FRIEDRICH Motor with split end covers FHG-Type

FHG motors are equipped with split hoods made from pressed sheet metal and welded flange. The special shape and an O-ring seal of silicone to the motor and a rubber gasket between the split hoods provide perfect protection against the ingress of dust and water.
Split hoods are available both in powder-coated deep-drawn sheet and stainless steel. The color coating with powder-coated sheet metal deep drawing is standard RAL 6011.
In confined spaces, a split hood is beneficial. The split hood allows easy access and disassembly in order to adjust the weights on the motor.
Motors can be equipped with one or two split hoods. The advantage is greater and design flexible.

General specifications

Motor with split end covers

FHG Type 50 Hz

2 pole vibrator motors (2860 min^-1)

friedrich fhg 50 Hz

TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	Maße Dimensions Cotesmm													Weight [kg]	Cable [mm]	Screw 8.8
TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	a	b	c	d	d1	e	f	g	h	k1	k2	n	p	Weight [kg]	Cable [mm]	Screw 8.8
FHG 23-2-2.2	23	10320	0,75	1,75	0,82	7,7	A	2	140	170	40	207	255	192	210	225	118	454	478	50	268	42	4×1,5	4xM16
FHG 32-2-2.1	32	14400	1,2	2,28	0,85	7,8	B	2	140	170	20	207	255	230	220	225	115	468	492	60	274	67	4×1,5	4xM16
FHG 42-2-2.1	42	18900	1,2	2,28	0,85	7,8	B	2	140	170	20	207	255	230	220	225	115	468	492	60	274	69	4×1,5	4xM16

4 pole vibrator motors (1460 min^-1)

friedrich-typu-dp-warszawa

TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	Maße Dimensions Cotesmm													Weight [kg]	Cable [mm]	Screw 8.8
TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	a	b	c	d	d1	e	f	g	h	k1	k2	n	p	Weight [kg]	Cable [mm]	Screw 8.8
FHG 75-4-2.2	75	8800	0,6	1,43	0,8	5,7	A	2	140	170	40	207	255	192	210	225	118	454	478	50	268	46	4×1,5	4xM16
FHG 95-4-2.2	95	11100	0,6	1,43	0,8	5,7	A	2	140	170	40	207	255	192	210	225	118	454	478	50	268	50	4×1,5	4xM16
FHG 125-4-2.4	125	14620	0,6	1,43	0,8	5,7	A	2	140	170	40	207	255	192	210	225	118	520	544	50	268	58	4×1,5	4xM16
FHG 150-4-2.4	150	17500	0,6	1,43	0,8	5,7	A	2	140	170	40	207	255	192	210	225	118	520	544	50	268	60	4×1,5	4xM16
FHG 150-4-2.1	150	17500	1,1	2,33	0,82	6,6	B	2	140	170	20	207	255	230	220	225	115	538	562	60	274	72	4×1,5	4xM16
FHG 190-4-2.3	190	22300	1,1	2,33	0,82	6,6	B	2	140	170	20	250	300	230	220	272	140	545	570	60	300	82	4×1,5	4xM16
FHG 200-4-2.1	200	23400	1,1	2,33	0,82	6,6	B	2	140	170	20	207	255	230	220	225	115	594	618	60	274	75	4×1,5	4xM16
FHG 235-4-3.4	235	27500	1,4	3,04	0,87	9,1	C	3	83	230	25	280	360	260	280	300	160	530	560	75	330	110	4×1,5	6xM20
FHG 285-4-3.4	285	33350	1,4	3,04	0,87	9,1	C	3	83	230	25	280	360	260	280	300	160	530	560	75	330	116	4×1,5	6xM20
FHG 300-4-4.0	300	35000	2	3,8	0,87	6,8	C	4	105	248	28	280	360	300	310	300	160	570	600	80	344	128	4×1,5	6xM20
FHG 340-4-4.1	340	39700	3	5,89	0,87	7,8	C	4	105	248	28	280	360	300	310	300	160	570	600	80	344	138	4×1,5	6xM20
FHG 415-4-4.1	415	48600	3	5,89	0,87	7,8	C	4	105	248	28	280	360	300	310	300	160	640	670	80	344	146	4×1,5	6xM20
FHG 430-4-6.0	430	50200	3,5	7,03	0,84	5,6	C	6	118	280	35	320	400	370	340	340	185	710	740	90	390	197	4×1,5	6xM24
FHG 550-4-7.0	550	64200	7	15,2	0,86	7,6	C	6	118	280	35	320	400	370	340	340	185	710	740	90	390	250	4×2,5	6xM24
FHG 700-4-7.1	700	81800	7	15,2	0,86	7,6	C	6	118	280	35	320	400	370	340	340	185	710	740	90	390	275	4×2,5	6xM24
FHG 800-4-7.1	800	93600	7	15,2	0,86	7,6	C	6	118	280	35	320	400	370	340	340	185	800	830	90	390	282	4×2,5	6xM24
FHG 900-4-8.0	900	105200	8	17,1	0,87	7,6	D	8	110	350	35	360	440	470	420	400	210	1000	1030	90	430	377	4×2,5	8xM24

