Operating Instructions Part 1

METTLER TOLEDO XP-K oparators oparators

XP155KS, XP604KM, XP1003KM, XP2003KL, XP6002KL

Overview: XP-K oparators

1 Dy h-v “h S” 3 ky 4 SS 5 y h h h v h h h v 6 Wh 7 C 8 v v 9 v v 10 S3C S3C 11 Sk AC 1 C C

7 6

9

85

9

METTLER TOLEDO

F

F

4

12

33

3

4

121011

ontents1 Your XP-K oparator ................................................................................................................................... 5

11 5111 1 h 511 5113 3 5114 “WhC A X C B” 51 Cv y h 613 Sy 6

2 Setting up the coparator .............................................................................................................................. 8

1 S q 8 S h 81 h 8 S h 83 h h 93 S h v h 1031 S h 103 v h 104 y 115 h 11

3 Special instructions for XP-K coparators ..................................................................................................... 12

31 h 13 S h X-K 131 Fy h y 1

4 leaning and service ................................................................................................................................... 13

5 Technical data ............................................................................................................................................. 14

51 G 14511 Ey h MEE ED AC 155 M- 1653 D X155KS 1754 D X604KM X1003KM 1855 D X003K X600K 1956 D 057 S h S3C 158 M-SCS

6 Accessories and spare parts ......................................................................................................................... 24

61 A 46 S 5

7 Index .......................................................................................................................................................... 26

C

4

1 Your XP-K oparator

1.1 Introductionhk y h MEE ED

The Operating Instructions for the XP-K oparators consist of 4 separate docuents, whose contents areXP-K oparators consist of 4 separate docuents, whose contents are consist of 4 separate docuents, whose contents are listed in the following subsections

1.1.1 Operating Instructions Part 1, this docuentontents: XP-K oparators

–

– Sy

– S h C y y MEE ED v h

– X-K C

– C v

– h

– M-SCS

– A

– S

1.1.2 Operating Instructions Part 2, separate docuentontent: XP terinal, syste and applications– B h h

– Sy

– U-

– A

– S

– E

– Cv h

– S - S

–

1.1.3 Operating Instructions Part 3, separate docuentontent: XP adjustents and tests– Aj

–

1.1.4 Operating Instructions “Weigho Application for XP oparator Balances”Wh k h h WhC h “WhC A X C B” h h h vy

Y X-K C

5

1.2 onventions and sybols used in these operating instructionsh v y :

Ky y h «On/Off» «E»

h y y hz hh h h h q - h

h y h k k h y h y y y

1.3 Safety firstAy y y h h h

h y y v

If the instruent is not used according to the anufacturer’s Operating Instructions (part 1, part 2, part 3 and Weigho Ap-plication for XP oparator Balances), protection of the instruent ay be ipaired.

h hz v

U y h AC v h y hk h h v h y y v y h k hh

D hy j h ky y !

Ahh y vy y vh - h

D h : y hh y h y v hv h y y ME-E ED

U y h v MEE ED; hy y y

Y X-K C

6

Disposal

h h E Dv 00/96/EC W E E Eq WEEE h v y

h h EU h q

h h h q

y hv y q h hy h hh y h h v

Sh h v h v h h

hk y y v

Y X-K C

7

2 Setting up the coparator

Note: h h y h y k h h h h h vyy

2.1 Standard equipentXP-K oparator

– Wh

– h v v

– h = 45

– AC y-

– S3C

– 1 h 3

– “WhC A X C B”

–

– CE y

2.2 Setting up the coparator

Note: Y y MEE ED v h

2.2.1 Placing the terinal

h h h A h k h h h h h A 3 v

h h y h h

2.2.2 Setting the reading angle

A A

F

F

S h

8

2.2.3 Installing the balance cable in the terinal

– h h Note: E h h

– h h y h A j h v h h

– h h h B hh h h h

– h h h -

– h h h C

– C h h h h B h h h

– h B h h y hk h

Note: B h h y hk h h y h -

– N h h y h A j h h h h h

Setting the reading angle (see Section 2.2.2)

