ECOFOREST ecoSMART e-manager, Руководство по установке

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Installer manual ecoSMART e-manager
43
EN
3.11. POWER MEASUREMENT Configuration
Externa device
Shows the external measurement device that is communicating with the e-manager .
3.12. NON CRITICAL LOADS Configuration
Loads configuration
Allows the selection of the waiting time for the activation and deactivation between two
consecutive non-critical loads.
Load x
These screens allow us to enable each of the 4 non-critical loads individually. For each
load we select his maximum consumption value, the percentage of energy surplus of this
load and time above this value to switch the load. The loads are connected by priority in
ascending order (1-2-3-4).
* Ex: If we set a maximum consumption load of 1kW, the activation for 50% and the time for activation of 10s, it
means that when there is a surplus of energy of 0.5kW during a period of 10s, the load will activate.
By default the disconnection is done when a configurable percentage of the load power is
taken from the grid (Allow disconnect?:
Yes ) in the same way as the connection. In this
case, the disconnection is done by priority in descending order (4-3-2-1)
It is also possible to program the disconnection through a configurable timer (Allow
disconnect?:
No ), or by digital input or keyboard disabling.
* To enable each load it is necessary that they are also enabled under the user menu in the load control
submenu. In this screen we can also disable active loads via keyboard.
3.13. COMMUNICATIONS Configuration
Fieldbus1 configuration
It allows us to modify the configuration parameters of the master port Fieldbus1 (device
address on the network, baudrate, number of stop bits and parity).
1425 ta mu 2/6
a.Chag aguag
b.Sytm
c.Svc
Sytm 3/5
b.G cocto
c.Pow maumt
.No-cctca oa
Eta vc
Sct mo
CEM-C20 (CRCUTOR)
1425 ta mu 2/6
a.Chag aguag
b.Sytm
c.Svc
Sytm 4/5
c.Pow maumt
.No-ctca oa
.Commucato
4/5 oa cofg.
t btw cocto
0m
t btw hutow
0m
oa 4
Coct?
Coumpto 1.0kW
ctvato fom 100%
t to actvato 10
ow coct? YES
Dcoct fo 50%
0m
oa 1
Coct?
Coumpto 1.0kW
ctvato fom 100%
t to actvato 10
ow coct? NO
t to coct 5m
1425 ta mu 2/6
a.Chag aguag
b.Sytm
c.Svc
Sytm 5/5
c.Pow maumt
.No-cctca oa
.Commucato
5/5 Fbu1 cofg.
 16
Bauat 9600
Stop bt ONE
Paty mo NO