MAINS TRANSFORMERS
Type	A.1	A.2	A.3	A.4	A.5	A.6	SCR.	Size	Comments
0100	0.45	5						n
0101	0.15	3	3					m	180,280,380 taps
0102	2	2					y	l
0103	0.79	0.79					y	l
0104	0.285	4	4	4			y	q
0105	2							l
0106	1							i	9.5 tap Urei 1176 compressor
0107	0.1	4	2					l
0108	7.28							X	400vprimary
0109	0.195	0.01	5.1	1.9				q
0110	0.325	2	2					n
0111	0.22	0.06	5	3	3			p
0112	0.2	3	3	2.5	2.5			p	245,300 taps
0113	0.35	8	3					p	Leak ST60
0114	0.35	5	5	4				q
0115	0.04	2						f
0116	0.4	3	3	7	7			q
0117	0.045	0.033	0.6	1	2.3			l
0118	0.22	5	3	3	3			p
0119	0.3	0.075	0.02	0.25	3.5			p
9097	12.5	12.5	12.5	12.5				r	400Hz operation
9079	0.3	4.5	4.5	3				p	310,360 tapped Dynaco 70
8908	1.2							q
8905	0.2	0.1	6					q
8999	0.12	0.05	4				y	l
8996	0.06	2	2						Revised for lower heater volts. Revised for 275 HT
8993	0.12	3	3				y	l
8992	0.5	3						q
8991	600	3
8990	3	4
8989	0.12	3						m
8987	0.5	0.25	0.25	0.25	0.25			l
8979	0.22	2	1	2			y	n
8978	0.05	0.6	1.5	0.75			y	j
8977	0.4	5	5					n
8974	0.39	8						n
8969	0.18	3	4	4	5			p	70, 790 taps
8967	0.2	2	6				y	n	Quad 11 mains 250V
8966	0.2	2	6				y	n	Quad 11 mains 110V
8964	0.1	1.5	1.5	0.3				k
8962	0.1	2	1.2	1.5	0.1			l	65, 585 taps
8954	0.125	3	0.6	2.5	2.5		y	p
8952	0.42	0.6	3.5	2	1.2			p
8951	0.18	3	4					n
8948	0.65	2	4	4				t	SCOTT LK150
8946	0.14		6.3	5				n	Revised for increased heater current
8944	0.15	0.15	3	3	4		y	p	2 x 6.3v 2 x 4v
8942	0.27	0.33	1.6	4	4			n	RVISED
8941	0.04	0.04	2	2				l
8936	0.24	0.24	4	4				p
8933	0.275	0.15	1	6.5	3.7		y		Ref spec 24th Aug
8926	2.8	6.25	1.2					l
8925	10	2.8
8924	0.025							f	Revision 2nd Sept '98
8923	0.039								Revision 2nd Sept '98
8922	0.177							q	Revision 2nd Sept '98
8916	0.1							h
8915	0.045	2	3					j
8913	0.25	0.1	3	6	3			q	Audio note 300B 8904 ww
8912	0.12	3.22						j
8911	0.275	0.1	6.5	2	1.8		y	p	Wants copper band round outside of coil and lams
8905	0.2	0.1	6					n
8902	0.25	4	4	1	2		y	p	HT has 50v tap. IP:- 360v, 50v, 0v - 360v
8900	0.07	3	1.5	2			y	l
8899	0.1	3	1.2	0.6			y	l	Sec VSD has 3, 20, 29 taps
8898	0.22	3	5	2.5	2.5			p
8896	0.9						y	p
8894	0.75	6	6				y	q
8893	0.1	2						l
8892	0.1	1.5					y	j
8891	0.6	2					y	q
8886	0.12	0.12	2.5	1.5	0.1			l	5v & 6v wdg - H.V. sleeving
8885	0.36	3.6	3.6	1.2	1.2			p
8883	0.025	0.3					y	c
8874	0.12	3.5	3				y	l	** insulation on HT
8869	0.2	2	2					m	5v upped to 3a. Will be okay as it is
8868	0.015	0.5					y	b	Make pri just 240v only because only one hole is shroud
