HindlePower ATevo Series Operations page 135

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• Auxiliary I/O Board #4: 1-OFF, 2-OFF, 3-ON
The switch setting will be factory set for your system. It should not need to be changed unless
an Auxiliary I/O Board is being replaced or added. If a board is being replaced, set the dipswitch
settings on the new board to match the board being replaced.
Binary Input Voltage Configuration Binary Input Voltage Configuration
Each Binary Input has an associated input voltage configuration jumper. The configuration
jumpers (P3, P4, P6, and P7) are located adjacent to the Binary Input Terminal Block (A4-TB1)
on the Auxiliary I/O Board. The voltage jumper for Binary Input #1 is shown below.
To configure the Binary Input Voltage, move the SHORTING BLOCK to connect the two (2)
header pins directly above the voltage rating (12, 24, 48, or 130). Repeat this process for the
remaining three (3) Binary Inputs using the associated configuration jumpers for Binary Input
#2, #3, and #4.
14.4. 14.4. Software Configuration for Relays Software Configuration for Relays
The Auxiliary I/O Board's inputs are generic and do not require any configuration. The Inputs
(Analog and Binary) are defined by their associated number. Binary Input #1 through Binary
Input #4 and Analog Input #1 through Analog Input #4 will reside on the Auxiliary I/O Board
(A4) with its dipswitch configured for Auxiliary I/O Board #1.
Each relay has a dedicated configuration for:
• alarm condition or status point mapping
• latching or non-latching
• time delay
Auxiliary I/O Board Relays can be mapped to indicate the state of any ATevo alarm or status
point. Each relay can be independently configured to latch when the alarm or status point
associated with the relay becomes active. Once latched, the relay must be cleared manually by
initiating the RESET LATCHED RELAY feature (see
configuration. The relay will not change to active state until the associated alarm or status
Copyright HindlePower Inc. 2021
ATevo Operations–Single Phase Input–Group II (30-100 Adc Output) - 1_en
Section 9.6). All relays have a time delay
Last modified: 13 November 2021
Page 133 of 171