6 pole vibrator motors (980 min^-1)

friedrich-typu-fw-warszawa

TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	Maße Dimensions Cotesmm													Weight [kg]	Cable [mm]	Screw 8.8
TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	a	b	c	d	d1	e	f	g	h	k1	k2	n	p	Weight [kg]	Cable [mm]	Screw 8.8
FHG 95-6-2.2	95	5000	0,5	1,52	0,7	4,2	A	2	140	170	40	207	255	192	210	225	118	454	478	50	268	50	4×1,5	4xM16
FHG 120-6-2.2	120	6400	0,5	1,52	0,7	4,2	A	2	140	170	40	207	255	192	210	225	118	454	478	50	268	51	4×1,5	4xM16
FHG 150-6-2.2	150	7900	0,5	1,52	0,7	4,2	A	2	140	170	40	207	255	192	210	225	118	520	544	50	268	53	4×1,5	4xM16
FHG 175-6-2.4	175	9300	0,5	1,52	0,7	4,2	A	2	140	170	40	207	255	192	210	225	118	520	544	50	268	63	4×1,5	4xM16
FHG 200-6-2.4	200	10600	0,5	1,52	0,7	4,2	A	2	140	170	40	207	255	192	210	225	118	580	604	50	268	66	4×1,5	4xM16
FHG 225-6-2.4	225	11950	0,5	1,52	0,7	4,2	A	2	140	170	40	207	255	192	210	225	118	580	604	50	268	69	4×1,5	4xM16
FHG 200-6-2.1	200	10600	1	1,71	0,7	5,3	B	2	140	170	20	207	255	230	220	225	115	594	618	60	274	77	4×1,5	4xM16
FHG 250-6-2.3	250	13200	1	1,71	0,7	5,3	B	2	140	170	20	250	300	230	220	272	140	545	570	60	300	88	4×1,5	4xM16
FHG 300-6-2.3	300	15800	1	1,71	0,7	5,3	B	2	140	170	20	250	300	230	220	272	140	545	570	60	300	92	4×1,5	4xM16
FHG 340-6-2.3	340	18000	1	1,71	0,7	5,3	B	2	140	170	20	250	300	230	220	272	140	615	640	60	300	98	4×1,5	4xM16
FHG 400-6-3.1	400	21000	1,7	3,23	0,77	5,3	C	3	83	230	25	250	300	260	280	272	150	645	670	75	320	123	4×1,5	6xM20
FHG 500-6-3.4	500	26300	1,7	3,23	0,77	5,3	C	3	83	230	25	280	360	260	280	300	160	600	630	75	330	136	4×1,5	6xM20
FHG 600-6-3.4	600	31800	1,7	3,23	0,77	5,3	C	3	83	230	25	280	360	260	280	300	160	670	700	75	330	147	4×1,5	6xM20
FHG 680-6-3.4	680	35800	1,7	3,23	0,77	5,3	C	3	83	230	25	280	360	260	280	300	160	670	700	75	330	155	4×1,5	6xM20
FHG 500-6-4.0	500	26300	2,2	5,23	0,74	5,8	C	4	105	248	28	280	360	300	310	300	160	640	670	80	344	153	4×1,5	6xM20
FHG 550-6-4.1	550	29000	2,7	6,18	0,8	6,6	C	4	105	248	28	280	360	300	310	300	160	710	740	80	344	159	4×1,5	6xM20