A A

B

B

B

A A

S h

9

2.3 Selecting the location and leveling the balance

2.3.1 Selecting the location

S v- h hz h y y h h y

v S 51

Av h :

– D h

–

– Ev

2.3.2 Leveling the balance

If the balance is not horizontal fro the beginning, it will have to be leveled during initial operation.

h v h h h h v

XP155KS, XP604KM, XP1003KM:

– v h h y h 4 v 1

– E h h v h vy h y h h y k h

XP2003KL, XP6002KL:

– v h h y h 4 v 1

– h v j h z 30 ’ h

– E h h v h vy h y h h y k h

2 1

12

S h

10

2.4 Power supply

Y h AC y- h AC v h :

100 - 40 VAC 50/60 Hz S 51

F hk hh h y y v If this is not the case, on no account connect the balance to the power supply h MEE ED

Do not connect the balance to outlets that are not grounded! Do not use extension cords without PE conductors!

C h AC h k y h y S h y y h h

Iportant: Guide the cables so that they cannot becoe daaged or interfere with the weighing process! Take care that the A adapter cannot coe into contact with liquids!

h y h - h y

Note: h y k v hh h k h h y h hk h h y S 3

2.5 Transporting the coparator

y h h h y MEE ED

S h

11

3 Special instructions for XP-K coparators y z h hh h v h y h -

3.1 Load the coparatorB h hh h v hy h Mk h h h h h h z

– Ay v k h h h h h -

– Wh h y y h 5 / A hh hv v h h

3.2 Settings for the XP-K coparators

3.2.1 Factory setting differences copared to the standard typesAutoZero: h y h y h

h q

Wh h v h “WhC” “AZ” y h Wh h k h “Wh” h v “AZ”

When coparing asses, “AutoZero” ust not be switched on, because it can distort the easureent values.

ProFAT: h y h y Wh v h “FAC”

S X-K

12

4 leaning and serviceEvy h h h h y h Y hh-qy h h

Please observe the following notes

– hh v v h h vy

– E h q h h h h AC

– Nv h h ! hy hh y h

y MEE ED h v v v y h-z v y y h v y

C v

13

5 Technical data h S y h h y

5.1 General dataPower supply

• y 11107909

h AC/DC : y: 100-40VAC -15% /+10% 50/60Hz

Sy: 1VDC ± 3% 0 A h v

• C AC : 3- h y-

• y h : 1VDC ±3% 0 A : 80VDC

U y h AC h SEV

E y

Protection and standards

• vv y: C

• D :

• : 44 h h

• S y EMC: S D Cy h 1178094

• : F y

Environental conditions

• Hh v v: U 4000

• A : 10 - 30 °C ±07 °C / 1 h ± 10 °C / 1 h vy

• v hy: 40 70 % ±10 % / 4 h

Materials

• Wh : X155KS X604KM X1003KM: Ch X5 C N 18 10 q

X003K X600K: Gvz q

• : D- z h

• Wh : Ch-k X5 C N 18 10

h

14

5.1.1 Explanatory notes for the METTLER TOLEDO A adapterh y hh h q C q v h v h h h EMC h h S N y Fh h h “D Cy” hh h h

Cqy h q Sy y y h h y h y k h

h h v 001/95/CE h y h h h C q

B v h k yy 10 kΩ h h h y h h h h h y q v

Equivalent circuit diagra:

