Siemens
ÑÐÅÄÑÒÂÀ ÏÐÎÌÛØËÅÍÍÎÉ ÀÂÒÎÌÀÒÈÇÀÖÈÈ
îôèöèàëüíûé ïàðòíåð Ñèìåíñ
Êàòàëîã ÑÀ01 2018
(4872) 700-366
skenergo@mail.ru

General technical specifications

Electrical specifications

Line voltages

380 ... 480 V 3 AC, ±10 % (-15 % <1 min)

500 â€¦ 690 V 3 AC, ±10 % (-15 % <1 min)

Line supply types

Grounded TN/TT systems and non-grounded IT systems

Line frequency

47 ... 63 Hz

Output frequency 1)

 

  • Control type Servo

0 ... 550 Hz

  • Control type Vector

0 ... 550 Hz

  • Control mode V/f

0 ... 550 Hz

Line power factor
Fundamental

 

  • Basic Line Module

>0.96

  • Active Line Module

Adjustable (factory-set to cos Ï† = 1)

Efficiency

 

  • Basic Line Module

>99 %

  • Active Line Module

>97.5 % (including Active Interface Module)

  • Motor Module

>98.5 %

Overvoltage category

III acc. to EN 61800‑5‑1

Control method

Vector/Servo control with and without encoder or V/f control

Fixed speeds

15 fixed speeds plus 1 minimum speed, parameterizable (in the default setting, 3 fixed setpoints plus 1 minimum speed are selectable using terminal block/PROFIBUS/PROFINET)

Skippable speed ranges

4, parameterizable

Setpoint resolution

0.001 rpm digital (14 bits + sign)
12 bits analog

Braking operation

With Active Line Modules, four-quadrant operation as standard (energy recovery).
With Basic Line Modules, two-quadrant operation as standard,
braking by means of a Motor Module

Cabinet system

Cabinet system

Rittal TS 8, doors with double-barb lock, base plate with cable entry options

Paint finish

RAL 7035 (indoor requirements)

Mechanical specifications

Degree of protection

IP21 (higher degrees of protection up to IP55 optional)

Protection class

I acc. to EN 61800‑5‑1

Touch protection

EN 50274/DGUV regulation 3 when used as intended

Cooling method

Cooling in compliance with EN 60146:

Basic Line Connection Modules, Active Line Connection Modules, Motor Modules: WE
- W: Liquid cooling
- E: Forced air cooling, drive device outside the equipment

Line reactors, motor reactors, dv/dt filters with Voltage Peak Limiter: AN
- A: Air cooling
- N: Natural cooling (convection)

Ambient conditions

Storage 2)

Transport 2)

Operation

Ambient temperature

-25 ... +55 °C

-25 ... +70 °C
from -40 °C for 24 hours

0 ... +45 °C
to +50 °C see derating data

Relative humidity

(condensation not permissible)

5 ... 95 %
Class 1K4 acc. to IEC 60721‑3‑1

5 ... 95 % at 40 °C
Class 2K3 acc. to IEC 60721‑3‑2

5 ... 95 %
Class 3K3 acc. to IEC 60721‑3‑3

Environmental class/harmful chemical substances

Class 1C2
acc. to EN 60721‑3‑1

Class 2C2
acc. to EN 60721‑3‑2

Class 3C2
acc. to EN 60721‑3‑3

Organic/biological influences

Class 1B1
acc. to EN 60721‑3‑1

Class 2B1
acc. to EN 60721‑3‑2

Class 3B1
acc. to EN 60721‑3‑3

Degree of pollution

2 acc. to IEC/EN 61800‑5‑1

Installation altitude

≤ 2000 m above sea level without derating; > 2000 m see derating data

Mechanical stability

Storage 2)

Transport 2)

