Minebea Intec Option A15. Analog/Digital Converter for Connecting a Reference Scale Le manuel du propriétaire

Marque: Minebea Intec

Modèle: Option A15. Analog/Digital Converter for Connecting a Reference Scale

Taper: Le manuel du propriétaire

98647-004-26

Installation Instructions | Installationsanleitung | Notice d’installation |

Istruzioni per l’installazione | Instrucciones de instalación

Minebea Intec Signum

Option A15. Analog/Digital Converter for Connecting a Reference Scale

Option A15. AD-Wandler für Mengenwaagenanschluss (ADU)

Option A15. Connexion pour balance de référence (convertisseur A/N)

Opzione A15. Connessione per bilancia di riferimento (convertitore A/D)

Opción A15. Conexión para báscula de referencia (convertidor A/D)

2 Signum Option A15 Signum Option A15 3

English – page 3

Deutsch – Seite 23

Français – page 42

Italiano – pagina 61

Español – página 80

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Intended Use Contents

– This additional, powerful analog/digital

converter enables the use of a second

weighing point; e.g., for connecting

a weighing platform with a broad

weighing range

– Connect the reference scale to the

display and control unit with a cable

gland, or install a separable plug-in

connector

– Operator-guided configuration of

reference scale in the operating menu

– Also available for use in legal metrology;

reference scale configurable in class

III up to 6250e and in class IIII up to

1000e

Specifications

Maximum readability 15,000 display digits (not in legal metrology)

Maximum permissible verification scale intervals Accuracy class l m

Single-range mode n< 6250e 1000e

Multiple-range mode ni< 3125e 1000e

Multi-interval scale ni< 3125e 1000e

Multi-interval scale Max/ei< 6250e 6250e

Digital protective interface In accordance with EN 45501

Load cell supply voltage Uexc 8.4 VDC

Minimum input voltage per Umin 0.672 µV

verification scale interval

Minimum/maximum load resistance RLmin to RLmax 83 O to 2000 O

Limits of temperature range TLmin to TLmax –10°C to +40°C (+14°F to +104°F)

Fraction of the maximum permissible error ρi 0.5

Type of cable connection 6-conductor

Max. value of cable length per (L/A) 150 m/mm2

wire cross section

Range of input voltage Umin to Umax 0 to 29.4 mV

Ratings:

Power supply 100-240 VAC (–15/+10%), 50-60 Hz, max. 17 W/23 VA

Transient overvoltage Overvoltage category II in accordance with IEC 60364-4-443

Operation using protective extra-low voltage

with safe separation from wall outlet (PELV) See instruction manual for Option L8

DC power supply 22.8 to 26.7 V (optional: 21.6 to 26.7 V); max. 12 VA

AC power supply 22.8 to 26.7 V, 50-60 Hz, max. 12 VA

Operation with rechargeable battery See instruction manual for Option L9

Battery operation using built-in or external rechargeable battery

(must be included in initial order)

Limitation of emissions In accordance with EN 61326-1 (IEC 61326-1):

Group 1, Class B, suitable for use in domestic establishments and

establishments directly connected to a low-voltage power-supply

network that supplies buildings used for domestic purposes

Immunity to interference In accordance with EN 61326-1 (IEC 61326-1):

Immunity test requirements for equipment intended for use in

industrial locations (Table 2)

Electrical safety In accordance with EN 61010-1 (IEC 61010-1)

3 Intended Use

3 Specifications

4 Getting Started

4 Connecting the Weighing Platform

7 Configuring the Analog/Digital

Converter

8 A/D Converter Configuration Menu

10 Service Menu

11 Activating the Service Mode

12 Selecting the Configuration Mode

15 Entering Geographical Data

16 Entering Calibration/Adjustment and

Linearization Weights

17 External Linearization

18 Calibration and Adjustment

20 Setting the Preload

20 Clearing the Preload

Calibration/Adjustment without Weights

Configuration

21 Reference Scale Operating Menu

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Getting Started

Connecting the Weighing Platform

Connection of an analog Minebea Intec MAPP or MAPS platform or of a commercially

available strain-gauge load cell is described in the following.

! The load cell should be connected only by a trained and authorized Minebea Intec tech-

nician. Any installation work that does not conform to the instructions in this manual

will result in forfeiture of all claims under the manufacturer’s warranty.

! Disconnect the equipment from power (unplug from the wall socket) before beginning

any installation work.

§ Set up the weighing platform (see the operating instructions for the weighing platform)

§ Lay the cable for connecting the weighing platform to the display and control unit

§ Open the Signum display and control unit:

remove the four cap nuts from the front panel and remove the panel.

§ Connect cable from the weighing platform to the display and control unit

Note:

The cable gland is installed at the factory. Please use extreme caution when performing

any work on the equipment that affects this cable gland.