FHG 680-6-4.1	680	35800	2,7	6,18	0,8	6,6	C	4	105	248	28	280	360	300	310	300	160	710	740	80	344	168	4×1,5	6xM20
FHG 780-6-4.1	780	41340	2,7	6,18	0,8	6,6	C	4	105	248	28	280	360	300	310	300	160	830	860	80	344	186	4×1,5	6xM20
FHG 700-6-4.7	700	36900	2,7	6,71	0,6	6,6	C	4	105	248	28	320	400	300	310	342	180	730	760	80	365	187	4×1,5	6xM20
FHG 850-6-4.7	850	44800	2,7	6,71	0,6	6,6	C	4	105	248	28	320	400	300	310	342	180	730	760	80	365	196	4×1,5	6xM20
FHG 1000-6-4.7	1000	52600	2,7	6,71	0,6	6,6	C	4	105	248	28	320	400	300	310	342	180	730	760	80	365	204	4×1,5	6xM20
FHG 1000-6-7.0	1000	52600	4	8,27	0,84	7,5	C	6	118	280	35	320	400	370	340	340	185	800	830	90	390	271	4×1,5	6xM24
FHG 1150-6-7.0	1150	61000	4	8,27	0,84	7,5	C	6	118	280	35	320	400	370	340	340	185	940	970	90	390	281	4×1,5	6xM24
FHG 1300-6-7.0	1300	68400	4	8,27	0,84	7,5	C	6	118	280	35	320	400	370	340	340	185	940	970	90	390	285	4×1,5	6xM24
FHG 1400-6-7.0	1400	73700	4	8,27	0,84	7,5	C	6	118	280	35	320	400	370	340	340	185	940	970	90	390	296	4×1,5	6xM24
FHG 1600-6-7.0	1600	84300	4	8,27	0,84	7,5	C	6	118	280	35	320	400	370	340	340	185	980	1010	90	390	310	4×1,5	6xM24
FHG 1750-6-7.8	1750	92100	5,6	12,3	0,66	7,3	C	6	118	280	35	360	440	370	340	400	210	900	930	85	425	388	4×2,5	6xM24
FHG 2000-6-7.8	2000	105300	5,6	12,3	0,66	7,3	C	6	118	280	35	360	440	370	340	400	210	960	990	85	425	397	4×2,5	6xM24
FHG 1750-6-8.0	1750	92100	7,5	14,25	0,68	7,6	D	8	110	350	35	360	440	470	420	400	210	1000	1030	90	430	450	4×2,5	8xM24
FHG 2000-6-8.0	2000	105300	7,5	14,25	0,68	7,6	D	8	110	350	35	360	440	470	420	400	210	1060	1090	90	430	470	4×2,5	8xM24
FHG 2500-6-8.9	2500	132500	7,5	14,25	0,68	7,6	D	8.9	110	350	35	420	500	470	440	450	235	1050	1080	100	460	500	4×2,5	8xM30
FHG 3000-6-8.9	3000	158000	7,5	14,25	0,68	7,6	D	8.9	110	350	35	420	500	470	440	450	235	1050	1080	100	460	536	4×2,5	8xM30
FHG 2500-6-9.0	2500	132500	8	18,34	0,7	9,5	D	9	110	400	45	420	500	480	470	450	235	1060	1090	105	480	540	4×2,5	8xM24
FHG 3200-6-9.0	3200	170000	8	18,34	0,7	9,5	D	9	110	400	45	420	500	480	470	450	235	1060	1090	105	480	580	4×2,5	8xM24

