ScienTECH Electronic Balance Handbuch

This Manual is copyrighted by:

Scientech, Inc., 5649 Arapahoe Avenue, Boulder, CO 80303 USA.

This manual is on-line for reference only to assist you in gaining a better understanding of the

features and operations of the Scientech line. The specifications are subject to change. You MUST

CONTACT Scientech for permission to print out this manual.

If you would like to purchase a Scientech Balance be sure

to visit http://www.balances.com/scientech/index.html or call

Precision Weighing Balances at 800-881-9570

SCIENTECH®

Electronic Balance

Setup and

Operating

Procedures

TABLE OF CONTENTS

UNPACKING AND SETUP............................................................................................................................................................3

THE ON/OFF SWITCH.................................................................................................................................................................5

THE ZERO SWITCH.....................................................................................................................................................................5

UNIT OF WEIGHT SELECTION ...................................................................................................................................................5

THE SEND SWITCH.....................................................................................................................................................................5

RANGE SELECTION (DUAL RANGE BALANCES ONLY).............................................................................................................6

THE FUNCTION SWITCH ............................................................................................................................................................6

(CAL 1) AUTOCALIBRATION - USING AN EXTERNAL CALIBRATION WEIGHT..........................................................................6

(CAL 1) AUTOCALIBRATION - USING 9000-INT MOTORIZED INTERNAL CALIBRATION WEIGHT ...........................................7

(PCS) FRONT PANEL PARTS COUNTING...................................................................................................................................7

(HI-OK-LO) CHECKWEIGHING / PROCESS CONTROL LIMITS..................................................................................................8

(

) LIVE ANIMAL WEIGHING / SEVERE ENVIRONMENT WEIGHING ......................................................................................8

(CAL 100) PERCENT WEIGHING.................................................................................................................................................9

FLOATING TARE™ (DUAL RANGE MODELS ONLY) ..................................................................................................................9

CAPACITY TRACKER ..................................................................................................................................................................9

SELECTABLE FILTERS, STABILITY INDICATOR, AND SEND-WHEN-STABLE.........................................................................10

BELOW BALANCE WEIGHING..................................................................................................................................................10

SPECIFIC GRAVITY DETERMINATION .....................................................................................................................................10

DENSITY DETERMINATION.......................................................................................................................................................11

SECURITY BRACKET ................................................................................................................................................................11

OPTIONS...................................................................................................................................................................................11

OPTIONAL DATA INPUT KEYBOARD.................................................................................................................................11

OPTIONAL RS-232 PRINTERS..............................................................................................................................................19

RS-232 INTERFACE...................................................................................................................................................................19

RS-232 SPECIFICATIONS.....................................................................................................................................................19

RS-232 FRONT PANEL CONFIGURATION............................................................................................................................19

USING BI-DIRECTIONAL COMMUNICATIONS ....................................................................................................................21

BI-DIRECTIONAL RS-232 COMMAND SET ..........................................................................................................................21

RS-232 BALANCE MESSAGE FORMATS..............................................................................................................................25

BI-DIRECTIONAL RS-232 ERROR MESSAGES .....................................................................................................................26

TROUBLESHOOTING GUIDE....................................................................................................................................................27

ENVIRONMENTAL REQUIREMENTS.........................................................................................................................................28

SPECIFICATIONS SA SERIES ANALYTICAL BALANCES..........................................................................................................28

SPECIFICATIONS SP SERIES PRECISION BALANCES............................................................................................................30

SPECIFICATIONS SL SERIES LABORATORY BALANCES........................................................................................................31

SPECIFICATIONS SG SERIES GENERAL BALANCES..............................................................................................................32

SE SERIES GEM BALANCES.....................................................................................................................................................32

FCC COMPLIANCE....................................................................................................................................................................33

LIMITED WARRANTY ................................................................................................................................................................33

EXTENDED WARRANTY ...........................................................................................................................................................33

RETURNED GOODS PROCEDURE...........................................................................................................................................33

Thank you for choosing a Scientech Electronic Balance. Scientech, an ISO9000 registered company, and its employees are

pleased to provide you with a balance designed and manufactured for years of reliable service and proudly made in the U.S.A.

The attractive quality of Scientech balances has been demonstrated by being certified by TUV to carry the “CE” mark of

conformity.

