Oval EL1812 Instructions Manual

Page 1

BATCH COUNTER

Ins. No.

E-216-5N-E

MODEL : EL1812

Every OVAL batch counter is fabricated, tested, inspected, and shipped from our factory under stringent quality control. In order to maintain its design performance throughout its life, this manual offers the operator the necessary installation, operation and maintenance information. Be well familiar with these instructions before you place the counter in service and keep this manual at the field location for ready reference. Also refer to the instruction manual for the pulse generator (flowmeter) used.

Page 2

E-216-5N-E

1. BEFORE YOU BEGIN ........................................................................................ 4

1.1 Confirmation of product name plate ............................................................... 4

1.2 Transportation Considerations ....................................................................... 4

1.3 Storage Considerations ................................................................................. 4

2. GENERAL ........................................................................................................... 5

2.1 Features and Functions ................................................................................. 5

3. PART NAMES ..................................................................................................... 5

4. INSTALLATION ................................................................................................... 6

4.1 Outline Dimensions ........................................................................................ 6

4.2 Installation ...................................................................................................... 6

4.2.1 Installation Location (Indoor only) ............................................................ 6

CONTENTS

4.2.2 Panel ........................................................................................................ 6

4.2.3 Installation ................................................................................................ 6

5. WIRING .............................................................................................................. 7

5.1 Cables for Field Wiring .................................................................................. 7

5.2 Wiring Connections ........................................................................................ 7

5.3 Identifying the External Connection Terminal Block ....................................... 7

5.4 External Connection Terminals ...................................................................... 8

5.5 Flow rate input and used Terminals ............................................................... 9

5.6 Example of wire connection diagram of flowmeter signal .............................. 9

5.7 Example of Hookup ....................................................................................... 10

6. FRONT DISPLAY PART AND BATCH PROCESSING PART ............................. 12

6.1 Functions of front display part and batch processing part ............................. 12

7. BLOCK DIAGRAM .............................................................................................. 13

8. OPERATION ....................................................................................................... 14

8.1 Preparation Before Operation ........................................................................ 14

8.2 Preoperational Checks .................................................................................. 14

8.3 Operation Sequence ...................................................................................... 14

8.4 How to set the batch setting quantity ............................................................. 15

8.5 Batch processing and various functions ........................................................ 17

8.6 Alarm processing ........................................................................................... 29

Page 3

E-216-5N-E

9. CHANGE OF SETTING VALUE ............................................................................ 31

9.1 Parameter setting ............................................................................................. 31

9.2 Configuration of internal device ........................................................................ 35

9.3 Removal of inner assembly .............................................................................. 35

9.4 Installation of internal assembly ....................................................................... 36

9.4.1 How to assemble power supply / input board and output board ................. 36

9.4.2 How to assemble display unit ...................................................................... 36

9.5 Change of setting on input board and CPU board ............................................ 37

10. TROUBLESHOOTING......................................................................................... 38

10.1 Inspection Items .............................................................................................. 38

10.2 Q&A about Counter Behavior in Standby Mod ............................................... 39

10.3 Inspection of fuse ............................................................................................ 39

11. GENERAL SPECIFICATIONS ............................................................................. 40

12. PRODUCT SYMBOL ........................................................................................... 41

Shown in this manual are the signal words

NOTE, CAUTION and WARNING, as described in the examples below:

NOTE:

Notes are separated from the general text to bring the user’s

attention to important information.

CAUTION:

Caution statements signal the user about hazards or unsafe

practices which could result in minor personal injury or product or

property damages.

WARNING:

Warning statements signal the user about hazards or unsafe

practices which could result in severe personal injury or death.

Page 4

E-216-5N-E

Product name plate

COM

1. BEFORE YOU BEGIN

This device is shipped after sufficient inspection at factory. After receiving this device, check if there is no damage on the external appearance. When received, it should be carefully inspected for any indication of rough handling during transit. In this section, instructions necessary for handling this instrument are described. Make yourself familiar with these instructions. As for other instructions, refer to respective sections. If you have something to inquire, contact the nearest OVAL authorized service station in your district.

1.1 Confirmation of product name plate

This device is shipped according to the specifications. The product name plate is attached to the right side surface of batch counter. Check the standard specifications and description of product number of device correspond t o the ordered specifications.

Fig. 1.1 Example of attachment of product name plate

◆ When you make an inquiry, please inform us of product name, product symbol (TYPE), and production number (SERIAL No.) etc. described on the product name plate. ◆

1.2 Transportation Considerations

(1) The batch counter should be transported and stored in the same package used for transportation from our

factory if circumstances permit.

(2) Avoid giving impact shocks to the batch counter during transportation.

1.3 Storage Considerations

If the batch counter upon receipt is to be stored for extended periods of time before installation, unexpected problems could arise. In a case like this, the following considerations should be taken:

(1) The batch counter can best be stored in the original package used for transit from the factory. (2) Select a storage location that meets the following requirements:

• Free from rainwater and moisture

• Least vibration and impact shock

• In the room temperature and humidity environment (around 25°C and 65% R.H.)

Page 5

E-216-5N-E

85〜264VAC

Front view

Front display part

Push button switch operation par t

Rear view

D-SUB connector

Externally connected terminal block ×2

Left side view

Fuse rating silk

Fuse socket

Power supply specications silk

Right side view

Input board SW part

CPU board SW part

Product name plate

Terminal block connection diagram silk

2. GENERAL

Combined with a flowmeter and a shutoff valve, the batch counter passes a predetermined amount of the process fluid in batching operations. Built around a single chip microprocessor, this versatile, compact, and lightweight counter is designed for ease of operation. It saves time and effort in many processes, such as blending materials, dosing with additives, transferring materials from one tank to another, or shipping from an outlet, at chemical, food, paint plants or elsewhere where streamlined production lines are desired.

2.1 Features and Functions

(1) Easy operation.

a. As setting, start, stop, and reset of batch quantity are carried out with touch panel in front of measuring

instrument and push button switches, assured operation is possible.

The display part is equipped with color LCD module with 3.5-inch touch panel. Although it is small, it is easily viewable.

Start and stop, and reset are operated with push button switches and setting of batch quantity is operated with touch panel to prevent wrong operation.

(2) Wrong setting can be prevented.

As the operation of touch panel can read out nine types of batch quantities that have been registered, wrong setting can be prevented.

(3) Correct quantitative control is possible.

As an operation signal that opens or closes the valve at 2 stages, correct quantitative measurement is possible.

As the overshoot quantity due to response delay of valve can be corrected by setting the forecasted overshoot quantity, correct quantitative operation is possible.

(4) A system can be configured easily.

As start stop, and reset operations are enabled by external signal and the batch completion output can be obtained, the interlocking with other control system is enabled easily.

(5) The safety of process can be ensured.

The valve is operated by 2-stage open and 2-stage close. The generation of static electricity in piping or tank when the operation is started is prevented and piping shock due to water hammering when the valve is closed is prevented.

If a defect is generated in the process and the pulse is not input or fluid leaks exceeding the setting batch quantity, an alarm signal will be output.

(6) This device is of high reliability and the maintenance can be implemented easily.

a. As the internal configuration is unitized, this device is of high reliability and the maintenance can be

implemented easily. b. All I/O systems are isolated by photocoupler / relay etc. c. When the power supply is turned OFF, total flow value and each setting value will be held in FeRAM.

3. PART NAMES

Fig. 3.1 Name of each part

Page 6

E-216-5N-E

129.1

112

（17.1）

□91.5

Packing

COM

min.120

min.174

920.3

Panel

Batchcounter

600

1800

2200

450

Optimumrange

Availablerange

min.120

min.174

920.3

4. INSTALLATION

4.1 Outline Dimensions

4.2 Installation

Unit: mm

Fig. 4.1 Outline Dimensions

4.2.1 Installation Location (Indoor only)

Choose to install in the place where: (1) Mechanical vibration, shock and corrosive gases least

exist.

(2)

The air is dry and at around room temperature and stable. (3) A place not exposed to the direct sunlight. (4)

A place where dust is almost none

NOTE:

1. In installation and through daily operation, pay due care so as dust not to accumulate in the place.

2.If chemical solvent etc. may be attached to

the front surface, it is recommended to use the protection sheet or touch pen separately to protect the decorative sheet on the front surface.

Although the manufacturer g u a r a n t e e s

stated

performance at ambient temperatures

from –10 to 50℃ , it is recommended that the instrument be placed in service at room

(5)

Pr o vi de a s uf f ic i e n t wo r ki n g s pa ce be hi n d t he

temperature.

instrument – at least 50 centimeters from the back panel of the instrument to facilitate wiring and servicing.

Unit: mm

Fig. 4.2 Panel Cut

Unit: mm

4.2.2 Panel

(1) Use a rigid steel sheet with a minimum thickness of

1.6 mm as min. Recommended thickness is 3.2mm.

(2) If it is required to mount the computers side by side,

dimensions in Fig. 4.2 are suggested.

(3) Recommended mounting height is given in Fig. 4.3.

4.2.3 Installation

(1)

Install the ancillary packing on the batch counter insert it from the front surface of panel. (Fig. 4.1)

(2) Hook the enclosure hold-down fittings to the slots in

the re a r o f t he enc l o sure instrument is positioned on a level plane, then secure the instrument to the panel with panel mount fittings.

, a n d conf i r m

th a t t he

and

Fig. 4.3 Hight

Page 7

E-216-5N-E

85〜264VAC

Short-circuit board If the interlock is not used, attach the short-circuit board in between 25 (I.Lock) and 26 (COM.1).

