MODEL: R5-NP1

R5-NP1 SPECIFICATIONS

ES-6107 Rev.7 Page 4/5

http://www.m-system.co.jp/

DATA ALLOCATION MODE 2

•Output Data

The figure below shows the allocation of the data sent

from the network module to the master.

•Input Data

The figure below shows the allocation of the data sent

from the master to the network module.

0

15

+0

Module 1+0

Module 1+1

+2

Module 2+0

Module 2+1

+4

Module 3+0

Module 3+1

+6

Module 4+0

Module 4+1

+8

Module 5+0

Module 5+1

+10 Module 6+0

Module 6+1

+12 Module 7+0

Module 7+1

+14 Module 8+0

Module 8+1

0

15

+0

Module 1+0

Module 1+1

+2

Module 2+0

Module 2+1

+4

Module 3+0

Module 3+1

+6

Module 4+0

Module 4+1

+8

Module 5+0

Module 5+1

+10 Module 6+0

Module 6+1

+12 Module 7+0

Module 7+1

+14 Module 8+0

Module 8+1

Each module takes two-word areas for input and output respectively, regardless of whether the module type is

input or output. If a module for Data Allocation Mode 1 is used, all the bits for Module n+1 data turn to “0”

(unused).

An input module stores data in the output data area. The input data area is secured for the module but not used.

I/O DATA DESCRIPTIONS

The data allocations for typical I/O modules are shown below.

Refer to the manual for each module for detailed data allocations.

■ANALOG 16 BITS DATA

0 to 100% of the selected I/O range is converted into 0 to 10000 (binary).

With °C or Kelvin temperature unit, raw data is multiplied by 10. For example, 25.5°C is converted into 255.

With °F temperature unit, the integer section of raw data is directly converted into the data. For example, 135.4°F is

converted into 135.

Negative values are represented in 2’s complements.

0

15

■ 16-POINT DISCRETE DATA

0

15

Input 1 (Output 1)

Input 2 (Output 2)

Input 3 (Output 3)

:

:

Input 16 (Output 16)

0 : OFF

1 : ON