Tsuruga 471C Quick Manual

Tachometer

471C

Quick Manual

Contents

Introduction ····················································· 1

About this booklet ········································································· 1 Precautions ·················································································· 1 Installation precautions ·································································· 2

Nomenclature ··················································· 3

Operation panel ············································································ 3 Rear panel ···················································································· 5

Installation ······················································· 6

Installation conditions ···································································· 6 Accessories··················································································· 6 Mounting method ·········································································· 7 Dismounting ················································································· 8 Wiring method ·············································································· 9 Terminal layout and explanation ···················································· 11

Usage of Function Code ··································· 16

Function code list ········································································ 16 Setting method of code No. ·························································· 17 Function setting method ······························································· 18

Usable Operation ············································ 22

Change comparison values of SV1 and SV2 Teaching function ········································································ 23 Adjustment of analog output (Option) Restore to the factory setting

································································ 25

················································· 22

················································· 24

Specification ··················································· 26

Option Output ················································· 28

PhotoMOS compare output ··························································· 28 Analog output ············································································· 32 BCD output (Digital output) ·························································· 34

471C

Introduction

! Warning

This is the warning to avoid danger. Severe injure or fatal accident may occur to the user in case the product is mishandled.

! Caution

This is the caution to avoid danger. Minor injury to the user or physical obstacle may occur in case the product is mishandled.

This model is tachometer. Signal from rotor is displayed as rotation speed.

About this booklet

Thank you for purchasing our Tachometer 471C. Before use of the product, read this quick manual carefully and thoroughly, and keep it available for routine reference.

If the product is not used in the specified way decided by manufacturer, the functions protected and guaranteed by manufacturer may be lost.

The following symbol marks are used in this quick manual for the safety use of the product.

Precautions

For the safe use of this product, users must follow the following warning and caution.

! Warning

 There is no power on-off switch on the model 471C. It immediately starts

to operate by connecting with power supply.

 Never touch the terminals when power is ON. There may be risk of

electric shock.

! Caution

 The rated data for warm up is specified for more than 15 minutes.  When the front panel or the case becomes dirty, wipe it with soft cloth. If

the dirt is difficult to remove, wipe it lightly with the soft moist cloth with mild detergent diluted with water and finish by wiping with a dry cloth. Do not use organic solvent like benzene or paint thinner as they may deform or discolor the surface of the case.

471C 1

Introduction（contd.）

Installation precautions

For the safe use of this product, users must follow the following caution.

! Caution

 If the product is installed inside the cabinet, provision for the proper heat

dissipation should be done to prevent the temperature exceeding more than 50 ℃ inside the cabinet.

 Do not mount the product narrow distance. The rise of temperature may

decrease the life of the product.

 Do not use the products in the following places. It may be the cause of

damage or malfunction.

＊Wet place (rain, water drops), direct sunlight ＊Place having high temperature, humidity, dust and corrosive gases ＊Place having excessive noise, waves, static electricity ＊Place having lots of vibration and shock

 Store the product in the specified temperature range between -20℃ to

65℃.

2 471C

Nomenclature

No.

Name

Function

①

Display１

Process value (Current value) is displayed. Red or green can be selected for display color.

②

Over

Light on when display１exceeds 999999. Display color: Red

③

MEM

Light on when memory-enable set is ON (Code No.40）. Display color: Red

④

P・B

Light on when P.B is displayed. Display color: Red

⑤

SV1

Either peak value or comparator value set by customer can be displayed. Display color: White

⑥

SV2

Either bottom value or comparator value set by customer can be displayed. Display color: White

⑦

Unit

Pasting position of Unit sticker

⑧

Comparative display

The comparison status of the comparison output is displayed.

⑨

SET Display

Light on during setting mode.

OVE R SET

ENTER

MODE

P・B

MEM

P・B

(COMP)

rpm

⑤SV1

⑥SV2

HH H L LL

① Display 1

④ P・B

⑦ Unit

⑧ Comparative display

⑨ SET Display

② Over

⑩ Setting ke y

⑪ P・B Key

③ Memory Dis play

Operation panel

471C 3

Nomenclature（contd.）

No.

Name

Function

⑩

Setting key

MODE

During measurement mode：Change to Setting mode,

Adjustment mode

During setting mode：Change to each code No.

▼(COMP)

During measurement mode: Set comparison value During setting mode: Select the digit to change

▲

During measurement mode: Teaching function （Except when switching to diagnosis mode） During setting mode：Change of setting value

ENTER

During measurement mode：Invalid During setting mode：Set value changed to saved

measurement mode

⑪

P・B key

P･B

During measurement mode：Reset Peak and Bottom

value

During setting mode: Setting mode changes to

measurement mode without saving the set value.

0 1 2 3 4 5 6 7 8 9 DP

minus

0 1 2 3 4 5 6 7 8 9 .

-

A B C D E F G H I J K L M N O P Q R S T U V W X Y

Z

A B C D E F G H I J K L M N O P Q R S T U V W X Y

Z

Liquid Crystal Display

4 471C

No.

Name

Function

⑫

Terminal A1 to A6

A1, A2：Sensor power supplies A3, A4：Input terminals A5, A6：Vacant terminals

⑬

BCD output connector

Open collector NPN transistor output

Terminal RS-232C

B1 to B5:RS-232C communication B6: Vacant terminal

Terminal RS-485

B1: + B2: - B4, B5: Terminal resistances B3, B6: Vacant terminals

⑭

Terminal C1 to C6

C1 to C4: Input terminals of controlling comparator C5, C6: Analog output terminals

⑮

Terminal D1 to D6

D1 to D6: HH, H, L and LL output terminals

⑯

Terminal E1 to E6

E1, E3: Power supply terminals E5: Ground terminal E2, E4, E6: Vacant terminals

1 2 3 4 5 6

A B C D E

12 13 14 15 16

Rear panel

※ ⑬, ⑭ and ⑮ are option specification

471C 5

Installation

Power supply

AC100 to 240V 50/60Hz, DC24V

Voltage tolerance of power supply

AC90 to 250V, DC24V±10%

Power consumption

During AC100V: Approx. 9VA, During AC200V: Approx. 12VA During 24VA: Approx. 200mA

Operating ambient temperature

0

to

50℃, 40

to

85%RH（No condensation）

Storage temperature

－20

to

65℃（No condensation）

Weight

Approx. 300g

Mounting method

Tighten from behind the panel with exclusive mounting bracket.