Use a torque wrench and tighten the cable gland to 5 Nm.

§ Prepare and install the cable as follows.

– Guide the cable through the cable gland.

– Close and tighten the cable gland in accordance with the applicable regulations.

– Remove the casing from a section of the cable end (see illustration). The shield (1) must

have contact with the clamps (2).

– Expose approximately 15 cm (4 inches) of the wires (3) for connection to the terminals.

– Guide the cable through the cable gland.

– It is important to make sure that the shield is in contact with the clamps, because the

cable is grounded by the shield.

§ Install the weighing platform cable as follows:

– Remove the casing from a section of the cable end. Expose approximately 5 cm (2 inches)

of the isolated wires for installation.

– Remove the casing from approximately 1 cm (1/2 inch) of the wires and attach ferrules to

the wire ends.

– Fit the ferrite ring over all wires.

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– Attach the wires securely to the screw terminals

Pin Assignments in the Display and Control Unit

No. Signal name Meaning

1 BR_POS Bridge supply voltage (+)

2 SENSE_POS Sense (+) for the bridge supply voltage

3 OUT_POS Measuring voltage positive

4 OUT_NEG Measuring voltage negative

5 SENSE_NEG Sense (-) for bridge supply voltage

6 BR_NEG Bridge supply voltage (-)

! Please refer to the service specifications or operating instructions for the load cell or

weighing platform in question for details on the assignment of wire colors to signals.

Isolate unused wires in accordance with industry standards.

! If a load receptor that uses 4-conductor technology is connected (i.e., the cable from

the load cell has only four wires), add wire straps to connect wires 1 and 2 (BR_POS and

SENSE_POS) to wires 5 and 6 (SENSE_NEG and BR_NEG).

§ Close the Signum display and control unit:

Position the front panel on the display and control unit and fasten it with the 4 cap nuts

Connecting the Display and Control Unit to AC Power

§ Check the voltage rating and the plug design.

$ The display and control unit is powered through the pre-installed power cord.

The power supply is built into display and control unit, which can be operated with

a supply voltage of 100 V to 240 V.

Make sure that the voltage rating printed on the manufacturer’s ID label is identical

to that of your local line voltage. If the voltage specified on the label or the plug design

of the power cord do not match the rating or standard you use, please contact your

Minebea Intec office or dealer.

The power connection must be made in accordance with the regulations applicable in

your country.

The device (protection class 1) must be plugged into a properly installed wall outlet

which has a protective grounding conductor (PE) and a fuse with maximum 16A.

The power plug or other suitable device for disconnecting the power must be easily

accessible.

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Safety Precautions

If you use an electrical outlet that does not have a protective grounding conductor,

make sure to have an equivalent protective conductor installed by a certified electrician

as specified in the applicable regulations for installation in your country. Make sure the

protective grounding effect is not neutralized by use of an extension cord that lacks

a protective grounding conductor.

NOTE:

This equipment has been tested and found to comply with the limits pursuant to part 15

of FCC Rules. These limits are designed to provide reasonable protection against harmful

interference. This equipment generates, uses and can radiate radio frequency energy and,

if not installed and used in accordance with these instructions, may cause harmful inter-

ference to radio communications. For information on the specific limits and class of this

equipment, please refer to the Declaration of Conformity. Depending on the particular

class, you are either required or requested to correct the interference. If you have a Class A

digital device, you need to comply with the FCC statement as follows:

“Operation of this equipment in a residential area is likely to cause harmful interference

in which case the user will be required to correct the interference at his own expense.”

If you have a Class B digital device, please read and follow the FCC information given

below:

“[...]However, there is no guarantee that interference will not occur in a particular instal-

lation. If this equipment does cause harmful interference to radio or television reception,

which can be determined by turning the equipment off and on, the user is encouraged to

try to correct the interference by one or more of the following measures:

– Reorient or relocate the receiving antenna.

– Increase the distance between the equipment and receiver.

– Connect the equipment into an outlet on a circuit different from that to which the

receiver is connected.

– Consult the dealer or an experienced radio/TV technician for help.”

Before you operate this equipment, check which FCC class (Class A or Class B) it has

according to the Declaration of Conformity included. Be sure to observe the information

of this Declaration.

Warmup Time

To deliver exact results, the display and control unit must warm up for at least

30 minutes after initial connection to AC power or after a relatively long power outage.

Only after this time will the equipment have reached the required operating temperature.

Using Verified Equipment in Legal Metrology

$ Make sure to allow the equipment to warm up for at least 6 hours after initial connection

to AC power.

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Configuring the

Analog/Digital Converter

Purpose

To adapt the parameters of the analog/

digital converter to the connected load

cell or weighing platform. Once these

parameters have been configured, the

A/D converter in conjunction with

the load cell is defined as a weighing

instrument.

