HostingBlog
ProductCooling SystemsProfit RankingHostingBlogAbout UsMore

Site preferences

Appearance
CartLeedMiner

Your cart is empty

Browse products or send a quote request when you are ready.

Browse miners
Loading

Leedminer offers competitive miner prices, accelerating your Return on Investment (ROI).

+86 133 5291 7253info@leedminer.com

Information

  • Shop
  • My Account
  • Miners' Profitability
  • Coin List
  • Halving Countdown
  • Blog

Support

  • Contact Us
  • FAQs
  • Payment Methods
  • Return & Warranty
  • Terms & Conditions
  • Privacy Policy

Company

  • About Us
  • Our Team
  • Exhibitions
  • Partners
  • Fraud Prevention
LEEDMINER

© 2017-2026 LeedMiner All rights reserved. Storefront locale English · leedminer.com

We use cookies to improve your experience.

Cookie Settings

We use essential cookies for cart and account sessions. Optional analytics and marketing scripts only load after consent.

Privacy Policy
Loading
Home/Cooling systems/Hydro cooling solutions/Hydro cabinets

Mining infrastructure · Hydro cooling

Hydro cabinets. Build around your space.

Build inside an existing facility, with room to expand one cabinet at a time.

Discuss your project ↗Explore systems ↓
Hydro cabinets · AI concept illustration
SR20-MAI concept illustration · Configuration subject to confirmation

Build around the room you have.

AI concept illustration of hydro cabinets inside an existing facility

Inside an existing building

Deploy hydro cabinets inside an existing facility and plan the route to the external cooler. Expand around the available space and electrical capacity.

Room and access
Confirm cabinet dimensions, delivery access and maintenance clearance.
External cooling
Locate the cooler and plan supply and return pipe routes to the room.
Phased expansion
Plan the first cabinets alongside future power and cooling capacity.

Inside the system

Inside a hydro cabinet.

SR20-M
SR20-M · AI concept cutaway

AI-generated concept based on the product exterior. Internal arrangement and quantities are illustrative; final configuration is subject to confirmation.

View product ↗

The heat exchanger and fan form the heat-rejection end of the system. Its selection needs to match the miner heat load and the site operating conditions.

The central rack area holds the miners and their liquid connections. The exact miner model, chassis dimensions and operating mode determine the usable rack configuration.

The pipework connects the miner loop with the heat-rejection section. Interface locations, liquid requirements and the boundary between factory and site connections belong in the configuration review.

The highlighted equipment area illustrates circulation and supporting liquid-loop equipment. Confirm pump selection, applicable monitoring and service access against the agreed system configuration.

The cabinet area brings electrical distribution and controls into the system layout. Review the equipment input, upstream supply, protection and monitoring interfaces together.

System planning

Think beyond the enclosure.

AI concept illustration: miner matching, cooling loop integration and maintenance access, connected from top to bottom.
  1. 01

    Fit the miners

    Review the complete model, chassis and operating mode before choosing rack positions and connections.

  2. 02

    Close the cooling loop

    Plan miners, supply and return pipework, pumps and the heat-rejection or heat-use equipment together.

  3. 03

    Leave room to operate

    Include service aisles, component replacement and future deployment phases in the layout.

Equipment and site responsibilities

Equipment: confirm system model, quantity, included components, miner inclusion and spare parts in the quotation.

Site work: agree transport, unloading, foundations, external connections, installation and commissioning responsibilities separately.

01 / System collection

Hydro cabinets collection

3 systemsExact miner model reviewed per configuration
Cutaway illustration

Hydro cabinets

SR20-M

↗
Catalog total load
210 kW
Miner positions
20 Units
Electrical input
380-400V

Miner referenceWhatsMiner M53/M63 Hydro series

Explore system ↗Discuss configuration ↗

Hydro cabinets

SR34-S

↗

Power & cooling

Plan the power that supports the system.

Concept illustration of a transformer, distribution cabinets, hydro miner rack, pump and cooler connected as one system.
AI concept illustration · Equipment scope confirmed per project.

One site plan. Clear interfaces.

Compare equipment input with the available site voltage and capacity. Include auxiliary loads, protection, monitoring and expansion requirements.

Already have a transformer or cooling plant? Share its nameplate, drawings and operating records to review what can be retained.

Discuss site interfaces ↗

Frequently asked questions

Start with the project country, miner models and target capacity if known. Site power, cooling conditions and your equipment list help define the configuration.

Start with your project

Tell us about your miners and site.

Share what you know. We’ll review the miner, site requirements and scope before confirming a configuration.

System collection:Hydro cabinets

Infrastructure project advice
Purpose: Project advice
Requested options are subject to review.
Add miner and configuration details
Catalog total load
210 kW
Miner positions
34 Units
Electrical input
380-415V

Miner referenceAntminer S19/S21 Hydro series

Explore system ↗Discuss configuration ↗

Hydro cabinets

SR20-S

↗
Catalog total load
210 kW
Miner positions
To be confirmed
Electrical input
380–400V

Miner referenceReview the exact miner model

Explore system ↗Discuss configuration ↗