Insulation resistance

Measuring input terminals – External Case DC 500 V, More than 100 MΩ Power supply terminal – External Case DC 500 V, More than 100 MΩ Power supply terminal – Measuring input DC 500 V, More than 100 MΩ Measuring input terminals – BCD output DC 500 V, More than 50 MΩ Measuring input terminals – Analog output DC 500 V, More than 50 MΩ

Withstand voltage

Measuring input terminals – External Case AC 2000 V for one minute Power supply terminal – External Case AC 2000 V for one minute Power supply terminal – Measuring input AC1500 V for one minute Measuring input terminals – BCD output, RS-232C, RS-485 AC 500 V for one minute Measuring input terminals – Analog output AC 500 V for one minute

Protective structure

Front operation unit IP65, Case part except front side IP20,

Terminal block IP00

Installation conditions

Accessories

Make sure that the following items are included with product supplied.

・471C main unit ・Bracket 2pcs. ・Waterproof packing ・Quick Manual (This booklet)

(For the model with RS-232C or RS-485, exclusive quick manual is included.)

・Unit Sticker ・Connector (2m with flat cable) (In case of BCD Output model)

6 471C

min.30

min.75

min.130

ECBA D

①

②

①

Push ②

Side view of bracket mounting

Top view of bracket mounting

Bracket

Panel to mount

Waterproof packing

Mounting method

Mounting pitch

Panel cutout dimensions: 92 Panel thickness: 0.6 to 3.5mm（Degree of protection IP65)

3.6 to 10mm（Degree of protection IP20） If the material of the panel is aluminum, it may

be deformed due to its weak strength. So, it is recommended to use the thickness of aluminum panel sheet with at least 1.5mm.

Mounting pitch（Refer to the Right figure）

＋0．8 0

× 45

＋0．6 0

mm

Mounting method to panel

1 Insert the main unit fitted with the waterproof packing into the hole, from the panel

front, and insert the attached bracket to the ditch on both sides of the main unit. Press the bracket as shown by arrow ① until the main unit is stably stays and fix the bracket. Do not remove it as the packing acts as stopper too. Refer to the side view drawing of the bracket mounting shown below.

2 To fix the main unit more firm, press the back part (center part) of the bracket

indicated by arrow ② by screwdriver, which enhances the stopper strength.

471C 7

 When the bracket is pressed by minus screwdriver, press it to the

direction as shown in arrow ②.

The pressing of other part may cause the damage of bracket.

! Caution

Installation（contd.）

ECBA D

Lever

Extend the lever about

1mm and releases the lock

Enlarged view of bracket inside

Bracket lock releasing

Dismounting

1 The lever lock of bracket can be released by extending the lever outward about 1 mm

by fingers as shown in figure below.

2 Keep extending the lever outward, slide the bracket backward of the main unit and

remove it from the ditch.

! Caution

The extension of the lever or the stress to it by metallic piece like screwdriver for a long time may damage the lever.

8 471C

Wiring method

Remove the terminal base cover of the rear side terminal and conduct the wiring. Make sure that the terminal base cover is attached after wiring. If both options of comparison output and analog output are used, first complete the wiring of the comparison output and then start the wiring of analog output.

Notes for wiring

! Warning

 To avoid an electrical shock, turn the power off when wiring.  Do not conduct wiring at moistened place or by wetted hands. There may

be risk of electric shock.

 Do not touch the terminals when turning the power on. There may be risk

of electric shock.

! Caution

 Power supply and load should be within the suitable range as prescribed

in specification. Negligence may cause the damage of products.

 Power supply should reach the rated power within a second.  After the power is OFF, pause more than 10 seconds before the power ON

again.

 Do not use the product with wrong wiring. It may be the cause of product

damage.

◆

Others caution during wiring

 Always use input line and power line independently. If input line and power line are wired in

parallel, it may cause an in stability of the display.

 When the auxiliary relay is operated by the relay output to run the electro- magnetic switch

or big size relay, take the noise preventive measures. In case that the noise is frequently occurred, it will be effective to store the product in the shielded housing or to insert the power source line filter or insulated transformer.

471C 9

Installation（contd.）

Recommended crimp terminal：V1.25-FS3 （Made of Fuji Terminal Industry Co., Ltd） Ext. diameter of covered cable：Max.φ3.3 Terminal screw：M3

Crimp terminal: Refer figure at the right

1 2 3 4 5 6

A

B C D E

6

18. 25

9.5

5.8 5

5.8

About the crimp terminal

Direction of crimp terminal

! Caution

 For the column B (RS-232C and RS-485), column C and D terminal blocks,

apply just one crimp terminal per terminal location.

 Do not wire the parallel connection, using two crimp terminals

(overlaying) at the same terminal location. It stresses the internal PCB and may cause the failure or trouble. As for the A column and E column terminal blocks, up to two crimp terminals per terminal location are acceptable.

10 471C

1 2 3 4 5 6

▲

A

B C D E

Term

NC

-

+

B6

B5

B4

B3

B2

B1

NCNC

SG

CS

RD

RS

SD

Term

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18

4

2

8

1

4

2

8

1

4

2

8

1

4

2

8

1

4

2

8

1

4

2

8

1

10

10 10

E1

E2

E3

E4

E5

E6

N C

AC100～24 0V

BCD_LATCH

SYNC

19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36

GND

DP1 DP2 DP3 DP4

D1

D2

D3

D4

D5

D6

HH

H

L

LL

0

1

2

3

4

5

POL

OUTPUT E NABLE

DATA COM DATA COM

DATA COM

C1

C2

C3

C4

C5

C6

A1

A2

A3

A4

A5

A6

COM

NC

SIG1

SIG2

OVER

H-COM

L-COM

SENSO R

DC24V

＋

－

NC

M.COM

M.SEL1

M.SEL2

M.SEL4

Sensor po wer suppl y

BCD o utpu t

Analo g ou tput

Power supply

At option al RS-232 C output At option al RS-485 output

At option al BCD outp ut

At option al

analog ou tput

When ther e is no o ption,

it become s NC (Vac ant terminal).

A.OUT ＋

A.OUT －

ＢＣＤ

a termina l block)

(B column i s

a termina l block)

(B column i s

ＥＡ

RS-48 5RS-23 2C

At option al

comparion output

Measuring i nput

Compariso n output( With selected mem ory

for compa rison)

NC: Non contact terminal

Do not use it.

NC: Non contact terminal

Do not use it.

NC: Non contact terminal

Do not use it.

Terminal layout and explanation

Rear side terminal

471C 11

・Replacement of the above terminal units by customers themselves is

prohibited because it may be the cause the damage of the product.

! Caution

Installation（contd.）

Connect the power supply at terminal No. E1-E3. Power supply voltage is mentioned on the

terminal nameplate at the time of shipment.