Notes on Settings

– The A/D converter can be configured

only with the menu access switch

open (see “Selecting the Configuration

Mode”). Make sure you close the menu

access switch following A/D converter

(ADC) configuration; otherwise, the

“overload” (H) and “underload” (L) error

codes are not shown.

– To enable ADC configuration, activate

the service mode (see “Service Mode”),

open the Setup menu, open the COM-

SPEC submenu, and select ADC-CON.

– Enter the maximum capacity (max. cap.)

in a suitable weight unit, without deci-

mal places (the rounding function will

truncate any decimal places).

! If you return to the highest menu level

without selecting the SAVE menu item

to save changes, all changes made up

to that point are discarded.

– The menu-reset function (“Restore

Factory Settings”) does not affect

settings for ADC configuration.

! Note:

Once the ADC configuration has been

locked (menu access switch closed), the

display and control unit can no longer

be used to influence weighing results.

The scope of functions available in the

weighing instrument is defined by the

A/D converter. Weighing functions that

can be activated include: read weight

value, tare, calibrate/adjust, read tare

value, save/delete tare input

Descriptions of Menu Items

for A/D Converter Configuration

Standard or Verified Configuration

(Menu Items: STAND. / VERIF.)

Before configuring the A/D converter,

you must define whether the weighing

platform is to be used in “standard”

mode or “verified” mode (verified for

use in legal metrology).

– Standard mode: STAND.

– Verified mode: VERIF.

Accuracy Class (Menu Item: CLASS)

Shown only for configuration in

“verified” mode.

Only menu items 3 and 4 (accuracy

class l/m) are accessible. If the

desired menu item is not marked with

a circle (o) indicating it is already active,

press ) repeatedly until this menu

item is activated.

Selecting the Weighing Range (Menu

Item: RANGES)

This setting defines whether the RANGE

1, RANGE 2 and RANGE 3 menu items

for further configuration steps are

shown or hidden.

– Single-range mode (SINGLE):

The entire weighing range is divided

into scale intervals on the basis of the

lowest interval d and the maximum

load. Readability is equal to scale inter-

val d (see below).

– Multi-interval mode (MULT.Int.):

The “Multi-interval” function divides

the weighing capacity into as many as

3 weighing ranges, each with a different

readability. The scale switches from

one range to the next automatically,

in accordance with the range limits

specified. Once the instrument has been

tared, the best possible resolution

(lowest display digit) is available even

when there is a load on the weighing

platform.

– Multiple-range mode (MULT.-R.):

A multiple-range scale has two or three

weighing ranges. When the maximum

capacity of a lower range is exceeded,

the scale switches to a higher range

(lower resolution). The scale can be

returned to the higher resolution only

after the scale has been unloaded.

Scale Interval d

The display digit, d, indicates the

resolution of the weighing instrument.

The display digit can be entered only in

increments of 1, 2, 5, 10, 20, 50, etc.

This menu item is not shown when

the “verified” configuration mode is

active. On verifiable or verified weighing

instruments (class l and m) scale

interval d is equal to verification scale

interval e.

Verification Scale Interval e

The verification scale interval e indi-

cates the resolution of the weighing

instrument in legal metrology. The scale

interval d can be entered only in incre-

ments of 1, 2, 5, 10, 20, 50, etc.

This menu item is not shown when

the “standard” configuration mode is

active.

Maximum Capacity (Max. Cap.)

The maximum capacity is the maxi-

mum load that may be placed on the

weighing instrument. If a heavier load

is placed on the platform, the display

shows “H.”

The scale intervals are calculated from

the maximum capacity and the scale

interval d. For example, a maximum

capacity of 15,000 kg with a smallest

scale interval d of 0.005 kg yields

3000 scale intervals.

Maximum readability:

15,000 display digits (not in legal

metrology).

In legal metrology, the number

of intervals must not exceed 3125 e;

for multi-interval scales, the limit is

3125 e per range.

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Range 1, Range 2, Range 3

(RANGE 1, RANGE 2, RANGE 3):

Here you can enter the limits for each

of the weighing ranges. When a limit is

exceeded, the accuracy changes.

The following applies when entering

range limits:

Range 1 < range 2 < range 3 < max.

cap.

Thus the weighing capacity can be

divided into 4 ranges. The display reso-

lution changes in intervals of 1, 2, 5,

10, 20 etc. The lowest resolution is the

smallest scale interval d. Ranges you do

not require should be set to 0.

Available Weight Units (Menu Item:

UNITS)

The weight units available for use in

the normal weighing mode are selected

here. Available units are indicated by

a circle (o) on the display (more than

one can be selected).