8867	0.1	2	3				y	l
8866	0.25	6	3					n
8862	0.11	3	1.5				y	m
8860	0.07	2					y	j
8859	0.65	0.2	0.1	6	6		y	p
8847	0.29	0.045	7	1	2		y	p
8845	0.15	1.5	2				y	l
8841	0.25	3	5	1			y	p	HT tapped at 900ct, 800ct and single 70v
8831	0.5	0.25	0.25	0.25	0.25			l
8829	0.075	2	2.5	1.5				l	SEC B & C = h.v Insulation
8828	4	4						p
8882	0.25	3	5				y		ht is 500v, 450v, 400v, 70v, 0v, 400v, 450v & 500v
8825	0.35	7	3				y	n	9v secondary to be tapped at 6.3v
8824	0.1	2.5					y	j
8821	1.8							n
8817	0.25	9	3					p	H/S sleeving on 5v winding
8814	0.9	4	4				y	q
8812	0.225	1.5	3				y	n
8811	0.4	1.5	12	1.5	0.1			t	5v winding needs HV insulation
8809	0.4	0.05	3	3	6			n	5v windings are actually 4 @ 3A
8808	0.8	4	4					t
8806	0.45	6	4					p
8803	0.2	0.2	2	2				m
8800	0.07	2	3				y	j
8797	0.3	0.3	5	5	1.5		y	p
8785	0.15	0.1	3	3	1.5		y	m
8783	0.1	0.25	3				y	l
8771	1	0.1	2	2			y		For 300B PSE kit
8770	0.147	6	6	3	0.1		y	p	Revised to allow for 50va on the smallest tap.
8767	0.08	1.5					y	f
8763	0.25	3	3.6					n
8761	0.1	2.5
8757	0.4	3.5	3.5	2				p
8756	0.5	0.3	0.3					d
8749	0.2	3	3	3				p
8747	0.14	3.8	4					l
8742	0.3	0.05	2	4			y	p
8741	0.25	0.05	7					n
8740	0.05	2						f
8739	0.03	0.03	2	4				l
8737	2.5	2.5						m	Redesigned for cool 400Hz operation
8736	2	2						a	400Hz
8733	0.25	6	0.05					n
8732	0.06							d
8730	0.2	2.5	3				y	m
8727	0.12	3.5	3				y	m
8720	0.08	2	1					j
8719	1.15	0.05	5	1			y		Revise for fill
8710	0.2	0.05	1	4				m
8709	0.15	4	2				y	m	Quad II power amp
8707	0.32	5					y	l
8696	0.4							p
8693	0.69	0.05	10					q	Revised
8691	3.5	3.5	1	1	3		y	l
8690	0.45						y	p
8684	0.25	0.075	5.2	5.2	2		y	p
8679	0.2	4	2	3	2			p
8678	0.125	2	4	3				m
8671	0.25	4	4	3	1			p	Revised design
8669	0.2	0.05	5	3				n
8663	3	1					y	e
8662	0.12	1	1				y	m
8653	0.25	7						p
8646	0.18	4.5	3				y	n
8645	0.18	2.5	2.5	2.5				p	700v left out original
8640	5.6	5.6	5.6	5.6				n
8638	0.35	0.2	5	4	3			q
8633	0.805	10						q
8617	1.4	0.1	7.75	7.75			y	t	Add 20v - 0.5A winding
8614	6						y
8613	0.24						y	n
8612	0.3	3	3	3	3			p
8606	0.7	0.7	0.1	1.5	7		y	t
8601	7.5	7.5					y	l	3.75 tap
8600	1.5	1.5	1.05	1.05			y	d
8597	0.15	6	5				y	j
8596	0.1	2.5	2.5	3			y	m
8593	0.3	0.1	0.07	3	3		y	m
8591	0.05	1.3	0.5	0.5			y	j
8590	0.3	6					y	o
8588	2.8	2.5	2.5	0.6				j
8587	0.1	0.1						k
8586	0.2	4.5	5	6				n
8585	0.18						y	n
8584	0.2	3	4				y	n	Sec should be 400-0 400
8583	0.05	1.5	0.5	0.5			y	j
8582	0.5	3	3	4	6			q
8579	0.3	5	3	0.02			y	p