○AC power supply AC100 to 240V 50/60Hz

Permissible range AC 90 to 250V

○DC power supply

DC 24V Permissible range DC24V±10%

1 2 3 4 5 6

A

B C D E

＋－

1 2 3 4 5 6

A

B C D E

GND for

power supply

GND for

power supply

AC power supply

DC power supply

Power supply connection

! Caution

 Do not use the voltage out of permissible range. It may be the cause of

equipment damage.

 Power on / off, power supply should reach up to rated voltage or shut

down within 1 second.

 After the power is OFF, pause more than 10 seconds before the power ON

12 471C

again.

 GND (ground) terminal

In case of frequent noise generation on the power source line, it is effective to earth the ground terminal directly to the ground. If the instrument is not affected by environmental noise, the grounding can be omitted. In this case, take care for the ground terminal not to touch other input terminals, as it is charged with neutral electric potential of power source voltage.

Power supply for the sensor is connected from terminal No. A1-A3. If the power supply of sensor is applied from external sources, the connection of terminal No. A1 will not be required. When sensor power source is not used, A1 will be vacant and do not used it for other purpose.

○＋Sensor power supply

Connection example of（+V､0V）

○Connection example of measurement input

1 2 3 4 5 6

A B C D E

A1

A2

A3

A4

A5

A6

COM

SIG1

SIG2

SENSOR

NC

Sen sor ou tput

(Open co llector )

+V0V

Power su pply

for sens or

A1

A2

A3

A4

A5

A6

COM

SIG1

SIG2

A1

A2

A3

A4

A5

A6

COM

SIG1

SIG2

0V

OUT

SENSOR SENSOR

NC

4.0～30V

0～1.5V

No volt age contac t or

NPN open collector sensor sensor

Voltage pulse out put

Connection of input signal

471C 13

 If sensor power supply terminal A1 is accidentally short-circuited with

COM terminal A2, it may cause malfunction of the product.

! Caution

Installation（contd.）

Input signals is set during the selection of memory of comparative setting value. The configuration is as below. Refer P.28 to confirm the Enable /Disable function of comparative output.

The analog output can be obtained from the Terminal No.C5-C6. Use analog output within the specified range of allowable load resistance. （Refer Page 26『Model Configuration』）

Comparison output can be obtained in terminal No. ○D2 -○D1 、○D2 -○D3 、○D5 -○D4 and ○D5 -○D6 .

Equal NG

Equal GO

Displayed value≧

Higher (HH) set value

Displayed value＞

Higher (HH) set value

HH:

○

D2

-○D1

Displayed value≧ High(H) set value

Displayed value＞ High(H) set value

H:

○

D2

-○D3

Displayed value≦

Low(L) set value

Displayed value＜

Low(L) set value

L:

○

D5

-○D4

Displayed value≦

Lower(LL) set value

Displayed value＜

Lower(LL) set value

LL:

○

D5

-○D6

Contact capacity：AC/DC250V 200mA

1 2 3 4 5 6

A B C D E 1 2 3 4 5 6

A B C D E

1 2 3 4 5 6

A B C D E

C1

C4

C5

C6

C2

C3

M.COM

M.SEL1

M.SEL2

M.SEL4

+5V

Less than 10mA

Photocouplers

M.COM

M.SEL1/2/4

Switch

471C internal

C1

C2

C3

C4

C5

C6

A.OUT＋

A.OUT－

Connection of selected memory for comparison

Connection of analog output

Connection of comparison outputs (HH,H,L,LL）

14 471C

The configuration of 6 digits data output open collector (NPN) is shown as the connector arrangement of BCD output in page 11. Control input pin 16 BCD_LATCH, 17 OUTPUT ENABLE are shown in P.11 as the connector arrangement.

Accessory: Cable (5808-05) 2m

Connector (8822E-036-171-F, Kel Corp.)

Electrical schematic diagram

1 2 3 4 5 6

A B C D E

▲Mark

Lower cable No.19～36

Upper cable No.1～18

Upper cable

No.1(Brown)

Upper cable

No.18(Gray)

Lower cable

No.19(White)

No.36(Blue)

0V

24V

(0V)

OUT

0V

DC24V

IN

16 BCD_LATCH

0

４７１Ｃ

15 OVER

1 1×10

2 2×10

4 8×10

3 4×10

18,35 ,36DAT A COM

ENABLE

17 OUTPUT

DC power supply

Transistor output unit

Controller side

Transistor output unit

Daringto n

Connection of BCD output

471C 15

Usage of Function Code

Code

№

Function

Display１

Setting range

Default

Value

00

Key protect

KEY.

OFF, ON

OFF

01

Scale α

SCAL

000001E-9 to 999999E-0

000001E-0

02

Decimal point

DP

0/0.0/0.00/0.000/0.0000/0.00000

0

03

Input frequency filter

FLTR.

0.02kHz/10kHz/30kHz/100kHz

10kHz

04

Display cycle

RATE

00.1 to 19.9s

01.0

05

Number of moving average

M.AVE.

01 to 10

1

06

Min. revolution No.

MIN.R.

000000 to 999999

000000

07

Cut-off time

CUT

000.1 to 150.0

006.0

08

Predicted function

P.F.

OFF（Invalid）/ON（Valid）

OFF

09

Display of SV1, SV2

SUB.

OFF-OFF, PM-BM / OFF,HH,H,L,LL,PM-BM

＊1)

PM-BM

10

Display switch-off function

TURN.

0(OFF)/1(All display)/2(SV1, SV2), 0 to 99 minutes

0.01 11

Display color

COLO.

R(Red), G(Green)

G(Green)

Code

№

Function

Display１

Setting range

Default

Value

40

Memory-enable

MEM.

OFF(Invalid）/ON(Valid）

OFF

41

HH compared value

AL.HH

000000 to 999999 ＊2)

999999

42

H compared value

AL. H

000000 to 999999 ＊2)

999999

43

L compared value

AL. L

000000 to 999999 ＊2)

000000

44

LL compared value

AL.LL

000000 to 999999 ＊2)

000000

45

Hysteresis

HYS.

01 to 99

01

50

Power-on delay

P.DLY

1 to 99 seconds

1

51

HH comparison function

FRM.HH

OFF/ON

ON

52

H comparison function

FRM. H

OFF/ON

ON

53

L comparison function

FRM. L

OFF/ON

ON

54

LL comparison function

FRM.LL

OFF/ON

ON

55

Comparison condition

EQUL

GO (Equal ‘GO’), NG (Equal ‘NG’)

GO

Code

№

Function

Display１

Setting range

Default

Value

70

BCD logic switching

B.PN

0: Negative, 1: Positive

0: Negative

76

Digit selection

D.SEL.

0 (Last 4digits), 1 (Middle 4 digits), 2 (First 4 digits)

0

79

Full-scale

A.FUL.