When using the instrument in legal

metrology, make sure the selected unit

is permissible.

Saving Configuration Parameters

(Menu Item: SAVE)

Once you have selected all required

parameters, select the SAVE menu item

to store the settings.

Checking and Configuring the Equip-

ment for Use in Legal Metrology

A metrological ID tag is included with

the display and control unit.

Following ADC configuration, write

the metrological data on this tag for all

weighing ranges. Affix this tag below

the display and cover it with the water-

proof acetate overlay.

Info

Scale

Zero

Tare

Function

ISO-

Test

Standby

Resolution

x10

NET

B/G

Clear

Function

Toggle

Reference

REF OK

Signum2

Check the settings under menu item 1.7

to make sure only the permitted weight

units are accessible.

A/D Converter Configuration Menu

The following menu items for configuring the A/D converter are appended to the COMSPEC numeric menu when the service mode is active:

ADU-CON A/D converter configuration

STAND. Standard configuration

RANGES Selection of weighing ranges

SINGLE WEIGHTS Single-range mode

D Scale interval

Enter a value

MAX Maximum capacity

Enter a value

MULT.Int. WEIGHTS Multi-interval mode

D Scale interval

Enter a value

RANGE 1 Range 1 limit

Enter a value

RANGE 2 Range 2 limit

Enter a value

RANGE 3 Range 3 limit

Enter a value

MAX Maximum capacity

Enter a value

MULT.-R. WEIGHTS Multiple range mode

D Scale interval

Enter a value

RANGE 1 Range 1 limit

Enter a value

RANGE 2 Range 2 limit

Enter a value

RANGE 3 Range 3 limit

Enter a value

MAX Maximum capacity

Enter a value

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UNITS Available weight units

FREE User-defined unit

G Grams

KG Kilograms

CT Carats

LB Pounds

OZ Ounces

OZT Troy ounces

TLH Hong Kong taels

TLS Singapore taels

TLT Taiwanese taels

GN Grains

DWT Pennyweights

MG Milligrams

/LB Parts per pound

TLC Chinese taels

MOM Mommes

K Austrian carats

TOL Tola

BAT Baht

MS Mesghal

T Tons

LB/OZ Pounds and ounces

SAVE

YES

VERIF. Verified configuration

CLASS Accuracy class

3/4

RANGES Selection of weighing ranges

SINGLE WEIGHTS Single-range mode

E Verification scale interval

Enter a value

MAX Maximum capacity

Enter a value

MULT.INT. WEIGHTS Multi-interval mode

E Verification scale interval

Enter a value

RANGE 1 Range 1 limit

Enter a value

RANGE 2 Range 2 limit

Enter a value

RANGE 3 Range 3 limit

Enter a value

MAX Maximum capacity

Enter a value

MULT.R. WEIGHTS Multiple range mode

E Verification scale interval

Enter a value

RANGE 1 Range 1 limit

Enter a value

RANGE 2 Range 2 limit

Enter a value

RANGE 3 Range 3 limit

Enter a value

MAX Maximum capacity

Enter a value

UNITS (See above)

SAVE

YES

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Service Menu

Purpose

The service menu contains additional

configuration options in the operating

menu (Setup) that are only available

when the ”Service“ mode is active.

The service menu must be activated to

enable the main calibration/adjustment

operations affecting the display and

control unit and the connected

weighing platform.

When the service mode is active, an “S”

is shown in the upper right-hand corner

of the display. To deactivate the service

mode, switch the display and control

unit off and then on again.

The following menu items are appended

to the “Date” (DATE) and “Password”

(CODE) menu items:

– S-DATE: Date of service

(enter the next scheduled service date)

– MEM-NO: Memory number

(enter a transaction number for an

external Alibi memory)

– SER-NO: Display and control unit serial

number

– model: Model designation

(enter the device serial number)

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Activating the Service Mode

e Switch on the display and control unit and press )

) briefly, during the startup routine, to open the operating menu

k k Select the Setup menu item

) Open the Setup menu1

k Select the Code menu item

(Press k repeatedly until code is displayed)

) Open the Code submenu and enter the service access code (see Appendix)

Enter the code using the ( ) k p keys

) Confirm the service access code

Service mode is active: an “S” is shown in the upper right-hand corner of the display.

( Return to the “Code” menu, now in service mode.

( Return to the “Setup” menu, now in service mode.