D-SUB connector

Short-circuit board If the externally operated input STOP is not used, attach the short-circuit board in between 19 (STOP) and 20 (COM.1).

Terminal Nos.

1 to 8, 17 to 24

Terminal Nos.

9 to 16, 25 to 32

5. WIRING

NOTE: See “WIRING” in the pulse generator instruction manual.

5.1 Cables for Field Wiring

(1) For flowmeter input signal cable, electrostatically shielded, polyethylene insulated, vinyl-sheathed control

cables (CEVS, 1.25 to 2mm2, 2- or 3-conductor), or equivalent, must be used.

For output signal cables, insulated, vinyl-sheathed cables (CVV, CVVS … JIS C 3401) are suggested. (2) Cable shields must be connected to terminal “G” of the counter. At the probe end, leave the shield wire end

unprepared.

(3) For the connection cable to D-SUB connector, use 25-pin soldering type (male). Create it as a dedicated part.

For an electric wire, use the electric wire "equivalent to UL1007, 0.5mm2 ".

5.2 Wiring Connections

(1) Conduit work is suggested for field wiring.

NOTE: In conduit work, use separate conduit for power cables and signal cables in order to minimize the

possibility of stray current pickup.

(2) Route cables sufficiently away from other power lines or power circuits, if any, to reduce the possibility of

inductive interference to a minimum.

(3) Use crimp-style terminal lugs for connections and ensure good electrical contact. Connection terminals are

found at rear of the counter (Fig. 5.1).

(4) In applications where an inductive load (valve, counter, etc.) is driven, do not fail to use a surge suppressor

(see Fig. 5.2).

(5) For the wiring, ensure approx. 30cm of allowance to enable the easy maintenance.

5.3 Identifying the External Connection Terminal Block

On the rear surface of this device, there are terminal block fixed to input board (terminals No.1 to 8, 17 to 24), terminal block fixed to output board (terminals No.9 to 16, 25 to 32), D-SUB connector fixed to power supply board (25-pin female).

CAUTION: Before making wiring connections, verify the validity of flowmeter (pulse generator) and receiving

instrument combination by referring to their product No., tag No., etc.

Fig. 5.1 External wire connection terminal diagram

Page 8

E-216-5N-E

Signal DescriptionNo

Flow rate

input

SUP.

SIG.

COM.1

COM.2

GND1

START

RESET

STOP

COM.1

ALARM

COM.5

I.Lock

COM.1

PUMP

Select 1

PUMP

COM.6

END

SV a

COM.3

SV b

MV a

COM.4

MV b

SIG.

Signal DescriptionNo

Select 2

Select 4

Select 8

SET

COM.1

GND2

−

Pulse output

Power supply

Batch

completion

output

External

operation

input

Alarm output

GND1

Interlock

Pump

operation

signal

External CH.

input

Valve

operation

signal (SV)

Valve

operation

signal (MV)

Contact pulse/ open collector

Open collector output

85 to 264VAC 50/60Hz

Connection terminal (※2)

No-contact relay output contact Form "a" contact

External CH. input shielded grounding ※ Not conducted with GND1

12 11

−

Output board side

17P M3.5

Input board side

17P M3.5

D-SUB connector

Female 25P

(※1)

Terminal block

D-SUB connector female 25P

※ Each COM.1 terminal is conducted.

Each GND1 terminal is conducted.

※2: Grounding of equipment

Be sure to ground it to prevent electric shock/ fire and block external noise.

※1: D-SUB connector type

DBLC-J25SAF-23L6E Japan Aviation Electronics Industry, Limited

※3: To use the external operation input, it is

necessary to prepare the connector of D-SUB25 pin by yourself and connect the circuit for selecting a channel to D-SUB terminal on the rear surface of this machine.

※ The frame of D-SUB connector is

conducted with GND1.

※ External operation and batch setting volume

For "preset value" setting, refer to section 8.4.

Limit flow rate signal 1-stage open

Relay contact Form "c" contact

Relay contact Form "a" contact

Shielded grounding

Upper limit flow rate signal fully opened

STOP is short-circuited when it is not used

(※3)

Interlock is short-circuited when it is not used

Pump control output Relay contact Form "c" contact

Combination of select and CH.

Select 1 Select

Select

CH.1 CH.2 CH.3 CH.4 CH.5 CH.6 CH.7 CH.8 CH.9 CH.F

ON OFF ON OFF ON OFF ON OFF ON OFF OFF ON ON OFF OFF ON ON OFF OFF ON OFF OFF OFF ON ON ON ON OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF ON ON ON

2-wire current pulse (4/20mA)

3-wire voltage pulse (PG30)

2-wire current pulse (PG30S)

4-40-inch screw

5.4 External connection terminals

●

Terminal block and D-SUB connector

Page 9

5.5 Flow rate input and used terminals

12VDC3-wiretypevoltagepulse(PG30) 12VDC2-wiretypecurrentpulse(PG30S)

24VDC2-wiretypecurrentpulse(4/20mA)

13.5

3-wiretypeopencollector

Opencollector

Contactpulse

Pulse generator

E-216-5N-E

Signal type

Transmitter

Contact-closure pulse / 2-wire voltage pulse

Open collector pulse 12VDC 2-wire type

current pulse

PG20, Coriolis flowmeter

PG30S

24VDC 2-wire type

Current pulse

PA14, 15, 25

NPG60A

1 － ○　＋ ○　SUP.

Terminal

2 ○　＋ ○　－ ○　SIG. 3 ○　－

－

○mark: used terminal

5.6 Example of wire connection diagram of flowmeter signal

3-line type open collector

3-wire voltage pulse

PG30, NPG60A

flow pet

○　COM.

CAUTION: In the wiring, connect the wires properly, while checking the combination of product number

and measuring instrument number etc. of flowmeter (transmitter) and receiver.

Page 10

E-216-5N-E

IftheexternaloperationinputSTOPisnotused, STOP(19)toCOM.(20)shouldbealwaysshortcircuited.Iftheinterlockisnotused,I.LOCK(25) toCOM.(26)shouldbealwaysshort-circuited.

Terminal connection diagram (silk on left side of this device)

Output to remote totalizer counter, etc.

Open collector

200msec.min.

200msec.

min.

200msec.

min.

Power: 85 to 264VAC 50/60Hz

Operation

Stopped

STOP (contact b)

RESET (contact a)

START (contact a)

Alarm output LED lamp etc. can be driven

Pump can be operated / stopped for batch processing

CORIOLIS FLOWMETERS

OVAL FLOWMETER

ALTImass Type S

ALTImass Type U

ULTRA

Flow signal input.

(std.)

Pump output

SV MV COM

COM

Valve

Surgesuppressor

Air supply ?

Combinationﬁlter/reducingvalve

Two-stage shuto valve

3-wayDirectionalvalve

Valve operation output

Remote Control Input

Short-circuited when an interlock is not used

Function such as LED light up when batching completes is enabled

Output to External Totalizer

OVAL owmeters, Coriolis owmete rs, etc.

CAUTION:

* The owme ter sh own h ere

is a n exa mple.

Itisrecommendedtoattachthesurgesuppressoretc.totheinductionloadsidetoprotectthe contact.

CAUTION:

5.7 Example of Hookup

Fig. 5.2 Exampl of Wiring Connections (Terminal block)

Page 11

E-216-5N-E

Selector1 Selector2 Selector4 Selector8

SET

COM.1

GND2

Selector1

Selector2

Selector4

Selector8

CH.1

OFF

CH.2

OFF

CH.3

OFF

CH.4

OFF

CH.5

OFF

CH.6

OFF

CH.7

OFF

CH.8

OFF

CH.9

OFF

CH.F

OFF

9 10 11 12 13 24 25

25 24

13 12 11 10

Rearsurfaceofenclosure

D-SUBconnector

Eachselection

(contacta)

SET

(contacta)

200msecormore

HeldbyONorOFF

Pushbuttonswitchetc.

(forﬁxingCH.)

Selectorswitch

(forselectingCH.)

Fig.5.3 Example of Hookup（D-SUB connector）

Page 12

E-216-5N-E

Status display part

Integration display part

Batch quantity setting value display part

Valve / pump

status display part

LCD module communication

monitoring part

Batch processing part

(push button switch)

Setting button part

Channel display part

6. FRONT DISPLAY PART AND BATCH PROCESSING PART

6.1 Functions of front display part and batch processing part

The display part has status indication lamps such as RUN and END. There are integration display, batch quantity setting value, and channel display part in the center of upper stage. There are operation indication lamps of valve and pump on the left side. The batch processing part has three push button switches; START, STOP, and RESET and the control at batch processing is enabled only by three push button switches.

Status display part

Valve / pump status display part

LCD module communication monitoring part

Integration display part

Batch quantity setting value display part

Channel display part

Setting button part

Batch processing part (push button switch)

Fig. 6.1

Name Function

RUN

END Lights up when the batch is completed: green ALARM Lights up when an alarm is generated: red I.Lock Lights up when the interlock signal is turned ON; batch is enabled when it is turned ON: blue MV Upper limit flow rate signal lights up when it is turned ON; goes out when it is turned OFF: red SV Restricted flow rate signal lights up when it is turned ON; goes out when it is turned OFF: red PUMP Pump control signal lights up when it is turned ON; goes out when it is turned OFF

COM Communication status between CPU board and LCD module can be monitored: blue LED

COUNT Batch quantity total flow value display 6 digits Measurement unit Integrated flow Displayed when any - (- blank), mL, L, kL, m3, g, kg, t, USG, barrel is set PRESET Batch setting quantity display 6 digits TOTAL Displays the total value by touching TOTAL button 9 digits *1 CH. No. Displays the selected channel number 2 digits *2 ERR. CODE Displays error number when an alarm is generated *3 CH.SEL Shifts to [CHANNEL SELECT] screen PRESET Shifts to [PRESET SETTING (CH.F)] screen only when CH.F (free) is selected TOTAL Displays the total value by touching the button MENU Shifts to [MENU] screen STOP Batch processing temporarily stops when an alarm is generated: buzzer stops RESET Bach completion is reset when an alarm is generated: alarm is reset START

Displays the batch processing status ; lights up when batch operation is ongoing; blinks when the operation is interrupted: yellow

Displayed when any of ×1000, ×100, ×10, ×1, ×0.1, ×0.01, ×0.001 is set

Batch processing starts when the operation is temporarily stopped: batch processing is restarted

NOTE: *1: Displayed while you touch the TOTAL button. Display time can be set by setting parameter.