0 to 9999

9999

Function code list

●Display functions

＊1）Display settings of HH,H,L,LL become enable, when comparison output function is on.

● Option comparison output function（HH,H,L,LL）

＊2）The settings of MEM 1 to 8 become enable, when code No.40 ’Memory-enable’ function is on.

●Option BCD output, Analog output

16 471C

Measurement Operation

Mode Setting

(Set Code No.)

Code

№

Function

Display１

Setting range

Default

Value

80

Baud rate

BAUD.

4800, 9600, 19200bps

9600bps

81

Parity

PARIT

non(None), odd(Odd no.), even(Even no.)

non

82

BCC switching

BCC

ON, OFF

OFF

83

Device number

RS.NO.

0 to 99

00

Identification of the key color during set up is as follows.

Black key: Valid key White key: Invalid key

［Common during the Setting mode

］

During setting mode, if the key is not operated for about 5 minutes, the operation returns into measurement mode automatically. At this time, the setting contents are not saved.

Again, if P･B key is pressed for more than 1 second, the setting value which may be under changing process becomes invalid and returns to measuring process.

MODE

▲

SET

MODE

Press 1 sec.

Confirm

Select the Code №

,▲

To function setting

●Option RS-232C, RS-485 output

Setting method of code No.

This is the basic input method of function code. Following the setting of the Code No., perform the function setting on the following pages.

471C 17

Usage of Function Code（contd.）

Mode Setting (Set number)

Mode Setting

Code No.01『Scale α』

Code No.02『Decimal point』

Mantissa and exponent portion of scale α can be set. display＝ｆ×α f:Input frequency, α: Scale value Setting range： 000001×10-9 to 999999×10-0

The decimal point at an arbitrary position can be lit up. The decimal point is not linked with the setting of Scale α. It's just a function to display the decimal point of indication externally. Setting range：

0/0.0/0.00/0.000/0.0000/0.00000

Ex.）Change from 000001E1-0 to 166666E-3.

Ex.）Change from 0.00 to 0.0.

▲

MODE

▲

MODE

SET

▲

To code No. setting

To measurment

operation

1sec.

ENTER

Code №02

1sec.

ENTER

1sec.

ENTER

Displays of

current setting

(Save)

Memorize

exponent portion

Change the position of

1sec.

ENTER

▲

MODE

▲

MODE

ENTER

MODE

SET

To code No. setting

Code №01

To measurment

operation

1sec.

ENTER

Displays of

current setting

1sec.

ENTER

MODE

SET

1sec.

(Save)

Memorize

,▲

Change

mantissa portion

Change

exponent portion

ENTER

1sec.

ENTER

1sec.

,▲

Function setting method

The following is an example of the input function setting. Refer this page when changing to the setting other than factory setting value. Continue the following operation of the function setting after completion of setting method of code No. mentioned in previous page (page 17).

18 471C

Mode Setting (Item setting

Mode Setting (Set number)

Code No.03『Input frequency filter』

Code No.04『Display cycle』

The High limit of Input frequency can be set. Set the Input frequency filter bigger than the max. frequency of Input signal.

Setting range： 100.00：0.0067Hz to 100kHz

030.00：0.0067Hz to 30kHz

010.00：0.0067Hz to 10kHz

000.02：0.0067Hz to 20 Hz

Averaged of new display cycle is shown. Setting range：00.1s to 19.9s

Ex.）Change from 10kHz (010.00) to 20Hz

(000.02)

Ex.）Change from 00.1 to 01.0

▲

MODE

▲

MODE

SET

Code №04

,▲

To code No. setting

To measurment

operation

1sec.

ENTER

Displays of

current setting

1sec.

ENTER

1sec.

ENTER

1sec.

ENTER

(Save)

Memorize

Change of setting

▲

MODE

▲

MODE

▲

SET

Code №03

To code No. setting

To measurment

operation

1sec.

ENTER

1sec.

ENTER

1sec.

ENTER

1sec.

ENTER

(Save)

Memorize

Displays of

current setting

Change of setting

471C 19

Usage of Function Code（contd.）

Mode Setting (Set number)

Code No.05『Number of moving average』

Code No.07『Cut-off time』

The measured value of display cycle calculated by the moving average is displayed.

Setting range：01 to 10 times

‘0’ display is shown when no signal comes over the Cut-off time regardless of display cycle. Set time longer than min. frequency time of input signal.

Setting range：000.1 to 150.0s. Ex.）Change from 01 to 10.

Ex.）Change from 150.0 to 100.0.

MODE

▲▲

MODE

SET

Code №07

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

,▲

of setting

Change

(Save)

Memorize

▲

MODE

▲

MODE

SET

Code №05

To code No. setting

To measurment

1sec.

ENTER

Displays of

current setting

1sec.

ENTER

1sec.

ENTER

1sec.

ENTER

,▲

(Save)

Memorize

operation

of setting

Change

20 471C

Mode Setting

(Item setting

Mode Setting

(Item setting

)

Code No.08『Predicted operation function』

Code No.09『SV1,SV2 display』

Display of linear calculation is predicted in between after the stoppage of pulse input to Cut-off time.

Setting range： ON（Valid） OFF（Invalid）

The values of SV1 and SV2 can be set here.

1) Without Comparison output Setting range ：OFF（SV1, SV2 No Display) PM BM（SV1:PM, SV2:BM)

2) With Comparison Output Setting range：PM BM fixed（SV1:PM, SV2:BM) OFF, HH, H, L, LL（SV1､SV2)

Ex.）Change from OFF to ON.

Ex.）Change 2)With Comparison output from

SV1:PM, SV2:BM to SV1:H, SV2:L.

Note：The display turs off, when the setting

values and HH, H, L, LL Comparison function（Code No.51､52､53､54）are off.

▲

MODE

▲

MODE

▲

SET

Code №08

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

of setting

Change

(Save)

Memorize

▲

MODE

▲

MODE

SET

Code №9

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

,▲

of setting

Change

(Save)

Memorize

Function mentioned above are the main setting methods. The setting of the other operation methods are also like the setting method of the Code No.01 to 09. The detail description of the setting ranges are omitted here. Please perform the other setting when necessary referring the Function Code List mentioned on Page 16.

471C 21

Usable Operation

▲

SET

During measurment operation

(COMP)

Pless

3 sec.

1 sec.

ENTER

,▲

1 sec.

ENTER

1 sec.

ENTER

(Save)

Memorize

During setting,

to measuring operation.

if 'P.B' key is pressed for more than 1 sec, new setting value becomes invalid and returns

Changing comparison values of SV1 and SV2

When comparison values of SV1 and SV2 are displaying, the values of SV1 and SV2 can be changed easily without using setting mode.