Operation

Vibratory load

Class 1M2
acc. to EN 60721‑3‑1

Class 2M2
acc. to EN 60721‑3‑2

  • Deflection

1.5 mm at 5 ... 9 Hz

3.1 mm at 5 ... 9 Hz

0.075 mm at 10 ... 58 Hz

  • Acceleration

5 m/s² at >9 ... 200 Hz

10 m/s² at >9 ... 200 Hz

9.8 m/s² at >58 ... 200 Hz

Shock load

Class 1M2
acc. to EN 60721‑3‑1

Class 2M2
acc. to EN 60721‑3‑2

Class 3M4
acc. to EN 60721‑3‑3

  • Acceleration

40 m/s² at 22 ms

100 m/s² at 11 ms

100 m/s² at 11 ms

Compliance with standards

Conformances/certificates of suitability, according to

CE (EMC Directive 2014/30/EU, Low Voltage Directive 2014/35/EU, and Machinery Directive 2006/42/EC for functional safety), RCM

Radio interference suppression

SINAMICS drive converter systems are not designed for connection to the public grid (first environment). Radio interference suppression is compliant with the EMC product standard for variable-speed drives EN 61800‑3, "second environment" (industrial networks). EMC disturbances can occur when connected to the public grid.



1) Higher output frequencies available on request.

2) In transport packaging.

Deviations from the specified class are underlined.

Cooling circuit and coolant quality

The following tables and sections describe the coolant quality requirements for the raw water circuit on the plant side and the deionized water circuit of the liquid-cooled SINAMICS S120 Cabinet Modules on the converter side.

Plant-side raw water circuit (based on VDI 3803)

  • System pressure with reference to atmospheric pressure, max.

600 kPa

  • Inlet temperature of liquid coolant

Antifreeze essential for temperature range between 0 °C and 5 °C

  • Degree of protection < IP55

0 ... 38 °C without derating
> 38 ... 43 °C, see derating data

  • Degree of protection IP55

0 ... 33 °C without derating
> 33 ... 38 °C, see derating data

Coolant quality

 

  • Electrical conductivity

< 2200 Î¼S/cm

  • pH value

7.5 ... 9

  • Chloride ions

< 180 mg/l

  • Sulfate ions

< 200 mg/l

  • Orthophosphate

< 50 mg/l

  • Dissolved iron

< 3 mg/l

  • Dissolved copper

< 0.2 mg/l

  • Biological load

< 50 CFU/ml

  • SiO2 as silicic acid

< 47 mg/l

  • Aluminum

< 2.65 mg/l

  • Fluoride

< 4 mg/l

  • Total hardness

< 20 (< 40 °C) °dH

  • Size of entrained particles

≤ 0.5 mm

  • SK 4.3 (upper limit value of polymer phosphates for untreated additional water)

< 10 mmol/l

  • Permissible limit values for suspended particles in the coolant

No deposits of solid particles at ≥ 0.5 m/s



 

Converter-side deionized water circuit

  • System pressure with reference to atmospheric pressure, max.

600 kPa

  • Pressure drop at rated volumetric flow

70 kPa

  • Recommended pressure range

80 ... 150 kPa (applicable for water as coolant)

  • Inlet temperature of liquid coolant

Depending on ambient temperature; no condensation permitted

Antifreeze essential for temperature range between 0 °C and 5 °C

  • Degree of protection < IP55

0 ... 45 °C without derating
> 45 ... 50 °C, see derating data

  • Degree of protection IP55

0 ... 40 °C without derating
> 40 ... 45 °C, see derating data

Coolant quality

  • Coolant basis

Distilled, demineralized, completely desalinated water or deionized water with reduced electrical conductivity in acc. with ISO 3696, quality 3 or based on IEC 60993

  • Electrical conductivity when filling

< 30 Î¼S/cm (3 mS/m)

  • pH value

5 ... 8

  • Components that can be oxidized as oxygen content

< 30 mg/l

  • Residue after vaporization and drying at 110 °C

< 10 mg/kg



The coolant definition specified here should only be considered as a recommendation. For units that have been shipped, the information and data provided in the equipment manual supplied should be observed!

