M6NXF1-S1V2-R datasheet(7/7 Pages) MSYSTEM

7 / 7 page

MODEL: M6NXF1

M6NXF1 SPECIFICATIONS

ES-7917 Rev.8 Page 7/7

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

LEAD-TIME COMPUTING

The module operates a lead-time equation.

X0 (s) = (1 + Ts) X1 (s)

where

X1: Input

X0: Output

Parameters

Lead-time constant (0.5000 to 100.0000 seconds)

RAMP BUFFER

The modules output does not change faster than a preset

maximum rate, positive CP and negative CN, no matter

how fast its input changes.

CP:

Maximum rate of positive output change

(0.0000 to 200.0000%/second)

CN:

Maximum rate of negative output change

(0.0000 to 200.0000%/second)

HIGH / LOW LIMIT

The output does not go above the preset high limit or

below the preset low limit.

High and Low limits are independently selectable.

USER’S TABLE LINEARIZATION

The input is converted into a linearized output according

to the user speciﬁed segment data table, deﬁned with pairs

of X (input) and Y (output) values.

2 to 101 segment points can be speciﬁed.

INVERTED OUTPUT

The output is inversely proportional to the input.

X0 = 100 – X1

where

X1: Input (%)

X0: Output (%)

SQUARE ROOT EXTRACTION (orifice, venturi)

The output is square root of input.

___

X0 = 10

√ X1

where

X1: Input (%)

X0: Output (%)

INPUT

• Step input with lead-time constant

OUTPUT

INPUT

• Step input with rate-of-change limits

OUTPUT

X 2 OUTPUT (Palmer-Bowlus flume, Parshall flume)

X0 = X1 2 / 100

where

X1: Input (%)

X0: Output (%)

X 5/2 OUTPUT (triangular or V-notch weir)

X0 = X1 5/2 / 1000

where

X1: Input (%)

X0: Output (%)

X 3/2 OUTPUT (rectangular weir)

X0 = X1 3/2 / 10

where

X1: Input (%)

X0: Output (%)

OTHER FUNCTIONS

The low-end cutout point can be set within

0.0000 – 99.9999% of input signal.

Specifications are subject to change without notice.

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