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Moxa · Remote I/O

ioLogik E1240 Modbus register map

Default configuration

Protocol
Modbus TCP
Port
502
Unit ID
1
Addressing
0-based
Byte order
Big endian
Word order
High word first

Register map

AddressCountNameTypeUnitScaleAccess
41451
Analog input 0 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41461
Analog input 1 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41471
Analog input 2 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41481
Analog input 3 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41491
Analog input 4 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41501
Analog input 5 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41511
Analog input 6 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41521
Analog input 7 reset minimum value
Write 1 to reset the minimum value.
Binary-1RW
41531
Analog input 0 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW
41541
Analog input 1 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW
41551
Analog input 2 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW
41561
Analog input 3 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW
41571
Analog input 4 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW
41581
Analog input 5 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW
41591
Analog input 6 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW
41601
Analog input 7 reset maximum value
Write 1 to reset the maximum value.
Binary-1RW

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Related guides

Notes

Ethernet remote I/O with a built-in Modbus/TCP server; no gateway needed. Addresses are the manual's decimal start addresses, which are the zero-based wire addresses (the manual also prints the 1-based reference numbers). Each channel occupies one address in the start-address table, so this map lists channels separately. Source: Moxa ioLogik E1200 Series User Manual v16.2, appendix A, 'ioLogik E1240 Modbus Address and Register Map' (8 analog inputs). Raw values are 16-bit ADC counts covering the selected input mode, and the scaled values are 32-bit values carrying the point-slope engineering unit, so no scale factor is applied to either. The manual's AI channel object table (REST/SNMP) types aiValueScaled and aiBurnoutValue as REAL, which is why those rows are Float32. Unit identifier: the manual states that the Modbus/TCP ID of the ioLogik E1200 is set to 1 by default, so unit_id 1 is used.