Product

YARDyEV

Universal YardyEv fan coils are designed to create a comfortable micro-climate in premises of any type. Due to its wide range of performances, presence of body, ability of hiden or duct mounting the maximum flexibility of installation is provided. Fancoils YardyEV provide optimum comfort, including standpoint of the noise level. Due to the aerodynamically optimized construction and lack of vibration, an exceptionally low noise level of fan at any speed is provided.

Performances

Housing performances
MVP - for vertical wall or floor (on special supports) installation, air suction from below, supply of treated air upwards.
MVT - for vertical floor mounting, front air suction, supply of treated air upwards.
MOP - for horizontal ceiling mounting, air suction from below, supply of treated air ahead.
MOT - for horizontal ceiling mounting, air suction from below, supply of treated air ahead.
Recessed performances
IVP - for wall instalation, sucktion air from below, supply of treated air upwards.
IVF - for wall instalation, air sucktion from below, supply of treated air ahead.
IOP - for mounting behind the suspended ceiling, air suction from behind, supply of treated air ahead.
Recessed duct performances
COP - for horizontal ceiling mounting in the air duct, air suction from behind, supply of treated air ahead.

Construction features

Housing performances

Heat exchanger made of copper pipes with aluminum fins, injection-molded brass manifold, Complete with a patented water distributor with low hydraulic resistance.

Connections can be moved to the right side of the machine directly on the montage site.

Heat exchangers are equipped with an air release and drain valves.

Radial fan of two-way suction with statically and dynamically balanced rotor, mounted directly on the shaft of the three-speed electric motor.

The electric motor is equipped with an built-in thermal protection and permanently connected phase shift capacitor.

Reticulated filter from useful for double use polypropylene.

Model YardyEV MOP-MOT-MVP-MVT			15	20	22	25	35	40	45	55	65	75
Cooling power (full)1	max.	kWt	1,02	1,71	1,92	2,42	2,96	3,61	4,12	5,23	6,34	7,19
	mid.	kWt	0,87	1,32	1,49	1,95	2,49	2,74	3,19	4,27	5,28	5,97
	min.	kWt	0,62	1,09	1,14	1,56	2,00	2,38	2,89	3,78	4,28	5,51
Thermal power (70 °С)2	max.	kWt	2,40	3,74	4,30	5,66	6,51	8,32	8,88	11,70	14,23	17,37
	mid.	kWt	2,02	2,81	3,39	4,39	5,45	6,15	6,58	9,32	11,72	14,92
	min.	kWt	1,35	2,34	2,64	3,53	4,31	5,26	6,08	7,86	10,01	13,42
Thermal power (50 °С)3	max.	kWt	1,41	2,20	2,52	3,31	3,82	4,88	5,26	6,83	8,36	10,08
Thermal power of the additional water heat exchanger2	max.	kWt	1,40	2,16	2,22	3,01	3,24	3,92	3,93	6,11	6,31	6,81
	mid.	kWt	1,16	1,72	1,97	2,56	2,78	3,41	3,41	5,16	5,80	6,20
	min.	kWt	0,98	1,48	1,64	2,07	2,30	3,02	3,04	4,55	5,58	5,64
Air consumption	max.	m3/h	209	288	339	484	547	676	681	1077	1235	1480
	mid.	m3/h	163	207	238	339	434	472	474	802	948	1171
	min.	m3/h	100	155	177	252	329	390	431	662	757	994
Sound power	max.	dB(A)	43	44	48	48	50	52	52	61	62	66
	mid.	dB(A)	35	35	40	38	43	43	43	52	56	61
	min.	dB(A)	26	28	32	30	36	38	41	47	50	57
Sound pressure 4	max.	dB(A)	35	36	40	40	42	44	44	51	54	58
	mid.	dB(A)	27	27	32	30	35	35	35	44	48	53
	min.	dB(A)	18	20	24	22	28	30	33	39	42	49
Maximum power consumption		Wt	32	30	38	45	54	72	70	115	161	184
Power supply	W-faz-Hz		230-1-50	230-1-50	230-1-50	230-1-50	230-1-50	230-1-50	230-1-50	230-1-50	230-1-50	230-1-50
L - Width		mm	700	800	800	1000	1000	1200	1200	1500	1500	1500
H - Height		mm	570	570	570	570	570	570	570	570	570	570
H - Height of the legs of the lattice		mm	100	100	100	100	100	100	100	100	100	100
P - Depth		mm	220	220	220	220	220	220	220	220	220	220
Weight		kg	25	31	31	38	39	43	44	55	55	57