DISCOVER 950-0025, Руководство пользователя

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configurations.
2. Using a USB cable with a Type-B mini-plug, connect the 64-bit Windows 10
device running LYNK ACCESS software to the USB port
on LYNK II. Ensure LYNK II is powered and connected to
the correct Sol-Ark COM port.
3. Open LYNK ACCESS. Options for configuration and
settings are found by selecting the LYNK tab.
4. Connect the LYNK II and open LYNK ACCESS. Ensure that you only have one
LYNK device connected to the Computer.
5. Open LYNK ACCESS and select the LYNK tab. Select the blue gear icon in the
upper right area of the CAN Settings tile.
6. Select the pre-configured Sol-Ark protocol to complete the closed-loop
configuration for LYNK II. Click SAVE to confirm the configuration.
NOTE
Saving configuration changes using LYNK ACCESS will automatically cause LYNK II
to shut down and restart.
6.3 Setting the Sol-Ark Closed-Loop Configuration
NOTE
In a closed-loop configuration with the BMS Lithium Batt function enabled, the
BMS_Err_Stop parameter must be enabled. If the BMS_Err_Stop parameter function
is not enabled, the Sol-Ark inverter will continue to operate based on the last
communicated battery values. Depending on the mode of operation at the time
of communication fault and given enough time, the Sol-Ark inverter-charger will
eventually put the attached battery into an overcharged or fully discharged state.
When that occurs, either situation will trigger the Discover Lithium Battery BMS to
self-protect and disconnect the battery from the system.
NOTE
It is recommended that the Sol-Ark inverter be programmed with the appropriate
open-loop settings before enabling closed-loop communication.
Complete the Closed-loop configuration after establishing both the Sol-Ark open-
loop configuration and the LYNK II Sol-Ark communication protocol. Ensure the
Discover Lithium Batteries are networked with LYNK II and that the LYNK II is
connected to the Sol-Ark network port.
If necessary, first configure Sol-Ark inverters to operate in parallel by establishing
the inverter master/slave relationships and phase designations before setting the
parameters for battery operation. Configuring the master inverter will cascade
parameters and settings to the slave inverters.