1 If password input is prompted at this point, enter the service access code (see appendix)

and confirm input to continue

setup

wp-1

code

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Selecting the Configuration Mode

Open the menu access switch:

§ Remove the cap that covers the menu access switch on the left-hand side of the back

of the display and control unit housing

§ Move the switch to the left (“menu accessible” position)

Activate the service mode (see previous page)

) Confirm Setup menu: press )

k k )

Select the “Reference scale” menu item (COMSPEC) and confirm: press k twice,

and then press )

k Select the “Analog/digital converter” menu item (ADU-232): press k

) Confirm the ADU-232 menu item: press )

k repeatedly Select the “ADC configuration” menu item (ADC-CON): press k repeatedly

) Confirm the ADC-CON menu item: press )

Select the “Standard” (STAND.) or “Verified“ (VERIF.) configuration mode.

In this example, “Standard” is selected.

Subsequent configuration steps are illustrated in detail on the next two pages.

Following configuration, select the SAVE menu item to save your settings.

The A/D converter, in conjunction with the weighing platform, can now be used like any

standard weighing platform.

Close the menu access switch

Following ADC configuration, calibration/adjustment and linearization must be performed

on the weighing platform (see page 18, “Calibration and Adjustment,” and page 20,

“Calibration and Adjustment without Weights” for details).

ADC-CON

STAND.

SAVE

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Example 1:

Entering/modifying values, in the weights units defined under menu

item 1.7.x, for a single-range scale in “Standard” configuration mode.

ADC-CON

Select the ADC-CON menu item

) Confirm the ADC-CON menu item

(press k as needed) Select the STAND. menu item

Stand.

Standard configuration mode

) Confirm the STAND. menu item

Ranges

The RANGES menu item is shown

) Confirm the RANGES menu item

(press k repeatedly

if necessary) Select the SINGLE menu item

SINGle

The “Single range scale” menu item

is shown

( Confirm the SINGLE menu item

Weights

The WEIGHTS menu item is shown

) Confirm the WEIGHTS menu item

The “Scale interval” menu item (D)

is shown

) Confirm the D menu item

( ) k p Enter the desired value (e.g., 0.002 kg)

(press ) repeatedly

if necessary) Display the D menu item again

k Select the MAX. menu item

max.

The “Maximum capacity” menu item

is shown

) Confirm the MAX. menu item

( ) k p Enter the desired value (e.g., 30 kg)

(press ) repeatedly

if necessary) Display the MAX. menu item again

( The UNITS menu item is shown

(press ) as needed) Select the “Available weight units”

menu item (UNITS)

k The SAVE menu item is shown

Save

) k ) Save the values entered (YES)

or quit without saving values (NO)

Example 2:

Entering/modifying values, in the weights units defined under menu

item 1.7.x, for a multi-interval scale in “Standard” configuration mode.

(The procedure for configuring a multiple range scale is similar.)

ADC-CON

Select the ADC-CON menu item

) Confirm the ADC-CON menu item

(press ) k p

as needed) Select the STAND. menu item

Stand.

Standard configuration mode

) Confirm the STAND. menu item

Ranges

The RANGES menu item is shown

) Confirm the RANGES menu item

(press k repeatedly

if necessary) Select the MULT.INT. menu item

Mult.Int

The “Multi-interval scale” menu item

is shown

( Confirm the MULT.INT. menu item

Weights

The WEIGHTS menu item is shown

) Confirm the WEIGHTS menu item

The “Scale interval” menu item (D) is

shown

) Confirm the D menu item

( ) k p Enter the desired value (e.g., 0.002 kg)

(press ) repeatedly

if necessary) Display the D menu item again

k Select the RANGE 1 menu item.

Follow this procedure to enter

values for:

Range 1

Limit for range 1 (e.g., 6 kg)

Range 2

Limit for range 2 (e.g., 15 kg)

max.

Maximum capacity (e.g., 30 kg)

Continue as described under

Example 1, after the step for entering

the maximum capacity

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Example 3:

Entering/modifying values, in the weights units defined under menu

item 1.7.x, for a single-range scale in “Verified” configuration mode.

ADC-CON

Select the ADC-CON menu item

) Confirm the ADC-CON menu item

(press ) k p

as needed) Select the VERIF. menu item

Verif.

The “Verified configuration mode”

menu item is shown

) Confirm the VERIF. menu item

Class

The “Verification class” menu item

is shown

(press ) ) (

as needed) Confirm “Accuracy class 3”

or “Accuracy class 4”

Ranges

The RANGES menu item is shown

) Confirm the RANGES menu item

(press k repeatedly

if necessary) Select the SINGLE menu item

SINGle

The “Single range scale” menu item

is shown

( Confirm the SINGLE menu item

Weights

The WEIGHTS menu item is shown

) Confirm the WEIGHTS menu item

The “Verification scale interval” menu

item (E) is shown

) Confirm the E menu item

( ) k p Enter the desired value (e.g., 0.002 kg)

(press ) repeatedly

if necessary) Display the E menu item again

k Select the MAX. menu item

Follow this procedure to enter values for:

max.