Please read this manual completely before using your balance. This information will enable you to fully utilize your balance and

should be located nearby to be used as a juice reference guide. The balance is intended to be used only in the manner outlined in

this manual. Misuse of the balance may cause product failure.

UNPACKING AND SETUP

The balance, weighing pans, remote power supply, windscreen (standard on some models) and keyboard (optional) are packed in

a foam support to protect them from shock during shipping and handling. Save and reuse all packing material for future

damage-free shipments.

All balances are equipped with a special clamping screw that locks the balance suspension during shipping. This screw

must be loosened before the balance can be operated (see Figure 2).

1. Locate the black knob, on the front center of the balance, underneath the display area.

2. Remove the paper tag.

3. Turn the knob, in the direction shown below, until resistance is felt.

If the balance is ever shipped or moved long distances, the clamping screw should be retightened by turning the knob in

the opposite direction until resistance is felt.

Figure 2 Unlocking Clamping Screw

The environment in which your balance is used is very important. Air movement, temperature changes, vibrations, direct

sunlight, etc. influences the performance of high precision balances. Therefore, place your balance on a solid, sturdy surface that

is free of air currents and vibration. The surface should not be magnetic and should be located away from doors, windows,

heaters, air conditioners and fans.

Adjust (turn) the FRONT FEET (see Figure 3) to level the balance by centering the bubble in the LEVEL INDICATOR which is

shown in Figure 1. Turning the foot as shown below raises that side of the balance and an opposite adjustment lowers it. When

properly adjusted the metal center shaft of the assembly will protrude from the center of the plastic foot and will support the

balance. The plastic foot will be raised up against the bottom of the balance and will not be touching the weighing table.

Figure 3 Leveling

Before making any connections, verify that the power (VAC) requirement shown on the remote power supply is compatible with

the AC power outlet to which the balance will be connected. First plug the round DIN connector into the rear panel

receptacle. Then, plug the power supply into a grounded AC outlet. Do not alter or bypass the ground plug in any way.

Doing so adversely affects the performance of the balance.

NOTE: Your balance must be plugged in for at least one (1) hour, then calibrated, prior to use. Please see the

Autocalibration instructions section for details.

Figure 4 Front Panel

THE ON/OFF SWITCH

Press the ON/OFF switch (see Figure 4) and observe the turn on sequence shown in Figure 5. During this sequence the balance

is doing an automatic systems checkout to insure it is functioning properly.

If your balance was purchased with the optional 9000-INT motorized internal calibration weight, all objects on the stainless steel

pan must be removed before turning on the balance using the front panel ON/OFF switch. Press the ON/OFF switch and observe

the turn on sequence shown in Figure 5. With the 9000-INT installed, the balance will then load the internal weight on and off

the weighing sensor in order for the internal weight to be positioned correctly. Please wait until all weight readings have stopped

changing, the “OK” annunciator appears, and the motor is silent before zeroing the balance and starting weighing operations.

Figure 5 Turn On Sequence

THE ZERO SWITCH

Pressing the ZERO switch (see Figure 4) at any time returns the display to zeros. When a weighing that has been zeroed out is

removed from the pan, a negative reading is displayed. To return to zeros, press the ZERO switch. An optional remote foot zero

switch is available as an accessory.

UNIT OF WEIGHT SELECTION

Pressing the MODE switch (see Figure 4) starts the unit of weight cycle as follows: grams(g), carats(ct), pennyweights(dwt), troy

ounces(ozt), and ounces(oz). When the desired unit of weight appears, press the MODE switch a second time to select that unit

of weight.

An optional, factory installed, user specified, custom unit of measure is available. If you have this special unit of measure feature

in your balance, (A) appears in the unit of weight cycle after ounces. Press the MODE switch to select this function.

THE SEND SWITCH

NOTE: Scientech balances are DTE (computer) devices. If communicating to another DTE device (ie computer), a

special Scientech RS232 cable (PN10697) is required. If you are communicating to a DCE device (printer), a modem cable

is required. Scientech offers an optional modem cable (PN10170) for your convenience.

Pressing the SEND switch (see Figure 4) sends the information on the display to an external device via the RS-232 interface.

