CALL_EOM Command Description

Overview

The CALL_EOM function allows to run an operating mode.

For this purpose, the function uses the temporary registers at addresses from 0 to 61.

To build a customized program around the CALL_EOM function, it is necessary to understand how the different registers of the application and the LTMT main unit are used:

Temporary registers at addresses from 25 to 29 are the input registers of the CALL_EOM function. When customized, they must be assigned bit per bit.
Temporary register at address 31 is the output register of the CALL_EOM function. Its value is given after the execution of the operating mode.
Temporary register at address 32 is a temporary register used to set the custom logic DO input information register at address 1291 (0x050B) in one time. The customization of the CALL_EOM outputs must be done using the temporary register at address 32.

Digital Input Registers

Register address	Register description	Bit	Bit description
5629 (0x15FD)	Digital input register	0	Local-START> DI
		1	Local-STOP DI
		2	Local-START>> DI
		3	Mode selection 1
		4	Local-START< DI
		5	Local-START<< DI
		6	Remote-START> DI
		7	Remote-STOP DI
		8	Remote-START>> DI
		9	Mode selection 2
		10	Remote-START< DI
		11	Remote-START<< DI
		12	Run DI
		13	Speed change DI
		14	Reserved
		15	Reserved

HMI Input Registers

Register address	Register description	Bit	Bit description
9875 (0x2693)	HMI command register 1	0	Motor run forward/High speed forward command
		1	Motor run reverse/High speed reverse command
		2	Local/Remote mode selection 1
		3	Trip reset command
		4	Local/Remote mode selection 2
		5	Self-test (without trip) command
		6	Motor low speed forward command
		7	Motor low speed reverse command
		8	Reset Inhibit command
		9	Reset number of starts command
		10	Reset number of stops command
		11	Clear energy command
		12	Reserved
		13	Logic test command
		14	Reset run hour command
		15	Self-test (with trip) command
9876 (0x2694)	HMI command register 2	0	Reserved
		1	Reserved
		2	Clear thermal capacity level command
		3	Reserved
		4	Reserved
		5	Clear trip counter command
		6	Factory reset command
		7	Soft starter reset command
		8–12	Reserved
		13	Store reference start curve command
		14	Clear trip records command
		15	Clear event records command

Remote Input Registers

Register address	Register description	Bit	Bit description
704 (0x02C0)	Remote command register 1	0	Motor run forward/High speed forward command
		1	Motor run reverse/High speed reverse command
		2	Local/Remote mode selection 1
		3	Trip reset command
		4	Local/Remote mode selection 2
		5	Self-test (without trip) command
		6	Motor low speed forward command
		7	Motor low speed reverse command
		8	Reset Inhibit command
		9	Reset number of starts command
		10	Reset number of stops command
		11	Clear energy command
		12	Reserved
		13	Logic test command
		14	Reset run hour command
		15	Self-test (with trip) command
705 (0x02C1)	Remote command register 2	0	Reserved
		1	Reserved
		2	Clear thermal capacity level command
		3	Reserved
		4	Reserved
		5	Clear trip counter command
		6	Factory reset command
		7	Soft starter reset command
		8–12	Reserved
		13	Store reference start curve command
		14	Clear trip records command
		15	Clear event records command

CALL_EOM 13 Description

When the CALL_EOM argument equals 13, the function executes the Direct Online operating mode.

The logic ID to use in your customized program is:

LOGID_ID 269 for Direct Online operating mode

The temporary registers are used as follows:

Register	Register description	Bit	Bit description
Input register 25	Copy of the DI inputs	0	Local-START> DI
		1	Local-STOP DI
		2	Not used
		3	Mode Selection 1
		4-5	Not used
		6	Remote-START> DI
		7	Remote-STOP DI
		8	Not used
		9	Mode Selection 2
		10-11	Not used
		12	Run DI
		13-15	Not used
Input register 27	Copy of the HMI inputs	0	HMI_START >
		1	Not used
		2	HMI_STOP
		3-4	Not used
		5	Mode Selection 1
		6	Mode Selection 2
		7-15	Not used
Input register 28	Copy of the remote inputs	0	Remote Start >
		1-3	Not used
		4	Mode Selection 1
		5	Mode Selection 2
		6-15	Not used
Input register 29	Copy of the custom inputs	0	Custom Start >
		1	Not used
		2	Custom Stop
		3-15	Not used
Output register 31	Outputs of the `CALL_EOM` instruction to assign to LTMT main unit outputs.	0	Custom logic Run1 command information
Output register 31		1-15	Not used

CALL_EOM 14 Description

When the CALL_EOM argument equals 14, the function executes the Reverse Direct Online operating mode.

The logic ID to use in your customized program is:

LOGID_ID 270 for Reverse Direct Online operating mode

The temporary registers are used as follows:

Register	Register description	Bit	Bit description
Input register 25	Copy of the DI inputs	0	Local-START> DI
		1	Local-STOP DI
		2	Not used
		3	Mode Selection 1
		4	Local-START< DI
		5	Not used
		6	Remote-START> DI
		7	Remote-STOP DI
		8	Not used
		9	Mode Selection 2
		10	Remote-START< DI
		11	Not used
		12	Run DI
		13-15	Not used
Input register 27	Copy of the HMI inputs	0	HMI_START >
		1	Not used
		2	HMI_STOP
		3	HMI_START <
		4	Not used
		5	Mode Selection 1
		6	Mode Selection 2
		7-15	Not used
Input register 28	Copy of the remote inputs	0	Remote Start >
		1–2	Not used
		3	Remote Start <
		4	Mode Selection 1
		5	Mode Selection 2
		6-15	Not used
Input register 29	Copy of the custom inputs	0	Custom Start >
		1	Not used
		2	Custom Stop
		3	Custom Start <
		4-15	Not used
Output register 31	Outputs of the `CALL_EOM` instruction to assign to LTMT main unit outputs.	0	Custom logic Run1 command information
		1	Custom logic Run2 command information
		2-15	Not used

CALL_EOM 15 Description

When the CALL_EOM argument equals 15, the function executes the Star Delta operating mode.

The logic ID to use in your customized program is:

LOGID_ID 271 for Star Delta operating mode

The temporary registers are used as follows:

Register	Register description	Bit	Bit description
Input register 25	Copy of the DI inputs	0	Local-START> DI
		1	Local-STOP DI
		2	Not used
		3	Mode Selection 1
		4-5	Not used
		6	Remote-START> DI
		7	Remote-STOP DI
		8	Not used
		9	Mode Selection 2
		10-11	Not used
		12	Run DI
		13-15	Not used
Input register 27	Copy of the HMI inputs	0	HMI_START >
		1	Not used
		2	HMI_STOP
		3-4	Not used
		5	Mode Selection 1
		6	Mode Selection 2
		7-15	Not used
Input register 28	Copy of the remote inputs	0	Remote Start >
		1-3	Not used
		4	Mode Selection 1
		5	Mode Selection 2
		6-15	Not used
Input register 29	Copy of the custom inputs	0	Custom Start >
		1	Not used
		2	Custom Stop
		3-15	Not used
Output register 31	Outputs of the `CALL_EOM` instruction to assign to LTMT main unit outputs.	0	Custom logic Run1 command information
		1	Custom logic Run2 command information
		2	Custom logic Run3 command information
		3-15	Not used

Overview

Digital Input Registers

HMI Input Registers

Remote Input Registers

CALL_EOM 13 Description

CALL_EOM 14 Description

CALL_EOM 15 Description

Program Example