Engines Specsheets | Mayphil

You can download the Industrial Power Selector chart here.

50 Hz		Net Engine Output			Typical Generator Set Output						1500/1800 rev/min switchable
Litres	Model	Baseload	Prime	Standby	Baseload		Prime		Standby
Litres	Model	kWm	kWm	kWm	kWe	kVA	kWe	kVA	kWe	kVA
1500 rpm (6 kVA to 2500 kVA)
1.1	403A-11G1	–	8	9	–	–	7	9	8	10	–
1.5	403A-15G1	–	12	13	–	–	10	13	11	15	–
1.5	403A-15G2	–	14	15	–	–	12	15	13	17	t
2.2	404A-22G1	–	18	20	–	–	16	20	18	22	–
3.3	1103A-33G	–	28	30	–	–	24	30	26	33	tn
	1103A-33TG1	–	42	46	–	–	36	45	40	50	tn
	1103A-33TG2	–	54	59	–	–	48	60	53	66	tn
4.4	1104C-44G1	–	39	43	–	–	35	44	38	48	–
	1104C-44TG2	–	54	59	–	–	48	60	53	67	tn
	1104A-44TG1	–	58	64	–	–	52	65	57	72	tn
	1104A-44TG2	–	72	79	–	–	64	80	70	88	tn
	1104C-44TAG1	–	72	79	–	–	64	80	71	89	n
	1104C-44TAG2	–	90	100	–	–	81	101	90	112	n
7.0	1106A-70TG1	–	118	131	–	–	108	135	120	150	–
	1106A-70TAG2	–	131	144	–	–	120	150	132	165	n
	1106A-70TAG3	–	158	175	–	–	144	180	160	200	n
	1106A-70TAG4	–	174	191	–	–	160	200	176	220	–
	1206A-E70TTAG1	–	175	192	–	–	160	200	176	220	n
	1206A-E70TTAG2	–	201	217	–	–	184	230	200	250	n
	1206A-E70TTAG3	–	217	238	–	–	200	250	220	275	n
8.8	1506A-E88TAG4	–	245	268	–	–	226	282	246	308	n
8.8	1506A-E88TAG5	–	268	293	–	–	246	308	270	337	n
9.3	1706A-E93TAG1	–	299 *	273 *	–	–	275	300	300	330	n
9.3	1706A-E93TAG2	–	306 *	338 *	–	–	320	350	350	385	n
12.5	2206A-E13TAG2	–	305	349	–	–	280	350	320	400	n
	2206C-E13TAG2	–	305	349	–	–	280	350	320	400	n
	2206A-E13TAG3	–	349	392	–	–	320	400	360	450	n
	2206C-E13TAG3	–	349	392	–	–	320	400	360	450	n
15.2	2506A-E15TAG1	–	396	435	–	–	364	455	400	500	n
	2506C-E15TAG1	–	396	435	–	–	364	455	400	500	n
	2506A-E15TAG2	–	435	478	–	–	400	500	440	550	n
	2506C-E15TAG2	–	435	478	–	–	400	500	440	550	n
18.1	2806C-E18TAG1A	–	514	565	–	–	473	591	520	650	n
	2806A-E18TAG1A	–	522	574	–	–	480	600	528	660	n
	2806A-E18TAG2	–	565	609	–	–	520	650	560	700	n
	2806A-E18TTAG4	–	598	660	–	–	570	712	661	727	n
	2806A-E18TTAG5	–	646	714	–	–	617	771	678	850	n
23.0	4006-23TAG2A	501	628	691	476	595	597	746	656	820	n
23.0	4006-23TAG3A	536	675	756	509	637	641	800	718	900	–
30.0	4008-30TAG1	632	758	842	600	750	720	900	800	1000	–
	4008TAG1A	606	767	844	576	720	720	900	800	1000	–
	4008-30TAG2	674	851	947	640	800	808	1010	900	1125	–
	4008TAG2A	681	861	947	647	809	800	1000	880	1100	–
	4008-30TAG3	800	947	1055	760	950	900	1125	1000	1250	–
46.0	4012-46TAG0A	842	1053	1158	800	1000	1000	1250	1100	1375	–
	4012-46TWG2A	833	1055	1166	791	989	1000	1250	1100	1385	n
	4012-46TAG1A	909	1148	1263	864	1080	1100	1350	1200	1500	–
	4012-46TWG3A	909	1149	1263	864	1080	1100	1350	1200	1500	–
	4012-46TWG4A	–	1254	1342	–	–	1200	1500	1280	1600	–
	4012-46TAG2A	1005	1267	1395	955	1194	1200	1500	1320	1650	n
	4012-46TAG3A	1200	1440	1583	1140	1425	1350	1710	1500	1875	–
61.0	4016TAG1A	1219	1537	1690	1170	1463	1480	1850	1600	2000	–
	4016-61TRG1	1179	1558	1684	1120	1400	1480	1850	1600	2000	–
	4016-61TRG2	1347	1684	1895	1280	1600	1600	2000	1800	2250	–
	4016TAG2A	1362	1715	1886	1307	1634	1600	2000	1800	2250	–
	4016-61TRG3	1500	1875	2083	1440	1800	1800	2250	2000	2500	–

t Switchable engines must be requested at point of order, please consult with your local Perkins representative
n Can be switched between 1500 and 1800 rpm
* Engineering targets pending final confirmation, please consult with your local Perkins representative for the latest information

Notes:

All ratings are rounded up and are for guidance only, please refer to the specific engine technical data sheet for final powers. – Electrical output is based on assumed alternator efficiency and is for guidance only.
kVA figures are calculated using a typical power factor of 0.8.
Perkins conditions of sale apply.
All ratings data based on operation under ISO 8528-1, ISO 3046, DIN6271 conditions using typical fan sizes and drive ratios. Performance tolerance quoted by Perkins is ± 5%.
Prime Power = Unlimited hours usage with an average load factor of 80% of the published Prime Power over each 24 hours period. A 10% overload is available for 1 hour in every 12 hours operation.
Standby Power = Limited to 500 hours annual usage with an average load factor of 80% of the published Standby Power rating over each 24 hour period. Up to 300 hours of annual usage may be run continuously. No overload is permitted on Standby Power.