Huawei NetCol5000-A035 - Page 111

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