Sartorius YDA01Z Installation And Operating Instructions Manual

98647-000-07

Digital/Analog Converter
YDA01Z

Installation and Operating Instructions
Aufstellungs- und Betriebsanleitung

English – page 5

Deutsch – Seite 27

2

1 ON/OFF switch

Ein-/Aus-Schalter

2 reset button

reset-Taste

3 Pushbutton on the control panel

Tasten-Feld

4 led field

Anzeige-Feld

5 Analog output (BU3)

Analog-Ausgang (BU3)

3

6 Digital input from balance/scale and

Sartonet digital male connector (ST1)
Waagen-Digital-Eingang und Sartonet­Digital-Anschluß (ST1)

7 Sartonet digital female connector (BU2)

Sartonet-Digital Anschluß (BU2)

8 Plug receptacle

Netz-Stecker-Buchse

9 Voltage selector and fuse

Spannungs-Wähler und Sicherung

6789

543 21

4

Contents

Page

Equipment Supplied 6
Description of the Functions 6

Cabling Options 8

Converter Settings 13

Examples of Device Configurations 18

Cabling Diagram for Connecting
623301 to YDA 01 Z 24

Care and Maintenance 25

5

Equipment Supplied/
Description of the Functions

Equipment Supplied

– Converter YDA 01 Z

– Power cord

– Standard cable “MP8” for connecting MP7, MP7-2

or MP8 balances/scales to YDA 01 Z

– V 24 cable for connecting MC1 balances/scales

to YDA 01 Z

Description of the Functions

Digital/analog converter YDA 01 Z is designed to
convert digital signals into analog voltages or loop
currents. Such an analog signal is available with two
different voltages and three different loop currents
at a 5-in round socket (similar to a DIN stereo jack).

The lower rating of the two voltages ranges from
+1 volt to –1 V.
The higher voltage ranges from +10 V to –10 volts.

The current interface can be adjusted to the following
loop currents:
a) 4– 20 mA
b) 0– 10 mA
c) 0– 20 mA

Setting a) complies with ISA S50.1, Standard
Class U, with the following specifications:
Load resistance: 300– 800 Ω
Supply voltage: 23– 30 V
Internal resistance: 600 Ω
Intrinsic safety: 250 Ω

6

Digital input signals can be supplied to the converter via
the V24/RS 232 interface.

The converter enables the following devices to be
connected to analog processing systems (such as a Y/t
recorder):
a) Sartorius balance/scale with an MP7, MP7-2

or MP8 microprocessor
b) Sartonet bus
c) Device with a V24/RS 232 interface

It converts each digital value comprising 3 decades into
analog voltage or loop current.

The position of these 3 decades can be selected in a
range of 8 decades maximum.
The 3 particular decades selected are then indicated by
the corresponding LEDs on the control panel.

In addition, the converter will provide one of the
following reference voltages when you press the
appropriate pushbutton:
a) +1 volt and +10 volts (+ pushbutton)
b) –1 volt and –10 volts (– pushbutton)
c) 0 volts (0 pushbutton)

7

Cabling Options

Device Combinations

MP7/MP7-2, MP8, MC1 balance/scale interfaced with an analog system via YDA 01 Z

Sartonet bus networked with an analog system via YDA 01 Z

etc.

8

Cable and Pin Assignment

The location of the male and female connectors is indicated in the general view
of the converter and in a schematic of the printed circuit board (page 14).

The data available at male connector 1 (ST 1) are exactly the same as those available
at female connector 2 (BU 2).

Pin Assignment for ST 1:

1 Protective ground/signal ground (for Sartonet)
2 Data output (TxD)
3 Data input (RxD)
4 External ground
5 CTS input (Clear to Send)
6 Connected
7 Connected
8 Connected

9
10
11
12 Connected
13 Connected
14 Internal ground
15 Connected
16 Connected
17 Connected
18 Connected
19 Connected
20 DTR output (Data Terminal Ready)
21 Connected
22 Sartonet 1
23 Sartonet 2
24
25

9

Pin Assignment for BU 2:

1 Protective ground/signal ground (for Sartonet)
2 Data output (TxD)
3 Data input (RxD)
4 External ground
5 CTS input (Clear to Send)
6 Connected
7 Connected
8

●

9
10
11
12 Connected Print key Tare
13 Connected (for ext. print control
14 Internal ground command only)
15
16
17 Connected
18 Connected
19 Connected
20 DTR output (Data Terminal Ready)
21 Connected
22 Sartonet 1
23 Sartonet 2
24
25 Connected

10

Pin Assignment for Socket BU 3 (Analog Data Output):

Chassis ground

Pin 1 +/–10 V (analog)
Pin 2 Signal ground
Pin 3 +/–1 V (analog)
Pin 4 Current output (–)
Pin 5 Current output (+)

