Bitmain Antrack V1 Hydro-Cooling Mining Rack: The Miner’s Cooling Mechanism

The cutting-edge Bitmain Antrack V1 Hydro-Cooling Mining Rack 24kW is intended for experienced cryptocurrency miners who want to increase their mining performance and efficiency. This rack is usually used on an industry capacity hence, deployed by collaborative miners or individual miners who can afford multiple mining machines.

The working fluid requirements are deionized, and runs on pure water with a liquid pH of 8.5~9.5. It has a four-capacity space where mining machines can comfortably cool off without external interruption.  Operational humidity, which also significantly stabilizes the cooling mechanism, is measured at 10~90% Relative Humidity (RH).

With a maximum load of 24 KW, this mining equipment comes in a 600mm width, 2000mm height, and 1000mm depth dimension – constructed with steel iron weighing 300 kg: a perfect recipe for longevity. With an EJ45 Ethernet 10/100M network interface, the Antminer S21 Hyd is designed to provide miners with reliable and fast data movement. 

Key Features of Bitmain Antrack V1 Hydro-Cooling Mining Rack 

The hydro-cooling mechanism of the S21 Hyd distinguishes it from conventional air-cooled miners. This method maintains ideal temperatures and increases the stability and longevity of the machine by using liquid to absorb and dissipate heat. Hydrocooling lowers noise levels, making it more appropriate for various settings.

This equipment has an ambient temperature of 15~45°C, with a water flow range of 32.0~40.0  L/min. The Antminer S21 Hyd is built to optimize mining productivity and profitability with a hash rate of 335Th/s. This excellent performance is perfect for miners who want to grow their businesses and make big profits.

Energy Efficiency and Robust Construction

With an outstanding energy efficiency of 3300W ±10%, the S21 Hyd has proved to be a great choice. Since its efficiency results in cheaper electricity costs and a smaller environmental impact, serious miners can’t go wrong with it. With a perfect electric power supply with an Alternate Current (AC) input of between 380 to 415 volts, the frequency has measured up with its in-built frequency, which measures up to 50 to 60 Hz, with an inputted current of 80 amps.

The Antminer S21 Hyd is made of premium materials and parts and is intended to survive the rigours of ongoing mining. Because of its sturdy design, it operates dependably for longer periods, requiring less regular maintenance.

Setup and Installation

Pick a good spot for the miner after examining it for any physical damage and ensuring it has access to a steady power source, good ventilation, and a network connection. For best performance, the hydrocooling system must access a dependable water source.

Proceed to make the proper connection using the supplied connections and attach the PSU to the miner. Make sure every link is safe. Users are required to use an Ethernet wire to connect the miner to the network. Having a dependable, fast internet connection is advised.

And for detailed procedure on how to complete the set up, follow the manufacturer’s setup instructions for the hydro cooling system later. Again, it is important that the user ascertain appropriate water flow and temperature control.

Pros

• High Hash Rate

• Energy Efficiency

• Hydro Cooling

• Robust Build Quality

• Lower Noise Levels

Cons

• Complex Setup

• Space Requirements

• Maintenance Needs

• Water Management

Final Thought

With its top-notch water economy, the Antminer S21 Hyd runs at peak performance and produces dependable and consistent mining results – considering its water pressure and bar measuring ≤3.5. Its setup and maintenance come with some difficulties and extra expenses. Still, the potential gains in performance and efficiency make it an appealing choice for anyone wishing to improve their mining operations.

Users are recommended to attach the cords for the power supply to the mining rack while connecting. They must ensure the power source can manage the 24kW capacity and that all connections are tight. They must also follow the manufacturer’s setup instructions for the hydro-cooling system – ensuring the water flow and temperature are appropriately regulated for optimum performance.