You may send the time and date along with the weight reading when you press the SEND switch or you may send weight

readings automatically at user specified time periods (see the Bi-directional RS-232 Command Set, Type 4 Commands section for

details). Weight readings may also be sent to a computer or printer continuously every 200 milliseconds (see the RS-232 Front

Panel Configuration section for details). Weight readings may be sent automatically when the balance reaches stability (see

Selectable Filters section). An optional, factory installed, remote foot send switch is also available.

RANGE SELECTION (dual range balances only)

Pressing the RANGE switch selects low (LO), high (HI) and autorange (HI LO). As a range is selected, it briefly appears at the

left of the display. Autorange automatically switches from low range to high range when a weighing exceeds the capacity of the

low range. The Floating Tare feature is only available in the LO range (see Floating Tare section for details).

THE FUNCTION SWITCH

NOTE: On dual range models, pressing the MODE and RANGE switches simultaneously will duplicate the functions

of the FUNCTION switch found on single range models.

Pressing the FUNCTION switch (see Figure 4) cycles the display through six functions as follows:

*PCS - front panel parts counting

HI OK LO - checkweighing

CAL 1 - autocalibration

CAL 2 - factory set - do not use

- Live animal weighing

CAL 100 - % weighing

To access the desired function, press the MODE switch when it appears on the display.

* Parts counting through the front panel is not functional with an optional keyboard or bi-directional RS-232 enabled.

(CAL 1) AUTOCALIBRATION - Using an External Calibration Weight

NOTE: If your balance has a motorized internal calibration weight (9000-INT), please use the procedure for

Autocalibration Using 9000-INT Motorized Internal Calibration Weight.

NOTE: Dual range models must be placed in HI range before starting the calibration procedure.

NOTE: For correct calibration weight refer to specification charts on pages 28-31.

The balance should be warmed up for at least one (1) hour prior to calibration and leveled according to the Unpacking

and Setup section. Perform autocalibration every time you move your balance. Calibrate the balance using a recently

certified external calibration weight. Metrology handbooks state that the calibration weight utilized to calibrate a balance should

have a tolerance no larger than the readability of the balance divided by 4. Therefore, SA models need a ±0.025mg tolerance

weight or better, SP models need a ±0.25mg tolerance weight or better, SL models need a ±2.5mg tolerance weight or better, and

SG models need a ±25mg tolerance weight or better. In addition, these same handbooks recommend that all balances be

calibrated using an external certified calibration weight even if the balance has an internal calibration weight.

1. Remove any containers or weighing samples so

that nothing is on the stainless steel pan. Then

press the ZERO switch.

Zeros are displayed.

2. Press the FUNCTION switch (or MODE and

RANGE switches simultaneously for dual

range models).

Display cycles repeatedly through PCS, HI-OK-LO, CAL1, CAL2,

and CAL 100.

3. Press the MODE switch when CAL1 appears. CAL1 and a flashing 0 are displayed.

4. Wait 10 seconds. Then press the ZERO

switch. The display stops flashing. In about 10 seconds, either a single weight

value or two alternating weight values will flash on the display.

5. Place one of the flashing calibration weights on

the pan. The display stops flashing and the selected weight is displayed. If Err

1 appears, the calibration weight is an incorrect weight. Remove the

weight and use a proper weight. If Err 2 appears, the balance is not

warm enough for calibration. Wait one hour before starting the

calibration procedure again.

6. Wait 10 seconds. Then press the ZERO

switch. The weight continues to be displayed for about 10 seconds while the

calibration takes place. Then the display blanks, displays “OK”, and

displays the calibration weight value. The balance is now calibrated.

7. Remove the calibration weight. The display returns to zeros and the normal weighing mode.

(CAL 1) AUTOCALIBRATION - Using 9000-INT Motorized Internal Calibration Weight

NOTE: Dual range models must be placed in HI range before starting the calibration procedure.

NOTE: For correct calibration weight refer to specification charts on pages 28-31.

The balance should be warmed up for at least one (1) hour prior to calibration and leveled according to the Unpacking

and Setup section. Perform autocalibration every time you move your balance.

CAL 1 Using the Internal Weight (This procedure calibrates your balance to the internal weight)

1. Remove any containers or weighing samples so

that nothing is on the stainless steel pan. Then

press the ZERO switch.

0.0000 is displayed.

2. Press the FUNCTION switch (or MODE and

RANGE switches simultaneously for dual

range models).

