SIEMENS Process controllers SIPART DR19

General

Mounting position

Any

Climatic classes

• Storage: 1K2 according to
  DIN IEC 721 Part 3-1

-25 to +75 °C

• Transport: 2K2 according to
  DIN IEC 721 Part 3-2

-25 to +75 °C

• Operation: 3K3 according to
  DIN IEC 721 Part 3-3

0 to +50 °C

Protection according to EN 60 529

• Front

IP64

• Housing

IP30

• Terminals

IP20

Controller design

Electrical safety

• to DIN EN 61 010 Part 1
• Protection class I

• Safe separation between supply connection and field signals

• Clearances and creepage paths for surge class III and pollution level 2, unless stated otherwise

EC Certificate of Conformity no. 1225.00-03/01

CE marking: conformity concerning EMC Guideline 89/336/EWG and NS Guideline 73/23/EWG is fulfilled without restrictions.

Emitted interference, immunity to interference to EN 61 326, NAMUR NE21 8/98

The SIPART DR19 controller has already acquired the following certifications:

• Certification of Germanischen Lloyd, Certificate No. 97 973-96 HH
• Certificate of „DIN CERTCO, Berlin“,
  Approval as temperature control and limiting equipment for heat generators,
  Certificate of Conformity with DIN 3440: 1984-07,
  Registration no.: TR 10702000 S
• TÜV certificate on approval of a component symbol for water level controller, test requirement according to VdTÜV instructions „water level 100“ and „water level 100/1“, component symbol no. TÜV.WRS(WR).00-379K

Weight of basic unit

Approx. 1.2 kg

Dimensions

Color

Fascia frame

RAL 7037

Fascia

RAL 7035

Material

Housing and fascia frame

Polycarbonate, reinforced with glass fiber

Front foil

Polyester

Rear panels, modules

Polybutylene-terephthalate

Auxiliary supply connections

115/230 V AC

3-pin earthed plug
IEC 320/V DIN 49 457A

24 V AC/DC

Special 2-pin plug

Connections for process signals

Multi-pin screw-type terminal blocks, protected against reversed polarity for cables of 1.5 mm² (AWG 14)

Protective earth connection

Earthing screw

A rail can be mounted on the rear panel of the power supply. The rail is included in the delivery of the coupling relay module.

The connectors for the auxiliary supply and the screw-type terminal blocks for the process signals are part of the scope of the supply of the basic unit or the option modules.
Exception:
6DR2803-8C interface module and 6DR2803-8P PROFIBUS-DP module.
The connectors have to be ordered separately.

Rated voltage

Switchable

230 V AC

115 V AC

24 V AC/DC

Operating voltage range

195 to 264 V
AC

97 to 132 V
AC

20 to 28 V
AC

20 to 35 V
DC ¹)

Frequency
range

48 to 63 Hz

–

Peak voltages to IEC 801-5
(1.2/50 μs)

symmetric

1 kV

1 kV

0.5 kV

0.5 kV

asymmetric

2 kV

2 kV

1 kV

1 kV

Total of all output currents (L+, BA, AA and SES)

max. 200 mA

Power consumption

Active power/
Apparent power (capacitive)

Basic unit

• no options, without I_Ext

5 W/9 VA

5 W/9 VA

4 W/6 VA

4 W

• with options,
  without I_Ext

11 W/15 VA

11 W/15 VA

8.5 W/12 VA

8.5 W

• with options,
  with I_Ext

15 W/19 VA

15 W/19 VA

12 W/17 VA

12 W

Permitted voltage dips at
0.85 U_N

Basic unit with options

≤ 20 ms

Test voltages (1 min)

• primary-
  secondary

1.5 kV AC

500 V AC

• primary –
  protective conductor

1.5 kV AC

500 V AC

• secondary –
  protective conductor

700 V DC

700 V DC

Program

P1
P2
P1 and P2 connected

Intervals per program

P1 = 10
P2 = 5

Variable ramp/stop time

All intervals can be used as ramps or stop time, interval and amplitude for interval end can be modified

Interval period on time basis

• Hours / Minutes

00.00 to 23.59

• Minutes / Seconds

00.00 to 59.59

Time base

Same for all intervals

Status signals

6 digital outputs (time-controlled)

Each interval can be signalled on each digital output

Program – Start – Stop

From front panel or digital input

Reset

From front panel or digital input

Analog input AE1

See standard controller, Analog input AE1

Transmitter supply L+

• Rated voltage

20 to 26 V

• On-load current

≤ 60 mA, short-circuit proof

• Short-circuit current

≤ 200 mA, pulsed

Digital outputs BE1 and BE2

• Signal status “0”

≤ 4.5 V or open

• Signal status “1”

≥ 13 V

• Input impedance

≥ 27 kΩ

Digital outputs BA1 and BA2
(with wired OR diodes)

• Signal status “0”

≤ 1.5 V

• Signal status “1”

