Basic Line Modules

Заказные данные
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Аксессуары
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Basic Line Modules are available for applications in which no energy is returned to the supply or where the energy exchange between motor and generator axes takes place in the DC link. Basic Line Modules are designed for connection to grounded TN/TT and non-grounded IT supply systems.

The Basic Line Modules are available in different frame sizes. With frame sizes FB and GB, a fully controlled thyristor bridge is used to pre-charge the Basic Line Modules and connected Motor Modules. The thyristors normally operate with a trigger delay angle of 0°.

Basic Line Modules, frame size GD for 900 kW (400 V) or 1500 kW (690 V) include a diode bridge, and the DC link is pre-charged via a separate line-side pre-charging circuit.

A Braking Module of the appropriate frame size can be integrated into a Basic Line Module in order to permit, in conjunction with an external braking resistor, regenerative operation of the drive system.

Дизайн

The Basic Line Modules have the following interfaces as standard:

1 line supply connection
1 connection for the 24 V DC electronics power supply
1 DC link connection (DCP, DCN) for supplying the connected Motor Modules
1 DC link connection (DCPA, DCNA) for connecting a Braking Module
3 DRIVE‑CLiQ sockets
1 temperature sensor input for KTY84‑130, Pt1000 or PTC (Pt1000 can be used from firmware V4.7 HF17)
1 PE connection

The status of the Basic Line Modules is indicated via three LEDs.

The scope of supply of the Basic Line Modules includes:

DRIVE‑CLiQ cable to connect to a Control Unit
DRIVE‑CLiQ cable to connect the Control Unit to the first Motor Module
1 set of warning labels in 30 languages
(BG, CN, CZ, DE, DK, EE, ES, FI, FR, GB, GR, HU, IE, IS, IT, JP, KR, LT, LV, MT, NL, NO, PL, PT, RO, RU, SE, SI, SK, TR)

Pre-charging circuit for the Basic Line Modules, frame size GD

Unlike Basic Line Modules in frame sizes FB and GB, a Basic Line Module in frame size GD requires a separate precharging circuit. The pre-charging circuit components must be ordered separately.

During startup, the pre-charging circuit ensures that the DC link capacitors of the Basic Line Module and the connected Motor Modules are pre-charged with current limiting. After pre-charging has been completed, the circuit breaker is closed and the pre-charging circuit bypassed; the Basic Line Module is then directly connected to the line supply.

The pre-charging circuit comprises a pre-charging contactor and pre-charging resistors; the circuit must be protected against overcurrent using suitable protection measures. To increase the permissible DC link capacitance, the pre-charging resistors can also be connected in parallel in each phase.

More information on the pre-charging circuit is to be found in the SINAMICS Low Voltage Engineering Manual.

For components for the pre-charging circuit and for recommended line-side system components, see System components.

Интеграция

The Basic Line Modules communicate with the higher-level control module via DRIVE-CLiQ. The control module in this case can be a CU320-2 or a SIMOTION D Control Unit. An external 24 V DC power supply is required to operate Basic Line Modules.

Connection example of a Basic Line Module, frame sizes FB, GB

Connection example of a Basic Line Module, frame size GD

Технические данные

General technical specifications

Electrical specifications
Line power factor at rated power
Basic fundamental (cos φ₁)	>0.96
Total (λ)	0.75 ... 0.93
Efficiency	>99 %
DC link voltage, approx. ¹⁾	1.35 × line voltage under partial load 1.32 × line voltage under full load
Main contactor control
Terminal block -X9/5-6	240 V AC, max. 8 A 30 V DC, max. 1 A

¹⁾ The DC link voltage is unregulated and load-dependent. For additional information, please refer to the SINAMICS Low Voltage Engineering Manual.