Antifreeze and inhibitors

Antifreeze

Antifrogen N

Antifrogen L

DOWCAL 100

Manufacturer

Clariant

Clariant

DOW

Chemical base

Ethylene glycol

Propylene glycol

Ethylene glycol

Minimum concentration

25 %

25 %

25 %

Antifreeze agent with minimum concentration

-10 °C

-10 °C

-10 °C

Maximum concentration

45 %

48 %

45 %

Antifreeze agent with maximum concentration

-30 °C

-30 °C

-30 °C

Inhibitor content

Contains inhibitors with nitrites

Contains inhibitors that are free of nitrates, amines, borates, and phosphate

Contains inhibitors that are free of nitrates, amines, and phosphate

Biocide action with a concentration of

> 25 %

> 25 %

> 25 %



Biocides prevent corrosion that is caused by slime-forming, corrosive or iron-depositing bacteria. These can occur in closed cooling circuits with low water hardness and in open cooling circuits. Biocides must always be selected according to the relevant bacterial risks. Compatibility with inhibitors or antifreeze used with them must be checked on a case-by-case basis.

Inhibitors

Antifrogen N

ANTICORIT S 200 A

Manufacturer

Clariant

Fuchs

Chemical base

Ethylene glycol

-

Minimum concentration

25 %

4 %

Maximum concentration

45 %

5 %



Recommended service

The manufacturer of the antifreeze/inhibitor should analyze the coolant at least once per annum. The concentration and boundary conditions of the antifreeze/inhibitor should be checked. It may be necessary to correct the concentration on the plant side.

Protection against condensation

With liquid-cooled units, warm air can condense on the cold surfaces of heat sinks, pipes and hoses. This condensation depends on the air humidity and the temperature difference between the ambient air and the coolant.

The water which is produced as a result of condensation can cause corrosion as well as electrical damage such as creepage shorts and flashovers. As the SINAMICS units cannot prevent condensation if it is caused by the prevailing climatic conditions, any potential risk of condensation must be prevented by appropriate engineering or by precautionary measures implemented by the customer. These measures include the following:

  • a fixed coolant temperature that has been adjusted to the expected air humidity or ambient temperature ensures that critical differences between the coolant and ambient air temperatures do not develop or
  • temperature regulation of the coolant as a function of the ambient air temperature

The temperature at which water vapor contained in the air condenses into water is known as the dew point. In order to reliably prevent condensation, the coolant temperature must always be higher than the dew point.

The table below specifies the dew point as a function of room temperature T and relative air humidity Φ for an atmospheric pressure of 100 kPa (1 bar). This corresponds to an installation altitude of 0 to approximately 500 m above sea level. Since the dew point drops as the air pressure decreases, the dew point values at higher installation altitudes are lower than the specified table values. It is therefore the safest approach to engineer the coolant temperature according to the table values for an installation altitude of zero.

Room temperature

Relative air humidity Φ

T

20 %

30 %

40 %

50 %

60 %

70 %

80 %

85 %

90 %

95 %

100 %

10 °C

< 0 °C

< 0 °C

< 0 °C

0.2 °C

2.7 °C

4.8 °C

6.7 °C

7.6 °C

8.4 °C

9.2 °C

10 °C

20 °C

< 0 °C

2 °C

6 °C

9.3 °C

12 °C

14.3 °C

16.4 °C

17.4 °C

18.3 °C

19.1 °C

20 °C

25 °C

0.6 °C

6.3 °C

10.5 °C

13.8 °C

16.7 °C

19.1 °C

21.2 °C

22.2 °C

23.2 °C

24.1 °C

24.9 °C

30 °C

4.7 °C

10.5 °C

14.9 °C

18.4 °C

21.3 °C

23.8 °C

26.1 °C

27.1 °C

28.1 °C

29 °C

29.9 °C

35 °C

8.7 °C

14.8 °C

19.3 °C

22.9 °C

26 °C

28.6 °C

30.9 °C

32 °C

33 °C

34 °C

34.9 °C

40 °C

12.8 °C

19.1 °C

23.7 °C

27.5 °C

30.6 °C

33.4 °C

35.8 °C

36.9 °C

37.9 °C

38.9 °C

39.9 °C

45 °C

16.8 °C

23.3 °C

28.2 °C

32 °C

35.3 °C

38.1 °C

40.6 °C

41.8 °C

42.9 °C

43.9 °C

44.9 °C

50 °C

20.8 °C

27.5 °C

32.6 °C

36.6 °C

40 °C

42.9 °C

45.5 °C

46.6 °C

47.8 °C

48.9 °C

49.9 °C



A detailed description of the cooling circuits and the recommended coolant is given in the SINAMICS Low Voltage Engineering Manual.

















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