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4.2 Command Reference

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S

S

S

Syyyyn

nn

nttttaaaaxxxx

:DATAout:ITEM:EXTernalin?

R

R

R

Re

ee

essssp

pp

po

oo

on

nn

nsssse

ee

e

ssssyyyyn

nn

nttttaaaaxxxx

:DATAOUT:ITEM:EXTERNALIN <0-7>

Example

Example

Example

Example

Transmission

Response

":DATAOUT:ITEM:EXTERNALIN?"
":DATAOUT:ITEM:EXTERNALIN 7"

F

F

F

Fu

uu

un

nn

nc

cc

cttttiiiio

oo

on

nn

n

Queries the output item for the
measurement value with the 9603-01 to
FDD or printer.

S

S

S

Syyyyn

nn

nttttaaaaxxxx

:DEMAg <A>,,,

<A>

= I1,I2,I3,I4,I5,I6, EXT

Example

Example

Example

Example

":EXTernalinA:RANGe 1.5"

Performing zero adjustment for the
9603-01.

F

F

F

Fu

uu

un

nn

nc

cc

cttttiiiio

oo

on

nn

n

Degausses and zero adjusts the current
side of the circuit for each input unit.
When EXT is specified, the torque
sensor input on channel A of the 9603-
01 is corrected to zero. You can specify
up to seven items.

NOTE

NOTE

NOTE

NOTE

Valid when an AC/DC sensor is

combined with an AC/DC direct input
unit or a 9602 AC/DC CLAMP INPUT
UNIT.

Before performing zero adjustment for

the 9603-01, make sure that no torque
is applied to the torque sensor.

S

S

S

Syyyyn

nn

nttttaaaaxxxx

:DISPlay:EXTernalin

Example

Example

Example

Example

"DISPLAY:EXTERNALIN"

Makes a setting of the external input
display.

F

F

F

Fu

uu

un

nn

nc

cc

cttttiiiio

oo

on

nn

n

Makes a setting of the external input
display.

S

S

S

Syyyyn

nn

nttttaaaaxxxx

:EXTernalin[CH]:RANGe <NR1>

CH

: channel A/B

<NR1>

=

1, 1.5, 2 (chA, Strain gauge)
(1.0 mV/V, 1.5 mV/V, 2.0 mV/V)
1, 5, 10 (chA/B, DC)
(1 V, 5 V, 10 V)

Example

Example

Example

Example

":EXTernalinA:RANGe 1.5"

Aligns channel A with a torque sensor
output range of 1.5 mV/V.

F

F

F

Fu

uu

un

nn

nc

cc

cttttiiiio

oo

on

nn

n

Sets the voltage range for specified
channels on the 9603-01. You can select
a torque sensor type for channel A.

:DATAout:ITEM:EXTernalin?

Queries the output item for the measurement value by using the 9603-01.

:DEMAg

Degaussing

:DISPlay:EXTernalin

Makes a setting of the external input display.

:EXTernalin[CH]:RANGe

Setting the voltage range for the 9603-01.

Summary of Contents for 9603-01

Page 1: ...INSTRUCTION MANUAL For 9603 01 EXTERNAL SIGNAL INPUT UNIT...

Page 2: ......

Page 3: ...3 2 2 DC Voltage Input 7 3 3 Setting the Products 8 3 4 Setting the Pulse 8 3 5 Zero adjustment 9 3 6 Calculating Motor Power Pm 10 C C C Ch h h ha a a ap p p pt t t te e e er r r r 4 4 4 4 G G G GP...

Page 4: ......

Page 5: ...conditions apply as to the main 3194 MOTOR HARMONIC HiTESTER Introduction Thank you for purchasing this HIOKI 9603 01 EXTERNAL SIGNAL INPUT UNIT To get the maximum performance from the product please...

Page 6: ...s particularly important that the user read before using the equipment DANGER Indicates that incorrect operation presents extreme danger of accident resulting in death or serious injury to the user WA...

Page 7: ...libration or repair For accurate measurement allow one hour for warming up before use The 9603 01 can be used together with a strain gauge type torque meter but depending on torque meter specification...

Page 8: ...iv _____________________________________________________________________________________________ ______________________________________________________________________________________________...

Page 9: ...___________________________________________ Channel A Channel B Chapter 1 Overview The 9603 01 EXTERNAL SIGNAL INPUT UNIT can read signals from a strain gauge type torque sensor directly to the 3194 p...

Page 10: ...2 _____________________________________________________________________________________________ ______________________________________________________________________________________________...

Page 11: ...___________ ______________________________________________________________________________________________ Two measurement channels Motor power Two measurement channels Chapter 2 Display Screen There...