Display cycles repeatedly through PCS, HI-OK-LO, CAL1, CAL2,

and CAL 100.

3. Press the MODE switch when CAL1 appears. CAL1 and a flashing 0 are displayed.

4. Wait 10 seconds. Then press the MODE

switch.

The display shows a flashing CAL. This means that the automatic

calibration procedure using the internal weight has begun. The

procedure will take about 30 to 90 seconds. When the procedure is

complete, the display will blank and then return to its normal

weighing mode. This means that your balance is now calibrated. If

the calibration cannot be completed due to air currents, an unstable

environment (vibration), an incorrect weight, or any other reason; a

brief “ERR” message will appear on the display and the balance will

return to Step 3.

CAL 1 Using an External Weight (This procedure calibrates your balance to the external weight and then calibrates the

internal weight to the external weight)

1. Remove any containers or weighing samples so

that nothing is on the stainless steel pan. Then

press the ZERO switch.

0.0000 is displayed.

2. Press the FUNCTION switch (or MODE and

RANGE switches simultaneously for dual

range models).

Display cycles repeatedly through PCS, HI-OK-LO, CAL1, CAL2,

and CAL 100.

3. Press the MODE switch when CAL1 appears. CAL1 and a flashing 0 are displayed.

4. Wait 10 seconds. Then press the ZERO

switch. The display stops flashing. In about 10 seconds, either a single weight

value or two alternating weight values will flash on the display.

5. Place one of the flashing calibration weights on

the pan. The display stops flashing and the selected weight is displayed. If Err

1 appears, the calibration weight is an incorrect weight. Remove the

weight and use a proper weight. If Err 2 appears, the balance is not

warm enough for calibration. Wait one hour before starting the

calibration procedure again.

6. Wait 10 seconds. Then press the ZERO

switch. The weight continues to be displayed while the calibration takes place

(about 10 seconds). Then the display blanks, displays “OK” for one

second, then shows CAL1 and a flashing 0.

7. Remove the calibration weight. Then press the

ZERO switch.

The display shows a flashing CAL and the internal weight

recalibration begins. The procedure will take about 30 to 90 seconds.

When the procedure is complete, the display will blank and then

return to its normal weighing mode. The balance is now calibrated to

the external weight and the internal weight is calibrated to the external

calibration weight.

RS-232 Command for CAL 1 Using the Internal Weight

To initiate a CAL 1 using the motor driven internal calibration weight via a RS-232 command, issue the command ACAL[CR].

The automatic internal weight calibration will begin immediately without further user interaction. For a more complete

discussion about RS-232, please see the Bi-directional RS-232 Command Set section.

(PCS) FRONT PANEL PARTS COUNTING

NOTE: Access to the pieces function, via the front panel, is disallowed if a Data Input Keyboard is functional or bi-

directional RS-232 is enabled. RS-232 is enabled by selecting local control (LC) OFF (see RS-232 Front

Panel Configuration section for details). Local control ON means the front panel controls the balance.

1. Press the FUNCTION switch (or MODE and

RANGE switches simultaneously for dual

range models).

Display cycles repeatedly through PCS, HI-OK-LO, CAL1, CAL2,

and CAL 100.

2. Press the MODE switch when PCS appears on

the display.

PCS and 0 flash. This is a prompt to zero the balance with the

container that will hold the pieces on the weighing pan.

3. Place the empty container on the pan, wait 10

seconds, and then press the ZERO switch.

PCS and 10 flash. This is a prompt to place 10 pieces in the

container.

4. Place 10 pieces in the container, wait 10

seconds, and then press the ZERO switch. PCS continues to flash and OK appears on the display while a stable

weight is obtained. Then 10.000, or something very near it, appears

on the display. The number of decimal places depends on the weight.

PCS continues to flash. This prompts you that you may now increase

the sample size in order to obtain a more statistical significant sample

which yields a more accurate parts counting conversion factor. The

decimal places aid you in rounding the piece count correctly as the

sample size increases.

5. If you want a larger sample size to be used in

computing the parts counting conversion

factor, add pieces (the balance will count them)

until the decimal part is near 0.7 or 0.3. Then

press the ZERO switch.

The balance will round to the nearest whole number but still show the

decimal places. This step may be repeated as many times as you

desire.

6. When you are satisfied the sample size is large

enough, press the ZERO switch once again. The balance rounds to the nearest whole number, the decimal places

disappear, and PCS lights steadily.