*2: Channel display *3: Error display

C1: channel 1 C6: channel 6 E1: pulse non-receipt alarm C2: channel 2 C7: channel 7 E2: overrun alarm C3: channel 3 C8: channel 8 E3: leak alarm C4: channel 4 C9: channel 9 E4: interlock alarm C5: channel 5 CF: free setting channel E5: emergency stop by RESET button In case of external setting, C is displayed in small letter E7: WDT reset alarm Front setting: C1 to CF E8: electric power failure alarm External setting: c1 to cF E9: FeRAM alarm

Page 13

7. BLOCK DIAGRAM

External line

terminal block

External line

terminal block

Flow rate input

Interlock

Batch completion

output

Valve operation

output SV

Valve operation

output MV

Pump output

Form "c" contact

Power supply

for transmitter

+13.5V

+24V

Pulse output

External operation input

Alarm output

Form "a" contact

Supplied power AC

Input board

SUP. 1

I. Lock 25

COM.1 26

END 9

SV a 11

SV b 13

COM.3 12

MV a 14

MV b 16

COM.4 15

PUMP 30

PUMP 32

GND1 27

GND1 28

GND1 29

COM.6 31

END 10

SIG. 2

COM.1 3

SIG. 4

COM. 2 5

ALARM 21

COM. 5 22

GND1 23

L1 6

L2 7

GND1 8

GND1 24

START 17

RESET 18

STOP 19

COM.1 20

2 RXD

3 TXD

7 VD_G

9 select 1

select

TXD+ 14

TXD− 15

RXD+ 16

RXD− 17

VD_+ 18

COM.1 24

GND2 25

Frame

grounding

select

13 SET

SIG.

Pulse input

circuit

Photocoupler

START

RESET

STOP

SIG.

ALARM

Select 1

Select 2

Select 4

Select 8

SET

Photocoupler

Varistor

Buzzer

Relay

Photo MOS

Photocoupler

Connector

ConnectorConnector

Connector Connector

Varistor

COM

Relay

AC/DC

Power supply

Input: 24VDC

D−

SUB

Noise

filter

Connector

CPU

debug

circuit

WDT

reset

circuit

CPU

Electric power

failure detection

circuit

Serial

interface

Connector

Select 1, 2, 4, 8

SET,

Communication

Select 1, 2, 4, 8

SET

Select 1, 2, 4, 8

SET

+24V,

＋

13.5V,

＋

5V,

＋

CPU board

Display unit

Output board

Operation buttons on front surface

Touch operation input

LED module

Power supply board

D−SUB 25P

+24V

+13.5V

circuit

+5V

circuit

+5V

circuit

Photocoupler/relay

Power supply for

transmitter

Power supply for

transmitter

LED module

Power supply for

internal control

85 to 264V

Varistor

Relay

SIG. IN

START, RESET, STOP

SIG. OUT, ALARM

Select 1, 2, 4, 8, SET

+24V,

＋

5V,

＋

I.Lock

END

SV, MV, PUMP

Buzzer

＋

24V,

＋

Communication

circuit

STOP RESET START

FeRAM

circuit

LED module

communication

monitoring LED

＋5V

+5V communication

※1

E-216-5N-E

NOTE:

Fig. 7.1 Block

※1: To use the external operation input, it is necessary to prepare the connector of D-SUB25 pin by yourself

and connect the circuit for selecting a channel to D-SUB terminal on the rear surface of this machine.

Page 14

E-216-5N-E

CAUTION:

8. OPERATION

8.1 Preparation Before Operation

(1) Make sure to see that the counter and associated equipment are correctly installed, connected and wired with

no place left unfinished.

Make sure to see that the power terminals are connected to a source of the rated voltage. Connecting an incorrect power voltage source may ruin the counter.

(2) Make sure that the shutoff valve is correctly wired and set. For details, see the instruction manual for the

shutoff valve.

8.2 Preoperational Checks

In the state the fluid does not flow erroneously, check the constant flow valve surely operates as in the procedure shown below (conduct this as daily routine before starting operation).

(1) Supply power to this device. (2) Enter some arbitrarily set quantity of a batch. (3) Press START button and check the constant flow valve can open. (4) Press STOP button and check the constant flow valve can close. (5) Repeat steps (3) and (4) above several times to make certain that the shutoff valve opens and closes

properly.

(6) If the counter features remote start and stop, repeat steps (3), (4) and (5) above also at the remotely located

point.

8.3 Operation Sequence

(1) Turn on power. (2) Enter some arbitrarily set quantity of a batch. See Section 8.4 (3) Press RESET button and reset the batch quantity total flow value. (4) Press START button to start the operation. Then, this device will execute the quantitative operation. (5) To measure the previous batch setting quantity again, press RESET button to reset the total flow value and

press START button. Then, it will be measured again.

NOTE: If the batch setting quantity is different, set the batch setting quantity in each case.

(6) To stop the operation temporarily, press STOP button. Then, the constant flow valve will be fully opened. To restart the operation, press START button. The measurement will be continuously restarted from the

stopped point.

To stop the operation, press STOP + RESET buttons after temporary stop.

If even one pulse is input in this device until START button is pressed after RESET button is pressed, the operation cannot be started.

Page 15

8.4 How to set the batch setting quantity

There are two methods for setting the batch setting quantity as shown below. (1) Select the memorized batch setting quantity from [CHANNEL SELECT] screen. CH.1 to 9 fixed batch setting quantity (2) Select an arbitrary batch setting quantity from [PRESET SETTING] screen. CH.F arbitrary batch setting quantity Register the fixed batch setting quantity preliminarily by setting parameter.

Conditions und er which the setti ng of batch setting quantity cannot be changed: If the conditions shown below are formed, the setting is disabled. (1) When an alarm is generated (2) When the batch completion is output (3) During batch processing

How to set the ﬁxed batch setting quantity

●

E-216-5N-E

Touch CH.SEL button on [BATCH PROCESSING] screen

Shift to [CHANNEL SELECT] screen Select CH.1 to 9 (desired ﬁxed batch setting quantity)

Select CH.1 to 9 and touch SET button. The batch setting quantity will be memorized and the screen will shift to [BATCH PROCESSING] screen. If you touch CANCEL button, the changed data will be deleted and the screen will shift to [BATCH PROCESSING] screen (cancelled). The setting will be memorized in the batch setting quantity until the next change.

[BATCH PROCESSING] screen [CHANNEL SELECT] screen

"CH.SEL"

"SET"

"CANCEL"

Fig. 8.1 [BATCH PROCESSING] screen ⇔ [CHANNEL SELECT] screen

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●

CH. F arbitrary batch setting quantity

Carry out the setting following the flow shown below.

Touch PRESET button on [BATCH PROCESSING] screen

Shift to [PRESET SETTING] screen (*1)

Clear the current value by touching CLR button and change the

batch setting quantity from a numeric keypad

(*1) If the channel selection is other than

CF or cF, the screen does not shift to [PRESET SETTING] screen even if you touch the PRESET button.

Set the desired batch setting quantity and touch SET button.

The batch setting quantity will be memorized in CH.F and the screen will shift to [BATCH

PROCESSING] screen. If you touch CANCEL button, the changed data will be deleted and the

screen will shift to [BATCH PROCESSING] screen (cancelled). The data will be memorized in

CH.F until the next change.

[BATCH PROCESSING] screen [PRESET SETTING] screen

"PRESET"

Only CF and cF

"SET"

"CANCEL"

Fig. 8.2 [BATCH PROCESSING] screen ⇔ [PRESET SETTING] screen

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Interlock signal

I.Lock lamp

START button

Pulse input

RUN lamp

Pump control signal

PUMP lamp

SV: Restricted ow

rate signal

SV lamp

MV: Upper limit ow

rate signal

MV lamp

Batch completion signal

END lamp

Flow rate

Time

Leakmonitoring

zone

Non-reception

monitoringzone

Restrictedflowrateopen

Upperlimitflowrateopen

Excessivefilling

monitoringzone

If the interlock signal is not turned ON, the lling is not started.

Turned OFF by turning ON the RESET button

When MV is turned OFF, the buzzer is turned ON for 0.5sec three times

Buzzer is turned ON for 5sec after completion time

Pump output delay timer*

Leak monitoring zone

Forecasted overrun

quantity*

Completion

monitoring time

setting value*

Overrun

quantity*

Terminal setting value*

Batch setting quantity*

*Parameter setting

Initial setting value*

8.5 Batch processing and various functions

(1) Usual operation

At the same time when START button is pressed, the valve is opened to the predefined aperture. If a constant quantity of fluid flows (initial setting value = from point A to point B), the valve will be fully opened. If the measurement up to point C is completed, the valve will be automatically closed and kept to predefined aperture. If the fluid reaches point D, the stop signal will be transmitted, however, the valve will be actually closed at point E because the valve operation will be delayed.If the value is integrated up to batch setting volume, the completion monitoring timer operates and outputs the completion signal after the monitoring time is over. If the value is totalized up to batch setting volume, the completion monitoring timer operates and outputs the completion signal after the monitoring time is over. If the totalized value exceeds the point F within the completion monitoring time, the overrun alarm will be output. The adjustment of aperture from valve A to B and C to D should be preliminarily set on valve side.

