Huawei NetCol5000-A035 User Manual page 111

NetCol5000-A(025, 035) In-row Air Cooled Smart
Cooling Product
User Manual (600 mm Width)
Paramete
r
Large ring
cooling
capacity I
Large ring
cooling
capacity D
Cooling
capacity
adjustmen
t period
L1/L2
linkage
cooling
stop
ref.temp
L1/L2
linkage
dehumid
stop
ref.temp
L1/L2
linkage
cooling
stop delay
L1/L2
linkage
fastest
temp rise
L1/L2
linkage
temperatu
re
Issue 17 (2020-10-22)
Description
Integration coefficient in
L1/L2 linkage PID control.
Differential coefficient in
L1/L2 linkage PID control.
Adjustment period in L1/L2
linkage PID control.
Reference temperature at
which the smart cooling
product stops cooling in
the cooling mode in L1/L2
linkage.
Reference temperature at
which the smart cooling
product stops
dehumidification in the
dehumidification mode in
L1/L2 linkage.
Duration within which the
device is still cooling when
the cooling stop condition
is met in L1/L2 linkage.
Maximum temperature rise
rate when the temperature
rises rapidly caused by
sudden load power
increase.
Temperature setpoint in
L1/L2 linkage.
Copyright © Huawei Technologies Co., Ltd.
4 ACC Introduction
Configuration Principle
You are not
recommended to change
the value.
You are not
recommended to change
the value.
You are not
recommended to change
the value.
Set this parameter based
on the lowest
temperature allowed
onsite. Normally you are
not recommended to
change the value.
Set this parameter based
on the lowest
temperature allowed
onsite. Normally you are
not recommended to
change the value.
Set this parameter based
on the lowest
temperature allowed
onsite. Normally you are
not recommended to
change the value.
Set this parameter based
on the micro-module
size and maximum load
power. The smaller the
module and the higher
the load power, the
greater the temperature
rise rate is.
Target temperature
controlled in the micro-
module. The parameter
can only be modified on
the ECC WebUI and
cannot be modified on
the smart cooling
product screen.
Default
Value
350s
10s
5s
18.0°C
18.0°C
180s
4.0°C/min
24.0°C
101