n

Serial port number of the control

Options

Description

-Bxxxxxx

BaudRate setting (default 19200)

-RELAX

Disables sending of error code in case of read/write to undefined files/elements

-STRAIGHT_STRING

Forces transmission of strings with non-inverted bytes within the word

-STRING_Z

Forces the use of the "0x0" character to terminate strings

-HALFDUPLEX

Uses DF1 communication in Half-Duplex mode

ff

Number of files (10-:-254)

el

Index of the word within the file (0-:-254). It is considered an error if an element has already been defined

typeR3

Description

r(nn)

Defines the use of the 32 bits (2 words - 4 bytes) of the given integer register. This definition therefore occupies 2 elements (el and el+1) in the indicated integer file (ff). Any attempts to access the high word directly will be reported as errors. nn can take values between 1 and NUM_R

r(nn) -I16

Defines the use of the low 16 bits (1 word - 2 bytes) of the indicated integer register. In case of a write command, bit 15 (0x8000) will be extended into the high word of the register. nn can take values between 1 and NUM_R

r(nn) -U16

Defines the use of the low 16 bits (1 word - 2 bytes) of the indicated integer register. In case of a write command, the high word of the register will always be cleared. nn can take values between 1 and NUM_R

nvr(nn)

Defines the use of the 32 bits (2 words - 4 bytes) of the indicated nonvolatile integer register. This definition thus occupies 2 elements (el and el+1) in the indicated integer file (ff). Any attempts to access the high word directly will be reported as errors. nn can take values between 1 and NUM_NVR

nvr(nn) -I16

Defines the use of the low 16 bits (1 word - 2 bytes) of the indicated nonvolatile integer register. In case of a write command, bit 15 (0x8000) will be extended into the high word of the register. nn can take values between 1 and NUM_NVR

nvr(nn) -U16

Defines the use of the low 16 bits (1 word - 2 bytes) of the indicated nonvolatile integer register. In case of a write command, the high word of the register will always be cleared. nn can take values between 1 and NUM_NVR

am(nn)

Defines the use of the 32 bits (2 words - 4 bytes) of the indicated mask am. This definition thus occupies 2 elements (el and el+1) in the indicated integer file (ff). Any attempts to access the high word directly will be reported as errors. Masks are available as read-only (allowed values 1ч64). nn can take values between 1 and 32

am(nn) [-I16|-U16]

Defines the use of the low 16 bits (1 word - 2 bytes) of the indicated mask am. Masks are available as read-only. nn can take values between 1 and 32

aln(nn)

Defines the use of the 32 bits (2 word - 4 byte) of the indicatedaln. This definition thus occupies 2 elements (el and el+1) in the indicated integer file (ff). Any attempts to access the high word directly will be reported as errors. The ALN is available as read-only. nn can take values between 1 and 32

aln(nn) [-I16|-U16]

Defines the use of the low 16 bits (1 word - 2 bytes) of the indicated aln. Masks are available as read-only. nn can take values between 1 and 32

sr(nn) -Ccc

Defines the use of the specified characters (cc) in the indicated string register (nn). This definition thus occupies a number of elements in the indicated file (ff) equal to (cc+1)/2. It is recommended to use an even number of characters. nn can take values between 1 and NUM_SR

nvsr(nn) -Ccc

Defines the use of the specified characters (cc) in the specified nonvolatile string register (nn). This definition then occupies a number of elements in the indicated file (ff) equal to (cc+1)/2. We recommend using an even number of characters. nn can take values between 1 and NUM_NVSR

als(nn) -Ccc

Defines the use of the specified characters (cc) in the specifiedals (nn). This definition then occupies a number of elements in the indicated file (ff) equal to (cc+1)/2. It is recommended to use an even number of characters. nn can take values between 1 and 32

NOTE: Unit index brackets (nn) are optional, so either R(11) or R 11 is allowed.

Options

Description

-Rnn

Number of repetitions of definitions with autoincrement of element index and unit index R3. nn can take values between 1 and number of elements still available (max 255)

ff

Number of rows (10-:-254)

el

Index of the float within the file (0-:-254). It is considered an error if an element has already been defined

typeR3

Description

rr(nn)

Defines the use as float (4 bytes) of the indicated real register. This definition thus occupies 1 element (el) in the indicated file (ff). In the event that the number contained in the real register is greater than the maximum float that can be represented, the value is restricted to it.

nn can take values between 1 and NUM_RR

nvrr(nn)

Defines the use as float (4 bytes) of the indicated nonvolatile real register. This definition thus occupies 1 element (el) in the indicated file (ff). In the event that the number contained in the real register is greater than the maximum float that can be represented, the value is restricted to it.

nn can take values between 1 and NUM_NVRR

NOTE: The unit index brackets (nn) are optional, so either RR(19) or RR 19 is allowed.

Options

Description

-Rnn

Number of repetitions of definitions with autoincrement of element index and unit index R3. nn can take values between 1 and number of elements still available (max 255)