+19 to 26 V

• On-load current

≤ 50 mA

• Short-circuit current

≤ 80 mA, pulsed

Analog output Iy (K controller)

• Rated signal range

0 to 20 mA or 4 to 20 mA

• Output range

0 to 20.5 mA or 3.8 to 20.5 mA

• Load voltage

-1 to +18 V

• Max. permitted inductive load

0.1 H

Relay output (S controller)

• Contact material

Ag-Ni

• Contact rating

• Max. switching voltage

250 V AC 250 V DC

• Max. switching current

8 A 8 A

• Max. switching capacity

1250 VA 100 W at 24 V
30 W at 250 V

Service life

Mechanical

2 . 10⁷ switching operations

Electrical. 230 V AC,
Ω loading

2 . 10⁶ switching operations

Spark suppressor

22 nF and 220 Ω connected in series with a 420 V varistor wired in parallel

CPU data

• Cycle time

100 ms

A/D conversion

• Method

Successive approximation with > 120 measurements per input and averaging within 20 or 16.67 ms

• Resolution

18 bit for AE 1
11 bit for further AE and AA

• Zero error

≤ 0.2 % of measuring span

• Gain error

≤ 0.2 % of measuring span

• Linearity deviation

≤ 0.2 % of measuring span

Display technology

Digital x indicator

4-digit, red, 7-segment LED display

Digital w indicator

4-digit, green, 7-segment LED display

• Character height

10 mm

• Display range

Adjustable start and full scale

• Numerical range

-1999 to +9999

• Decimal point

Adjustable (fixed point)

• Refresh rate

0.1 to 9.9 s, variable

Analog indicator

Vertical row of 21 LEDs (red)

• Display range

• for xd/xw

± 5 % to ± 20 %

• internal process quantities

0 to 100 %

Basic unit, analog input AE 1

Pt100 resistance thermometer

Line resistance

• 2-wire circuit

Line resistance

R_Ab = R_L1 + R_L4 defined by parameters
or automatic compensation via configuration
R_L1 + R_L4 ≤ 50 Ω

• 3-wire circuit

No compensation necessary if
R_L1 = R_L2 = R_L4 ≤ 50 Ω

• 4-wire circuit

No compensation necessary if
R_L each ≤ 100 Ω

Measuring current

400 μA

Configurable measuring range

• Start

R_tA ≥ 18.49 Ω, t_A ≥ -200 °C

• End

R_tE ≤ 390.26 Ω, t_E ≤ 850 °C

Recommended min. span

10 K

Characteristic

Temperature linear

Filter time constant

≈ 10 ms

Input

Non-floating

Thermocouples TC

Thermocouples, configurable

Typ

to DIN IEC 584, Part 1

Cu-CuNi T

Fe-CuNi J

NiCr-Ni K

NiCr-CuNi E

Pt10Rh-Pt S

Pt13Rh-Pt R

Pt30Rh-Pt6Rh B

NiCrSi-NiSi N

to DIN 43 710

Cu-CuNi U

Fe-CuNi L

Compensating reference junction

• Internal

Reference junction terminal required

• External

Temperature of external reference junction entered as parameter

Line resistance

≤ 300 Ω

Configurable measuring range

• Start

≥ -175 mV

• End

≤ +175 mV

Recommended min. span

5 mV

Configurable characteristic

Linear with voltage or temperature

Filter time constant

≈ 10 ms

Input current

≤ 1 μA

Permitted common mode voltage

≤ 1 V

Stat. destruction limit across inputs

± 35 V

mV source

Configurable measuring range

• Start

≥ -175 mV

• End

≤ +175 mV

Recommended min. span

5 mV

Line resistance

≤ 1 kΩ

Characteristic

Voltage linear

Input current

≤ 1 μA

Permitted common mode voltage

≤ 1 V

Stat. destruction limit across inputs

± 35 V

Resistance based sensor R

Measuring range

Configurable measuring range

Measuring range limits incl. line resistance

R_tot ≤ 600 Ω

R_tot ≤ 2.8 kΩ

Recommended min. span

30 Ω

70 Ω

Input current

400 μA

140 μA

Linearity error

± 60 mΩ

± 0.2 Ω

Test voltage

500 V AC

Input

Non-floating

mA source
with additional measuring range connector 6DR2805-8J
(with impedance already included in Smart instruments)

Measuring range

• Start

0/4 mA ≡ 0/20 mV

• End

20 mA ≡ to 100 mV

Transformation error

0,3 %

Input resistance

50 Ω

Smart input resistance

250 Ω

Permitted common mode voltage

≤ 1 V

Stat. destruction limit across inputs

± 40 mA

10 V voltage source
with additional measuring range connector 6DR2805-8J

Measuring range, can be compensated

• Start

0/2 V ≡ to 0/20 mV

• End

10 V ≡ to 100 mV

Transformation error

0.2 %

Input resistance

90 kΩ

Permitted common mode voltage

≤ 1 V

Stat. destruction limit across inputs

± 35 V