MicroBT M34S+ Bedienungsanleitung

WhatMiner Hydro Cooling Operation Guide

V1.0

Shenzhen MicroBT Electronics Technology Co.,Ltd

content

1.Product Description ....................................................................................................................... 2

2.Product parameters and environmental parameters ................................................................... 3

3.Installation position and operation items ..................................................................................... 5

3.1 Installation location................................................................................................................ 5

3.2 Steps for putting the miner on the shelf: ............................................................................... 6

3.3 Attention: .......................................................................................................................... 8

4. Accessories Specifications .......................................................................................................... 10

4.1 Accessories introduction ...................................................................................................... 10

4.2 Accessories Notes ................................................................................................................. 12

5.Network Configuration ................................................................................................................ 12

6.Data Configuration（Configuration on the web page）............................................................ 13

6.1 Query the dynamic IP address obtained by the miner .........................................................13

6.2 Configuration Pool & Worker ............................................................................................... 15

6.3 Modify the NTP Synchronization Server Address (optional) ................................................16

6.4 Configuration the Static IP Address (optional) ..................................................................... 17

7.Miner Operation Status Check .................................................................................................... 18

8.Batch configuration..................................................................................................................... 19

9.Removal and installation ............................................................................................................. 19

9.1 Control board removal ......................................................................................................... 19

1.Product Description

Whatsminer Hydro Cooling series host model：

M34S+,M33S,M33S+,M33S++,

M53,M53S,M53S+,M53S++

This guide takes M33S++ as an example to introduce various operations in detail, and

the operations of other models are similar

The front panel

The back panel

①Fixed hole ②Control board ③Network cable port ④Power interface ⑤Handle ⑥Water inlet (quick

connector male head, with blue logo) ⑦baffle ⑧Water outlet (quick connector male head, with red

logo) ⑨Transport Fixed button

2.Product parameters and environmental parameters

Category

Item

Specifications

PSU

AC380V, 3W+ ground, input 10kw

Parameter

Dimensions (Height X

Width X Depth)

86mmX482.6mmX650mm

Color

Front panel: black

Shell: gray

Weight

Net weight: 27.5kg

Weight with packaging materials: 30kg

Coolant demand per

miner

About 1L

Environmental

parameters

Liquid temperature

Working temperature (water intake): 25℃

~55℃@normal mode; 10℃~40℃@high

performance mode;

Storage and transportation temperature:

-40~70℃;

Note: Please empty the liquid in the

equipment during storage and

transportation. If it is not emptied, ensure

that the equipment is above the freezing

point of the liquid.

Liquid flow

≥10L/min

Remarks: 10L/min corresponds to the

temperature difference between inlet and

outlet water close to 10℃@normal mode,

14℃@high performance mode

Liquid pressure

≤300kpa

Remarks: When the pressure is more than

300kpa, the hydro cooling plate will be

deformed and cause the risk of coolant

leakage.

Liquid medium

First-level deionized water: meet the

requirements of the national standard GB/T

6682-2008 first-level deionized water;

Notice:

1) If the water conductivity is ≥100us/cm,

the medium must be replaced;

2) The water conductivity is less than

5us/cm when the system is running for the

first time.

Liquid medium

circulation system

(Miner side)

Anti-rust and anti-corrosion of pipeline;

The particle diameter of the liquid

medium is ≤53 microns, that is, the

circulation system is equipped with a 270

mesh filter;

Before connecting the cabinet to the heat

dissipation system, clean and filter the

system pipeline with deionized water to

remove dust, welding slag and other

impurities;

The temperature resistance of system

components is above 85℃;

The circulatory system is recommended

to be equipped with a UV lamp

sterilization device to prevent the liquid

from breeding bacteria and attenuate the

heat dissipation capacity of the system.

The system is equipped with a 4bar safety

relief valve

Note: When the temperature of the

coolant rises after the miner is turned

on, the pressure will rise.

humidity

Working humidity: 5%RH~85%RH (non-

condensing)

Storage humidity: 5%RH~95%RH (non-

condensing)

Long-term storage humidity:

30%RH~69%RH (no condensation)

Remarks: The above liquid temperature and flow parameters are based on deionized water as the

liquid medium. If the liquid medium uses antifreeze, the liquid temperature and flow parameters need to be

calculated separately. Table 2 shows an example of 30% glycol antifreeze temperature and flow parameters.

Example of temperature and flow parameters of 30% ethylene glycol antifreeze

temperature

Working temperature (inlet): 15℃~45℃

@normal mode; -10℃~20℃@high

performance mode;

Storage and transportation temperature:

-40~70℃;

Note: Please empty the liquid in the

equipment during storage and

transportation. If it is not emptied, ensure

that the equipment is above the freezing

point of the liquid.

flow

≥11L/min

Remarks: The temperature difference

between the inlet and outlet liquids at this

flow rate is close to 10℃@normal mode,

14℃@high-performance mode)

3.Installation position and operation items

3.1 Installation location

Front of the cabinet

Back of the cabinet

The hydro cooling mining rigs adopts a standard 2u structure design and is installed on a standard 19-

inch hydro cooling cabinet. The front and back of the cabinet after the installation of the miner, respectively.

3.2 Steps for putting the miner on the shelf:

（1）The first step is to slowly push the mining miner into the cabinet along the card slot. Note that

two people are required to operate. Here is an example of a full cabinet on 20 mining miner.

water outtake

water intake

（2）The second step is to loosen the screws on the transportation fixing button on the rear panel of

the miner, rotate the transportation fixing button and hook it with the cabinet hook, then tighten the screws,

hook the water inlet side and then the water outlet side. The fixing example. Note: When the cabinet is

transported with the miner, the miner must be hooked to the cabinet and tightened;

（3）The third step is to fix the front panel of the mining miner with the cabinet by screws (the cabinet

has floating nuts). An example of screw fixing. Note: When the cabinet is transported with the mining miner,

the front panel screws must be tightened and fixed;

（4）The fourth step is to plug in the water inlet and outlet pipes of the mining miner, that is, first

remove the protective caps of the joints, and then connect the female quick connector on the inlet and

outlet water pipes with the male quick connector on the mining miner. Pay attention to the plugging

position. The left side of the figure shows after the plugging is completed, the right side of the figure shows

two situations of plugging in place and plugging not in place;

hook up

Not hooked

Hooked

Unlocked

Locked

Not plugged in

Plugged in

（5）The fifth step is to connect the network cable and power cable. The power cable adopts the

original factory configuration power cable. An example of the connection of the network cable and power

Steps for unloading: first shut down the miner, and then operate in reverse according to the put-on

steps.

3.3 Attention:

（1）The female quick connector and power cord must use the original accessories.

（2）The quick connector is plugged and unplugged as shown in the figure. After normal plugging, the

male and female heads are connected, the liquid can flow, and the quick connector will be self-locking. After

unplugging, the male and female heads will be blocked in both directions and will not leak. After the

insertion is completed, check whether there is a virtual insertion of the quick connector by pulling the hose

at the head of the pagoda;

Insertion indication: Hold the pagoda head end of the quick connector (female head) and push it

forward, and not hold the movable ring.Insertion indication: Hold the pagoda head end of the quick

connector (female head)and push it forward, and not hold the movable ring.

Proper demonstration (connector has been pushed in place)✔

Error demonstration (connector is not pushed in place)❌

Disconnection indication: Hold the movable ring in the middle of the quick connector

(female head) and pull it back to disconnect.

（3）Please press the connector shrapnel when unplugging the power cord;

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