• Bitmain Antminer KS5 Pro 21Th 3150W KASPA Miner Delivery | Hosting Free Shipping - NHASH
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Bitmain Antminer KS5 Pro 21Th 3150W Kaspa KAS Miner Delivery | Hosting Free Shipping

Bitmain Antminer KS5 Pro 21Th 3150W Kaspa KAS Miner Delivery | Hosting Free Shipping

$1,199.00
$1,199.00
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Free Shipping applies only to non-remote areas. Customs charges, and taxes(if any) are not included in the price shown above.
Options
Power Ratio: 150J/T Noise: 75 dB
Hashrate: 21Th/s Consumption: 3150W
Miner Size: 430*195.5*290mm Net Weight: 15.8kg
Warranty: 180 days of Manufacturer PSU (with a P13-C20 cord): Included

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NiceHash mining calculator

Bitmain Antminer KS5 Pro

  • Algorithm

    Algorithm

    kHeavyHash

  • Hashrate

    Hashrate

    21Th/s

  • Consumption

    Consumption

    3150W

Minable coins with Bitmain Antminer KS5 Pro

  • KASPA, KAS

    KASPA

Description

Model Antminer KS5 Pro from Bitmain mining KHeavyHash algorithm with a maximum hashrate of 21Th/s for a power consumption of 3150W.

Specifications

MANUFACTURE Bitmain
MODEL Antminer KS5 Pro
ALGORITHM KHeavyHash
POWER 3150±5%W
HASHRATE 21±3%Th/s
POWER RATIO 150±5%J/Th
NOISE LEVEL 75 dB
NETWORK CONNECTION MODE RJ45 Ethernet 10/100M
SIZE WITHOUT PACKAGE 430×195.5×290mm
SIZE WITH PACKAGE 570×316×430mm
NET WEIGHT 15.8kg
GROSS WEIGHT 17.7kg
PHASE 1
INPUT VOLTAGE RANGE 220~270V
INPUT FREQUENCY RANGE 50~60Hz
MAXIMUM INPUT CURRENT 20A
ADAPTED AC OUTPUT POWER REQUIRMENT 4000W
OPERATION TEMPERATURE -20~45℃
STORAGE TEMPERATURE -40~70℃
OPERATION HUMIDITY(NO CONDENSATION) 10%~90%RH
OPERATION ALTITUDE ≤2000m

NOTE
1. The Hashrate value, Power on wall, and Power efficiency on wall are all typical values. The actual Hashrate value fluctuates by ±3%, and the actual Power on wall and Power efficiency on wall fluctuate by ±5%.
2. Caution: Wrong input voltage may cause server damaged.
3. One 20A input wire.
4. Max condition: Fan is under max RPM(rotation per minute).
5. When the miner is used at an altitude from 900m to 2000m, the highest operating temperature decreases by 1°C for every increase of 300m.