The Comparison values on SV1 and SV2 can be changed by pressing ▼(COMP) key for more than 3 sec.

Ex.）Change from ‘SV1 002000、SV2 001000’ to ‘SV1 003000、SV2 001000’.

Note: This function cannot be used when Key-protection is valid.

22 471C

To use this function, cancel Key-protection.

▲

SET

▲

,▲

1 sec.

ENTER

During measurment operation

▲

Pless

3 sec.

1 sec.

ENTER

1 sec.

ENTER

,▲

1 sec.

ENTER

1 sec.

ENTER

(Save)

Memorize

During setting,

to measuring operation.

if 'P.B' key is pressed for more than 1 sec,

If is pressed after 10^0 (1 digit) digit, decimal point can be set.

Set the decimal point (Displayed point is set)

Set the value 15000

new setting value becomes invalid and returns

Teaching function

When the actual revolution number can be confirmed, the scaling calculation can be omitted. The change of display values and error correction can be adjusted by using front panel keys only.

Teaching function can not be used, when revolution number is set beyond its range and ‘ERR2’ is displayed.

The calculated value of Scale α is rounded up avoiding the decimal figure.

Setting value may not be displayed depending on the setting of input and Teaching function value.

When ▲Key is pressed for more than 3 sec., Teaching function can be activated.

Ex.) Change from the display of 1500 to

150.00

Note: This function can not be used, when

Key-protection is valid. To use this function, cancel

Key-protection.

471C 23

Usable Operation（contd.）

ENTER

SET

▲

MODE

ENTER

MODE

During measurment operation

Mode setting

1 sec.

MODE

1 sec.

MODE

Display for 1 sec.

ENTER

Analog rated output

Adjustment point

0～ 5V 0～10V 1～ 5V 4～20mA

10V

20mA

5V

0V 0V 1V 4mA

▲

Memorize (Save)

Count down

▲ C ount up

Count down

▲ C ount up

Adjust output by multi-meter etc.

Press

Press 2 sec.

Adjustment of analog output (Option)

Fine Adjustment of Analog output (Option）can be done. If MODE is pressed continuously during measurement, ‘ANALOG ADJ‘ is displayed and fine

adjustment can be done.

Note: This function can not be used, when Key-protection is valid.

24 471C

To use this function, cancel Key-protection.

MODE

ENT ER

RESE T

MODE

ENT ER

RESE T

Power off

Power ON while pressing Enter

for more than 5 sec.

If Enter is released,

Restore to the factory.

setting returns to factory default value.

Restore to the factory setting

For the following case, restore to the factory setting first and then change to setting depending on the specification and suitable requirement.

 When display function or each output function of this model are required to change because

of the change of specification of sensor or measuring device.

 When this model is used to instrumentation system having different specification.

※ By doing this, the setting range of Function code (Code No.01～83) and 『Adjustment of

Analog Output(Option)』 returns to the factory setting.

471C 25

Specification

471C-

- - -

Power supply

PhotoMOS

compare

output

Analog output

Digital

output

Addition No.

Function

Symbol

Contents

①

Power supply

A

AC100 to 240V

9

DC24V

②

PhotoMOS compare output

X

No output

２

4 photoMOS Relays (HH, H, L, LL)

③

Analog output

X

No output

Allowable load resistance

04

DC0～5V

More than 1kΩ

05

DC0～10V

More than 1kΩ

09

DC1～5V

More than 1kΩ

29

DC4 to 20mA

Less than 510Ω

④

Digital output

X

No output

DN

BCD output Open collector output（NPN）

E0

RS-232C

E1

RS-485

Model configuration

26 471C

Measurement input

SIG1： No-voltage contact or NPN open collector Open collector residual voltage less than 3V Contact capacity DC12V 10mA SIG2： Voltage pulse Input resistance approx. 24kΩ L＝0 to 1.5V，H=4.0 to 30V

Display（LCD）

７segment display Display１:Character height 15.2mm Red／Green SV1,SV2: Character height 7.6mm White color With zero suppress function

Display range

display１: 0 to 999999 SV1,SV2: 0 to 999999

Decimal point

101, 102, 103, 104, 105 Optional selection (External control not allowed）

Over display

display１OVER Light up during over（Red） Exceeds 999999, OVER Light up －－－－－－displayed

Display cycle

Approx. 0.1 to 19.9s

Cut-off time

Approx. 0.1 to 150.0s

Min. Rotation number

000000 to 999999

Moving average Number

1 to 10 times

Input Frequency

0.0067Hz to 100kHz

0.0067Hz to 30kHz

0.0067Hz to 10kHz

0.0067Hz to 20 Hz

Display scale

display＝ｆ×α f:Input frequency, α: Scale value 00001×10

-９

to 99999×10-０

Display accuracy

± (0.008％ + 1digit) at 23℃ ± 5℃ 45 to 75％RH

Power supply line mixed noise

1000V（AC power supply）

Sensor power supply

DC12V ± 10% 80mA

General specification

471C 27

Mode Setting

Code No.40『Memory enable』

Code No.41『HH compared value』 Code No.42『H compared value』 Code No.43『L compared value』 Code No.44『LL compared value』

This is the function where selected memory of comparison can be set On or OFF.

Setting range： OFF（Invalid） ON（Valid）

The compared value of HH, H, L, LL can be set.

【

When setting of ‘Memory Enable’(CodeNo.40）is OFF】

Setting range：0 to 999999

Ex.) Change from OFF to ON

Ex.) Change the compared value HH 100000 to

020000

▲

MODE

▲

MODE

▲

SET

Code №40

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

of setting

Change

Memorize

(Save)

MODE

▲▲

MODE

SET

Code №41

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

,▲

of setting

Change

(Save)

Memorize

Option Output

PhotoMOS compare output

This is the setting change method of photoMOS compare output. Continue the following operation after the steps (Setting method of Code No.) mentioned on page 17.

28 471C

Mode Setting Item setting

+

Set numbers

Mode Setting

コードNo.45『Hysteresis』

The comparison value of HH, H, L, LL can be set.

【Setting of ‘Memory Enable’(

Code

No.40）is ON】 Setting range： Memory No.1 to 8 0 to 999999

The width of HH, H, L, LL comparison can be set.

Setting range：01 to 99

Ex.) Change comparison value HH Memory

No.2 from 100000 to 020000.

Ex.) Change Hysteresis from 01 to 02.

▲

MODE

▲

MODE

SET

Code №45

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

,▲

of setting

Change

(Save)

Memorize

MODE

▲

MODE

SET

MODE

SET

▲

To code No. setting

To measurment

1sec.

ENTER

operation

1sec.

