Bitdeer SealMiner A3 Pro Hyd 660 TH/s 8250W Bitcoin Miner

Product detail

SEALMINER A3 Pro Hyd Description

The Bitdeer SEALMINER A3 Pro Hyd is an advanced SHA-256 hydro miner engineered for Bitcoin and cryptocurrency mining.

Bitdeer SEALMINER A3 Pro Hyd delivers a peak hashrate of 660 TH/s, ranging from 630–690 TH/s, with 8250 W power consumption and an energy efficiency of 12.5 J/TH.

Equipped with cutting-edge SEAL03 chips, it maximizes mining output while optimizing electricity usage. Its liquid cooling system provides effective heat management, supporting continuous, stable operation.

The 2U server form factor allows high-density, scalable deployments and simplifies installation and maintenance.

Designed for water-cooled mining setups, the A3 Pro Hyd ensures reliable, ultra-efficient, and high-performance cryptocurrency mining over the long term.

Specifications

Manufacturer	Bitdeer SEALMINER A3 Hyd
Crypto Algorithm \| Coins	SHA256 \| BTC/BCH/BSV
Hash Rate	630~690Th/s ±10%
Power Efficiency @35℃	12.5J/TH ± 5%
Power Consumption @35℃	7875~8625W ±10%
Power Supply Requirements
Maximum Input Power Of Power Supply	10000W
Input Voltage	380~480VAC, 3-Phase
Maximum Input Current	20 Amp
Input Frequency Range	47~63 Hz
Hardware Confguration
Product Dimensions, WDH	48266586 mm
Packaging Dimensions, WDH	567787248 mm
Product Net Weight	20.5 kg
Gross Weight Including Packaging	23 kg
Internet Connections	RJ45 Ethernet 10/100M
Environmental Operating Parameters
Inlet Liquid Temperature	20~55 °C¹
Operating Humidity (Non-Condensing)	10%~90% RH
Storage Temperature	-30~70 °C²
Liquid Operating Parameters
Liquid Pressure	≤3.5 bar
Liquid Medium	Pure water (or distilled water) + special corrosion inhibitor or antifreeze (select the ratio according to the freezing Point)
Liquid Flow, L/min	Pure Water ≥10.2L/min for pure water; if the antifreeze needs to be changed, the flow rate needs to be increased, such as 30% ethylene glycol aqueous solution antifreeze requiring ≥11L/min. *Remarks:10.2L/min corresponds to the temperature difference between inlet and outlet water close to 10.5℃ at normal mode.