ANTSPACE HK3 Introduction
Specification details for ANTSPACE HK3
Product Overview | Value | |||
Version | ANTSPACE HK3 | |||
Dimensions (L*W*H) (mm) | 6058*2438*2896 | |||
Miner Capacity | 210 units -S19 Hyd. Series miner | |||
Container Certification | China Classification Society Certification | |||
Safety Certification |
North America/Standards:NFPA 79:2021,UL 508A:2018 R8.21, CSA C22.2 No. 14-18,ANSI/ISO 12100:2012 |
|||
Operating Power(kW) | 1047~1050 | |||
PUE(Power Usage Effectiveness) | 1.022(Excluding cooling tower)/1.036(Including cooling tower) | |||
Input Voltage and Frequency | 415V±5% 60Hz(North America) 400V±5% 50Hz(EU、Middle East) |
|||
Detailed Characteristics | Value | |||
Shipping Weight(T) | 8 | |||
Operating Weight (T) | 12 | |||
Main Switch of Power Distribution Cabinets(A) | 1200(North America) 1250(EU、Middle East) |
|||
Rated Current(A) | 952 | |||
Standard Power(kW) | 1049 | |||
Maximum Power(kW) | 1050 | |||
Rated Current per Miner(A) | 10 | |||
Inlet Cable | The inlet cables can withstand high-voltage of above 600V, with the following requirements per phase: L1 single core cable 600kcMil(300mm²)x4 L2 single core cable 600kcMil(300mm²)x4 L3 single core cable 600kcMil(300mm²)x4 N Single-core cable 600kcMil(300mm²)x4 PE single-core cable 500kcMil(240mm²)x2 |
|||
Connection Interface(Cooling Tower) | DN125(GB/T 9119-2010 PN16 DN125) | |||
Connection Interface(Plate Heat Exchage Interface) | DN100(GB/T 9119-2010 PN16 DN100) | |||
Flow Rate(m³/h) | >85 | |||
Quantity of ANTSPACE powered by one 2500kVA Transformer | 2 |
Specification details for Dry-Wet Towers
One of the following two Dry-Wet Towers can be chosen based on the personalized demand.
Product Overview | Value | |||
Type | Dry-Wet Tower Traditional Type (DWT-T) | Dry-Wet Tower Container Type (DWT-C) | ||
Dimensions(L*W*H)(mm) | 5800*2240*4200 | 6058*2438*2896 | ||
Heat Dissipation Capacity(kW) | 1000 | 1000 | ||
Outlet Temperature @ 28℃ Wet Bulb Temperature | 35℃ | 35℃ | ||
Container Certification | None | China Classification Society Certification | ||
Safety Certification | North America/Standards: NFPA 79:2021, UL 508A:2018 R8.21, CSA C22.2 No. 14-18, ANSI/ISO 12100:2012 EU Standards: EN ISO 12100, EN 60204-1 |
North America/Standards: NFPA 79:2021, UL 508A:2018 R8.21, CSA C22.2 No. 14-18, ANSI/ISO 12100:2012 EU Standards: EN ISO 12100, EN 60204-1 |
||
Operating Power(kW) | 14~28 | 14~28 | ||
Motor Rated Voltage and Frequency | 415V±5% 60Hz(North America) 400V±5% 50Hz(EU、Middle East) |
415V±5% 60Hz(North America) 400V±5% 50Hz(EU、Middle East) |
||
Detailed Characteristics | Value | |||
Shipping Weight(T) | 5 | 6 | ||
Operating Weight(T) | 9 | 10 | ||
Connection Interface(Container) | DN125(GB/T 9119-2010 PN16 DN125) | DN125(GB/T 9119-2010 PN16 DN125) | ||
Water Resupply Pipe Interface | DN40(Internal thread) | DN40(Internal thread) | ||
Drain Pipe Interface | DN65(Internal thread) | DN65(Internal thread) | ||
Noise Level @25℃, 16m | 70dBA | 70dBA | ||
Water Consumption(m³/h) | 1~1.5 | 1~1.5 |
Environmental Requirements:
Environmental Requirements
|
||||
1 | Cooling tower is required to be placed on flat ground, horizontal degree (±1 degree). | |||
2 | The ground surfaced is required to be hardened and stable, able to withstand at least 14-ton load. | |||
3 | A 10-ton crane is needed for unloading ANTSPACE and cooling tower. | |||
4 | Add-on items such as stairs, transformers, cables, bridge racks and cable distribution boxes are not included in the delivery of ANTSPACE. BITMAIN team can provide design suggestions if needed. | |||
5 | Client needs to confirm the opening directon of container and it needs to face air-intake. Door on left is current design by defult. | |||
6 | Keep at least 2 meters of air in-take space around the cooling tower. | |||
7 | Altitude: ≤3000m. If the altitude is higher than 1000-meter, transformer and switch should be derated, the total power of ANTSPACE must be decreased by 1% for each elevation increment of 100 meters. | |||
8 | Operating temperature: -25°C to 40°C. Operating humidity: 10%RH to 90%RH. When the initial coolant temperature is below 20 °C, the internal circulation should be turned on to heat up the coolant to above 20 °C before starting the mining machine. | |||
9 | When the ambient temperature is below 5 ℃, the cooling tower can be switched to cold-dry mode. | |||
10 | Choose pure water or suitable antifreeze as coolant based on local climate conditions. | |||
11 | The suitable ambient temperature for ANTSPACE does not represent the suitable ambient temperature for mining machine. |