ENTER

1sec.

ENTER

1sec.

ENTER

,▲

(Save)

Memorize

Code №41

Display of current

comparison values.

Change the

comparison values.

Chenge the mem ory No.

471C 29

Mode Setting

Code No.50『Power-on delay』

Code No.51『HH comparison function』 Code No.52『H comparison function』 Code No.53『L comparison function』 Code No.54『LL comparison function』

When power is supplied, set the time until comparison output becomes ON.

Setting range：01 to 99s

The comparison function HH, H, L, LL can be set.

Setting selection: OFF（No Comparison function） ON（With comparison function）

Ex.) Change from 01 to 10.

Ex.) Change comparison value HH from ON to

OFF.

▲

MODE

▲

MODE

SET

Code №50

To code No. setting

To measurment

1sec.

ENTER

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

,▲

of setting

Change

(Save)

Memorize

operation

▲

MODE

▲

MODE

▲

SET

Code №51

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

of setting

Change

(Save)

Memorize

Option Output（contd.）

30 471C

Mode Setting

コードNo.55『Comparison condition』

Switching the comparison condition of HH, H, L, LL to Equal NG or Equal GO can be done.

Setting selection：GO,NG

Ex.) Change from NG to GO.

▲

MODE

▲

MODE

▲

SET

Code №55

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

of setting

Change

(Save)

Memorize

471C 31

Option Output（contd.）

Accuracy

±(0.5％ of F.S.) at 23℃±5℃

Output cycle

Approx. 100ms

Response speed

Approx. (1/Input frequency) + 100ms+125ms

Condition Input frequency (0→less than 10Hz), Input frequency filter (0.02kHz), Display cycle(100ms),0→100% output

Approx. 100ms + 225ms

Condition Input frequency (0 → more than 10Hz), Input frequency filter (0.02kHz), Display cycle (100ms),0→100% output

Select the digit of output data

Selection of Display１ and setting mode can be selected either one type of first 4 digits or middle 4 digits or last 4 digits from 6 digit display .

Output Scaling

Full scale setting range 0000 to 9999

Analog output

Refer page 9 for "Wiring method" of this manual for the connector arrangement. Also refer page 26 for “Model configuration” of the rated output and external resistance load.

The measurement input and the analog output are insulated.

32 471C

Mode Setting

Code No.76『Selection of digit』

Code No.79『Full scale of analog output』

Out of 6 digits, analog output can be obtained by 4 digits conversion. That 4 digits can be selected from the last 4 digits, middle 4 digits or the first digits.

Setting selection: 0（last ４ digits), 1（middle ４ digits）, 2（first ４digits)

The display equivalent to the max. value can be specified.

Setting range：0000 to 9999

Ex.) Change from 0(last 4 digits) to 2(first 4

digits）.

Ex.) Change of analog display setting from full scale

9999 to 5000.

MODE

▲

SET

▲

MODE

Code №79

,▲

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

of setting

Change

(Save)

Memorize

MODE

▲

SET

▲

MODE

▲

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

of setting

Change

(Save)

Memorize

Code №76

Function setting

This is the setting change method of analog output. Continue the following operation after the steps (Setting method of Code No.) mentioned on page 17.

471C 33

Option Output（contd.）

Open collector

Sink type、Contact capacity DC30V10mA

Data BCD６digits

display１output ON(Negative logic), OFF(Positive logic)

Over（OVER)

Exceeds 999999, output ON(Negative Logic), OFF(Positive Logic)

Decimal point（DP1 to 4)

Output in correspond to the display of decimal point ON(Negative logic), OFF(Positive logic)

Polarity (POL)

＋ OFF(Negative logic), ON(Positive logic)

Logic switching

Logical setting of Data, Over, Decimal point and Polarity can be set to switch.

Synchronization signal （SYNC)

Pulse output become ON approx. for 10ms Read the data at good SYNC rising time.

BCD output cycle

Approx. 100ms

Input current

Less than 1mA, OFF(H Level)=3.5 to 5V, ON (L Level)=0 to 1.5V

BCD_Latch （BCD_LATCH）

When BCD_Latch pin is short circuited with DATA COM or set to L level, only BCD is retained. Display is done continuously.

Data enable （OUTPUT ENABLE）

When data enable pin is released (OFF), output data (OVER INCLUDED) is obtained. When data enable pin is shorted with DATA COM pin or set to L level, data (OVER INCLUDED) becomes OFF state, SYNC output is prohibited, and the connect to the system data bus becomes easy. (Display is not retained).

BCD output (Digital output)

Refer page 9 for "Wiring method" of this manual for the connector arrangement.

The measurement input and the BCD output are insulated.

Output

Control input

Accessory：BCD Cable 2m（Model 5808-05）

34 471C

Mode Setting

Code No.70『BCD output logic switching』

Logic setting of BCD data, over, decimal point and polarity can be set to switch.

Setting selection: 0 (Negative logic), 1（Positive logic）

Ex.) Change from 0(Negative logic) to 1（Positive logic）.

MODE

▲

SET

▲

MODE

▲

SET

Code №70

To code No. setting

To measurment

1sec.

ENTER

operation

Displays of

1sec.

ENTER

current setting

1sec.

ENTER

1sec.

ENTER

of setting

Change

(Save)

Memorize

Function setting

This is the setting change method of BCD output logic switching. Continue the following operation after the steps (Setting method of Code No.) mentioned on page 17.

471C 35

Memo:

36 471C

471C 37

Tsuruga Electric Corporation

Osaka Headquarters

1-3-23, Minamisumiyoshi, Sumiyoshi-ku, Osaka, Japan, 558-0041 TEL 81-6 -6692-6700, FAX 81-6 -6609- 8115 E-mail: ft[email protected]

Yokohama office

1-29-15, Shinyokohama, Kohoku-ku, Yokohama, Kanagawa, Japan, 222-0033

Tokyo Office

5-25-16, Higashigotanda, Shinagawa-ku, Tokyo, Japan, 141-0022

Nagoya Office

Sun Park Higashi Betsuin Bld. 2F 5-19, Oicho, Naka-ku, Nagoya, Aichi, Japan, 460-0015

Osaka Plant

1-3-23, Minami Sumiyoshi, Sumiyoshi-ku, Osaka, Japan, 558-0041

Shiga Plant

122, Kawasaki-Cho, Nagahama, Shiga, Japan, 526-0846

www.tsuruga.co.jp

I-02394

RS-232C

Output

RS-485

Tachometer

471C

Quick Manual

内容

Contents

About this booklet ······································ 1 Model name for communication output

Connector arrangement and connection method

RS-232C ············································································· 2 RS-485 ··············································································· 2

············· 1

·················· 2

Function code ············································· 3

Communication command (RS-232C, RS-485 common)

Instructions about the comment ············································ 4 Command／Response ··························································· 5 Command list ······································································ 8

··········· 4

! Warning

This is the warning to avoid danger. Severe injure or fatal accident may occur to the user in case the product is mishandled.