Page 12: ...4 _____________________________________________________________________________________________ ______________________________________________________________________________________________...

Page 13: ..._______________________________________________ NOTE Input is switched using the internal circuits but do not connect to connectors that are not being used Chapter 3 Setting Method 3 1 Changing the ch...

Page 14: ...V V 1 5 mV V and 2 mV V The full scale screen display values for these ranges are 1 0000 1 5000 and 2 0000 respectively when the scaling value is 1 The scaling value is calculated as follows Scaling v...

Page 15: ...hannels A and B have three ranges of 1 V 5 V and 10 V Changing on the MEAS screen The range for channel A corresponds to the voltage range switching key and the range for channel B corresponds to the...

Page 16: ...together with a unit designation 1 Display the EXT UNIT page on the STATUS screen 2 Using the CURSOR keys move the cursor to UNIT 3 Press F1 or F2 to set the units Unit for channel A space V N m mN m...

Page 17: ...t may differ depending on the rotation frequency even if no torque is applied to the torque sensor Perform zero adjustment after you have set the required rotation speed After zero adjustment do not m...

Page 18: ...B 60 1000 W kN m Display value for channel A 2 display value for channel B 1000 60 W kgf m Display value for channel A 2 display value for channel B 9 80665 60 W kgf cm Display value for channel A 2 d...

Page 19: ...ipment After connecting the GP IB or RS 232C cable always be sure to secure the connection with the screws on the connector NOTE It is not possible to use simultaneously both GP IB and RS 232C interfa...

Page 20: ...a PM EXTB EXTA 4 2 Command Reference C C C Co o o om m m mm m m ma a a an n n nd d d d Indicates functions of message reference NOTE NOTE NOTE NOTE marks should not be input S S S Sy y y yn n n nt t t...

Page 21: ...s corrected to zero You can specify up to seven items NOTE NOTE NOTE NOTE Valid when an AC DC sensor is combined with an AC DC direct input unit or a 9602 AC DC CLAMP INPUT UNIT Before performing zero...

Page 22: ...n n nc c c ct t t ti ii io o o on n n n Sets the scaling value for the specified channel of the 9603 01 S S S Sy y y yn n n nt t t ta a a ax x x x EXTernalin CH SCALe CH channel A B R R R Re e e es s...

Page 23: ...yn n n nt t t ta a a ax x x x EXTernalinA GAGE R R R Re e e es s s sp p p po o o on n n ns s s se e e e s s s sy y y yn n n nt t t ta a a ax x x x EXTernalinA GAGE ON OFF Example Example Example Exam...

Page 24: ...xample Example Example Example MEASURE ITEM EXTERNALIN 7 As the default output items for measurement by external signal input unit specify EXTA EXTB PM F F F Fu u u un n n nc c c ct t t ti ii io o o o...

Page 25: ...in CH RANGe Querying the 9603 01 voltage range EXTernalin CH SCALe NR2 numerical data 1 Sets the scaling value of the 9603 01 EXTernalin CH SCALe Queries the scaling value of the 9603 01 EXTernalin CH...

Page 26: ...EXTernalin DATAout ITEM EXTernalin DEMAg DISPlay EXTernalin EXTernalin CH RANGe EXTernalin CH RANGe EXTernalin CH SCALe EXTernalin CH SCALe EXTernalin CH UNIT EXTernalin CH UNIT EXTernalinA GAGE EXTe...

Page 27: ...1 s MID 0 8 s SLOW 5 0 s The analog output response time is the time such that for an input change from 0 to 90 and 100 to 10 of the nominal range value the value is within 1 of the final stabilized v...

Page 28: ...10 Sine wave Zero ajustment 10 f s or less Measurement range 1 mV V 1 5 mV V 2 mV V Display SC 1 1 0000 1 5000 2 0000 Effective input range 5 to 110 Display range 0 1 130 Maximum allowed voltage 200...

Page 29: ...n LPF LPF Frequency measurement Switching Insulation Zero Ajustment A D 3194 Differential Amplifier Differential Amplifier Differential Amplifier Insulation Synchronization Detection Wavelength LPF LP...

Page 30: ...22 _____________________________________________________________________________________________ ______________________________________________________________________________________________...

Page 31: ...8 28 0568 E mail os com hioki co jp URL http www hioki co jp Printed in Japan 9603B981 00 All reasonable care has been taken in the production of this manual but if you find any points which are uncle...

Page 32: ...agano 386 1192 Japan TEL 81 268 28 0562 FAX 81 268 28 0568 E mail os com hioki co jp HIOKI USA CORPORATION 6 Corporate Drive Cranbury NJ 08512 USA TEL 1 609 409 9109 FAX 1 609 409 9108 9603B981 00 01...

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