1 Select the scaling display method.

OFF ☑	Does not use the scaling function.
Decimal	Displays converted values as decimals.
Exponent	Displays converted values as exponents.

2 Select the scaling conversion method.

Ratio ☑	Sets the physical quantity (conversion ratio) per 1 V of input signal and the offset.
2-point	Sets converted values for two input signal voltage values.
Sensitivity	Sets the sensitivity constant for a heat flow sensor or actinometer.
Rating	Sets the rated capacity and rated output according to values in the inspection results sheet for the strain gage-type converter. (Available only when the U8554 or LR8534 Strain Unit is used)

The conversion method cannot be selected for pulse integration measurement.

Scaling settings during integration measurement

3 (When the scaling conversion method is set to [Ratio])

Enter the slope and the offset in [Slope] and [Offset], respectively.

Select the numerical value entry item and press the ENTER key to display the numerical value setting window.

“Value entry method” in “1.1 Performing Basic Operations” in the Instruction Manual.

Example setting

Make measurements using a differential probe with a division ratio of 1/100 and display waveform data as values expressed in units of volts (V):

Unit	V
Slope	100
Offset	0

4 Enter the post-conversion unit in [Unit] (up to 7 single-byte characters).

“Text entry method” in “1.1 Performing Basic Operations” in the Instruction Manual.

5 (When the scaling conversion method is set to [2-point])

Enter the pre- and post-conversion values in [Convert 1] and [Convert 2], respectively.

Select the numerical value entry item and press the ENTER key to display the numerical value setting window.

Example setting

Convert 4-20 mA output from a sensor into 0 to 100 mm.

The 4-20 mA output is measured as 1 V to 5 V using a 250 Ω shunt resistor.

Convert a range of 1 V to 5 V into that of 0 mm to 100 mm.

Unit	mm
Convert 1	Convert 1 into 0 (1 V into 0 mm).
Convert 2	Convert 5 into 100 (5 V into 100 mm).

6 (When the scaling conversion method is set to [Sensitivity])

Enter the sensitivity value in [Sensitivity].

Select the numerical value entry item and press the ENTER key to display the numerical value setting window.

Example setting

Make measurements using a heat flow sensor with a sensitivity constant of 0.02421 mV/W•m^-2 and display waveform data as values expressed in units of watts per square meter (W/m²):

Unit	W/m2
Sensitivity	0.02421 m (displayed as 24.21 μ)
Offset	0

7 (When the scaling conversion method is set to [Rating])

(Available only when the U8554 or LR8534 Strain Unit is used)

Enter the rated capacity and rated output in [Capacity] and [Output], respectively.

Set the rated capacity and rated output^*1 (μV/V) according to values in the inspection results sheet for the strain gage-type converter.

Enter the rated capacitance unit as the unit.

Select the numerical value entry item and press the ENTER key to display the numerical value setting window.

Specify the parameters such that the quotient of the rated capacity divided by two times the rated output is less than or equal to 9.9999E+9.

For the rated capacity and rated output, see an inspection record of a strain gauge converter to be used.

1. *1

   Some inspection reports may provide the rated output in two representations: the one expressed in microvolts per volt (μV/V) and the other expressed as a dimensionless quantity multiplied by 10 to the −6th power strain (×10^-6 strain, με).

   In such a case, enter the quantity in microvolts per volt.

Example setting

If you wish to display measured results obtained using an acceleration sensor with a rated capacity of 20 G and rated output of 1000 μV/V as values expressed in units of gees (G):

Unit	G
Capacity	20
Output	1000 (displayed as 1k)

You can use [Scaling] on the settings list screen to configure the settings.

“1.9 Configuring Channels in a List” in the Instruction Manual.

 

1 Select the scaling display method.

OFF ☑	Does not use the scaling function.
Decimal	Displays converted values as decimals.
Exponent	Displays converted values as exponents.

2 Enter the post-conversion unit (up to 7 single-byte characters).

“Text entry method” in “1.1 Performing Basic Operations” in the Instruction Manual.

3 Enter physical quantity per pulse or the number of pulses (example: 1 c = 1 pulse) that corresponds to a value of one in the basic units.

Select the numerical value entry item and press the ENTER key to display the numerical value setting window.

The settings that define the physical property per pulse and the number of pulses corresponding to a value of one in the basic units are linked.

 

Example setting

When connecting a watt-meter with 50,000 pulses per kWh and integrating its output

Scaling	Decimal
Unit	kWh
1 kWh	50000 (number of pulses per kWh)

When connecting a flowmeter with 10 L per pulse and integrating its output

Scaling	Decimal
Unit	L
1 pulse	10 (flow rate [L] per pulse)

1 Choose between two scaling display options: [Decimal] and [Exponent].

2 Select [Ratio] as the scaling conversion method.

3 Press the ENTER key while [Power] is selected.

The power scaling screen is displayed.

4 Enter the voltage V and the power factor λ in the [Input] and [Power factor] boxes, respectively.

 

Example setting

For a voltage of 100 V, a power factor of 80%

Input	100
Power factor	0.8

5 Press the ENTER key while [OK] is selected

The slope, offset, and unit (W) is automatically set.