8578	0.4	5	10					q
8574	0.3	0.3	6	6	0.1		y	p
8573	0.2	0.2	6	3			y	p
8571	1							j
8569	0.12	3	2	3			y	m
8567	0.25	7						m
8566	0.1	0.025	2.5				y
5865	0.1	4	3	3				m
8562	0.1	0.1	2.5	2.5	0.02		y	m
8558	0.05	2						e
8557	0.2	3	3	3			y	m	Changed 6.3v to 3 amps which was missed
8549	0.35	3.5	3.5	3.5	3.5				120v only
8547	0.15	0.6	0.1	8.5	4		y	p
8546	0.1	4	3					m
8544	0.35	7	1	0.1			y	n
8539	0.15	3						j
8538	0.25	6						n
8537	0.18	4	2.5	3			y	n	M061 + screens
8536	0.26	0.15	1.5	3.5	0.07		y	m
8535	0.12	1.8	0.12	1.1	1.1		y	m
8532	0.2							l
8531	0.5	4	0.01	0.05				n	Beefier - 8253, in Peter Kenyon's High Voltage Power Supply
8529	0.09	2	1					k
8528	0.4	3.5	3.5					o	Concerto mono mains
8527	0.1	2	2	2			y	l	C & D are both tapped at 6.3v
8525	0.1	2	0.5	2.5			y	l	Screen between all windings
8522	0.4	8.5	1.2					p	Wants 240v only
8521	4.3	4.3						p
5820	0.5	0.05	4	4	5			q	Wants 100,110v primary 20v winding is 2 x10v 2ft long leads
8519	0.3	0.5	5.5	1				n
8518	0.3	4	4	4			y	p
8517	0.15	1.5	2.5	5				m
8515	0.1	2.5	0.01				y	l	E/s screen between each winding
8514	5	2	1	0.06				l
8511	0.5	8	2	1	1		y	q
8510	0.225	0.225	3	3	2.5			n
8509	1.4	0.05	12						115v primary only
8507	0.03	1.5					y	e
8506	0.15	2.5					y	m
8505	0.2	0.2	0.02					q
8503	0.55	7.5	7.5					p
8502	0.2	1.5	2	3				n
8501	0.35	0.2	0.15	0.1			y	t
8499	2	2	1.5	1.5			y	j
8498	2.5	2.5	2.5	2.5			y	f
8497	1.05	1.05	1.05	1.05			y	c
8492	0.15	3	3	3			y	m	50, 300, 550 taps
8491	0.15	3	3	3			y	m	70, 230, 390 taps
8490	0.8	0.2	6	6	3		y	q	Wants 6 amps on 11v
8489	0.25	0.25	0.1				y	p
8485	0.06	2
8484	0.3	10						o
8482	0.15	0.15	7	2				m
8481	0.2	0.2	8	2				n
8478	0.25	0.25	3	7	2			p	40, 340, 640 taps
8475	0.35	2.5	5	4.8	3			o	35, 215, 395 taps
8468	0.08	0.2	0.2	1.75	1.11		y	f	140,174,177 taps
8465	0.2	1	1	2	3		y	n
8459	0.3	0.3					y	r	150, 700, 1250 taps
8443	0.5	0.1	3.25	3.25				n
8440	0.14	3	1.75	1.75	2.5			l
8438	0.1	2	0.5	3				l
8432	0.075	1.5	1.75	1.25				l
8428	0.35	0.35	6	3				p
8410	0.33	0.05	5	5	3			n
8406	0.225	1.5	2.5	5	3			p
8399	0.25	0.05	5	5	1.2			p
8398	0.4	0.1	0.4	7				p
8391	0.06						y		Really should have been 0-120v 0-120v
8383	0.5	1	12	13	8			t	HT is CT
8367	0.19	3	4					m
8364	0.05	1	0.04	7.2	3			p	Wants primary 100 117v and 220v
8357	0.3	0.03	5	5	3			p	20, 350, 680 taps
8355	0.075	1.5
8353	0.25	0.1	3	1	1			p
8350	0.5	0.05	7					n
8326	0.3	0.3	0.2	4	4			p
8322	0.2	0.1	3	4	4			p
3818	1.1	0.05	7.8					p
8317	0.2	0.05	0.05	1
8314	0.5	10	4					t
