ONO SOKKI - FV-1400 High-response Frequency-to-Voltage Converter

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Replaced by FV-1500 Frequency-to-Voltage Converter (Click here)

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FV-1400

High-Speed F/V Converter
FV-1400

	Product Brochures (PDF)
	Outer Dimensions (PDF)

Frequency range up to 120kHz

Photo (FV-1400 High-response F/V Converter)

The FV-1400 High-Speed F/V Converter is a high responding frequency-to-voltage (current) converter up to 120kHz that converts a frequency signal in proportional to rotational speed, general speed, etc. into analog voltage and current values for each period.

The FV-1400 High-Speed F/V Converter can measure and record a change in rotational speed in full-scale mode, rotational fluctuation in deflection output mode with high-accuracy. Easy to setup the range of frequency and rotational speed using digital switch, moreover, measurement value and setup menus are highly legible with the use of a fluorescent character display tube. Besides DC power input (12`42VDC) is convenient for in vehicle use.

It best suits measurement and record of the transient phenomena that occur in the rotational speed, flow rate, frequency fluctuation, and so on, such as the rotation startup characteristics of engines and motors and the minute rotational variations during stable rotation.

Features

Maximum input frequency to 120kHz

With a very high speed, available to convert frequency to voltage every one period of a signal.

CAL signal output (ZERO/FULL).

DC power input (12 to 42VDC) is convenient for in-vehicle use.

Frequency/Rotation speed display is selectable.

Easy to recognize measured value and setting menu, using a fluorescent character display tube.

Digital switch makes it easy to set frequency/rotation speed.

Possible to stack upward(Designed for vertical stacking).

Main Applications

Measuring motor startup characteristics

Measuring the rotational performance of rotating equipment

Measuring the rotational fluctuation of engines and motors

Rotational performance test with an over load

Application Example

Illustration (FV-1400 Application Example)

Specifications Summary

Conversion time

One cycle +7.6 s (DSP operation time) or less
One cycle +9.0 s or less (moving average)

Input impedance

2.2 k

Input format

Single ended, Isolated input

Input coupling

DC/AC (Approx. -3 dB at 0.9 Hz)

Input terminal

BNC (Type C02), Terminal board (sensor input)

Minimum input pulse width

4 s

Input signal format

AC input signal voltage range: 0.3Vp-p to 30Vp-p
DC input signal voltage range: Lo: +1V or less, Hi: +4 to 30V
Sensor signal (option): Line receiver (conforming to RS- 422A)

Trigger level adjustment range

0 to +5V

Input signal edge selection

Rising/falling edge selectable

Input frequency range

1 Hz to 120 kHz

Full-scale output	Can be set arbitararily within 1 to 120000 Hz in 1-Hz steps, 1 to 120000 r/min in 1-r/min steps
Deflection output	Setting arbitrarily within a measurement frequency range of up to 120 kHz (} 1%, } 5%, } 10%, } 20%, and } 50%)

Input counter resolution

28 bits (160MHz counter frequency)

Output terminal

BNC/Type C02 (voltage output), Terminal board (current output)

D/A resolution

16 bits

Analog output low-pass filter

OFF/1kHz selectable

Analog output terminal signal

Voltage output	0 to 10V (full-scale output) } 5V (deflection output) } 10V (deflection output/option)
Current output	0 to 16 mA (4 to 20 mA) 0 to 16 mA at the time of shipment Load resistance of 500 or less

Output DC offset

Voltage output: } 10 mV or less
Current output: } 0.01 mA or less

Temperature coefficient

Voltage output } 0.02%/F.S./C
Current output } 0.07%/F.S./C

Load resistance

100 k or more

Linearity

Voltage output	DC: } 0.1% (full scale) AC: } 0.2% (full scale) For details at the time of deflection, refer to the table below.
Current output	DC: } 0.7% (full scale) AC: } 1.4% (full scale) For details at the time of deflection, refer to the table below.

Pulse Outputs (Option)

Output terminal voltage: Lo: +1V or lower, Hi: +4.5V or higher
Load resistance: 100 k or more

Display

SIG: SIG LED lights up at signal input.
Display accuracy: } 0.01% } 1 count

CAL

Voltage output	ZERO: 0V, FULL: 10V
Current output	ZERO: 0 mA (4 mA) , FULL: 16 mA (20 mA)

Number of moving averages

2, 4, 8, 16, and 32 times

Number of pulses

1 to 3600 P/R

Sensor power supply

+12V } 10%, 150 mA
+5V } 10%, 150 mA

Number of units concatenated

2 (with dedicated AC adapter)

Supply voltage range

12V to 42VDC } 10%
Dedicated AC adapter (100 - 240VAC)

Power supply connector

MSTBA 2,5/4-G-5.08 (Unit side/Phoenix)
MSTB 2,5/4-ST-5.08 (Cable side/Phoenix)

Power consumption

Approx. 15VA

Operating temperature range

0 to +40 C

Storage temperature range

-10 to +55 C

Operating humidity range

0 to 80% (without condensation)

Storage humidity range

0 to 90% (without condensation)

Outside dimensions

210 (W) x 44 (H) x 200 (D) mm

Weight

Approx. 1 kg

Accessories

Power supply connector (MSTB 2,5/4-ST5.08) ~1pc.
Instruction manual~1copy
Dedicated AC adapter(PB-707N, 100 to 240VAC)~1pc.

Table (voltage output at the time of deflection)

Input Format	Center Frequency	1%	5%	10%	20%	50%
DC	10 k to 120 k	} 10 %	} 2 %	} 1 %	} 0.5 %	} 0.2 %
DC	1 to 10 k	} 5 %	} 1 %	} 0.5 %	} 0.25 %	} 0.1 %
AC	10 k to 120 k	} 20 %	} 4 %	} 2 %	} 1 %	} 0.4 %
AC	1 to 10 k	} 10 %	} 2 %	} 1 %	} 0.5 %	} 0.2 %

Table (current output at the time of deflection)

Input Format	Center Frequency	1%	5%	10%	20%	50%
DC	10 k to 120 k	} 10 %	} 2 %	} 1 %	} 0.5 %	} 0.2 %
DC	1 to 10 k	} 5 %	} 1 %	} 0.5 %	} 0.25 %	} 0.1 %
AC	10 k to 120 k	} 20 %	} 4 %	} 2 %	} 1 %	} 0.4 %
AC	1 to 10 k	} 10 %	} 2 %	} 1 %	} 0.5 %	} 0.2 %

CAUTION !
EThe total accuracy of current output is a sum of the deflection output accuracy and the full-scale accuracy including current output error in the table.

Example current calculation

Conditions: Input signal format DC, center frequency 50 kHz, scale 5%

Total current accuracy = Deflection output accuracy + Full-scale current accuracy = 2%+0.7% = 2.7%

RevisedF 2008/04/30