Fig. 8.3

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START button

STOP button

RUN lamp

Pump control signal PUMP lamp

SV: restricted ow rate signal SV lamp

MV: upper limit ow rate signal MV lamp

Batch completion signal END lamp

Flow rate

Time

Forecasted

overrun quantity*

Completion

monitoring time

setting value*

Terminal settingvalue*

*Parametersetting

Initial settingvalue*

Batch setting quantity*

Pump output delay timer

Blinks

(2) Temporary stop operation

If you press STOP button, SV/MV output will be turned OFF and the operation will be temporarily stopped. PUMP output will be stopped after delay timer. If you press START button, the operation will be restarted.

If the operation is temporarily stopped at upper limit flow rate, both of SV and MV will be turned ON at the restart and the flow rate will reach the upper limit flow rate (not becomes 2-stage open). If the operation is temporarily stopped at restricted flow rate, only SV will be turned at the restart and the flow rate will reach the restricted flow rate.

Fig. 8.4

Page 19

(3) Batch processing setting

Initial setting and Final setting Forecasted overrun quantity

and Forecasted overrun quantityInitial setting Final setting

The batch processing enables five patterns of batch processing with four parameters shown below.

・Initial setting value ・Terminal setting value ・Batch setting quantity ・Forecasted overrun quantity

Each pattern is shown below.

Pattern 1 2-stage open 2-stage close

If the conditions shown below are formed

Operation

(1) If you press START button, SV output will be turned ON (2) If "cumulative total quantity" reaches "initial setting value", MV

output will be turned ON

(3) If "cumulative total quantity" reaches "batch setting quantity -

terminal setting value", MV output will be turned OFF

(4) If "cumulative total quantity" reaches "batch setting quantity -

forecasted overrun quantity", SV output will be turned OFF

E-216-5N-E

Pattern 2 2-stage open 1-stage close

If the conditions shown below are formed

Operation

(1) If you press START button, SV output will be turned ON (2) If "cumulative total quantity" reaches "initial setting value", MV

output will be turned ON

(3) If "cumulative total quantity" reaches "batch setting quantity -

forecasted overrun quantity", MV/SV output will be turned OFF

Fig. 8.5

Fig. 8.6

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Initial setting and

Final setting

Forecasted overrun quantity

Final setting ≦ Forecasted overrun quantity

Initial setting and

Final setting

Forecasted overrun quantity

Final setting ≦ Forecasted overrun quantity

Initial setting and

Initial settingBatch setting quantity

Final setting

Final setting Initial settingBatch setting quantity Forecasted overrun quantity

Forecasted overrun quantity

Pattern 3 1-stage open 2-stage close

If the conditions shown below are formed

Operation

(1) If you press START button, SV/MV output will be turned ON (2) If "cumulative total quantity" reaches "batch setting quantity -

　terminal setting value", MV output will be turned OFF

(3) If "cumulative total quantity" reaches "batch setting quantity -

　forecasted overrun quantity", SV output will be turned OFF

Pattern 4 1-stage open 1-stage close

If the conditions shown below are formed

Fig. 8.7

Operation

(1) If you press START button, SV/MV output will be turned ON (2) If "cumulative total quantity" reaches "batch setting quantity -

forecasted overrun quantity", MV/SV output will be turned OFF

Pattern 5 1-stage open 1-stage close (only SV)

If the conditions shown below are formed

Operation

(1) If you press START button, SV output will be turned ON (2) If "cumulative total quantity" reaches "batch setting quantity -

forecasted overrun quantity", SV output will be turned OFF

Fig. 8.8

Fig. 8.9

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󱽆

Buzzer/alarmoutput

Batchprocessing

Electricpowerfailureoccurs

Operationistemporarilystopped Totalﬂowvaluebeforeelectric powerfailureismemorized

Aspowerfailureoccurs, thepumpoutputisturnedOFF withoutpumpdelaytimer

Powersupplyisrecovered

Pumpoperation

Batchprocessing

Pumpoperation

Temporarilystopped

Stopped

(4) Batch start unavailable conditions

If the conditions shown below are formed, the batch processing cannot be started even if pressing the START button.

Condition Response

Total display part does not display 0 Press RESET button to reset the total flow value to 0

END lamp lights up Press RESET button to turn OFF the END lamp

ALARM lamp lights up Press STOP or RESET button to reset the alarm

I.Lock lamp goes out Turn ON the interlock signal

External STOP input OFF

CH.No. display blinks

Batch setting quantity is 0 Set the batch setting quantity

Batch setting quantity ≦ forecasted overrun quantity

Alarm buzzer is being ON After the buzzer is stopped by STOP button, reset the alarm

Batch setting quantity > batch setting quantity upper limit setting value

Sleep mode is being ON (dark or backlight is turned OFF)

All bits of SELECT.CH. are turned OFF

Turn ON the external STOP input (when the external operation is enabled by parameter)

Check the batch setting quantity and touch the SET button. Indication of CH.No. changes to lighting (when the external operation is enabled by parameter)

Set the batch setting quantity larger than forecasted overrun quantity

Change the value to the value that does not exceed the batch setting quantity upper limit setting value

Reset the sleep mode

Turn ON any bit of SELECT.CH. (when the external operation is enabled by parameter)

(5) Operation when electric power failure occurs

The operation when the power supply is blocked due to electric power failure during batch processing is shown below. * When the electric power failure is recovered, "E8: electric power failure alarm" will be generated (refer to page 27).

(6) Upper limit of batch setting quantity

●

If you set the upper limit value by setting parameter, the setting of a value exceeding the upper limit

value as batch setting quantity can be disabled.

●

When setting the parameters C1 to CF, the value exceeding the parameter cannot be set.

●

If values exceeding the upper limit value have been set for C1 to CF, the operation cannot be started.

• After buzzer and alarm are reset, the restart is enabled by pressing START button. To cancel it, press STOP + RESET buttons.

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(7) External setting mode

If the item 12 of parameter setting is set to 1, external channel selection and batch processing is enabled.(※1) In case of external setting, the channel display C at display part CH./ERR will become lower case (example: c1). Moreover, the channel selection on the front surface will be disabled. When you use the external operation input, it is necessary to prepare the connector of D-SUB25 pin by yourself and connect the circuit for selecting channel of external CH input to the D-SUB terminal on the rear surface of this device (refer to section 5.4 external connection terminal).

Mode Function

External setting mode (Remote)

START/STOP RESET/SET

Button on front

surface

○ ○

External setting

CH. SELECT × ○

Front setting mode (Front)

START/STOP RESET/SET

○ ×

CH. SELECT ○ ×

Combination of SELECT and CH

CH.1 CH.2

CH.3 CH.4

CH.5

CH6 CH.7

CH.8 CH.9 SELECT 1 ON OFF ON OFF ON OFF ON OFF ON OFF SELECT 2 OFF ON ON OFF OFF ON ON OFF OFF ON SELECT 4 OFF OFF OFF ON ON ON ON OFF OFF OFF SELECT 8 OFF OFF OFF OFF OFF OFF OFF ON ON ON

If the bit combination of external selector switch is other than above, "c0" is displayed at the display part and the operation cannot be started.

Procedure for setting external setting mode

Each selection signal (contact a) Held by ON or OFF

CH.F

①To use the external operation, set the parameter

No. 12 to "1: Remote" (refer to "9.1 Para meter setting).

②The CH number selected by each selection signal

blinks (if it is blinking, the batch operation cannot be started).

③The CH number lights up (xed) by inputting SET

signal (the batch operation can be started).

④Th e batch operation is implemented by external

STAR T, RESE T, a nd STOP signals (in a sam e way as operation by buttons on front surface).

Fig.8.10 Procedure for setting external setting mode

SET signal (contact a) One-shot signal (200ms or more)

D-SUB connector on rear surface

START

RESET

STOP

COM.1

Terminal block on rear surface

START signal（c ontact a） RESET sig nal（co ntact a） STOP signal（contact b） One-s hot signal (2 00ms or mo re)

Selector switch etc.

Push button switch etc.

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(8) Batch cancellation

If you want to cancel the batch operation in mid-flow, stop the operation temporarily, and then press "STOP" + "RESET". At this time, the total display part will be reset to 0. If you press STOP + RESET while the pump is operated, the operation will be stopped regardless of delay timer count value.

(9) Reset start function

Normally, the batch does not start without reset after the completion of batch, however, if the reset start function is enabled by setting parameter, the batch start will be enabled without reset after the completion of batch. However, while an alarm is generated, the batch does not start without resetting the alarm.

(10) Interlock function

If the external interlock signal is turned OFF, the operation cannot be started. If the interlock signal is turned OFF during the batch operation, an alarm will be generated and the batch will be temporarily stopped. If the interlock signal is not used, short-circuit it with terminal block.

(11) Scaler function

If a pulse signal to be input is an unscaled pulse, the batch operation will be implemented by multiplying the constant inherent to the flowmeter and converting it to integer industrial unit quantity.

(12) Accumulated counter value setting function

The accumulated counter value can be set to an arbitrary value within the range 0 to 999999 (can be set by editing parameter). If it is set to 0, it can be handled as zero reset. The value can be counted up to 999999999 (9 digits) on the display.