Maximum capacity (e.g., 30 kg)

Continue as described under Example 1,

after the step for entering the

maximum capacity

Example 4:

Entering/modifying values, in the weights units defined under menu

item 1.7.x, for a multi-interval scale in “Verified” configuration mode.

(The procedure for configuring a multiple range scale is similar.)

ADC-CON

Select the ADC-CON menu item

) Confirm the ADC-CON menu item

(press ) k p

as needed) Select the VERIF. menu item

Verif.

The “Verified configuration mode”

menu item is shown

) Confirm the VERIF. menu item

Class

The “Verification class” menu item

is shown

(press ) ) (

as needed) Confirm “Accuracy class 3/4”

Ranges

The RANGES menu item is shown

) Confirm the RANGES menu item

(press k repeatedly

if necessary) Select the MULT.INT. menu item

Mult.Int

The “Multi-interval scale” menu item is

shown

( Confirm the MULT.INT. menu item

Weights

The WEIGHTS menu item is shown

) Confirm the WEIGHTS menu item

The “Verification scale interval” menu

item (E) is shown

) Confirm the E menu item

( ) k p Enter the desired value (e.g., 0.002 kg)

(press ) repeatedly

if necessary) Display the E menu item again

k Select the RANGE 1 menu item

Follow this procedure to enter values for:

Range 1

Limit for range 1 (e.g., 6 kg)

Limit for range 2 (e.g., 15 kg)

Maximum capacity (e.g., 30 kg)

Continue as described under Example 1,

after the step for entering the maximum

capacity

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Entering Geographical

Data

Purpose

To perform an external adjustment of

the weighing instrument at a place of

adjustment that is not the same as the

place of installation (e.g., at the fac-

tory or on the dealer’s premises). If the

weighing instrument is adjusted at the

place of installation, it is not necessary

to enter the geographical data.

The sensitivity of a weighing instrument

can change depending on its place of

installation, because it is affected by

local gravity – or, more precisely, by

the acceleration of gravity. When the

geographical data is stored, the place of

installation can be changed following

external adjustment.

Calibration/adjustment of a weigh-

ing instrument is valid at the place of

installation and within a specific toler-

ance range around that location. With

3000 e, for example, the tolerance zone

is ±100 km of the geographical latitude,

and ±200 m of the elevation above sea

level.

The following exception applies in

Germany (“Zone D”):

If the latitude and altitude are set to

– 51.00° North and

– 513 meters above sea level,

the weighing instrument can be used

anywhere in Germany. The accelera-

tion of gravity applicable for Germany

(“Zone D”) is 9.810 m/s.

The geographical data stored in the

output device at the factory applies to

Germany (“Zone D”).

This setting is recommended for cali-

brating/adjusting weighing instruments

to be used within Germany. Entering

more precise geographical data will

increase the weighing instrument’s

precision, but will also restrict the toler-

ance zone.

Notes on Settings

– Geographical data can be entered only

in the service mode and only with the

menu access switch open.

– To enter geographical data, activate the

service mode (see “Service Mode”), open

the Setup menu, and select the COM-

SPEC submenu. Settings are configured

in the corresponding numeric menu

under menu item 1.20.

– Enter either the geographical latitude

in degrees (menu item 1.20.1) together

with the altitude above sea level (menu

item 1.20.2), or enter the acceleration

of gravity (menu item 1.20.3).

If the acceleration of gravity has been

entered, then this value takes prec-

edence over the latitude and altitude;

in this case, “99999.99” and “9999999”

are displayed for latitude and altitude,

respectively. If only altitude and lati-

tude are entered, “0000000” is shown

for the acceleration of gravity.

! If you return to the highest level of the

numeric menu without saving changes

(menu item 1.20.4), all changes made

up to that point are discarded.

Procedure

– Open the menu access switch. If the

display and control unit is part of a

verified weighing system, the verifica-

tion seal must be broken to move the

switch. Afterwards, the scale must be

re-verified.

– Activate the service mode

– Select the weighing platform

– Enter geographical data for the place

of adjustment under menu items 1.20.1

through 1.20.3 and select menu

item 1.20.4 to save. This data can be

obtained from the relevant land registry

or Ordnance Survey.

– Perform external calibration/adjustment

(see page 19)

– Following calibration/adjustment, enter

the geographical data for the place of

installation under menu items 1.20.1

through 1.20.3 and select menu item

1.20.4 to save.

– Close the menu access switch

– The scale can now be used at the place

of installation, or anywhere within the

tolerance zone.

Note:

To display geographical data during the

calibration/adjustment procedure, select

menu item 8.12.2 in the Setup menu,

under Utilit (factory setting: 8.12.1,

geographical data not displayed).