! Caution

This is the caution to avoid danger. Minor injury to the user or physical obstacle may occur in case the product is mishandled.

Addition No.

Output specification

E0

RS-232C output

E1

RS-485 output

Transmission method

Asynchronous half duplex method

Transmission speed

4800,9600､19200bps

Data length

8bit

Parity

None, even number, odd number

Stop bit

1bit

Data

Conform to JIS 8 unit code

Ｘ Parameters

None

About this booklet

Thank you for purchasing Tsuruga product. This is the quick optional manual for RS-232C, RS-485 output. Refer the quick manual of the main body for cautions beside the usage the RS-232C, RS-485 output, installation, operation etc.

Before use of the product, read this quick manual carefully and thoroughly, and keep it available for routine reference.

The following symbol marks are used in this quick manual for the safety use of the product.

Model name for communication output

４７１C－□－□－□－□

① ② ③ ④

④ Digital output

Common specification

The measurement input and the communication I / O are insulated.

1

471Ｃ

DTE side (computer side)

Terminal

No.

Signal name

Pin No.

Signal

name

D Sub 25 Pin

D Sub 9 Pin

B1

SD

3 2 6 8 4 5

20

7 1

2 3 6 1 7 8 4 5

RD SD DR CD RS

CS ER

SG

FG

B2

RS

B3

RD

B4

CS

B5

SG

B6

NC

Shielded wire

Terminal

No.

Signal name

Description

B1

＋

"+" Indicates non-inverted output

B2

－

"-" indicates inverted output

B3

NC

B4

Term

When the terminals are short-circuited,

a terminating resistor of 200 Ω is connected

in parallel to the line.

B5

Term

B6

NC

SD RS RD CS SG

471C

RD SD DR CD RS CS ER SG

2 3 6 1 7 8 4 5

－

D Sub 9P

Shield

Signal Signal Pin No.

Hood

Fixed screw： #4-40 inch short scr ew

B1 B2 B3 B4 B5 B6

Terminal

LIG HT-GREEN ,BLA CK

WIRE COLOR

ORA NGE,BLAC K YEL LOW,BLAC K

－

ORANGE,R ED YELLOW,R ED

FG

Connector arrangement and connection method

RS-232C

Optional：RS-232C cable 2 m（Model 5858-10）

RS-485

2

Baud rate （Code No.80）：

Baud rate can be selected. Setting Range 4800, 9600, 19200bps

Parity （Code No.81）：

Parity can be selected. Setting Range non(None), odd(Odd no.), even(Even no.)

BCC switching （Code No.82）：

Selection with or without BCC can be done. The results obtained by calculating the exclusive OR from immediately after STX value to EXT (EXT included), are added after the ETX. Setting Range ON, OFF

Device number （Code No.83）：

Device number can be selected. Setting Range 0 to 99

－－＋

－

＋－＋Ｇ＋

Recommended converter Equipment： SI-30, Manufactured by LINEEYE CO. Ltd.,

RS-232C

(USB)

Converter

Shield wire

Terminator for short-circuit

Host computer

№1

№2

№3

Connection

RS-485 can be linked up to 32 computers including the host computer. It is necessary to specify the end station for the both end of the equipment in the transmission line. Make short circuit the terminator for specific end station. Lead wire for short-circuit is not included. Besides that, conduct the setting of the terminator by RS-232C/RS-485 converter.

Function code

Communication setting is done by front key operation. When changing to a setting other than the factory set value, please refer " Setting method of code No." of the Quick Manual of model 471C on page 17.

3

Command frame：

＋＋＋＋

Response frame：

＋＋＋＋＋

Exit code

Contents

A（41H）

Normal end

B（42H）

Under setting （In case of communication during setting）

C（43H）

Setting error （Out of setting range or error）

D（44H）

BCC error （If BCC function is available）

P（50H）

Command error（When the received command becomes unable to analyze）

Command

Device No.

STX

ETX

(BCC)

Exit code

Device No.

STX

ETX

(BCC)

Response

Communication command (RS-232C, RS-485 common)

! Caution

About the command when power in turned ON,  When the power is turned ON, supply power should rise up to the rated

voltage within 1 second.

 There have been some cases of not being able to response the command

even 3 seconds after the power supply reached the rated voltage because of initialization of 471C. As there may be cases of responding undefined data too, it is highly advised to communicate only after it has reached to rated voltage more than 3 seconds.

Instructions about the comment

 If there is BCC function, BCC is added after the ETX

The results obtained by calculating the exclusive OR from immediately after STX value to EXT (EXT included), are added after the ETX.

 Configuration of frame

 Only first 4 characters of the command letters will be valid.

Example） “RMREAD” → “RMRE”  Setting items represented either by numbers or characters will be valid. Example） “WC52 0” or “WC52 OFF”  Number setting

Set a value that does not include the decimal point of the display. （display cycle , cut-off

time , comparison value, analog output full scale）

 Exit code：Returns to reception status of the command frame

4

Response during the command error

(02H)

(30H)

(50H)

(03H)

Response during the setting time.

(02H)

(30H)

(42H)

(03H)

Response：

STX

Device No.:00

Exit code

_

+ 1 . 0 0 0 0

0

02H

30H

41H

20H

2BH

31H

2EH

30H

E

+ ３ ETX

(BCC)

45H

2BH

33H

03H

○

ａ

_（20H space）： Within measurement range ＊（2AH）： 6 digits over

○

ｂ

Measurement value

Command frame：

STX

Device No.:00

R M R E A D ETX

(BCC)

02H

30H

52H

4DH

52H

45H

41H

44H

03H

Exit code

Device No.:00

STX

ETX

(BCC)

Exit code

Device No.:00

STX

ETX

(BCC)

Command／Response

◆

Measurement command

Command ：RMREaD Current value of requested data

Response ：Response to RMREAD

◆

Current value of requested data

Command ：RMREaD Read out current value data Response ：Response to RMREAD Data format

＿+1.99999E+3

ａ ○ｂ

○

+1000.00

5

Command frame：

STX

Device No.:00

I

D N T

？

ETX

(BCC)

02H

30H

49H

44H

4EH

54H

3FH

03H

Response：

STX

Device No.:00

Exit code

4

7 1 C

,

02H

30H

41H

34H

37H

31H

43H

2CH

N o . 9 4 9 - １０

０

ETX

(BCC)