8308	0.45	0.1	4.5	4.5	2.5		y
8300	0.15	3	3	3			y	m
8292	0.3	1	1	1	2				This is VM1 18v is 2 x 9v 10v is 2 x 5v HT is 2 x0.15a
8291	0.3	2	2	3				q	12v is actually 2 x 6v. 10v is actually 2 x 5v
8290	0.3	2	2	2	3			q	Additional 58 turns on P220v and 21 turns P100v See designs
8287	0.08	1.5	1.5	3.5			y	l
8269	2.5	2.4	1.2				y		29/4 CTs no longer required
8268	0.24	0.15	6.5	1.25	3			p	10v winding is actually 2 x 3.25a
8267	2	2	2	2				l
8265	0.33	5	5	3	0.05			o	7.5v windings are tapped at 6.3v
8262	0.37	0.12	5	40	4.5			q	20v-5a is actually 2x10v 20v-2a is actually 4x5v
8261	0.26	0.25						n
8260	0.8	8.5	8.5					q
8259	0.21	2	2.5	2.5	1			n
8258	0.22	3	4	1.5	2.5		y	p	Use his colour code
8257	0.08	2	2	2				k
8256	0.2	3	1.5	1			y	n
8254	0.8	10						p	Sec 1, 157v not required
8253	0.15	4	0.01	0.05				l
8249	0.5	7						n
8248	0.9	7	7	7.5				q	Maestro plus mains
8244	0.25							m
8235	0.3	3	2					m
8226	1	0.05	12					q	Modified version of 8135
8225	0.24	4	4	1.6	0.15		y	p
8223	0.2	3	2.5	2.5	1			n
8217	0.25	7	2					p
8214	0.9	12	0.5						Squat version of 7348 maestro
8213	0.4	10	0.02					n
8212	0.35	7	2					q
8210	0.42	6	6	8				q
8209	0.3	4.5	0.02					m
8208	0.065							e
8207	0.15	3.5	4					l
8206	0.3	5						m
8205	0.3	5	3					o
8201	0.065	0.5	6.5	0.1				n
8199	0.2	4	2					m
8197	10	2						j
8189	1.5	1.5					y
8188	0.1	6.5	6.5				y	l	Heaters increased to 6.5 amps
8172	8	8	4	4			y	p
8171	1	0.1	0.2	0.2
8163	0.9	0.5	3	3	3				Redesign of 7348 for low profile
8149	0.3	2	1	5				o	Modified for 450v and 225v
8147	0.4	0.1					y	n
8145	0.1	0.06	3.5	5				n	25, 375, 725 taps
8139	1.33	0.1	7.5	7.5				q
8136	0.1	0.1							Revised (Orig over full)
8135	1	0.05	12
8130	0.153	0.153	3	3	0.5			p
8123	0.25	0.25	0.25				y	o	Modified. . reduced number of screens
8122	1.5	1.5	1.5	1.5	1.5		y	q	Modified. . reduced number of screens
8111	0.2	0.05	1.2	1.2	2.4			m	Increase 6.3v to 2.4Amps
8103	0.5	0.5	0.5	0.5			y	m
8097	0.525	0.05	3.5	5.3	3.5				Revision 1
8095	0.05							d
8092	0.135	0.015	5	4	1			n
8085	0.64	3	9					q	244, 310, 554 taps
8084	3	9
8083	0.64	3	3	12	3			p	244, 310, 554 taps
8096	1.15	0.07	9	2	0			t
8067	0.7	0.03	10	2				q
8060	0.2	0.01	6					n
8058	0.25	0.25	0.35	0.35	6.6
8041	0.06	2	0.6	0.6	0.6			p
8040	0.25	2	0.5	1.2	0.6			p
8039	0.55	0.035	6	3				o
8038	0.3	5	3					o
8020	0.64	0.1	3.25	3.25	3.25			t
8019	0.3	0.1	3.25	2	2			t
8018	0.04	0.6	0.6	2				j
8014	1	1						f
8013	9.5	2						t
8012	0.4	7.5						n
8000	0.3	0.5						n