Compresseur, Aspera – Embraco EMT ,EMT2121U, R290 ,1/3 HP , 220-240V 50 Hz ,Cylindrée = 5.56 CM3 , Moteur type: CSIR,7.7LRA , Oil 180Ml

written by Lilianne | 9 May 2020

Mbsm_dot_pro_private_PDF_Catalogue_Embraco Télécharger

COMPRESSOR, EMBRACO , fgs130ha, LBP (Low Back Pressure) ,RSCR ,316 W ,1/3+ HP ,220-240 V 50 Hz ,1080 Btu/h ,11,14 c.c.,R134a

written by Lilianne | 9 May 2020

Imballo (Pcs/Pallet)
Compressore	EMBRACO
Modello	FGS130HAW
Altezza (mm)
Gas	R134a
Tensione	220-240 V 50 Hz
Applicazione	LBP (Low Back Pressure)
Test Condition	ASHRAE LBP 32
Cilindrata	11,14 c.c.
Motore	RSCR
Potenza (HP)	1/3+
Cap. Frigor. Watt	316
Cap. Frigor. Kcal	272
Cap. Frigor. Btu/h	1080
COP (W/W)	1,49
Watt assorbiti (W)
Dispositivo di Avv.
Condensatore
Tipo Raffreddamento

Panasonic ,Compressor ,R134a ,QB series , QB66C13GPX5 , 1/5 HP ,1Phase , 165 w , RSIR, PTC relay ,220V 50Hz

written by Lilianne | 9 May 2020

Pdf documentation
Mbsm_dot_pro_private_picture_qb66c13gpx5 Télécharger

Compressor ELECTROLUX, CUBIGEL ,GP12TB ,Hermetic piston ,ACC ,HMBP , moteur HP , 3/8 HP++, 1/2 hp– , 1PH , R134A , Pression 1.7 Bar , 220V

written by Lilianne | 9 May 2020

Type: Hermetic piston compressors Producer: ACCSeries: HMBP, cooling
Model: GP12TB
General data

Mbsm_dot_pro_private_PDF_GP12TB

Capillary :	0.42 , 0.32 180 psi	100mm
Refrigerant:	R134a
Discharge element:	C-V
Cooling:	F
Maximum ambient temperature [ºC]:	43

Compressor’s data


Cylinder capacity [cm³]:	12,1
Displacement [m³/h]:	2,1
Weight [kg]:	11,2
Oil charge [cm³]:	350
Oil type:	ISO VG 22 ESTER

Engine’s data


Engine type:	CSIR
Power [KM]:	3/8
Starting element:	HST
Power supply:	220V 50Hz
Voltage range:	187-264
Locked rotor current [A]:	13,5
Running winding resistance (25ºC) [Ω]:	5,75
Starting winding resistance (25ºC) [Ω]:	20,3

Electrical data


Relays:	9660 A 138, MTRP 43
Shielding element:	MRT26AMK, T0181
Starting capacitor volume [μF]:

Connections

Type: Hermetic piston compressorsProducer: ACCSeries: HMBP
Model: GP12TB
General data


Refrigerant:	R134a
Discharge element:	C-V
Cooling:	F
Maximum ambient temperature [ºC]:	43

Compressor’s data


Cylinder capacity [cm³]:	12,1
Displacement [m³/h]:	2,1
Weight [kg]:	11,2
Oil charge [cm³]:	350
Oil type:	ISO VG 22 ESTER

Engine’s data


Engine type:	CSIR
Power [KM]:	3/8
Starting element:	HST
Power supply:	220V 50Hz
Voltage range:	187-264
Locked rotor current [A]:	13,5
Running winding resistance (25ºC) [Ω]:	5,75
Starting winding resistance (25ºC) [Ω]:	20,3

Electrical data


Relays:	9660 A 138, MTRP 43
Shielding element:	MRT26AMK, T0181
Starting capacitor volume [μF]:

Connections

	milimeters	inches
Suction/service tube:	8,1
Service/suction tube:	8,1
Discharge tube:	6,5

PDF DOCUMENTATION
Mbsm_dot_pro_private_picture_GP12TB Télécharger

QBH57C10GPX, 1/6HP ,RSIR, Reciprocating Fixed Speed, Compressors, R134a, LBP ,PANASONIC SMALL REFRIGERATOR

written by Lilianne | 9 May 2020

https://www.mbsm.pro/wp-content/uploads/2020/04/Mbsm_dot_pro_private_picture_qb66c13gpx5.pdf

An Khang Company est le fournisseur et le grossiste de Panasonic de petite capacité pour les réfrigérateurs, réfrigérateurs, congélateurs, etc. à l’échelle nationale. Avec la bonne qualité de modèle, le bon modèle, une capacité diversifiée adaptée à chacun.

>> Panasonic SFJ39C72RLW Refrigerator – 1 / 9HP – 220 ~ 240V – R134.

>> Panasonic SFJ48C87RLW Tornado – 1 / 7HP – 2240VAC – R134.

>> Panasonic refrigerator QBH57C10GPX – 1 / 6HP – 2240VAC – R134.

>> Panasonic refrigerators QBH66C13GPX – 1 / 5HP – 2240VAC – R134.