10 kΩ coupling resistor forelectrostatic discharge

Input 100…240V AC Output 12V DC

Double Insulation

Plastic Housing

P

N

E

AC

DC

h

15

5.2 Model-specific dataTechnical data (liit values)

Model XP155KS XP604KM XP1003KM XP2003KL XP6002KL

M 150 k 600 k 1100 k 500 k 5400 k

y 005 01 05 1 10

y ABA 1 01 100 k 03 500 k 15 1000 k 7 000 k 70 5000 k

y ABA 1 009 5 k 015 0 k 10 50 k 4 100 k 50 500 k

y F 015 100 k 03 500 k 1000 k 10 000 k 100 5000 k

E h 0…150 k 0…600 k 0…1100 k 0…500 k 0…5400 k

150 k 600 k 1100 k 500 k 5400 k

- h 0…15 k 0…480 k 0…100 k 0…150 k 0…440 k

y h 0 100 k 10 500 k 0 1000 k 100 000 k 300 5000 k

E v 5 50 k 40 00 k 40 00 k 10 1000 k 40 000 k

Svy 110-5· 110-5· 1 10-5· 1 10-5· 1 10-5·

Svy 3 3 10-6/ ºC · 3 10-6/ ºC · 3 10-6/ ºC · 3 10-6/ ºC · 3 10-6/ ºC ·

Svy y 4 1510-5/· 15 10-5/· 1510-5/· 1510-5/· 1510-5/·

S 5 5 5 5 5

Wh 1 ABA 5 36…45 36…45 36…45 36…45 36…45

3 / 3 / 3 / 3 / 3 /

j h

Aj FAC FAC FAC FAC FAC

M h j h 50…150 k 00…600 k 00…1000 k 500…500 k 1000…5000 k

Wh W D H [] 800 600 130 1000 800 115 1000 800 115 1500 150 18 1500 150 18

W D H [] 194 133 71 194 133 71 194 133 71 194 133 71 194 133 71

Wh W D [] 800 600 1000 800 1000 800 1500 150 1500 150

Wh [k] 54 93 93 38 38

Typical data for deterination of the easureent uncertainty

Model XP155KS XP604KM XP1003KM XP2003KL XP6002KL

y ABA 1 y 009 100 k 018 500 k 10 1000 k 55 000 k 60 5000 k

y ABA 1 y 006 5 k 011 0 k 06 50 k 30 100 k 40 500 k

y y 006 +310-7· 011 +6310-8· 06 +410-7· 30 +1310-6· 40 +410-6·

D y y √ 5 105 10-1 · √ 5 105 10 -1 · √ 510510-1 · √ 5 10-1 · √ 5 105 10-1 ·

D v y 1 10- 5· 1 10- 5· 1 10- 5· 33 10- 5· 40 10- 5·

Svy y 3 10- 6· 10- 6· 10- 6· 3 10- 6· 3 10- 6·

M h 1% y 1 + 4 10-5· + 4 10-5· 10 + 76 10-5· 600 + 10-4· 8000 + 78 10-4·

= h

= h h

= S v

= Y 1 V 5 ABA M 111 A M 763 h 10…30 °C4 Svy /y h h h FAC - v5 Wh h

h

16

5.3 Diensions XP155KS D

FS = v F D = ∅ 35 Sz = 17

H = Hh j h 4 v H = 130 H = 155

= v

L

35

503

125

H

600

724

800

FSL

h

17

40

625

230

H

800

932

1000

1018

FS FS

L

FS = v F D =F D = = ∅ 40 Sz = 19 Sz = 19 = 19

H = Hh j h 4 v Hh j h 4 v H = 115 H = 140

= v v

5.4 Diensions XP604KM, XP1003KM D

h

18

FS = v F D = 60 60 F D = 60 60 = 60 60 Sz = 30 Sz = 30 = 30

H = Hh j h 4 v Hh j h 4 v H = 18 H = 07

= v v

5.5 Diensions XP2003KL, XP6002KL D

1500

700

1360

H

1140

60

1250

1252

FS

L

G

D

L

60

h

19

5.6 Diensions Terinal D

133

19558

h

20

5.7 Specifications of the RS232 interface

y: V EA S-3C/DN 6600 CC V4/V8

M h: 15

S v: : :

+5V +15V = 3 – 7kΩ +3V 5V

–5V –15V = 3 – 7kΩ –3V 5V

C: S-D 9-

: F

: B- yh

: ASC

B : 600 100 400 4800 9600 1900 384001

B/y: 7-/v 7-/ 7-/ 8-/

S : 1

Hhk: N XN/XFF S/CS

E--: <C><F> <C> <F>

6

15

9

DataGND

Handshake

: B D

3: B v D

5: G GND

7: C h hhk CS

8: q h hhk S

1 38400 y h :

