EK-Pro Manifold 2CPU 6GPU - Acetal
Product EAN: 3831109817261Purpose-built coolant distribution manifold for workstations supporting two CPU and six GPU water blocks, with 16 G1/4" ports in a semi-parallel pre-assembled configuration.
- Ports
- 16
- SKU
- EK-Pro Manifold 2CPU 6GPU - Acetal
- Dimensions (L x H x W)
- 266 x 57 x 36 mm (without the mounting system)
- Materials
- POM, stainless steel, nickel-plated brass
- Mass
- 0.759 kg
Centralized Coolant Distribution for 2-CPU 6-GPU Workstations
The EK-Pro Manifold is a purpose-built coolant delivery system for workstation systems, supporting multiple water blocks with industry-standard G1/4" ports. It accommodates two CPU and six GPU water blocks in parallel or semi-parallel setups.
The system is optimized for efficiency with EK-Pro GPU and CPU Quick Disconnect Kits (sold separately), facilitating easy addition or removal of water blocks without draining the loop. Constructed with a full acetal body, stainless steel end caps, and nickel-plated brass plugs, it is pre-assembled for semi-parallel use. Note: Additional plugs are required for unused ports.
Product details
Eight-Component Distribution
16 G1/4" ports support two CPUs and six GPUs in parallel or semi-parallel configuration for even coolant distribution across the full system.
Quick Disconnect Ready
Compatible with EK-Pro Quick Disconnect Kits for individual block servicing without draining the loop. Additional plugs required for unused ports.
Universal Mounting
Included mounting system accommodates various chassis configurations with support for standard fan mounting patterns.
Three design decisions worth calling out
16-Port Parallel / Semi-Parallel Layout
Sixteen G1/4" ports support two CPU and six GPU water blocks in parallel or semi-parallel flow, providing flexible loop configuration options for high-GPU-count workstations.
QDC-Compatible Hot-Service Design
Works with EK-Pro Quick Disconnect Kits (sold separately) for individual block addition or removal without loop drain. Unused ports require additional plugs (sold separately).
Full Acetal Body + Stainless Steel End Caps
POM acetal body and stainless steel end caps with nickel-plated brass plugs deliver chemical compatibility and long-term durability across all standard liquid cooling fluids.
Full datasheet
| Dimensions (L x H x W) | 266 x 57 x 36 mm (without the mounting system) |
| Materials | POM, stainless steel, nickel-plated brass |
| Mass | 0.759 kg |
| Ports | 16 x G1/4" – supports 2 x CPU and 6 x GPU water blocks |
| Mounting method | Manifold mounting plate |
| Working pressure | 2500 Pa |
| Maximal working pressure | 30000 Pa in loops containing an EK-Pro Pump Reservoir Manifold, otherwise 75000 Pa |
| Operating temperature range | 5 – 60 °C |
All figures are measured at supplier level. Third-party independent measurement reports are available on request under NDA.
Top & side view, in millimetres
Envelope drawing for chassis-integration work. All measurements in mm.
These drawings represent copyrighted material of LM TEK® and they are meant only for your personal use. Drawing supplied by EK-Pro.
Download resources
Product documentation for specification, integration, and installation is available below. Revision numbers are printed on page one of each file.
A CAD STEP file of the full block assembly is available to partners on request – contact LM TEK engineering before specifying at fleet scale.
System Compatibility
Supports up to two CPU and six GPU water blocks with standard G1/4" ports. Compatible with EK-Pro Quick Disconnect Kits. Unused ports require additional G1/4" plugs (sold separately). Universal mounting plate included.
Shipped contents
- · 1× EK-Pro Manifold 2CPU 6GPU - Acetal (pre-assembled)
- · 7× G1/4 Plugs
- · 1× Allen key 6mm
- · 1× Allen key 2,5mm
- · 1× Manifold mounting
- · 4× Screws M4 x 6mm DIN7984
Other related products
Six-GPU Coolant Distribution for High-Density Workstations
Combine with EK-Pro Quick Disconnect Kits and a Pump Reservoir Manifold for a fully serviceable cooling loop across six-GPU workstation compute platforms.