Line voltage 380 ... 480 V 3 AC		Basic Line Modules
		6SL3330-1TE34-2AA3	6SL3330-1TE35-3AA3	6SL3330-1TE38-2AA3	6SL3330-1TE41-2AA3	6SL3330-1TE41-5AA3	6SL3330-1TE41-8AA3
Rated power
At I_rated DC (50 Hz 400 V)	kW	200	250	400	560	710	900
At I_H DC (50 Hz 400 V)	kW	160	200	315	450	560	705
At I_rated DC (60 Hz 460 V)	hp	305	385	615	860	1090	1390
At I_H DC (60 Hz 460 V)	hp	245	305	485	690	860	1090
DC link current
Rated current I_rated DC	A	420	530	820	1200	1500	1880
Base-load current I_H DC¹⁾	A	328	413	640	936	1170	1467
Maximum current I_max DC	A	630	795	1230	1800	2250	2820
Input current
Rated current I_rated I	A	365	460	710	1010	1265	1630
Maximum current I_max I	A	547	690	1065	1515	1897	2380
• Max. pre-charging current (max. 3 s)	A	Internal	Internal	Internal	Internal	Internal	308
Current demand
24 V DC auxiliary power supply	A	1.1	1.1	1.1	1.1	1.1	1.1
DC link capacitance
Basic Line Module	μF	7200	9600	14600	23200	29000	34800
Drive line-up, max.	μF	57600	76800	116800	185600	232000	139200/278400 ²⁾
Power loss, max. ³⁾
At 50 Hz 400 V	kW	1.9	2.1	3.2	4.6	5.5	6.9
At 60 Hz 460 V	kW	1.9	2.1	3.2	4.6	5.5	6.9
Cooling air requirement	m³/s (ft³/s)	0.17 (6.00)	0.17 (6.00)	0.17 (6.00)	0.36 (12.7)	0.36 (12.7)	0.36 (12.7)
Sound pressure level L_pA (1 m) at 50/60 Hz	dB	66/68	66/68	66/68	71/73	71/73	71/73
Line connection U1, V1, W1		Flat connector for M10 screw	Flat connector for M10 screw	Flat connector for M10 screw	Flat connector for M12 screw	Flat connector for M12 screw	Flat connector for M12 screw
Conductor cross section, max. (IEC)	mm²	2 × 240	2 × 240	2 × 240	6 × 185	6 × 185	6 × 185
DC link connection DCP, DCN		M10 screw	M10 screw	M10 screw	3 × hole for M12	3 × hole for M12	3 × hole for M12
Conductor cross section, max. (IEC)	mm²	2 × 240	2 × 240	2 × 240	6 × 185	6 × 185	6 × 185
PE/GND connection		2 × hole for M10	2 × hole for M10	2 × hole for M10	2 × hole for M12	2 × hole for M12	2 × hole for M12
Conductor cross section, max. (IEC)	mm²	2 × 240	2 × 240	2 × 240	4 × 240	4 × 240	4 × 240
Cable length, max. ⁴⁾
Shielded	m (ft)	2600 (8531)	2600 (8531)	2600 (8531)	4000 (13124)	4000 (13124)	4800 (15749)
Unshielded	m (ft)	3900 (12796)	3900 (12796)	3900 (12796)	6000 (19686)	6000 (19686)	7200 (23623)
Degree of protection		IP00	IP00	IP00	IP00	IP00	IP00
Dimensions
Width	mm (in)	310 (12.2)	310 (12.2)	310 (12.2)	310 (12.2)	310 (12.2)	310 (12.2)
Height	mm (in)	1164 (45.8)	1164 (45.8)	1164 (45.8)	1653 (65.1)	1653 (65.1)	1653 (65.1)
Depth	mm (in)	352 (13.9)	352 (13.9)	352 (13.9)	550 (21.6)	550 (21.6)	550 (21.6)
Weight, approx.	kg (lb)	96 (212)	96 (212)	96 (212)	214 (472)	214 (472)	214 (472)
Frame size		FB	FB	FB	GB	GB	GD
Minimum short-circuit current ⁵⁾	A	4400	5200	10000	12400	18400	18600

¹⁾ The base-load current I_{H DC} is the basis for a duty cycle of 150 % for 60 s or I_{max DC} for 5 s with a duty cycle duration of 300 s.

²⁾ The first value applies for one precharging resistor for each phase, the second value for two precharging resistors connected in parallel for each phase.

³⁾ The specified power loss represents the maximum value at 100% utilization. The value is lower under normal operating conditions.

⁴⁾ Total of all motor cables and DC link. Longer cable lengths for specific configurations are available on request. For additional information, please refer to the SINAMICS Low Voltage Engineering Manual.

⁵⁾ Current required for reliably triggering protective devices.