• Wh h

h

21

5.8 MT-SIS Interface coands and functionsMy h hv q y y y y z h h v v h A MEE ED h h k h z “MEE ED S C S” M-SCS h v h y h

Basic inforation on data interchange with the balance

h v h y k h h

oand forats

C h h h ASC h H h :

• E y

• h h h h y ASC 3 h /

• h “” q h h 8- ASC h 3 55 Note: F - h h h “ ”

• Eh y CF ASC 13 10

h h CF hh h E ky y ky h hy h h

Exaple

S – Send stable weight value

C S S h h v

S/S/WeightValue/Unit

C h v y 1

S/I C y h y h

S/+ B v

S/- B

Exaple

C S S h v

S/S/////100.00/g

h h v 10000

h

22

h M-SCS h F h h M “M-SCS E 11780711” h “www.t.co”

S – Send stable weight value

C S S h h v

SI – Send value iediately

C SI S h h v v y

SIR – Send weight value iediately and repeat

C SIR S h h v y v y

Z – Zero

C Z Z h

@ – Reset

C @ h h h h z

SR – Send weight value on weight change (Send and Repeat)

C SR S h h v h y h h v vy h h h h h 15 % h h v - = 30

ST – Send stable weight after pressing «F» key

C ST/1 S h h v h h «F»

ST/0 S h v h «F» • ST v: – h h – h “”

SU – Send stable weight value with currently displayed unit

C SU A h “S” h h y y

h

23

6 Accessories and spare parts

6.1 AccessoriesY h y y h h MEE ED h v-:

Description Part No.

Printers

RS-P42: h S3 00965

ables for RS232 interface

RS9 – RS9 / S-4 h = 1 11101051

RS9 – RS25 / BM X h = 1110105

RS9 – RS9 /: v h DB9 k h = 1 150066

Auxiliary displays y y h h v fi

RS/L-BLD: Ay y h S3 & C y h

00400

RS/L-BLDS: Ay y h S3 & C 1113630

L-AD: Ay y v h 009140

L-ADS: Ay y v h hh 009150

IND690 Terinal 011901

Input/output devicesB S3 1900879

• AC 30 V EU 190088

• AC 115 V USA 1900883

SoftwareMC k; W® v h 11116504

X k h 1110301

X h h y 1110317

X 1110340

Fh N 1900895

Reference weights h F1 50 k fi 00158741

h F1 100 k fi q

h F1 500 k fi q

h F1 1000 k fi q

h F1 000 k fi q

A

24

Description Part No.Variousv v X 1113570

Dh X-WKS X155KS 11116556

Dh X-WKM X604KM X1003KM 11116557

Dh X-WK X003K X600K 11116558

vM 1000 X155KS X604KM 001940

vM 5000 X1003KM X003K X600K 11116554

6.2 Spare parts

Spare parts XP-K oparators Ite Designation No.

F

F

3 2

1

1 h 11130837

AC 11107909

3

DK 0008745

GB 00089405

USA 00088668

AUS 00088751

SA 0008978

EU Shk 0008795

CH 0008790

00087457

A

25

7 Index

AAC 11 14 15A 4Ay y 4

BB 4

C 4C 13C: X-K C 5

DD 0D X155KS 17D X003K X600K 19D X604KM X1003KM 18Dy k 11Dh 5

EEv 14Eq 8

FFy 1

GG 14

I 6 h h 9

Lv 10vM 5 v 11 h 1 h 1

MM 14M-fi 16M-SCS

Ovv 3

P h 8 y 11 14 4 14v v 5

R h 4S3C 1

SS h 10S- 11Sv 13S h X-K 1S h 8S h 8S 4S 5S X-K 1

T 8 11

26

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Subject to technical changes © Mettler-Toledo AG 2009 11781049A 0910/2.12

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