PH 2600 Hydro Miner 2.6 Petahash 2600 Terahash Bitcoin Miner Front Side

PH 2600 Hydro Miner 2.6 Petahash 2600 Terahash Bitcoin Miner Back Side

PH 2600 Hydro Miner 2.6 PH/s Petahash 2600 TH/s Terahash

$9,800

The PH 2600 Hydro Miner is an industrial-grade, water-cooled Bitcoin miner built for maximum efficiency and performance. It delivers 2.6 PH/s (2600 TH/s) of hashing power using the SHA-256 algorithm, supporting BTC, BCH, and BSV.

Advanced hydro-cooling keeps temperatures low and boosts stability.
Peak efficiency of 9.5 J/TH at only 24,700W power draw.
Operates quietly below 50 dB, ideal for large data centers.
Designed for high-density and energy-efficient mining environments.
Supports effective heat reuse and long-term reliability.

This liquid-cooled ASIC offers quiet, stable, and efficient operation for industrial-scale setups. It’s built to provide top-tier performance while reducing energy waste and cooling costs.

Description
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PH 2600 Hydro Miner 2.6 PH/s Petahash 2600 TH/s Terahash

Specification	Value
Crypto Algorithm	SHA-256 (BTC/BCH/BSV)
Hashing Performance	2.6 PH/s (2,600 TH/s) 2.6 Petahash and 2600 Terahash.
Cooling Mechanism	Hydro (water-cooled)
Efficiency (Range)	9.5 J/TH
Power Consumption (Max)	24,700 W
Voltage	380-480 V (three-phase)
Current (per phase)	40 A
Coolant per Miner (Internal)	~1 L (per individual miner; ~4 L estimated total for rack based on similar hydro systems)
Coolant Temperature Range	35°C to 45°C (inlet)
Coolant Flow Rate	10L~ /min
Coolant Pressure	≤3.5 bar
Recommended Fluid	Deionized water / Pure water / Antifreeze
Dimensions (L/W/H)	665 x 482 x 85 mm (without package)
Weight	Approximately 34.6 kg (net weight for rack; total ~37 kg including miners)
Connectivity Options	RJ45 Ethernet 10/100M
Power Cable	3 x 6AWG (three-phase five-wire, typical for high-power miners)
Operating Temperature	0 to 40 °C
Storage Temperature	-20 to 70 °C
Operation Humidity, RH	10-90% RH non-condensing
Operation Altitude	Up to 3,000 m (9,843 ft)
Noise Level (Additional)	Typically below 50 dB (hydro-cooled systems are significantly quieter than air-cooled, depending on pump and fan setup)

Product Description

The PH 2600 Hydro Miner is an advanced, industrial-grade Bitcoin mining ASIC featuring a hydro-cooling rack designed to house multiple high-efficiency ASIC miners. This water-cooled setup achieves superior thermal management, enabling a total hashing performance of 2.6 PH/s (equivalent to 2,600 TH/s) while maintaining an exceptional energy efficiency of 9.5 J/TH. Built for scalability and reliability, it supports SHA-256 based cryptocurrencies like BTC, BCH, and BSV. The ASIC minimizes noise through liquid cooling, making it ideal for data centers or environments requiring low acoustic output and heat recovery (e.g., for heating applications up to 80°C). Power consumption peaks at 24,700 W under full load, with a three-phase power input for stable operation. Key advantages include reduced operational costs, extended hardware lifespan due to effective heat dissipation, and compatibility with deionized water, pure water, or antifreeze as coolant. The rack's robust construction supports up to 4 individual hydro miners, with integrated networking and safety features for seamless integration into large-scale mining operations. Environmental considerations emphasize non-condensing humidity control and altitude adaptability, ensuring performance in diverse settings.

PH 2600 Hydro Miner: Additional Details

Miner Configuration: Rack-based system accommodating 4 hydro-cooled ASIC units, optimized for high-density deployment.
Heat Reuse: Capable of outputting heated coolant up to 80°C, suitable for secondary applications like space heating or agricultural use.
Setup Requirements: Requires a closed-loop water cooling system with proper filtration to prevent corrosion. Professional installation recommended for plumbing and electrical connections.
Warranty and Support: Includes a 1-year manufacturer warranty with free replacement of miner.
Compatibility: Works with standard mining pools via Ethernet; firmware updates available for performance optimization.
Safety Features: Overheat protection, pressure monitoring, and leak detection in the cooling system.
Environmental Impact: Hydro cooling reduces energy waste compared to air-cooled ASIC, with lower overall carbon footprint when paired with renewable energy sources.