Line voltage 500 ... 690 V 3 AC		Basic Line Modules
		6SL3330-1TG33-0AA3	6SL3330-1TG34-3AA3	6SL3330-1TG36-8AA3	6SL3330-1TG41-1AA3	6SL3330-1TG41-4AA3	6SL3330-1TG41-8AA3
Rated power
At I_rated DC (50 Hz 690 V)	kW	250	355	560	900	1100	1500
At I_H DC (50 Hz 690 V)	kW	195	280	440	710	910	1220
At I_rated DC (50 Hz 500 V)	kW	175	250	390	635	810	1085
At I_H DC (50 Hz 500 V)	kW	165	235	365	595	755	1015
At I_rated DC (60 Hz 575 V)	hp	250	350	600	900	1250	1500
At I_H DC (60 Hz 575 V)	hp	200	300	450	800	1000	1250
DC link current
Rated current I_rated DC	A	300	430	680	1100	1400	1880
Base-load current I_H DC¹⁾	A	234	335	530	858	1092	1467
Maximum current I_max DC	A	450	645	1020	1650	2100	2820
Input current
Rated current I_rated I	A	260	375	575	925	1180	1580
Maximum current I_max I	A	390	563	863	1388	1770	2370
Max. pre-charging current (max. 3 s)	A	Internal	Internal	Internal	Internal	Internal	234
Current demand
24 V DC auxiliary power supply	A	1.1	1.1	1.1	1.1	1.1	1.1
DC link capacitance
Basic Line Module	μF	3200	4800	7300	11600	15470	19500
Drive line-up, max.	μF	25600	38400	58400	92800	123760	78000/156000 ²⁾
Power loss, max. ³⁾
At 50 Hz 690 V	kW	1.5	2.1	3.0	5.4	5.8	7.3
At 60 Hz 575 V	kW	1.5	2.1	3.0	5.4	5.8	7.3
Cooling air requirement	m³/s (ft³/s)	0.17 (6.00)	0.17 (6.00)	0.17 (6.00)	0.36 (12.7)	0.36 (12.7)	0.36 (12.7)
Sound pressure level L_pA (1 m) at 50/60 Hz	dB	66/68	66/68	66/68	71/73	71/73	71/73
Line connection U1, V1, W1		Flat connector for M10 screw	Flat connector for M10 screw	Flat connector for M10 screw	Flat connector for M12 screw	Flat connector for M12 screw	Flat connector for M12 screw
Conductor cross section, max. (IEC)	mm²	2 × 240	2 × 240	2 × 240	6 × 185	6 × 185	6 × 185
DC link connection DCP, DCN		M10 screw	M10 screw	M10 screw	3 × hole for M12	3 × hole for M12	3 × hole for M12
Conductor cross section, max. (IEC)	mm²	2 × 240	2 × 240	2 × 240	6 ×185	6 × 185	6 × 185
PE/GND connection		2 × hole for M10	2 × hole for M10	2 × hole for M10	2 × hole for M12	2 × hole for M12	2 × hole for M12
Conductor cross section, max. (IEC)	mm²	2 × 240	2 × 240	2 × 240	4 × 240	4 × 240	4 × 240
Cable length, max. ⁴⁾
Shielded	m (ft)	1500 (4921)	1500 (4921)	1500 (4921)	2250 (7382)	2250 (7382)	2750 (9023)
Unshielded	m (ft)	2250 (7382)	2250 (7382)	2250 (7382)	3375 (11073)	3375 (11073)	4125 (13534)
Degree of protection		IP00	IP00	IP00	IP00	IP00	IP00
Dimensions
Width	mm (in)	310 (12.2)	310 (12.2)	310 (12.2)	310 (12.2)	310 (12.2)	310 (12.2)
Height	mm (in)	1164 (45.8)	1164 (45.8)	1164 (45.8)	1653 (65.1)	1653 (65.1)	1653 (65.1)
Depth	mm (in)	352 (13.9)	352 (13.9)	352 (13.9)	550 (21.6)	550 (21.6)	550 (21.6)
Weight, approx.	kg (lb)	96 (212)	96 (212)	96 (212)	214 (472)	214 (472)	214 (472)
Frame size		FB	FB	FB	GB	GB	GD
Minimum short-circuit current ⁵⁾	A	3000	4400	8000	10400	16000	18600

¹⁾ The base-load current I_{H DC} is the basis for a duty cycle of 150 % for 60 s or I_{max DC} for 5 s with a duty cycle duration of 300 s.

²⁾ The first value applies for one pre-charging resistor for each phase, the second value for two precharging resistors connected in parallel for each phase.

³⁾The specified power loss represents the maximum value at 100% utilization. The value is lower under normal operating conditions.