units, N+1 for continuous uptime.
Inverter compressor + EC fans — variable capacity, efficient and quiet.
Smart control — 7" touchscreen, Modbus / SNMP monitoring, self-diagnostics.
Flexible & durable — air-cooled or chilled-water; anti-corrosion build.
RACK MOUNTED PRECISION COOLING
Key capabilities.
Air-cooled, integrated outdoor unit
Fits standard 19" cabinets (5U–10U)
Plug-in install, auto-restart
Why it wins?
Single-cabinet cooling :4–15 kW right where the heat is, inside the rack.
Fast, simple install :Slides into the cabinet base; quick-connect lines.
Precise control : DC inverter compressor and PID keep temperatures stable.
Smart & efficient : Remote monitoring; EC fan; efficient part-load operation.
Where you'd use it
Growing server rooms : Add cooling in step with new cabinets, row by row.
Modular & prefab data centers : Cooling for single- and dual-row contained aisles.
High-density racks : Densities that overwhelm conventional room cooling.
Colocation halls : Predictable, per-row cooling for mixed tenants.
Features & technology
How is it different from room AC? — It cools inside the cabinet, at the rack, so a single high-density rack stays cool without flooding the whole room.
Is it hard to install?— No- the indoor unit slides into the cabinet base and plugs in; the outdoor unit is one integrated body.
How much can one unit handle? — Up to 15 kW per cabinet, across four models (4 / 8 / 12 / 15 kW).
How do we manage it? — Remote monitoring over standard comms, with auto-restart and simple factory presets.
Specifications
Air-cooled (DX)
Common — 220–240 V 50 Hz · R410A · AEER 5.40 · ±1°C / ±5% RH · up to 16-unit group control · Modbus · front supply / rear return.
Questions, answered
Drawer design — indoor unit slides into the 19" cabinet base.
Integrated outdoor unit — outdoor and refrigerant module in one body.
Remote monitoring — dual RJ45 comms; real-time status.
DC inverter + EC fan — precise, efficient and quiet operation.
Precise control — PID control adapts to the cabinet load.
Simple operation — factory presets; auto-restart on power recovery.
REAR DOOR COOLING
Key capabilities.
Heat-pipe or chilled-water
Single- or double-door (100% redundancy)
No structural change to the cabinet
Why it wins?
Built for high density : 3–24kWpercabinet,rightat the heat source.
Safe & water-free : Phase-changecooling; no condensate, no water in the room.
Proven & reliable : Sealeddoor-shaftconnector; 30,000 units deployed.
100% redundancy : Double-doorversionkeeps cooling if one side stops.
Where you'd use it
Highest-density racks : Heat loads no room AC or in-row can fully absorb.
Modular & micro-module DCs : Cooling at every cabinet in the module.
Cold / hot-aisle data centers : Close-couple the heat before it mixes.
Space-constrained rooms : No extra floor area; mounts on the cabinet.
Features & technology
How is it different from room AC? — It cools at the back of the rack, taking heat the instant it leaves the servers ideal for densities room AC can't handle.
What about redundancy?— The double-door version gives 100% redundancy cooling continues if one side stops.
Does water enter the IT room? — No, the heat-pipe version uses phase-change refrigerant; no compressor, no pump, no condensate.
Heat-pipe or chilled-water? —Heat-pipe for the simplest, water-free install; chilled-water with a CW plant. 3–24 kW per cabinet.
Specifications
Heat-pipe rear-door
Chilled-water rear-door
Common — rear-door 48 V DC, control box 380 V 3N 50 Hz · heat-pipe (R410A) or chilled-water · door opens ≥110° · 304/316 stainless hinges · high-density wall versions 25–75 kW available.
Questions, answered
Phase-change heat-pipe — no compressor, no pump; water stays out of the room
Double-door redundancy — 100% — cooling continues if one side stops.
Proven connector — 145 bar, 100,000 cycles leak-free; 4 yrs zero failures.
Fully sensible cooling — no condensate to manage.
No structural change — hangs on the cabinet's rear tie-points.
No structural change — hangs on the cabinet's rear tie-points.
79 N Domingo Street Brgy. Rivera San Juan City 1500 Metro Manila
+(02) 7916 1840 GLOBE
+(02) 7933 6302 GLOBE
