The HK3 V6 dry-wet tower manual fits sites that rely on both dry and wet operating modes. It keeps the same HK3 container body, but the tower-side requirements differ from the dry tower and PHE manuals.
Crews usually land on this manual to confirm tower interfaces, spray-water requirements, and the correct product branch for HK3 V6 dry-wet builds.
PDF Download
Download the Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide PDF
Download the PDF, then use the sections below to review specs, setup steps, power and cooling requirements, maintenance notes, troubleshooting details, and revision history for Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide.
Comparison
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide: Version Differences
- The dry-wet branch keeps the same HK3 V6 container platform but swaps in a 1000 kW dry-wet tower instead of the 500 kW dry tower.
- The dry-wet tower manual adds DN40 water-supply and DN65 drainage interfaces that do not appear on the dry tower page.
- The dry-wet tower keeps atmospheric heat rejection on-site instead of pushing heat into a cold-side water loop.
- V7 adds a broader platform view and a different dry-tower feature set.
Quick Specs
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide Specs and Requirements
| Container dimensions | 6058 x 2438 x 2896 mm |
|---|---|
| High-computing server capacity | 210 S21 Hyd. and S19 Hyd. series servers |
| Standard / max power | 1047 kW / 1050 kW |
| Dry-wet tower heat dissipation | 1000 kW |
| Tower power / noise | 14-28 kW, 70 dBA at 15 m |
| Water interfaces | DN125 container, DN40 water supply, DN65 drainage |
Installation
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide Setup Highlights
- Start from the same HK3 container leveling and placement baseline, then install the dry-wet tower as the heat-rejection branch for this variant.
- Lay out the dry-wet tower pipework with the DN125 container connection plus the dedicated water-supply and drainage interfaces.
- Use the manual's relative-position and pipe-routing diagrams rather than the dry tower drawings, because the wet hardware changes the field package.
- Complete exhaust fan installation, power distribution, and startup prep before any wet-mode operation is attempted.
Utilities
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide Power and Cooling Requirements
- The container side remains a roughly 1.05 MW HK3 platform, but the dry-wet tower is rated at 1000 kW with 14-28 kW tower operating power.
- The dry-wet branch explicitly combines dry and wet working conditions inside the same product family.
- The performance table keeps the same >=85 m3/h container flow requirement as other HK3 V6 variants.
- Tower-side noise is documented at 70 dBA measured at 15 meters and 25C.
Operations
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide Operation Notes
- The manual explains wet-mode operation around spray water, serpentine coils, the water collection tank, and the float-ball valve.
- Dry-mode operation remains forced-air heat rejection, similar in concept to the dry tower branch but not identical in equipment behavior.
- Use the manual's pressurization, liquid replenishment, electrical wiring, power-on, and touch-screen steps as one sequence.
- The dry-wet branch is the right operating reference whenever water makeup, water loss, or drainage are part of the site's daily reality.
Maintenance
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide Maintenance Notes
- The manual includes dry-wet-tower-specific troubleshooting and maintenance content that the dry tower guide does not need.
- Maintenance planning should cover spray-water quality, drift/water loss controls, and drainage hardware in addition to standard HK3 container work.
- Because wet-mode components add more service variables, the dry-wet guide is the correct replacement-parts reference for those sites.
- The same split-manual lineage applies here: do not default back to the old grouped HK3 document when the site clearly uses a dry-wet tower.
Troubleshooting
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide Troubleshooting Notes
- Dry-wet tower faults belong in this manual instead of the dry tower or PHE branches.
- The presence of dedicated supply and drain interfaces usually makes the correct manual branch obvious even if field labels are incomplete.
- Tower noise, water handling, and wet-to-dry mode issues are all better handled from this manual than from the older grouped HK3 set.
Files
Bitmain ANTSPACE HK3 V6 Dry-Wet Tower Guide PDF Download and Revision History
Product Manual
HK3 V6 Dry-Wet Tower Product Manual
Dry-wet-specific variant with spray-water and drainage interfaces called out in the performance table.
Revision Archive
- Dry-wet tower product manual V2.0.5 · April 2024
Published after the HK3 V6 manual split and focused on the 1000 kW dry-wet heat-rejection branch.