Siemens 400 V / 210...590 A operating instructions Power connections, AFE inverter and AFE reactor

Connecting-Up and Wiring 01.2004

7.2Power connections

NOTE	The connection cross-sections are determined for copper cables at
	40	°C (104 °F) ambient temperature (according to DIN VDE 0298 Part
	4 /	02.88 Group 5).

7.2.1AFE inverter and AFE reactor

The supply terminals are marked as follows:

Motor-end inverter:	C/L+	D/L-
AFE reactor connection:	U2/T1	V2/T2	W2/T3
PE conductor connection:	PE1	PE2

Mains voltage 380 V to 460 V

Order numbers		Rated output	Rated input	Reactor		Output end DC
			current	connection to		DC link connection
				AFE inverter -X2
AFE reactor	AFE-Inverter		3 ph. AC			Rated output
			mains end	Cross section		current	Cross section
Position 1	Position 2			VDE	Max.		VDE	Max.
6SE70...	6SE70...		[A]	[mm2]		[A]	[mm2]
36-0ES87-1FG1	35-1EJ80	340 kW / 400 V	510	2x185	2x300	570	2X185	4x300
36-0ES87-1FG1	36-0EJ80	380 kW / 400 V	560	2x240	4x300	630	2x240	4x300
33-7ES87-1FG1	33-7EJ80	250 kW / 400 V	370	2x120	2x150	425	2x120	2x150
33-2ES87-1FG1	33-2EJ80	214 kW / 400 V	315	2x95	2x150	360	2x120	2x150
32-6ES87-1FG1	32-6EJ80	177 kW / 400 V	260	2x70	2x150	300	2x95	2x150
32-1ES87-1FG1	32-1EJ80	143 kW / 400 V	210	2x50	2x150	240	2x70	2x150

Table 7-3 Conductor cross-sections AFE inverter

NOTE	The mechanical construction must provide the earth connection for the
	AFE reactor (baseplate connection). The terminal links must be
	protected against accidental contact.

7-8	6SE7087-6CX86-2BA1 Siemens AG
	Operating Instructions SIMOVERT MASTERDRIVES AFE