Ⅰ. Performance configuration
S19j
Product Glance |
Value |
|||
Version |
S19j | |||
Model |
240-Cb | |||
Crypto Algorithm/Coins |
SHA256/BTC/BCH | |||
Computing power | 94T | 90T | 86T | 82T |
Hashrate, TH/s |
94 + 3% |
90 + 3% |
86 + 3% |
82 + 3% |
Power on wall@25℃, Watt |
3243 ± 5% |
3105 ± 5% |
2967 ± 5% |
2829 ± 5% |
Power efficiency on wall @25°C, J/TH |
34.5 ± 5% |
34.5 ± 5% |
34.5 ± 5% |
34.5 ± 5% |
S19j Pro / S19j ProA
Product Glance |
Value |
|||||
Version |
S19j Pro / S19j ProA | |||||
Model | 240-Cb | |||||
Crypto Algorithm/Coins | SHA256/BTC/BCH | |||||
Computing power | 104T | 100T | 96T | 92T | 88T | 84T |
Hashrate, TH/s | 104 + 3% | 100 + 3% | 96 + 3% | 92 + 3% | 88+3% | 84 + 3% |
Power on wall@25℃, Watt | 3068 ±5% | 2950 ±5% | 2832 ±5% | 2714±5% | 2596± 5% | 2478 ±5% |
Power efficiency on wall @25°C, J/TH | 29.5 ± 5% | 29.5 ±5% | 29.5 ± 5% | 29.5 ±5% | 29.5± 5% | 29.5 ± 5% |
Note: The applicable power supply model for S19j Pro is APW12, and the applicable power supply model for S19j ProA is APW12A 1215 |
Ⅱ. General values
Detailed Characteristics |
Value |
Power supply | |
Power supply AC input voltage, Volt (1-1) |
200~240 |
Power supply AC Input Frequency Range, Hz |
47~63 |
Power supply AC Input current, Amp(1-2) |
20(1-3) |
Hardware Configuration | |
Network connection mode |
RJ45 Ethernet 10/100M |
Miner Size (Length*Width*Height, w/o package), mm(2-1) |
400*195.5*290 |
Miner Size (Length*Width*Height, with package), mm |
570*316*430 |
Net weight, kg (2-2) |
14.6 |
Gross weight, kg |
17 |
Environmental Requirements |
|
Operating temperature, °C |
0~40 |
Storage temperature, °C |
-20~70 |
Operating humidity (non-condensing), RH |
10~90% |
Operation altitude, m(3-1) |
≤2000 |
Notes:
(1-1)Caution: Wrong input voltage may probably cause miner damaged
(1-2)Max condition: temperature 40°C, altitude 0m
(1-3)Two AC input wires, 10A per wire
(2-1)Including PSU size
(2-2)Including PSU weight
(3-1)When the miner is used at an altitude from 1000m to 2000m, the highest operating temperature decreases by 1℃ for every increase of 300m
Comments
0 comments
Article is closed for comments.