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CPU

(Pattern diagram)

1/1, 1/10, 1/100 In case of input synchronization, xed to 1/1

In case of input synchronization, unscaled pulse is output

Flow rate

input

Scaler

0.00010 to 1.99999 standard 1.00000

1/1, 1/10, 1/100

Input dividing

Counter for

9-digit

totalization

Counter for

6-digit batch

Output

dividing

Waveform

forming

Pulse output

(13) Display of cumulative total flow unit

The cumulative total flow unit can be displayed in the upper right of total display part (parameter item 16). The types of units to be displayed are shown below. 0: blank 1: mL 2: L 3: kL 4: m3 5: g 6: kg 7: t 8: USG 9: barrel (The numbers are parameter setting numbers)

Fig. 8.11 Display position and type of cumulative total flow unit

(14) Dividing function

The dividing steps down the input pulse to one-tenth or one-hundredth. If the dividing is stepped down to one-

tenth, 1 is counted every 10 pulses. For the dividing, input dividing and output dividing are available. The input

dividing executes dividing before the pulse from flowmeter enters the counter. The output dividing divides the

external output pulse.

Scaler: If the flowmeter input pulse unit is unscaled, set it to correction pulse using a scaler. Do the calculation with CPU. Input dividing: Step down the input pulse to one-tenth or one-hundredth. Thus, in case of one-tenth, for example, the counter counts 1 while the input pulse counts

10. Do the calculation with CPU. Arithmetic processing: As the calculation is processed by software of CPU, scaler / dividing function is realized

by calculation formula shown below.

Display counter = internal counter x scaler value x input dividing value

The fractional number after decimal point of calculation result should be cleared for each

batch for both of counter for batch and counter for integration. For the output pulse multiply the output dividing value furthermore. Input synchronization: Function for dividing only the counter value of batch counter and outputting the input

It is functioned by setting parameter of output dividing. Parameter No.15 output dividing 3: 1/1syn…input synchronization (output dividing is fixed to 1/1)

unscaled pulse for the output pulse

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Normal status: blinking 1Hz Abnormal status: blinking 4Hz

LCD module communication monitoring part LED blue name "COM"

(15) Function for monitoring communications with LCD module

This device can monitor the communication status of CPU and LCD module with LED on the front surface.

・Normal status: LED blinks 1Hz ・Abnormal status: LED blinks 4Hz (screen switching freezes, for example)

* If an error is generated again after turning ON/OFF the power supply, the LCD may be broken.

Please contact the service department of our company.

Fig. 8.12 LCD module communication monitoring part

(16) Sleep function

To protect the backlight of display module, the sleep function is mounted. Set the sleep function by turning ON/ OFF the sleep mode.

・ON: If the touch panel is not operated in case of other than during batch processing for one minute

continuously, the sleep mode will be displayed on the LCD module. If five minutes pass furthermore, the backlight of LCD module will be turned OFF. To cancel the sleep mode, touch the LCD module. First touching of LCD module: backlight will be turned ON Second touching of LCD module: sleep mode display will be cancelled * If leak error is generated while the sleep mode is displayed or the backlight is turned OFF, the screen will

be automatically restored to the bright display.

* While the sleep mode is displayed or the backlight is turned OFF, the batch cannot be started.

・OFF: The screen is always displayed while the power is distributed.

Example) [BATCH PROCESSING] screen

operation

1 minute

passes

Touch the

display

[In sleep mode] displayed screen

operation

5 minutes

passes

LCD module

backlight is turned

OFF

Touch the

display

Fig. 8.13 Sleep function

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(17) Batch history function

You can check the history of recent five batches (expanded from MENU screen). The supplement of content on the screen is displayed on HELP screen.

[BATCH RECODE] screen [BATCH RECODE HELP] screen

"HELP"

"BACK"

Fig. 8.14 Batch history function

(18) Alarm history function

You can check the history of recent five alarms (expanded from MENU screen). The supplement of content on the screen is displayed on HELP screen.

[ALARM RECODE] screen

"HELP"

"BACK"

Fig. 8.15 Alarm history function

[ALARM RECODE HELP] screen

(19) I/O confirmation function

You can check the status of I/O signal related to batch processing (expanded from SYSTEM screen). The output signal can be arbitrarily turned ON/OFF by touching each field. When returning to MENU screen, all output signals will be turned OFF. * This is the function prepared for maintenance.

[I/O CHECK] screen

"Each button"

Example) [OUTPUT SETTING] screen

"BACK"

Fig. 8.16 I/O confirmation function

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(20) Touch panel adjustment function

Correct the sensitivity using the correction function of LCD module itself (expanded from SYSTEM screen). Carry out the operation following the instructions on the screen (touch the red circles in sequence). If "SAVED" screen is displayed finally, the correction is completed. The screen will automatically return to SYSTEM screen. If the correction is not completed within 15 seconds, "CANCELED" screen will be displayed and the screen will automatically return to SYSTEM screen.

[SYSTEM] screen

"3.TOUCH

ADJUST"

Fig. 8.17 Touch panel adjustment function

[TOUCH ADJUST] screen

(21) Initialization function

Parameters and accumulated total flow value etc. can be initialized (expanded from SYSTEM screen). * Standard values are set for parameters.

[INITIALIZE] screen [SYSTEM] screen

"YES"

(Initialization)

"NO"

(Cancel)

Fig. 8.18 Initialization function

(22) Language selection function

The language displayed on the touch panel can be selected from English and Japanese (expanded from SYSTEM screen). * Standard display language is English.

[LANGUAGE] screen Example) [SYSTEM] screen Japanese

"Japanese"

"English"

"BACK"

(Cancel)

Fig. 8.19 Language selection function

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(23) Product information

Model and system version are displayed (expanded from SYSTEM screen).

[SYSTEM] screen

[INFORMATION] screen

"6.INFOR

MATION"

"BACK"

Fig. 8.20 Product information

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Batchprocessing:temporarilystopped

SV/MVoutput:OFF PUMPoutput:turnedOFFaftertimer

AlarmisresetbyturningONtheSTOPbutton afterthebuzzeristurnedOFF

Signal

Buzzer:ON

ALARMlamp/output:ON

Reset

STOPbutton

PressSTOPbuttonafterthebuzzeristurnedOFF

Pulsenon-receiptisgenerated

PressRESETbuttonafter thebuzzeristurnedOFF Atthesametimeasresetof alarm,thetotalﬂowvalueisreset.

Overrunalarm

Leakalarm

Totalﬂow≧leakerrorsettingvalue

Totalﬂow≧batchsettingquantity +Forecastedoverrunquantity

Signal Reset

Buzzer:ON

Thebatchoperationiscompleted(END)

PUMPoutput:turnedOFFafterdelaytimer

ALARMlamp/output:ON

STOPbutton

Signal Reset

Buzzer:ON

ALARMlamp/output:ON

STOPbutton

AlarmisresetbyturningONinterlocksignaland STOPbuttonafterthebuzzeristurnedOFF

Batchprocessing:temporarilystopped

SV/MVoutput:OFF PUMPoutput :turnedOFFafterdelaytimer

PressRESETbuttonafter thebuzzeristurnedOFF Atthesametimeasresetof alarm,thetotalﬂowvalueisreset.

AfterthebuzzeristurnedOFF InterlocksignalisturnedON STOPbutton

Overrunalarm

Leakalarm

Interlockalarm

Totalﬂow≧leakerrorsettingvalue

Totalﬂow≧batchsettingquantity +Forecastedoverrunquantity

Signal Reset

Buzzer:ON

Thebatchoperationiscompleted(END)

PUMPoutput:turnedOFFafterdelaytimer

ALARMlamp/output:ON

STOPbutton

Signal Reset

Buzzer:ON

ALARMlamp/output:ON

STOPbutton

Signal Reset

Buzzer:ON

ALARMlamp/output:ON

STOPbutton

PressRESETbuttonafter thebuzzeristurnedOFF Atthesametimeasresetof alarm,thetotalﬂowvalueisreset.

Overrunalarm

Totalﬂow≧batchsettingquantity +Forecastedoverrunquantity

Signal Reset

Buzzer:ON

Thebatchoperationiscompleted(END)

PUMPoutput:turnedOFFafterdelaytimer

ALARMlamp/output:ON

STOPbutton

8.6 Alarm processing

There are eight types of alarms shown below.

E1: pulse non-receipt alarm　E2: overrun alarm　E3: leak alarm　E4: interlock alarm E5: emergency stop by RESET button　E7: WDT reset alarm　E8: electric power failure alarm　E9: FeRAM alarm

Buzzer sounds until STOP button is turned ON or during the setting time after the alarm is generated. The buzzer can be continuously sounded until the alarm is reset by setting parameter. While overrun / leak alarm is being generated, the batch cannot be started.

E1: pulse non-receipt alarm

The pulse non-receipt alarm is generated if a pulse is not input for a setting time (non-receipt pulse interval time) until the total flow value reaches the batch setting quantity after the batch processing is started. However, the alarm is not monitored for five seconds after the start. If the value is set to 0, the alarm is not monitored.

E2: overrun alarm

This alarm is generated if the total flow is "batch setting quantity + overrun quantity" or more. From the point where the total flow value is same as batch setting quantity to the point after the completion time is set to be a monitoring zone. If the value is set to 0, the alarm is not monitored.

E3: leak alarm

This alarm is generated if a pulse exceeding the setting quantity (leak error setting value) is input until the batch is started after the previous batch is completed (END). If the value is set to 0, the alarm is not monitored.