8 pole vibrator motors (740 min^-1)

friedrich-typu-ff-warszawa

TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	Maße Dimensions Cotesmm													Weight [kg]	Cable [mm]	Screw 8.8
TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	a	b	c	d	d1	e	f	g	h	k1	k2	n	p	Weight [kg]	Cable [mm]	Screw 8.8
FHG95-8-2.2	95	2850	0,3	2	0,6	6,5	A	2	140	170	40	207	255	192	210	225	118	454	478	50	268	50	4×1,5	4xM16
FHG150-8-2.2	150	4500	0,3	2	0,6	6,5	A	2	140	170	40	207	255	192	210	225	118	520	544	50	268	53	4×1,5	4xM16
FHG200-8-2.1	200	6000	0,85	3,18	0,7	7	B	2	140	170	20	207	255	230	220	225	115	594	618	60	274	77	4×1,5	4xM16
FHG340-8-2.3	340	10210	0,85	3,18	0,7	7	B	2	140	170	20	250	300	230	220	272	140	615	640	60	300	98	4×1,5	4xM16
FHG500-8-3.4	500	15000	1,2	3,59	0,75	4,8	C	3	83	230	25	280	360	260	280	300	160	600	630	75	330	136	4×1,5	6xM20
FHG680-8-3.4	680	20420	1,2	3,59	0,75	4,8	C	3	83	230	25	280	360	260	280	300	160	670	700	75	330	155	4×1,5	6xM20
FHG1000-8-4.7	1000	30000	2,7	6,71	0,6	5,5	C	4	105	248	28	320	400	300	310	342	180	730	760	80	365	204	4×1,5	6xM20
FHG1400-8-7.0	1400	42000	3	7,41	0,66	6	C	6	118	280	35	320	400	370	340	340	185	940	970	90	390	296	4×1,5	6xM24
FHG1600-8-7.0	1600	48000	3	7,41	0,66	6	C	6	118	280	35	320	400	370	340	340	185	980	1010	90	390	310	4×1,5	6xM24
FHG1750-8-7.8	1750	52500	4	9,87	0,68	6,4	C	6	118	280	35	360	440	370	340	400	210	900	930	85	425	388	4×2,5	6xM24
FHG2000-8-7.8	2000	60000	4	9,87	0,68	6,4	C	6	118	280	35	360	440	370	340	400	210	960	990	85	425	397	4×2,5	6xM24
FHG2500-8-8.9	2500	75000	4,5	10,83	0,7	6,1	D	8.9	110	350	35	420	500	470	440	450	235	1050	1080	100	460	500	4×2,5	8xM30
FHG3000-8-8.9	3000	90100	4,5	10,83	0,7	6,1	D	8.9	110	350	35	420	500	470	440	450	235	1050	1080	100	460	536	4×2,5	8xM30
FHG2500-8-9.0	2500	75000	7	18,15	0,56	7,3	D	9	110	400	45	420	500	480	470	450	235	1060	1090	105	480	540	4×2,5	8xM24
FHG3200-8-9.0	3200	96000	7	18,15	0,56	7,3	D	9	110	400	45	420	500	480	470	450	235	1060	1090	105	480	580	4×2,5	8xM24
FHG4000-8-9.0	4000	120000	7	18,15	0,56	7,3	D	9	110	400	45	420	500	480	470	450	235	1160	1190	105	480	600	4×2,5	8xM24

10 pole vibrator motorse (580 min^-1)

silniki-wibracyjne-friedrich-warszawa

TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	Maße Dimensions Cotesmm													Weight [kg]	Cable [mm]	Screw 8.8
TYPE	Working- moment [kg cm]	Centrifugal force [N]	Power consumption [kW]	Nominal current at 400 V [A]	Power factor [COS ∅]	Starting current ratio [IA/IN]	Abbildung Illustration	Motor base	a	b	c	d	d1	e	f	g	h	k1	k2	n	p	Weight [kg]	Cable [mm]	Screw 8.8
FHG 680-10-3.4	680	12550	0,95	2,57	0,58	2,7	C	3	83	230	25	280	360	260	280	300	160	670	700	75	330	155	4×1,5	6xM20
FHG 1750-10-7.0	1750	30100	5	8,76	0,69	5,3	C	6	118	280	35	320	400	370	340	340	185	980	1010	90	390	310	4×1,5	6xM24
FHG 2000-10-7.8	2000	34400	5	8,76	0,69	5,3	C	6	118	280	35	360	440	370	340	400	210	960	990	85	425	397	4×2,5	6xM24

General specifications

Zasilanie:

Power Supply:
Voltages from 115 V to 690 V at 50 Hz and 60 Hz available

Degree of protection:
IP 66

Thermal class:
F (155 °C) according to DIN EN 60034-1

Tropical insulation:
Standard

Electrical connection:
Use high flexible cable for heavy mechanical stress. Example: H07RN-F or A07RN-F according to DIN VDE 0282.

Permissible ambient temperature:
-20 °C to + 40 °C.
Special versions with cold steel to -65 °C also available on request.

Operating mode:
Continuous operation (S1) and discontinuous operation at 100 % centrifugal force.

Hoods:
Hoods made from pressed sheet metal or stainless steel, comprise the special shape. A silicone seal provides optimum protection against the ingress of dust and water.

Assembly:
Without limitation, motors can be mounted in any position.

Color coating:
Standard RAL 6011. Other colors available on request.

Type code:
The type code is read as follows:

First block number = Working Moment in kgcm,
(working moment = 2 x static moment)
This is followed by a hyphen and then the pole number,
Where: 4 = 1460 rpm 6 = 980 rpm (at 50Hz mains frequency),
Behind the second dash, the size is specified.

Special designs and accessories available on request:

Anti-condensation heating,
Thermistor,
Special steel bearing retainer (see special catalog),
Waterproof terminal box with a special sealant shed Connection cables with different Cable specifications in different lengths available.