7. When you wish to count something else, press

the MODE switch. You are now back at Step 2 with a flashing PCS and 0.

8. If you want to exit the counting mode, press the

MODE switch again. You are now in the weighing mode you used just before selecting the

parts counting mode.

(HI-OK-LO) CHECKWEIGHING / PROCESS CONTROL LIMITS

1. Press the FUNCTION switch (or MODE and

RANGE switches simultaneously for dual

range models).

Display cycles repeatedly through PCS, HI-OK-LO, CAL1, CAL2,

and CAL 100.

2. Press the MODE switch when HI-OK-LO

appears on the display. HI, OK, and LO flash.

3. Press the ZERO switch. HI flashes and zeros are displayed.

4. Place weight on the pan which represents the

upper control limit of the acceptable weight

range.

HI flashes and the upper weight is displayed.

5. Press the ZERO switch. LO flashes and the upper weight is displayed.

6. Remove the upper limit weight and place

weight on the pan which represents the lower

control limit.

LO flashes and the lower weight is displayed.

7. Press the ZERO switch.

HI-OK-LO briefly appears and then OK and the lower weight are

displayed.

8. Remove the lower limit weight. LO appears and zeros are displayed.

The balance is now ready to checkweigh samples. The balance displays OK along with the weight of the sample if the sample is

within the acceptable weight range. If the sample is too heavy, HI and the weight are displayed. If the sample is too light, LO

and the weight are displayed. The weight limits are stored until the balance is turned off.

To exit check weighing, press the MODE switch. The balance then returns to normal operation.

(

) LIVE ANIMAL WEIGHING / SEVERE ENVIRONMENT WEIGHING

1. Press the FUNCTION switch (or MODE and

RANGE switches simultaneously for dual

range models).

Display cycles repeatedly through PCS, HI-OK-LO, CAL1, CAL2,

and CAL 100.

2. Press the MODE switch when

appears in the

display.

appears in the display and you are now in the time averaging

weighing mode.

3. Place a container/cage on the pan.

appears in the display as well as a slowly increasing weight of the

container/cage.

4. Press the ZERO switch to zero out the

container/cage weight.

appears in the display as well as zeros.

5. Remove the container/cage and place the

sample/animal in the container/cage. A slowly decreasing negative weight is displayed.

6. Replace the container/cage with the enclosed

sample/animal on the weighing pan.

After the sample/caged animal is placed on the pan, the weight

reading will slowly stop decreasing and then slowly start increasing as

the weight reading is averaged over time. When the weight stops

drifting upward, you have reached the final time averaged weight

reading.

7. If you want to reach the final time averaged

weight reading more quickly, press the

FUNCTION switch (or the RANGE switch on

dual range models). This resets the time

averaging mode.

The final time averaged weight reading is reached more quickly.

8. If you want to exit the time averaging weighing

mode, press the MODE switch. You are now in the weighing mode you used just before selecting the

time averaging mode.

(CAL 100) PERCENT WEIGHING

1. Place an empty container on the weighing pan

and press the ZERO switch. Zeros are displayed.

2. Place the sample which represents 100% in the

weighing container. Display indicates the weight of the sample in the unit of measure you

have selected.

3. Press the FUNCTION switch (or MODE and

RANGE switches simultaneously for dual

range models).

Display cycles repeatedly through PCS, HI-OK-LO, CAL1, CAL2,

and CAL 100.

4. Press the MODE switch when CAL 100

appears on the display. Display will indicate CAL and 100.00. This means that the weight on

the pan now represents 100.00%. You are now in the percent

weighing mode with all weight readings displayed as a percent of the

weight of the sample used in Step 2.

5. If you want to exit the percent weighing mode,

press the MODE switch.

You are now in the weighing mode you used just before selecting

percent weighing.

FLOATING TARE™ (dual range models only)

Floating tare is only active when the balance is in LO range. Floating tare yields low range resolution throughout the entire high

range capacity of the balance. A typical example using floating tare would be where you combine different components by

weight to produce compounds. The procedure is as follows.

1. Select LO range by pressing the RANGE switch until LO briefly appears in the display.

2. Place container on weighing pan. If the container weight exceeds LO range capacity, OL is displayed. If the container

weight does not exceed the LO range capacity, the container weight is displayed.