E4: interlock alarm

This alarm is generated if the interlock signal is turned OFF from the point where the batch is started to the point where the batch setting quantity is same as total flow value.

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E5: emergency stop by RESET button

This alarm is generated when the temporary stop of batch processing is executed by pressing RESET button instead of STOP button. * Even if the STOP malfunctions the operation can be stopped, however, this is an alarm that indicates that

restart is disabled while the STOP is not functioning.

If the STOP may not be functioning normally, please contact the service department of our company.

Emergency stop by

RESET button

Batch processing: temporarily stopped

SV/MV output: OFF PUMP output: turned OFF after delay timer

The operation is restarted by turning ON the START button after buzzer / alarm is turned OFF

Signal Reset

Buzzer: ON STOP button

ALARM lamp / output: ON

Press STOP button after the buzzer is turned OFF

E7: WDT reset alarm

This alarm is generated by CPU is reset by watchdog timer IC. *

This is an alarm generated when a clock signal of CPU is not input in the watchdog timer IC for a constant time.

If this error is generated again, the internal board may be broken. Please contact the service department of our company.

WDT reset alarm

Batch processing: batch is cancelled (batch quantity is notleft)

SV/MV output: OFF PUMP output: OFF

Signal Reset

Buzzer: ON STOP button

ALARM lamp / output: ON

Press RESET button after the buzzer is turned OFF

E8: electric power failure alarm

This alarm is generated when the power supply is turned OFF during batch processing. This error is not generated by power OFF in case of other than during batch processing.

Electric power failure

alarm

Batch processing: temporarily stopped

SV/MV output: OFF PUMP output: OFF

Operation is restarted by turning OFF buzzer / alarm

Signal Reset

Buzzer: ON STOP button

ALARM lamp / output: ON

Press STOP button after the buzzer is turned OFF

E9: FeRAM alarm

The parameter information and the batch processing information are written/read into/from FeRAM when the data is changed or the power supply is ON/OFF. If check error is generated in CPU at writing/reading, an alarm will be generated. * The information that generates reading check error at power ON (parameter or batch processing, or both of them) will be

initialized. * If FeRAM alarm is generated, FeRAM may be expiring. Please contact the service department of our company. * Wait for "10 seconds or more" until turning ON the power supply again after power OFF of batch counter main unit. If the time between power OFF and ON is extremely short, writing/reading in/from FeRAM may not be implemented

normally.

FeRAM alarm

Batch processing: standby status

Signal Reset

Buzzer: ON STOP button

ALARM lamp / output: ON

Press RESET button after the buzzer is turned OFF

Page 31

9. CHANGE OF SETTING VALUE

9.1 Parameter setting

The parameters can be set on [PARAMETER] screen. However, if a password is set, the screen will be expanded after the password is certified.

No. Item Range

Channel 1

Channel 2

Channel 3

Channel 4

Channel 5

Channel 6

Channel 7

Channel 8

Channel 9

Cannel free

Scaler value

Initial setting value

Terminal setting

value

Overrun forecast

value

Overrun volume

Leak failure

setting value

Non-arrival pulse

interval time

Completion

monitoring setting value

Accumulation counter

Pump output

delay timer

Buzzer ON time

setting

Batch setting

volume upper limit setting value

Reset start

function

Measure unit

Accumulated

display time

Operation switch

selection

Pulse output width

Input division

Output division

Integration unit

Sleep mode

Language

Password

System Ver.

0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 0 0 to 999999 count 1

0 to 9999 count 80

0 to 99 count 2

0 to 99 count 10

0 to 999sec 5

0 to 99sec 5

0 to 999999 0

0 to 9999sec 30

0 to 999sec 0

0 to 999999 count

0: without, 1: with 0

0:× 1000　1: ×100 2: ×10 3: ×1 4: × 0.1 5: × 0.01　6: × 0.001

0 to 9sec 0

0: Front (front surface setting mode 1: Remote (external setting mode)

0: 150μsec 1: 1msec 2: 50msec 0: 1/1　1: 1/10 2: 1/100 0: 1/1 1: 1/10 2: 1/100　 3: 1/1syn 0: --(blank) 1: mL　2: L　3: kL 4: m3 5: g　6: kg　7: t　8: USG　9: barrel

0: OFF 1: ON

0: Japanese 1: English

Standard

value

999999

1 0 0

111111

Remark

Sets the batch setting volume of channel 1 [C1]. Sets the batch setting volume of channel 2 [C2]. Sets the batch setting volume of channel 3 [C3]. Sets the batch setting volume of channel 4 [C4]. Sets the batch setting volume of channel 5 [C5]. Sets the batch setting volume of channel 6 [C6]. Sets the batch setting volume of channel 7 [C7]. Sets the batch setting volume of channel 8 [C8]. Sets the batch setting volume of channel 9 [C9]. Sets the batch setting volume of channel free [CF]. Sets the coefcient value to be used for obtaining the integrated ow rate. Sets the timing for opening MV (large valve). If it is set to initial setting value [80] and the batch setting volume is set to [1000], the MV opens when the integrated value reaches 80. Sets the timing for closing MV (large valve). If it is set to initial setting value [80] and the batch setting volume is set to [1000], the MV closes when the integrated value reaches 920. Sets the timing for closing SV (small valve). If the overrun forecast value reaches is set to [2] and the batch setting volume is set to [1000], the SV closes when the integrated value reaches 998. Sets the timing for generating overrun alarm. If the batch setting volume is set to [1000] and the overrun volume is set to [2], <E2> ala rm is gen erated when the integr ate d value reac hes 100 2 within the completion monitoring time. Sets the time for generating leak alarm. If the leak failure setting volume is set to [10], <E3> alarm is generated when 10 count up between completion and start of batch operation. Sets the timing for generating pulse non-arrival alarm. It is also possible to disable the monitoring of non-arrival of pulse by setting it to 0 second. If the non-arrival pulse interval time is set to [5], <E1> alarm is generated when the non-arrival time of pulse reaches 5 seconds.

The completion monitoring time is set for monitoring the overrun alarm after the batch volume integrated value reaches the setting value. The completion monitoring time is counted after the batch volume integrated value becomes same as batch setting volume. The batch becomes END after the time set by parameter is over.

Sets the accumulated tota l value up to 6 d igits. Up to 9 digi ts can be c ounted o n the display. Sets the time for continuing the pump output after SV is closed.

If the pump output delay timer is set to [30], the pump output is turned OFF in 30 seconds after the import is completed.

Sets the time in which alarm buzzer is turned ON. 0: continued 1 to 999: sounds within the setting time (1 to 999 seconds)

Disables the setting of batch volume e xceedi ng the batch setting volume upper limit setting value by parameter setting. When you set the paramet er C1 to CF, a value exceeding the upper l imit value cannot be set. If a value more than upper limit value is set for C1 to CF preliminarily, the operation cannot be started.

Enables or disables the reset start function. [0] Disabled, [1] Enabled

Sets the unit coefcient. [0] 1000, [1] 100, [2] 10, [3] 1, [4] 1/10, [5] 1/100, [6] 1/1000

Sets the time in which accumulated total value is displayed when TOTAL button is input. 0: Accum ulated tot al value is displaye d while TOTAL button is input 1 to 9: Automatically reset to preset value display after the setting time is over

Selects the setting method of switch operation. [0] Front surface setting mode [1] External setting mode

Sets the pulse width of output pulse. Sets the input division by software. Sets the division of output pulse.

Sets the integration unit of display.

Enables or disables the sleep mode for protecting backlight. 0: always displayed while the power is distributed 1: mode s hifts to sleep mode if nothin g is operated for 1 min ute or more during other than batch operation

Sets the display language. ※ This item is not displayed on PARAMETER screen. The language is switched from SYSTEM screen.

Sets the password. ※ This item is not displayed on PARAMETER screen. The password is switched from SYSTEM screen.

You can check the system version. The sys tem ve rsi on may be changed witho ut notice depen din g on the product.

※

This item is not displayed on PARAMETER screen. You can check

the version from SYSTEM screen.

E-216-5N-E

　　NOTE:

The batch setting volumes C1 to C9 can be set only in the parameter setting menu. The batch setting volume CF (free) can be set from batch processing screen at the usual operation. In case of 0, you can’t start filling operation.

Page 32

E-216-5N-E

How to set a parameter

Touch "1.PARAMETER" on [MENU] screen to shift to [PARAMETER] screen.

Display the parameters for five items each from C1 on the touch panel.

Shift to the next parameter screen by pressing → button and shift to the previous parameter screen by pressing ← button. Select the data field of a parameter to be changed and change the setting using a numeric keypad and CLR button.

If you touch SET button, the changed parameter will be memorized and the screen will return to the parameter screen. The changed data will be reflected to the data field of the changed item. If you touch CANCEL button, the change will be cancelled and the screen will return to the parameter screen.

If the change of a parameter you want to change is terminated, touch MENU button. Quit [PARAMETER] screen and shift to [MENU] screen. The changed data will be memorized until the next change. Then, touch "5. BATCH PROCESSING" button and return to the measurement screen.

NOTE:

● The item loops among parameters C1 to 17 (sleep mode).

● In the following status, the screen cannot shift to PARAMETER screen.

・During batch processing (RUN lamp is lighting/blinking) ・While the pump is operated (PUMP lamp is lighting) ・During completion (END lamp is lighting)

[MENU] screen

[PARAMETER] screen [PARAMETER SETTING] screen

Fig. 9.1 How to set a parameter

* : For the measurement unit, select a display method (it is the selection only for display and it is not related

to internal calculation). 0: display x1000 1: display x100 2: display x10 3: display x1 4: display x1, decimal point is at the last digit of total flow value / preset value 5: display x1, decimal point is at second last digit of total flow value / preset value 6: display x1, decimal point is at third last digit of total flow value / preset value

Fig. 9.2 Measurement unit

Page 33

Password function

● Setting of password (at initial setting)

Touch "4.SYSTEM" on [MENU] screen to shift to [SYSTEM] screen. Next, touch "1.PASSWORD".

