Antminer S9-Hydro on sale - €949,- Antminer Distribution Europe B.V.

BITMAIN ANTMINER S9-Hydro

Note: This batch ships out within 10 days upon receipt of payment. (first-order-first-paid.)
Note: Your order is only final after we confirmed it by sending the invoice.
Note: Order without VAT (0%) with a EU company VAT number or by ordering from outside EU
Note: The price of bitcoin mining machines must be adjusted frequently according to many factors, including Bitcoin/USD exchange rate, the network difficulty, and expected difficulty increase. Refund requests based on price changes cannot be honored.
Note: Up to two years warranty instead of 180 days.

Notifications

Please click here for the installation guide. Suggested specifications for radiators, accessories and powersupplies that are not purchased from us can be found in the guide.
The APW5 to power the Antminer S9-Hydro is included in your order.
The waterpump for cooling is also included in your order.
Please note the stated information if you cannot use a 220 V input for APW5.If you are using a 110 V input for APW5, the rated power is 1300 W and will not be capable to power the S9-Hydro.If you are using a 220 V input, the rated power will be 2600 W and will be able to power the S9-Hydro.

Antminer S9-Hydro Specifications

Product Glance	Value
Product model	S9 Hydro-18.0T
Hashrate, TH/s	18.00
Power efficiency on wall @25°C, J/TH	96.00
Adapted power supply model	APW5
Adapted power supply, Watt / Volt	1728W / 220V

Detailed Characteristics	Value
Detailed Characteristics	Min	Typ	Max
Hashrate & Power
Hashrate, TH/s		18.00	18.40
Power efficiency on wall @25°C, J/TH ^(1-1)	96.0		102.7
Power efficiency on wall @40°C, J/TH ^(1-2)	103.2		110.4
Power on wall, W ^(1-3)	1728		2031
Power Supply Input Range
Power supply input voltage, V AC ^(2-1)	200	220	265
Power Supply input Frequency Range, Hz ^(2-2)	47	50	63
Power supply input current, A ^(2-3)		7.85	10.16
Power Supply Safety Protection
Output Overcurrent Protection, A DC ^(3-1)	216		225
Low Voltage Input Protection, V AC	90		100
Hardware Configuration
Quantity of hash chips	216
Quantity of hash boards	4
Networking connection mode	RJ45 ethernet 10/100M
Miner Size (LengthWidthHeight), mm^(4-1)	*360125190*
Net weight, kg ^(4-2)		5.15
Noise, dBA @25°C^(4-3)		45	58
Environment Requirements
Water inlet temperature, °C	15 ^(5-1)		55
Water flow, L/min	5^(5-2)		15
Flow system pressure, kPa		50	300
Operation temperature, °C	0	25	40
Storage temperature, °C	-40	25	85
Operation humidity, RH	5%		95%

Specifications

(1-1) Miner test in 25°C temperature chamber. Heat exchanger and water pump power are included.
(1-2) Miner test in 40°C temperature chamber. Heat exchanger and water pump power are included.
(1-3) Typ condition: 25°C, min J/TH, typical Hashrate
Max condition: 40°C, max J/TH, max Hashrate
(2-1) Caution: Supply lower than 200V will cause APW5 protection or damage
Due to APW output power will be reduced by 50% under 200V input, and it is not enough for miner
(2-2) 220V AC Power Supply Frequency|
(2-3) Typ condition: Min Power on wall, 220V AC supply
Max condition: Max Power on wall, 180V AC supply
(3-1) During 220V AC input
(4-1) Without APW5 & Heat exchanger and water pump, including the bend pipes . APW5 L*W*H(mm) = 260*125*86
(4-2) Without APW5 & Heat exchanger, pump, including the bend pipes, APW5 net weight is 2.5kg
(4-3) Typ condition: 25°C, typical J/TH, typical Hashrate
Max condition: 40°C, max J/TH, max Hashrate
(5-1) Temperature should be no less than 15°C, and at least 3°C higher than dew point
(5-2) The external water source can appropriately reduce the flow according to the actual water temperature. Under this condition, the recommendation is no less than 2L/min.

Notes: The use of outdoor water sources (cooling towers, natural water sources) will cool the system more effectively than the Radiators & Accessories. The flow rate can be adjusted accordingly, but it is recommended to be no less than 2L/min. If the flow rate is too low, it will be greatly affected by the system resistance, which may lead to uneven branch flow.