CM Folded ZL special (ZL3MH, later ZL2OQ) phased folded dual dipole fed with crossed feeder
CM Model created by Roger Walker, GW6HRU
CM 
CM UK Bandplan reminder:
CM      1.800   1.850   1.825   164.27  CQWW
CM 
CE
SY M=10		'Midpoint Height above ground
SY E=8		'Endpoint Height above ground
SY F=1.825	'Target centre frequency
SY R=0.0005	'Wire radius
SY V=1.61	'Wire velocity (also adjusts for nearness to ground and reflector)
SY G=8		'1/8 wavelength gap (as decimal so 4nec2 can optimise it)
SY CW=299.792458/F	'Wavelength
SY CF=CW/250	'Feedpoint size
SY CL=CW*V/8	'Endpoint distance from centre (1/8 wave)
SY CG=CW/G	'Gap between driven and reflector
SY CZ=M-E	'Vertical difference from centre to ends
SY CX=sqr((CL-(CF/2))^2-CZ^2)+(CF/2)	'X position of horizontal endpoint of driven elements
GW	11	40	-CF	CG/2	M	-CX	CG/2	E	R	'Front left
GW	12	1	-CX	CG/2	E	-CX	CG/2	E+CF	R	'Front left end
GW	13	40	-CX	CG/2	E+CF	0	CG/2	M+CF	R	'Front left top
GW	14	40	0	CG/2	M+CF	CX	CG/2	E+CF	R	'Front right top
GW	15	1	CX	CG/2	E+CF	CX	CG/2	E	R	'Front right end
GW	16	40	CX	CG/2	E	CF	CG/2	M	R	'Front right
GW	21	40	-CF	-CG/2	M	-CX	-CG/2	E	R	'Back left
GW	22	1	-CX	-CG/2	E	-CX	-CG/2	E+CF	R	'Back left end
GW	23	40	-CX	-CG/2	E+CF	0	-CG/2	M+CF	R	'Back left top
GW	24	40	0	-CG/2	M+CF	CX	-CG/2	E+CF	R	'Back right top
GW	25	1	CX	-CG/2	E+CF	CX	-CG/2	E	R	'Back right end
GW	26	40	CX	-CG/2	E	CF	-CG/2	M	R	'Back right
GW	31	10	-CF	-CG/2	M	0	0	M-CF	R	'Wire from back left to centre
GW	32	10	0	0	M-CF	CF	CG/2	M	R	'Wire from centre to front right
GW	33	10	CF	-CG/2	M	0	0	M+CF	R	'Wire from back right to centre
GW	34	10	0	0	M+CF	-CF	CG/2	M	R	'Wire from centre to front left
GW	99	1	-CF	-CG/2	M	CF	-CG/2	M	R	'Feed point between rear left and right
GE	1
LD	5	0	0	0	58000000
GN	2	0	0	0	17	0.007
EK
EX	0	99	1	0	1	0	0	'Load 0=Voltage source, feeding tag 99, segment 1
FR	0	0	0	0	1.825	0
EN