[INPUT PASSWORD] screen will be displayed. Input "111111 (default)". After the password is input, touch SET button to shift to [PASSWORD SETTING] screen.

Change the password using a numeric keypad and CLR button.

・Max. 6-digit arbitrary number can be set.

* It is also possible to delete the password by clearing the number and touch SET button.

If you touch SET button twice within one second, the changed password will be memorized and the screen will return to [SYSTEM] screen. If you touch CANCEL button, the change will be cancelled and the screen will return to [SYSTEM] screen.

Then, touch "MENU" and "5. BATCH PROCESSING" buttons and return to the measurement screen.

E-216-5N-E

[SYSTEM] screen

"1.PASS

WORD"

"SET"

"CANCEL"

Fig. 9.3 How to set a password

[PASSWORD SETTING] screen

● Timing when the input of password is required

If a password is set, the input of password is required in the timings (1) to (5) shown below. For the current value of password, "* (asterisk)" is displayed for the number of setting digit. (1) When you touch each data field on [PARAMETER] screen (when you want to change a parameter)

If you input the password once, re-input of password will not be required until quitting [PARAMETER] screen.

⇒

(2) When you touch "1.PASSWORD" (when you want to change the password) (3) When you touch "2.IN/OUT.CHECK" (4) When you touch "3.TOUCH.ADJUST" (5) When you touch "4.INITIALIZE"

In the cases (1) to (5) shown above

[INPUT PASSWORD] screen

[INPUT PASSWORD] screen shown right is displayed. Carry o ut the setting using a nu meric keypad and CLR button. If you touch SET button, the password will be set. If you touch CANCEL button, the password will be cancelled.

If the password is correct, the screen will shift to each screen.

NOTE:

If a password is set, make a note not to forget it. If yo u fo r ge t th e pa s s wo r d, please contact business office or service center of our company.

Page 34

E-216-5N-E

1 -1

1- 2

2 -1

3 -1

4 -1 -1

5 -1

5 -2

5 -3

4 -1 -2

4 -1- 3

4 -2 -1

4 -2 -2

4 -2 -3

4 -3 -1

4 -3 -2

4 -3 -3

4 -4 -1

4 -4 -2

4 -4 -3

4 -6 -1

4 -6 -2

* Only when the password is set

2 -2

3 -2

4 -5 -1

4 -5 -2

4 -5 -3

* Only when the password is set

4 -2 -4

5 -1

5 -2

5 -3

Startup screen

Top screen

5. BATCH PROCESSING

*After the top screen, the screen automatically shifts to BATCH PROCESSING screen

BATCH PROCESSING screen

[CHANNEL SELECT]

[PRESET SETTING]

[MENU]

1. PARAMETER

[PARAMETER]

[PARAMETER SETTING]

2. BATCH RECORD

■Sleep mode screen system

[BATCH RECORD]

[BATCH RECORD HELP]

3. ALARM RECORD

[ALARM RECORD]

[ALARM RECORD HELP]

4. SYSTEM

1. PASSWORD

[INPUT PASSWORD]

[PASSWORD SETTING]

2.I/O CHECK

[INPUT PASSWORD]

[I/O CHECK]

[OUTPUT SETTING]

3. TOUCH ADJUST

[INPUT PASSWORD]

[TOUCH ADJUST]

4. INITIALIZE

[INPUT PASSWORD]

[INITIALIZE]

5. LANGUAGE

[INPUT PASSWORD]

[LANGUAGE]

6. INFORMATION

[INFORMATION]

5. BATCH PROCESSING

BATCH PROCESSING screen

[CHANNEL SELECT]

[PRESET SETTING]

* P ar amete r No.17

Vali d only whe n the s lee p mo de is set to "1: ON"

Each screen

[Sleep mode] display screen

Backlight OFF

Screen system

Page 35

E-216-5N-E

9.2 Configuration of internal device

This device has internal devices; "display unit", "power supply board", "input board", and "output board" as shown in Fig. 9.4. The display unit is configured with LCD module and CPU board. Power supply and input board are configured by connector connection. Input board and output board are connected to CPU board with each connector. Input board and output board have terminal block connected to external.

Power supply board

Output board

Enclosure

Display unit

LCD module / CPU board

Input board

Front frame/enclosure installation screw (x4)

Fig. 9.4 Configuration of internal devices

9.3 Removal of inner assembly

The internal board is removed by disconnecting this assembly from the installation panel.

CAUTION:

Front frame/enclosure

installation screw

Do not fail to remove the inner asseembiy after turning OFF the power supply to this device.

Pull out LCD module/CPU

board, and a set of

internal devices

(x4)

Fig.9.5 Fig.9.6

Remove the front frame

(1) Unscrew four continuous-thread studs on rear

surface of main unit.

(2)

Remove the front frame and pull out display unit, power supply/input board, and output board collectively.

Page 36

E-216-5N-E

Pull out the output board

LCD module/

CPU board

Pull out power

supply/input board

Fig.9.7 Fig.9.8

(3) Pull out power supply/input board and output

board from CPU board.

Power supply board

Input

board

CPU board

LCD

module

Installation

screw (x8)

Spacer (x4)

Harness

(4) LCD module/CPU board can be separated into LCD

module and CPU board by removing attaching screws spacers and harness.

* Take care not to break the harness.

Attachment screw (x8) Spacer (x4)

Fig.9.9

(5) Power supply/input board can be separated into

po w er su p pl y and i np u t b oar d by rem o vi ng installation screws/spacers.

9.4 Installation of internal assembly

9.4.1 How to assemble power supply/input board and output board

(1) Assemble LCD module and CPU board with display unit by securing fixation screws and spacers referencing

Fig. 9.8 shown in the previous section.

(2) For power supply board and input board, secure fixation screws and spacers referencing Fig. 9.9 shown in in

the previous section and insert a connector to assemble power supply/input board.

(3) Fit power supply/input board and output board in the groove in enclosure and insert each board until

contacting the rear surface of enclosure.

NOTE: Take care not to mistake board insertion position and direction.

9.4.2 How to assemble display unit

In the status shown in the previous section, insert the display unit. If LCD module and CPU board are removed, assemble them preliminarily referencing Fig. 9.8. (1) Connect CPU boards CN1 and CN2 to the mating connectors.

NOTE: 1. Reversed board cannot be attached.

2. Connect right and left connectors slowly and surely.

(2) After finish installing the front frame, secure four front frame/enclosure installation screws from terminal block

side.

Page 37

9.5 Change of setting on input board and CPU board

Input board SW1

Input board SW2

CPU board SW2

CPU board SW1

Switches on the input board and CPU board are located at the positions shown below.

E-216-5N-E

Fig. 9.10

The input board SW1 sets the power supply voltage of flowmeter transmitter and the input board SW2 sets the type of input pulse from flowmeter (when you purchase the product, the setting is implemented depending on the preliminarily specified type code). The content of setting is shown below. The setting can be changed following the content shown below.

Type code

Voltage pulse/12V 2-wire or 3-wire

Current pulse/12V 2-wire

Current pulse/24V 2-wire

O.C pulse/12V 2-wire or 3-wire

Contact

Other than above

CAUTION: Be sure to turn OFF the power supply to this device before changing the setting.

CAUTION: Do not change the jumper setting other than above.

Type of pulse

Transmitter power

supply SW1

SW1 1 2 3 4 5 6 7 8

3-2 ON OFF OFF OFF ON OFF OFF OFF

3-2 OFF ON OFF OFF OFF ON OFF OFF

1-2 ON OFF OFF ON ON OFF OFF OFF

3-2 ON OFF ON OFF ON OFF OFF OFF

3-2 ON OFF ON OFF ON OFF OFF ON

1-2 OFF ON OFF OFF OFF OFF ON OFF

Type of pulse SW2

Otherwise, it may cause a failure.

CPU board switch setting

Switch Description of signal Standard setting

SW1

SW2

CAUTION:

RS485/RS232C selected 1-2, 4-5 short-circuit: RS485　　2-3, 5-6 short-circuit: RS232C

Communication termination resistance 1-2, 4-5 short-circuit: Yes　　2-3, 5-6 short-circuit: No

2-3, 5-6 short-circuit

1-2, 4-5 short-circuit

Do not change the setting of switch on CPU board. Otherwise, it may cause a failure. The communication is used only at adjustment at factory and maintenance and not used usually.

Page 38

E-216-5N-E

10. TROUBLESHOOTING

10.1 Inspection Items

NOTE:

Display is dead.

The device does not operate even if pressing the START button

If trouble is found to be internal, check on the problem according to the table below and seek our service.

Problem What to check Possible causes

1. Inspect fuse.

2. Check supply voltage. AC version 85 to 264VAC

1. Is the interlock lamp at display part lighting?

If the operation switch is set to external operation for the parameter setting, are terminals No.19 and 20 (external operation input STOP contact b input) short-circuited?

3. Has the batch process been reset?

4. Check the items shown in "8.5 (4) Batch start unavailable conditions".

5. When you press the START button, does RUN lamp at display part light up?

6. Do valve control signals SV and MV actuate property?

7. Are valve control signal wiring and supply voltage correct?

8. Are valve operating and control pressure settings correct?

1. Breaking of fuse (⇒ refer to section 10.2)

2. Supply voltage is incorrect.

3. A fault in the counter internal.

1. Short-circuit the terminals No.25 to 26 (interlock).

2. As STOP in the external operation input is contact b, configure the circuit so that it is turned OFF only when you want to stop the operation temporarily.

