Siemens SIMATIC TI505 User's Guide download pdf (Page 26)

Simatic/TI 505 Ethernet Driver Help

Loop Raw Setpoint LSPR<address> 1-65536 Word Read/Write

Loop Raw Error LERRR<address> 1-65536 Word Read Only

Loop Raw High-High Alarm

Limit

LHHAR<address> 1-65536 Word Read/Write

Loop Raw Low-Low Alarm

Limit

LLLAR<address> 1-65536 Word Read/Write

Loop Raw Alarm Deadband LADBR<address> 1-65536 Word Read/Write

Loop Raw Bias LMXR<address> 1-65536 Word Read/Write

Loop Raw Setpoint Low

Limit

LSPLR<address> 1-65536 Word Read/Write

Loop Raw Setpoint High

Limit

LSPHR<address> 1-65536 Word Read/Write

Loop C Flags - MSW LCFH<address> 1-65536 Word Read/Write

Loop C Flags - LSW LCFL<address> 1-65536 Word Read/Write

Loop Derivative Gain Limit

Coef.

LKD<address> 1-65535 Float Read/Write

Loop Ramp/Soak Step

Number

LRSN<address> 1-65536 Word Read/Write

Loop Alarm ACK Flags LACK<address> 1-65536 Word Read Only

*For more information, refer to LVF Bit Definitions.

**For more information, refer to LCF Bit Definitions.

***For more information, refer to LRSF Bit Definitions.

Array Support

Non-Boolean addresses accept array notation. To view data as an array, append '[rows][cols]' to an address. For

example, V500 [2][2], V100 [12].

Packed Task Code Protocol

The following address types and arrays are not supported under Packed Task Code Protocol. CAMP Protocol will be

used instead.

Loop Control (C) Flags (LCF)

Loop Raw High Alarm Limit (LHAR)

Loop Raw Low Alarm Limit (LLAR)

Loop Raw Process Variable (LPVR)

Loop Raw Orange Deviation (LODAR)

Loop Raw Yellow Deviation (LYDAR)

Loop Raw Output (LMNR)

Loop Raw Setpoint (LSPR)

Loop Raw Error (LERRR)

Loop Raw High-High Alarm Limit (LHHAR)

Loop Raw Low-Low Alarm Limit (LLLAR)

Loop Raw Alarm Deadband (LADBR)

Loop Raw Bias (LMXR)

Loop Raw Setpoint Low Limit (LSPLR)

Loop Raw Setpoint High Limit (LSPHR)

LVF Bit Definitions

Loop Variable Flag Data Element Format

The server default settings are shown in bold.

MSB LSB

ABCD EFGH IJKL MNOP

The LVF bit has the following format:

V/W, X/Y

V=0-based bit addressing. Bit 0 is MSB.

W=1-based bit addressing. Bit 1 is MSB (Simatic 505 documentation).

X=0-based bit addressing. Bit 0 is LSB.

Y=1-based bit addressing. Bit 1 is LSB.

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Siemens SIMATIC TI505 User's Guide Page 26

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