Mbsm.pro, démonter une clim sans perdre le gaz

démonter une clim sans perdre le gaz

قم بفك مكيف الهواء دون فقد الغاز

disassemble an air conditioning without losing gas



Mbsm.pro, Danfoss, Compressor, SM160T4RC, SM-160, 13hp, 3ph, R22, 133500BTU

SM160T4RC

Basic Info.

Model NO.Sm160N.W.90kgTransport PackagePackage: Wooden Case/Pallet or as Your RequirmentSpecificationSM series SM090TrademarkperfomerOriginFranceHS Code8414301300Production Capacity50000 Sets/Year

Product Description

SM-160 Performer Scroll compressor for R22
13HP Performer Scroll Compressor SM160

 SPECIFICATIONS FOR  SM160
 
Products Details
Models: SM160 Type Hermetic
Power Phase 3
Horse Power HP 13
 
Main performance parameters
Input Power W 380-420/3/60
REFRIGRANT   R22
SIZE   54.0/35.0
 
Physcial parameters
Hight MM 353
Weight KG 90
Q’ty / Pallet PIECE 6

Product Description
5.Techincal sheet as below:

50Hz Data
 Model  Nominal Cap.60HZ Nominal cooling capacity Power input Cop E.E.R. Swept Volume Displacement Oil charge N.W.
TR W Btu/h KW W/W Btu/h/W cm/rew m/h dm kg
SM084 7 20400 69600 6.12 3.33 11.4 114.5 19.92 3.3 64
SM090 7.5 21800 74400 6.54 3.33 11.4 120.5 20.97 3.3 65
SM100 8 23100 79000 6.96 3.33 11.3 127.2 22.13 3.3 65
SM110 9 25900 88600 7.82 3.32 11.3 144.2 25.09 3.3 73
SM112 9.5 27600 94400 7.92 3.49 11.9 151.5 26.36 3.3 64
SM115 9.5 28000 95600 8.31 3.37 11.5 155 26.97 3.8 78
SM120 10 30100 102800 8.96 3.36 11.5 166.6 28.99 3.3 73
SM124 10 31200 106300 8.75 3.56 12.2 169.5 29.5 3.3 64
SM125 10 30100 102800 8.93 3.37 11.5 166.6 28.99 3.8 78
SM147 12 36000 123000 10.08 3.58 12.2 193.5 33.7 3.3 67
SM148 12 36100 123100 10.8 3.34 11.4 199 34.6 3.6 88
SM160 13 39100 133500 11.6 3.37 11.5 216.6 37.69 4 90
SM161 13 39000 133200 11.59 3.37 11.5 216.6 37.69 3.6 88
SM175 14 42000 143400 12.46 3.37 11.5 233 40.54 6.2 100

Product details

Gross weight 102 kg
Net weight 90 kg
EAN 5702428980432

 

Approval standard CE
UL
Brand technique After sale
Capacity control Fixed speed
Colour Blue
Compressor power supply [V/Ph/Hz] 400/3/50 460/3/60
Configuration code Single
Connection type Rotolock
Description SM160-4
Diameter [mm] 266 mm
Discharge connection height [mm] 596 mm
Discharge connection mounting torque [Nm] 110 Nm
Discharge connection pipe size [in] 7/8 in
Discharge connection rotolock size [in] 1 3/4 in
Discharge connection size [in] 1 3/4 in
Discharge connection sleeve pipe size [in] 7/8 in
Drawing number 8551120b
Economizer No
Factory HP [bar] 33 bar
Factory LP [bar] 25 bar
Fitting remark (shipped with rotolock version only)
Fitting sleeve ODF
Fitting standard Rotolock
Frequency [Hz] 50/60
Gauge port HP None
Gauge port LP Schrader
Generation code C
Glass mounting Threaded
Glass torque [Nm] 50 Nm
GP LP torque [Nm] 15 Nm
High side max pressure (Ps) 30.2 bar
High Side TS Max 150 °C
High Side TS Min -35 °C
High Side Volume 1.7 L
High value of nominal voltage at 50Hz [V] 400 V
High value of nominal voltage at 60Hz [V] 460 V
High value of voltage range at 50Hz [V] 440 V
High value of voltage range at 60Hz [V] 506 V
IP protection class IP54 (with cable gland)
Low side max pressure (Ps) 25 bar
Low Side TS Max 63 °C
Low Side TS Min -35 °C
Low Side Volume 16.5 L
Low value of nominal voltage at 50Hz [V] 380 V
Low value of nominal voltage at 60Hz [V] 460 V
Low value of voltage range at 50Hz [V] 342 V
Low value of voltage range at 60Hz [V] 414 V
LRA 150 A
Maximum Operating Current [MOC] 29 A
MMT 29 A
Model number SM160T4RC
Motor protection Internal thermostat, ext. overload protector needed
Mounting torque [Nm] 21 Nm
Nominal cooling capacity 60 kBTU/h 163.14 kBtu/h
Nominal cooling capacity at 50Hz 35.3 kW
Nominal cooling capacity at 60Hz 47.8 kW
Number of starts per hour [Max] 12
Oil charge [L] 4 L
Oil drain 1/4” flare
Oil drain torque [Nm] 35 Nm
Oil equalization 3/8” flare SAE
Oil equalization torque [Nm] 48 Nm
Oil reference 160P
Oil type Mineral
Packaging height [mm] 671 mm
Packaging length [mm] 470 mm
Packaging weight [Kg] 671 kg
Packaging width [mm] 370 mm
Packing format Single pack
Packing quantity 1
Phase 3
Power connections Screw 4.8 mm
Refrigerant R22
Refrigerant charge [kg] [Max] 12.5 kg
Relief valve None
Rotational speed at 50Hz [rpm] 2900 rpm
Rotational speed at 60Hz [rpm] 3500 rpm
Segment usage Air conditioning
Shipped fittings Suction and discharge solder sleeves, rotolock nuts and gaskets
Shipped instructions Installation instructions
Shipped mounting Mounting kit with grommets, bolts, nuts, sleeves and washers
Shipped oil Initial oil charge
Suction connection height [mm] 180 mm
Suction connection mounting torque [Nm] 130 Nm
Suction connection pipe size [in] 1 3/8 in
Suction connection rotolock size [in] 2 1/4 in
Suction connection size [in] 2 1/4 in
Suction connection sleeve pipe size [in] 1 3/8 in
Swept volume [cm3] 216.6 cm³
Technology Scroll
Test dif [bar] [Max] 24 bar
Test HP [bar] [Max] 32 bar
Test LP [bar] [Max] 25 bar
Torque earth [Nm] 2 Nm
Torque Ebox cover [Nm] 2.3 Nm
Torque power [Nm] 3 Nm
Total height [mm] 631 mm
Type SM
Type designation Compressor
Viscosity [cP] 32 cP
Winding resistance for three-phase compressors with identical windings [Ohm] 0.94 Ohm