3. Reset the batch processing.

4. Carry out the coping process shown in "8.5 (4) Batch start unavailable conditions".

5. If it does not light up, the internal of main unit may be broken.

6. Valve control signal output relays are at fault.

7. Valve control output lines are incorrectly wired or an open in the cable.

8. Valve operating and control pressure settings are incorrect.

Valve operates but the total counter fails to count.

Fails to perform batch operation at the setpoint.

Remote control is inoperative.

1. Is a flowrate signal coming in from the flowmeter?

2. Is the flow rate signal input within the response frequency range?

1. Do valve control signals SV and MV actuate when the target batch quantity is reached?

2. If the quantity reaches the batch setting quantity, do SV lamp OFF and END lamp light up?

1. Can the batch quantity be set by operating the front surface?

2. Is remote control circuitry wired correctly?

1. Incorrect wiring or an breaking of the cable. A fault in the flowmeter itself or in the pulse generator.

2. Outside the acceptable frequency range of response.

Contact pulse Max　50Hz Others Max　3kHz

1. Valve control signal output relay is at fault.

2. A fault in the counter internal.

1. If the setting is enabled by operating the front surface, the parameter is not set to external input.

　Set the operation switch to external

operation by setting parameter.

2. Remote control circuitry is wired incorrectly, or the cable has an open.

Or a fault in the counter internal.

Page 39

10.2 Q&A about Counter Behavior in Standby Mod

85〜264VAC

Pushingthefuse,rotatetoward thearroweddirection,andthen pullitout

Questions Answers

・Counted. The accumulated total is also counted.

1. What if a pulse train arrives in standby mode?

2. What if the counter counts to the target batch setpoint without pressing the START?

・SV and MV valve signals remain inoperative (remain in the OFF). ・ If a leak error is set, a leak error is generated when a pulse of setting value or more

is input.

・Keep counting. ・Completion signal is not turned ON.

E-216-5N-E

3. While totalizing before pressing START, is it possible to start the operation?

・ In the middle of totalizing, you can't commence START operation.

If even one pulse is input at the initial status, the operation cannot shift to the batch processing directly. Press RESET button once to reset the value to "0" (initial status), and then start the operation.

10.3 Inspection of fuse

Disconnect the fuse socket on the rear surface of this device and inspect the glass fuse. If the fuse blows out, disconnect it from the socket and replace it with a new one.

NOTE:

When you disconnect or attach the glass fuse, hold it softly. If you hold it strongly, it may be damaged.

CAUTION:

Do not use a fuse other than the rated. Rating of fuse: 250V 1A

Fig. 10.1 Rear surface of the device and fuse socket

Page 40

E-216-5N-E

11. GENERAL SPECIFICATIONS

Item Description

Type of operation

Display

Operation status indicator

Channel select

Pushbutton switch

Buttons

Buzzer

Pulse type

2-wire/12V DC 3-wire contact-closure pulse

2-wire/12V DC 3-wire open collector pulse

2-wire/12V DC 3-wire voltage pulse

Pulse Input

12V DC 2-wire current pulse

24V DC 2-wire

Input Signal

current pulse

Start

Reset

Stop

Channel select

Set

Remote Input

InterLock

Meter factor setting

Input pulse freq.

Output pulse freq.

Batch setting

Initial setting

Final setting

Batch

Anticipated overshoot

Batch-end monitor setting

Parameter Setting

Pump output timer

Missing pulse interval

Overshoot

Alarm

Leak error setting value

Upper limit ﬂow signal

Partial ﬂow signal

Pump control signal

Batch-end signal

Alarm signal

Output Signal

Pulse signal

Power failure backup

Power source

Power consumption

Ambient temperature

Installation

Finish

Housing material

Outline dimensions

Weight

Noise resistance

※1: Varies depending on transmission distance and specication of the cable.

NOTE:

(e.g. 100m when open collector pulse with CVVS 1.25sq cable) ※2: To use the external operation input, it is necessary to prepare the connector of D-SUB25 pin by yourself and connect the circuit for selecting a channel to D-SUB terminal on the rear surface of this machine.

※3: As special specication, pulse width 150μsec is possible. When 150μsec output is selected, transmission distance will be limited depending on cable specication and receiving circuit.

(e.g. with CVVS 1.25sq cable and collector current 30mA, the transmission distance will be limited to 100m.)

Pulse addition

Batch total quantity display 6 digits

Batch setting quantity display 6 digits Accumulated total value is displayed by TOTAL button 9 digits

Channel display 2 digits Error code is displayed when an alarm is generated

RUN (yellow) / END (green) / ALARM (red) / interlock (blue) / measurement unit / total unit / MV (red) / SV (red) / PUMP (red)

Touch panel operation CH.1 to 9, CH.F (channel free) total 10 channels

Hard switch STOP/RESET/START form "a" contact

For generating alarm: electronic buzzer mounted on board

Connectable Transmitters Power to Transmitter Signal Level Freq. Response

PG20 13.5VDC

Coriolis owmeter (2-wire only)/

NPG60A (E3) FLOWPET-5G

PG30

NPG60A (F)

PG30S 13.5VDC

PA14/15/25

ULTRA OVAL

NPG60A (E)

Form "a" contact

Form "b" contact

BCD combination of 1 /2 /4 /8

Form "a" contact

Form "a" contact normally short-circuited

0.00010 to 1.99999 (Default: 1.00000)

Software frequency dividing: 1/1, 1/10, 1/100 (Default: 1/1)

Input synchronous (1ms or 50ms) software frequency dividing: 1/1, 1/10, 1/100 (Default: 1/1)

10 channels: 0 to 999999 counts (Only free setting channel can be changed from front surface.)

0 to 9999 counts (Default: 80)

0 to 99 counts (Default: 2)

0 to 99 sec (Default: 5)

0 to 9999 sec (Default: 30)

0 to 999 sec (Default: 5)

0 to 99 counts (Default: 2)

0 to 99 counts (Default: 10)

Full-open signal MV

1-stage open signal SV

Relay contact (250V AC 1A) form "c" contact

Static relay (250V AC/DC 0.1A) form "a" contact

Relay contact (250V AC 1A) form "a" contact

Open collector NPN transistor output (35V DC 100mA) Pulse width: 1msec/ 50msec max. 3kHz (※3)

Saves data to FeRAM at power-off

85 to 264V AC 50/60Hz

25VA (Power consumed by the batch counter only, excluding power supply for MV/SV.)

−10 to +50℃

Panel mount type

Black (equivalent to Munsell N1.5)

Polycarbonate

96 (W) ×96 (H) ×142.1 (D) (batch counter body only)

Approx. 1kg (batch counter body only)

EMC EN55011 EN61000-6-2

13.5VDC

24VDC

12VDC ON/OFF

(Input load resistance: 10kΩ)

Current capacity: 55mA (with short-circuit protection)

Contact signal/Open collector signal Contact current: 24V DC Max. 20mA Instant signal "ON" width: 200msec Instant signal "OFF" width: 200msec

Relay contact (250V AC 1A ) Refer to the operation chart for ON/OFF of form "c" contact.

"1": 5VDC and over

"0": 1.5VDC and below

"1": 20mADC

"0": 4mADC

Input load resistance: 510Ω

"1": 20mADC

"0": 4mADC

Input load resistance: 250Ω

(※2)

Max 3kHz (※1)

Max 50Hz

Page 41

12. PRODUCT SYMBOL

●

Main code

① ② ③ ④ ⑤ ⑥

Model

E L 1 8 1 2 Batch counter/Non-explosionproof

⑦ 

⑧

Power supply

J 85〜264VAC 50/60Hz

⑨

Input signal

B Voltage pulse 12VDC 2 wires / 3 wires

C Current pulse 12V (PG30S)

D Current pulse 24VDC (4/20mA)

G Open collector pulse 12VDC 2 wires / 3 wires

K Contact pulse 12VDC 2 wires / 3 wires

Z Special

⑩ 

⑪ ⑫

Output item 1: Pulse output

B 1 Pulse width 1ms

B 5 Pulse width 50ms

S Y Input synchronous output

Z Z Special

⑬

Always N

⑭ ⑮

Output item 2: Pump output

C C c contact (Pump)

Z Z Special

⑯

Always N

⑰ ⑱

Always NN

N N Always NN

Always N

⑲

Always N

⑳

Version code

A Version A



Characteristic

0 Standard

Z Special

Document

D S J DWG and speciﬁcations for approval (Japanese)

D S E DWG and speciﬁcations for approval (English)

D R 0 Re-submission of DWG and speciﬁcations

D C J Final DWG (Japanese)

D C E Final DWG (English)

D W J Wiring diagram (Japanese)

D W E Wiring diagram (English)

D T J Inspection procedure (Japanese)

D T E Inspection procedure (English)

C B J Inspection certiﬁcate: B set

Witnessed by customer

V 1 0 Required

⑧−⑥⑤④③②① ⑯⑮⑭⑬⑫⑪−⑨ ⑰ −⑳⑲⑱

Model

Output item 1

Power supply

Input signal

Always N

Characteristic

Always NN

Version code

Output item 2

Always N

Main code

/ / / Additional code

●

Additional code

E-216-5N-E

Page 42

E-216-5N-E

All speciﬁcations are subject to change without notice for improvement.

2018. 04 Revised△

2017. 04 Released E-216-5N-E (1)