3. Press ZERO switch. Display returns to zeros and LO range.

4. Add first component until target weight is reached. Then press ZERO.

5. Add second component until target weight is reached. Then press ZERO.

6. Continue until all components have been added.

Floating tare allows you to enter the LO range from anywhere within the full capacity range of the balance. This feature is

particularly useful when adding small amounts to large tare loads and compounding where weights are accumulated. Floating

tare is only active when the balance is in LO range. Pressing the ZERO switch returns the display to zeros in LO range. While

you are using the floating tare feature, it is easy to lose track on how much capacity has been used. The Capacity Tracking

feature is a helpful tool. Please see the following discussion.

CAPACITY TRACKER

The capacity tracker provides a graphic display of the used and unused portions of the weighing range. Each segment represents

5% of the balance's capacity and is illuminated as that portion of the capacity is used. The larger segments, representing 1/4, 1/2,

3/4, and full load, flash as they are approached and then become solid again as they are exceeded.

SELECTABLE FILTERS, STABILITY INDICATOR, AND SEND-WHEN-STABLE

All balances are equipped with three user-selectable vibration filters which reduce nervous readings in varying weighing

conditions. The balance was delivered to you set in the high filtering mode (Fil HI). This is the most aggressive filtering mode.

Normal filtering (Fil nor) and low filtering (Fil Lo) can be selected for quieter conditions and faster response.

The stability indicator, OK, is illuminated when the balance has determined that all readings are within the stability parameters

as selected by the user. The balance was delivered to you with stability set at ±2 display counts, which is represented by a 0 in

step 5 below. You may select stability from ±1 to ±10 display counts manually in step 5 below. If the weight readings are outside

the acceptable limits, the stability indicator will not light. The stability indicator can be disabled, if desired. Also, the send-

when-stable command sends the weight reading over the RS-232 interface whenever the OK light illuminates. The balance was

delivered to you with the send-when-stable command OFF. When it is ON, the auto and continuous send commands (see RS-232

Front Panel Configuration for details) are not functional.

To enter the selection mode proceed as follows: To exit the selection mode and return to normal operation, turn the balance off

and then back on again at any time.

1. Turn the balance off using the ON/OFF switch. Display blanks.

2. Hold the MODE switch down while turning the

balance on using the ON/OFF switch. OK and the current filter, Fil nor (filtering normal), Fil Lo (filtering

low), or Fil HI (filtering high) are displayed.

3. Press the SEND switch until the desired

vibration filter is displayed. Then press the

ZERO switch to save the setting.

OK SAVEd is displayed followed by the current stability indicator

setting, Si on (stability indicator will turn on when reading is stable)

or Si oFF (stability indicator will always be turned off).

4. Press the SEND switch until the desired

stability indicator Si setting is displayed. Then

press the ZERO switch to save the setting.

OK SAVEd is displayed followed by the current stability sensitivity

setting SEnS (the default is ±2 display counts).

5. Press the SEND switch until the desired

stability sensitivity display counts setting is

displayed. Then press the ZERO switch to save

the setting.

OK SAVEd is displayed followed by the current send-when-stable SS

setting (oFF is the default).

6. Press the SEND switch until the desired send

when stable SS command is displayed. Then

press the ZERO switch to save the setting.

OK SAVEd is displayed. Then the balance cycles back to Step 2 and

shows the current filter setting.

7. Press the ON/OFF switch. The display blanks.

8. Press the ON/OFF switch. The balance returns to normal operation with the new vibration filter

and stability indicator settings in place.

BELOW BALANCE WEIGHING

Note: Please use care when installing Below Balance Weighing. The suspension can be damaged if over tightened.

The overload protection built into the pan assembly is not available at the below balance hanging device.

Therefore, care must be taken to avoid side shocks or pulling too hard on the hanging device.

For applications requiring suspension of weighings below the balance, a 6-32 threaded screw is provided. To access the set

screw, proceed as shown. Then mount the balance on a solid pedestal or surface with a hole under the balance to allow access to

the hanger. While using the below balance weighing feature all other functions of the balance operate normally. The balance is

capable of weighing both above and below simultaneously provided the capacity of the unit is not exceeded.

Figure 6 Below Balance Weighing

SPECIFIC GRAVITY DETERMINATION

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