When the display of geographical data

is active, the calibration procedure is as

follows:

If latitude and elevation have been

entered, the display shows “Altitude”

for 2 seconds when the calibration

procedure is started (CAL ), followed

by the configured elevation above sea

level in meters. Press ) to confirm

the data, or ( to cancel. Next, the

display shows LATITUD for 2 seconds,

followed by the value set for the geo-

graphical latitude (in degrees). Again,

press ) to confirm the data or ( to

cancel. Next, the prompt to position the

adjustment weight on the instrument

is shown. If the acceleration of gravity

was entered rather than altitude and

latitude, the word “GRAVITY” appears

for 2 seconds, followed by the value for

the acceleration of gravity. Press ) to

confirm the data, or ( to cancel.

Diagram of Menu for Entering Geographical Data

1. 20. Place of Adjustment (latitude and altitude or acceleration of gravity at the place of installation)

1. 20. 1 Latitude in degrees

1. 20. 2 Altitude in meters above sea level

1. 20. 3 Acceleration of gravity

1. 20. 4 Store values entered for 1.20

16 Signum Option A15 Signum Option A15 17

Entering

Calibration/Adjustment

and Linearization Weights

Purpose

To enter values for the calibration/

adjustment and linearization weights.

Notes on Settings

– The service mode must be active for

entering the linearization weights under

menu items 1.18.2 through 1.18.5.

– Enter calibration/adjustment and lin-

earization weights in the Setup menu

under “COMSPEC”. These settings

are configured in the corresponding

numeric menu under menu item 1.18.

– The service mode is not required for

configuring menu item 1.18.1, “Exter-

nal user-defined weight.”

Procedure

– Activate the service mode (required only

for entering linearization weights)

– Select the weighing platform

– Enter the external user-defined weight

under menu item 1.18.1

– Enter external linearization weights

under menu items 1.18.2 through

1.18.5

Diagram of Menu for Entering Calibration/Adjustment and Linearization Weights

1. 18. Entering Calibration/Adjustment and Linearization Weights

1. 18. 1 Enter external user-defined calibration weight (service mode not required)

1. 18. 2 Enter linearization weight 1

1. 18. 3 Enter linearization weight 2

1. 18. 4 Enter linearization weight 3

1. 18. 5 Enter linearization weight 4

16 Signum Option A15 Signum Option A15 17

External Linearization

Notes on Settings

! External linearization can be performed

on verified weighing instruments only

when the menu access switch is open.

– The “external linearization” function

must be assigned to the � key

(menu item 1.9.6 or 1.9.7.).

! Following external linearization,

close the menu access switch and reset

the ) key (> 2 sec) to its previous

function (e.g., external calibration/

adjustment with user-defined weights)

under menu item 1.9.

Procedure

( Zero the weighing platform

� Start linearization

After approx. 2 seconds, you are prompted to place the first linearization weight

on the scale.

Place the prompted weight on the scale. After a brief pause, the difference between the

measured value and the true mass is displayed.

) Store the linearization weight (press ( to cancel).

You are prompted to place the second linearization weight on the scale.

Repeat the steps described above for all linearization weights.

After you store the last linearization weight, you are prompted to unload the weighing

instrument.

Unload the weighing instrument. After a brief pause, the zero point is stored

automatically and the Signum display and control unit automatically returns to the

normal weighing mode.

18 Signum Option A15 Signum Option A15 19

Calibration and Adjustment

Purpose

To check the accuracy of the weighing

instrument and perform any adjustment

required.

Calibration determines the difference

between the value displayed and the

actual weight on the platform.

Calibration does not entail making

any changes within the weighing

instrument.

The adjustment procedure actually

eliminates the difference between the

readout and the actual weight,

or reduces it to a level within the

permissible tolerance limits.

Features

Which of the following features are

available depends on the weighing

platform:

– External calibration/adjustment with

the default weight value or standard

weight (1.9.1) (not available on verified

scales)

– External calibration/adjustment with

a user-defined weight (1.9.3) (not

available on verified scales)

– Block the � key to prevent use of the

two functions described above (1.9.10)

– Calibrate first; then adjust automati-

cally (1.10.1) (not available on verified

instruments)

– Calibrate, then prompt for manual input

of adjustment command (1.10.2)

– Display of calibration prompt: flashing

W symbol (1.15.2).

– Block external calibration/adjustment

(1.16.2)

– Display altitude and geographical

latitude or acceleration of gravity after

CAL is shown at the beginning of

the calibration procedure (menu item

8.12.2). These values are shown only

if they have been entered in the service

menu and activated.

For each of these parameters, the term

is displayed first (“Altitud,” “Latitud” or

“Gravity”) for 1 second, and then the

corresponding value is displayed con-

tinuously until you press ).