4EH

6FH

2EH

39H

34H

39H

2DH

31H

30H

03H

Command frame：

STX

Device No.:00

A

L A R

M

ETX

(BCC)

02H

30H

41H

4CH

41H

52H

4DH

03H

Response：

STX

Device No.:00

Exit code

0 1 ETX

(BCC)

02H

30H

41H

30H

31H

03H

Response：

STX

Device No.:00

Exit code

0

0 2 0 0 0

ETX

(BCC)

02H

30H

41H

30H

32H

30H

03H

Command frame：

STX

Device No.:00

R

C 4 1

ETX

(BCC)

02H

30H

52H

43H

34H

31H

03H

Reading of the device information

Command ：IDNT? Reading of the device information Response ：Response to IDNT 471C, No. 949-100 [Model No., Software registration No. (Tsuruga)]

Reading of judgment

Command ：ALARM Reading of Judgment Response ：Response to ALARM

※It provides the status of comparison output. In the example, it is the sum of

the weights of HH and H（01+02=03）. Please, refer the Judgment Command on page 9 for the detail reference.

01（HH output）

Reading of setting data

Command ：RC41 HH comparison value setting reading

Response ：Response to RC41 002000

6

（HH comparison value 002000 read)

Command frame：

STX

Device No.:00

W

C 4 1 _ ０ 0 2 0 0

0

ETX

(BCC)

02H

30H

57H

43H

34H

31H

20H

30H

32H

30H

03H

Response：

STX

Device No.:00

Exit code

0

0 2 0 0 0

ETX

(BCC)

02H

30H

41H

30H

32H

30H

03H

Command frame：

STX

Device No.:00

Ｓ

T O R

ETX

(BCC)

02H

30H

53H

54H

4FH

52H

03H

レスポンス：

STX

Device No.:00

Exit code

ETX

(BCC)

02H

30H

41H

03H

Normal exit

Command frame：

STX

Device No.:00

D

E F A

U L T

ETX

(BCC)

02H

30H

44H

45H

46H

41H

55H

4CH

54H

03H

Response：

STX

Device No.:00

Exit code

ETX

(BCC)

02H

30H

41H

03H

Normal exit

Setting of data setting

NOTE）When setting value of input frequency filter is changed during the measurement

process, measurement is stopped. The measurement can be started again after completion required setting parameter.

Command ：WC41_002000 HH comparison value setting （HH comparison value set to 002000）

Response ：Response to WC41_002000 002000

Memory control command

 Write commend Write the setting data into the EEPROM Command ：STOR Response ：Exit code

 Memory Initialization

Command ：DEFAULT Response ：Exit code

7

Setting data resets to the value during the factory shipment time. But, the transmission speed, parity, BCC switch and device number cannot brought bring to default value.

Setting command

Required setting

command

Specified setting command

Command

Response

Command frame

Response

Setting item, Range

Scale α

RC01

999999E-0

WC01 999999E-1

999999 E-1

000001～999999

Decimal point

RC02

0

WC02 1

1

0(0), 1(0.0), 2(0.00), 3(0.000),4(0.0000), 5(0.00000)

Input frequency filter

RC03

0

WC03 1

1

0(0.02kHz), 1(10kHz), 2(30kHz),3(100kHz)

Display cycle

RC04

001

WC04 199

199

001～199(0.1～19.9)

Number of moving average

RC05

01

WC05 10

10

01～10 Min. revolution No.

RC06

000000

WC06 999999

999999

000000～999999

Cut-off time

RC07

0000

WC07 1500

1500

0000～1500(0.0～150.0)

Predicted function

RC08

0

WC08 1

1

0 (Invalid), 1(Valid)

Display of SV1, SV2

RC09

1,1

WC09 3,4

3,4

SV1,SV2:0(OFF),1(PM), 2(HH),3(H),4(L),5(LL)

Display switch-off function

RC10

1,99

WC10 1,99

1,99

0 (Invalid), 1(All display) 2(SV1,SV2),0～99

Display color

RC11

0

WC11 1

1

0(RED),1(GREEN)

Memory-enable

RC40

0

WC40 1

1

1(ON)/ 0(OFF)

HH compared value

RC41

999999

WC41 999999

999999

000000～999999

H compared value

RC42

999999

WC42 999999

999999

000000～999999

L compared value

RC43

999999

WC43 999999

999999

000000～999999

LL compared value

RC44

999999

WC44 999999

999999

000000～999999

Hysteresis

RC45

0

WC45 01

01

01～99

Power-on delay

RC50

1

WC50 01

01

01～99

HH comparison function

RC51

0

WC51 1

1

1(ON)/ 0(OFF)

H comparison function

RC52

0

WC52 1

1

1(ON)/ 0(OFF)

L comparison function

RC53

0

WC53 1

1

1(ON)/ 0(OFF)

LL comparison function

RC54

1

WC54 0

0

1(ON)/ 0(OFF)

Comparison condition

RC55

0

WC55 0

0

0(GO)/ 1(NG)

Digit selection of analog output

RC76

0

WC76 0

0

0 (Last 4digits), 1 (Middle 4 digits), 2 (First 4 digits)

Full scale of analog output

RC79

9999

WC79 9999

9999

0000～9999

Key protection

RC00

1

WC00 0

0

1(ON), 0(OFF)

Command list

8

Command of

measurement data

Required measurement data command

Command

Response

Measurement data

RMREaD

_+1.00000E+3

Judgment command

（Result output of

currently judgment）

Judgment request command

Command

Response

Item

HH, H, L, LL

ALARM

00

Output status Weight of data

HH 01

H 02 L 04

LL 08

Memory control

command

Required control command

Specified control command

Command

Response

Command frame

Response

Write

STOR

Exit code

Initialization

DEFAULT

Exit code

9

Tsuruga Electric Corporation

Osaka Headquarters

1-3-23, Minamisumiyoshi, Sumiyoshi-ku, Osaka, Japan, 558-0041 TEL 81-6 -6692-6700, FAX 81-6 -6609- 8115 E-mail: [email protected]

Yokohama office

1-29-15, Shinyokohama, Kohoku-ku, Yokohama, Kanagawa, Japan, 222-0033

Tokyo Office

5-25-16, Higashigotanda, Shinagawa-ku, Tokyo, Japan, 141-0022

Nagoya Office

Sun Park Higashi Betsuin Bld. 2F 5-19, Oicho, Naka-ku, Nagoya, Aichi, Japan, 460-0015

Osaka Plant

1-3-23, Minami Sumiyoshi, Sumiyoshi-ku, Osaka, Japan, 558-0041

Shiga Plant

122, Kawasaki-Cho, Nagahama, Shiga, Japan, 526-0846

www.tsuruga.co.jp

I-02427