Front view

Voltage ranges: Loop current ranges:

4– 20 mA

0...+/–10 volts, +/– 20 mV, I max. = 0.5 mA 0 –10 mA

0...+/–1 volt, +/– 2 mV, I max. = 3 mA 0 –20 mA

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Pin Assignment of the Connecting Cable for the D/A Converter → Y/t Recorder

D/A converter Y/t recorder or similar device
5-terminal socket Matching plug

Frame ground

Shield

Plug end

1 +/–10 volts

2 Ground

3 +/–1 volt

4 Current loop

4– 20 mA

5

0– 10 mA
0– 20 mA

Sartonet connecting cable:

25-pin female Cannon connector 25-pin male Cannon connector

Frame ground Shield

1

Shield

1

22 22

23 23

Twisted pair

Type of cable: data transfer line/black (twisted pair)

12

Converter Settings

Adjusting the Operating Voltage

Rear view of the converter:

The small arrow points to the actual setting of the voltage selector.

The operating voltage has been factory-set to 220 V.

How to change the voltage setting:
Adjust the voltage selector (1) to your local line voltage. Write the new voltage setting on the
manufacturer’s label on the rear panel of the converter. Whenever you change the operating
voltage to 100/120 V, make sure to exchange the T 80 mA fuse (1) for the T 160 mA fuse
that comes with the converter.

This fuse, along with the voltage selector, is plugged into the rear panel
of the converter.

100/120 V – T 160 mA
220/240 V – T 80 mA

At the point of use, plug the power cord into a properly installed wall outlet.

If you use a wall outlet that does not have a protective grounding conductor, make sure to
ground the balance.

13

Description of the Switches

Location of the Switches on the
Printed Circuit (PC) Board

14

Switch Settings

ON Switch OFF
External PRINT command S1.1 Automatic PRINT command

MP7, MP7-2 S1.2 MP8/MC1

Control mode S2.1 MP mode (MP7/MP7-2/MP8)
Even parity check (V 24) S2.2 Odd parity check (V 24)
Addresses 16...31 (Sartonet) Addresses 0...15 (Sartonet)
No parity check (V 24) S2.3 Parity check (V 24)
4,800 baud (Sartonet) 9,600 baud (Sartonet)
V24/RS 232 mode (software) S2.4 Sartonet mode (software)

V24/RS 232 mode Switch Sartonet mode

150 baud – 7 bits S3– 0 Address 0 or 16
300 baud – 7 bits S3– 1 Address 1 or 17

600 baud – 7 bits S3– 2 Address 2 or 18
1,200 baud – 7 bits S3– 3 Address 3 or 19
2,400 baud – 7 bits S3– 4 Address 4 or 20
4,800 baud – 7 bits S3– 5 Address 5 or 21
9,600 baud – 7 bits S3– 6 Address 6 or 22
9,600 baud – 7 bits S3– 7 Address 7 or 23

150 baud – 8 bits S3– 8 Address 8 or 24

300 baud – 8 bits S3– 9 Address 9 or 25

600 baud – 8 bits S3– A Address 10 or 26
1,200 baud – 8 bits S3– B Address 11 or 27
2,400 baud – 8 bits S3– C Address 12 or 28
4,800 baud – 8 bits S3– D Address 13 or 29
9,600 baud – 8 bits S3– E Address 14 or 30
9,600 baud – 8 bits S3– F Address 15 or 31

V24/RS 232 mode Switch Sartonet mode
off S4.1 on

on S4.2 off

Switch Operating mode

4– 20 mA 0– 10 mA 0– 20 mA

S5.1 off on on
S5.2 off on off
S5.3 off off on

15

Settings on the Front Panel of the Converter

Front view of the converter:

Description of the pushbuttons:

“0” pushbutton: When you push this button, a reference voltage of 0 is generated at

pins 1 and 3 of the 5-pin round socket.

“+” pushbutton: Press this button to have a reference voltage of +10 volts generated

at pin 1 and +1 volt at pin 3 of the 5-pin round socket.

“–” pushbutton: Press this button to have a reference voltage of –10 volts generated

at pin 1 and –1 volt at pin 3 of the 5-pin round socket.

“DISPLAy” Push this button to initiate selection of the decade range.
pushbutton: The decade range consists of 3 decades which can be shifted

anywhere within the converter’s maximum range of 8 decades.
Once the “DISPLAY” pushbutton is pressed, the LEDs will
flash for about 3 seconds. If you press the “+” or “–” pushbutton
during this time, the next higher or lower decade level will be
automatically selected each second. To terminate the selection
procedure, release the “+” or “–” button.
The decade range selected is read into a non-volatile
memory so that it will remained stored no matter if you switch off the
converter.

“RESET” button: Press this button to have the YDA 01 Z converter enter

the “POWER ON” operating state (corresponds to the power
up routine).

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