Note

On verified weighing instruments,

the external calibration/adjustment

function is available only when the

menu access switch is in the “open”

position, which entails breaking the

verification seal. The equipment must

be re-verified after the seal has been

broken.

Example

External calibration and manual adjustment with default weights

Settings in the Setup menu:

1.9.1; 1.10.2

( Unload and zero the scale

� Start calibration; e.g., when calibration prompt (W) is flashing

c.ext.def

The “Calibration: External, default weights” menu item is displayed for 2 seconds...

...after which you are prompted to place the required weight on the platform (e.g., 10 kg)

18 Signum Option A15 Signum Option A15 19

Position the calibration weight on the weighing platform

The difference between the weight value and the true mass is displayed, with +/– sign.

External calibration The calibration record is printed, if adjustment was not performed and the process

Nom + 10000 g was stopped by pressing (

Diff. - 2 g

--------------------

) Activate calibration/adjustment manually (press the ( key to cancel)

The calibration weight is displayed at the conclusion of calibration

-------------------- A GMP-compliant printout is generated

14.01.2016 13:00

Model SIWR

Ser.no. 12345678

Type SIGNUM ADC

Ser.no. 12345678

Vers. 1.1007.12.1

BVers. 01-25-01

--------------------

External calibration

Nom. + 10000 g

Diff. - 2 g

External adjustment

Diff. + 0 g

--------------------

14.01.2016 13:02

Name:

--------------------

Unload the weighing instrument

20 Signum Option A15 Signum Option A15 21

Setting the Preload

Notes on Settings

! The preload can be set only when the

menu access switch is open.

– The “set preload” function must

be assigned to the � key (menu item

1.9.8) (see page 15).

! After setting the preload, close the

menu access switch and reset the

� key to its previous function

(e.g., external calibration/adjustment

with user-defined weights) under menu

item 1.9.

Clearing the Preload

Notes on Settings

! The preload can be cleared only when

the menu access switch is open.

– The “clear preload” function must

be assigned to the � key (menu item

1.9.9) (see page 15).

! After clearing the preload, close

the menu access switch and reset the

� key to its previous function

(e.g., external calibration/adjustment

with user-defined weights) under menu

item 1.9.

Calibration/Adjustment

without Weights

You can perform calibration/adjustment

without weights in the service mode

by entering the load cell specifications

(e.g., hopper weighing with known load

call specifications).

Notes on Settings

! Calibration/adjustment without

weights is not permitted on weighing

instruments used in legal metrology.

– Calibration/adjustment without weights

can only be performed in service mode,

and only when the menu access switch

is open.

– To enter the parameters required for

calibration/adjustment without weights,

activate the service mode (see “Service

Mode”), open the Setup menu and

select the COMSPEC submenu. Settings

are configured in the corresponding

numeric menu under menu item 1.19.

– The nominal capacity must be entered

in the weight unit selected under 1.7.x.

– Enter the sensitivity of the load cell

in mV/V (usually listed in the load cell

specification sheets).

– Note:

Select menu item 1.19.8 to store the

data entered. Once the ADC configura-

tion data has been stored, these param-

eters can no longer be read out.

Procedure

– Open the menu access switch

– Activate the service mode

– Select the weighing platform

– Enter the nominal capacity of the load

cell(s) under menu item 1.19.1. If the

weighing instrument has more than one

load cell, multiply the nominal capacity

accordingly (e.g., 4 load cells with 50 kg

nominal capacity each yields a nominal

capacity of 200 kg).

– Enter the sensitivity of the load cell in

mV/V under menu item 1.19.3.

– If the weighing instrument has multiple

load cells, enter the individual values

for the load cells under 1.19.3 through

1.19.6, or enter the mean value of all

load cells under 1.19.3.

– Enter the dead load (preload) for

a hopper in mV/V under 1.19.7.

– Save the values entered for calibration/

adjustment without weights by select-

ing menu item 1.19.8.

– Close the menu access switch

Diagram of Menu for Calibration/Adjustment Without Weights

1.19 Calibration/Adjustment without Weights (Entering Load Cell Specifications)

1.19.1 Nominal capacity

1.19.3 Sensitivity in mV/V for load cell 1 (or mean derived from all load cells)

119.4 Sensitivity in mV/V for load cell 2

1.19.5 Sensitivity in mV/V for load cell 3

1.19.6 Sensitivity in mV/V for load cell 4

1.19.7 Dead load (zero point offset)

1.19.8 Store values entered for 1.19

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Minebea Intec Option A15. Analog/Digital Converter for Connecting a Reference Scale Le manuel du propriétaire

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Minebea Intec Option A15. Analog/Digital Converter for Connecting a Reference Scale Le manuel du propriétaire

Minebea Intec Option A15. Analog/Digital Converter for Connecting a Reference Scale Le manuel du propriétaire

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