>> Panasonic refrigerators QBH73C16GPX – 1 / 5HP – 2240VAC – R134.

>> Panasonic refrigerator QBH86C19RPX – 1 / 4HP – 2240VAC – R134.

>> Panasonic refrigerator QB110C19GAW5–1 / 3HP – 220 ~ 240V – R134.

PREFIXES , CONVERSION ,FACTORS

written by Lilianne | 9 May 2020

Prefixes

Units can be used as such or in multiples or fractions of ten:

PREFIX		POWER OF TEN
T	tera	10¹²
G	giga	10⁹
M	mega	10⁶
k	kilo	10³
h	hecto	10²
da	deca	10¹
d	deci	10^-1
c	centi	10^-2
m	milli	10^-3
m	micro	10^-6
n	nano	10^-9
P	pico	10^-12
f	femto	10^-15
a	atto	10^-18

1 m = 100 cm = 1000 mm
1 m² = 10 000 cm² = 10⁶ mm²
1 m³ = 10⁶ cm³ = 10⁹ mm³
1 Mg m^-3 = 10³ kg m^-3 = 1 g cm^-3
1 kPa = 10 mbar
1 joule = 0.2388 cal
1 watt = 1 J s-1 = 0.8598 kcal h^-1
1 W m^-2 = 0.8598 kcal m^-2 h^-1
1 W m^-2 = 1.433 × 10^-3 cal cm^-2 min^-1
1 Hp = 745.7 W
1 W = 0.001431 Hp
Water flow (m³ s^-1) = 0.55 × Pump power (W)/Pressure (kPa)
Water flow (litre s^-1) = 5.43 × Pump power (kilowatts)/pressure (bars)

Brake Horsepower is the horsepower for an electric motor. Do not use for fuel-powered engines.

Conversion factors

Temperature

Standard unit: degree Celsius (°C)

degree Fahrenheit (°F)	°C = (°F-32) 5/9
kelvin(s) (K)	K = °C +273.15

Pressure (air pressure, vapour pressure)

Standard unit: kilopascal (kPa)

millibar (mbar)	1 mbar = 0.1 kPa
Bar	1 bar = 100 kPa
centimetre of water (cm)	1 cm of water = 0.09807 kPa
millimetre of mercury (mm Hg)	1 mm hg = 0.1333 kPa
atmosphere (atm)	1 atm =101.325 kPa
pound per square inch (psi)	1 psi = 6.896 kPa

Wind speed

Standard unit: metre per second (m s^-1)

kilometre per day (km day^-1)	1 km day^-1 = 0.01157 m s^-1
nautical mile/hour (knot)	1 knot = 0.5144 m s^-1
foot per second (ft s^-1)	1 ft s^-1 = 0.3048 m s^-1

Radiation

Standard unit: megajoule per square metre and per day (MJ m² day^-1) or as equivalent evaporation in mm per day (mm day^-1)

equivalent evaporation (mm/day)	1 mm day^-1 = 2.45 MJ m^-2 day^-1
joule per cm² per day (J cm^-2 day^-1)	1 J cm^-2 day^-1 = 0.01 MJ m^-2 day^-1
calorie per cm² per day (cal cm^-2 day^-1)	1 cal = 4.1868 J = 4.1868 10-6 MJ
	1 cal cm^-2 day^-1 = 4.1868 10^-2 MJ
	m^-2 day^-1
watt per m² (W m^-2)	1 W = 1 J s^-1
	1 W m^-2 = 0.0864 MJ m^-2 day^-1

Physical properties

Properties of Water

T	r_w	l
°C	Mg m^-3	kJ mol^-1
0	0.99987	45.0
4	1.00000	44.8
10	0.99973	44.6
20	0.99823	44.1
30	0.99568	43.7
40	0.99225	43.4

T = temperature, r_w = density of water and l = latent heat of vaporization

Properties of gases at P_b = 101.3 kPa barometric pressure

T	r
°C	mol m^-3
0	44.6
5	43.8
10	43.0
15	42.3
20	41.6
25	40.9
30	40.2
35	39.5
40	38.9

T= temperature and r = density

Black body emittance (W m^-2) as a function of subzero temperature (°C)

°C	0.0	-0.1	-0.2	-0.3	-0.4	-0.5	-0.6	-0.7	-0.8	-0.9
-14	256	255	255	255	254	254	253	253	253	252
-13	260	259	259	258	258	258	257	257	257	256
-12	264	263	263	262	262	262	261	261	260	260
-11	268	267	267	267	266	266	265	265	265	264
-10	272	271	271	271	270	270	269	269	269	268
-9	276	276	275	275	274	274	274	273	273	272
-8	280	280	279	279	279	278	278	277	277	276
-7	284	284	284	283	283	282	282	282	281	281
-6	289	288	288	287	287	287	286	286	285	285
-5	293	293	292	292	291	291	291	290	290	289
-4	298	297	297	296	296	295	295	294	294	294
-3	302	302	301	301	300	300	299	299	298	298
-2	306	306	306	305	305	304	304	303	303	302
-1	311	311	310	310	309	309	308	308	307	307
0	316	315	315	314	314	313	313	312	312	311