Mbsm.pro, Compressor, AZ1339Y, 134a, Replaced by, THB1340Y, 1/8 Hp, PTCSIR, Lbp

UH0120006 THB1335Y 1/12 3,58 250 C 41 58 81 109 142 181 PTCSIR 220/1/50 84,7 0,53 7,25
UH0120041 THB1340Y 1/10 4,23 250 C 49 72 99 132 170 213 PTCSIR 220/1/50 93 0,59 9
UH0120076 THB1350Y 1/8 5,6 250 C 56 83 118 162 214 275 PTCSIR 220/1/50 108 0,71 9
UH0120111 THB1360Y 1/6 6,1 250 C 76 105 141 185 238 300 PTCSIR 220/1/50 129 0,88 11
UH0120146 AZ1320Y 1/15 2,95 270 C 19 32 48 69 95 125 PTCSIR 220/1/50 67,3 0,47 7,3
UH0120181 AZ1330Y 1/12 3,6 270 C 34 51 73 99 130 166 PTCSIR 220/1/50 81,7 0,51 6,9
UH0120216 AZ1335Y 1/10 4 250 C 41 58 81 109 142 181 PTCSIR 220/1/50 87,2 0,56 10
UH0120251 AZ1339Y 1/8 5 270 C 45 69 99 135 178 228 PTCSIR 220/1/50 102 0,72 10
UH0120286 AZ1348Y 1/6 5,6 250 C 59 83 116 158 209 271 PTCSIR 220/1/50 123 0,87 11
UH0120321 AZ1355Y 1/6 5,9 300 C 70 101 141 189 246 312 PTCSIR 220/1/50 127 0,87 11
UH0120356 AEZ1370Y 1/5 8,1 450 C 98 133 180 239 311 397 PTCSIR 220/1/50 172 1,19 11
UH0120391 AEZ1365Y 1/5 8,9 450 C 85 129 185 254 335 430 PTCSIR 220/1/50 181 1,20 10

Highlights Fagor Compressor Az1339y-f R134a

Please check that this part is compatible with your device model. Our customer service can advise you.

Appliance models affected:

  • CB1290SI – CB1290SIH (BRANDT),
  • CB195 – CB195H (BRANDT),
  • CC1950 – CC1950J (BRANDT),
  • CCSI1290 – CCSI1290J (BRANDT),
  • CFG24N – CFG24NG (FAGOR),
  • CFH24 – CFH24J (FAGOR),
  • CFH24 / 1 – CFH24 / 1J (FAGOR),
  • CFS15 – CFS15J (FAGOR),
  • CFSA15 – CFSA15G (FAGOR),
  • DUN1912B – DUN1912BA (BRANDT),
  • DUN1917B – DUN1917BA (BRANDT),
  • DUN2412B – DUN2412BA (BRANDT),
  • DUN99B – DUN99BA (BRANDT),
  • DUO3666 – DUO3666A (BRANDT),
  • DUO3676 – DUO3676A (BRANDT),
  • RB315 – RB315A (BRANDT),
  • RB316 – RB316A (BRANDT),
  • RB348 – RB348A (BRANDT),
  • RB349 – RB349A (BRANDT),
  • RBM355 – RBM355A (BRANDT),
  • RBM356 – RBM356A (BRANDT),
  • RS2180 – RS2180A (BRANDT),
  • RS2180C – RS2180CA (BRANDT),
  • RS6287 – RS6287A (BRANDT),
  • RS6310 – RS6310A (BRANDT),
  • SFB310KIT – SFB310KITA (BURNING).



Mbsm.pro, Compressor, Hermetic, Tecumseh, AEZ9440T, R22, 1/3 hp++, MHBP

Basic Info.

Model NO.AEZ9440TLubrication StyleLubricatedCooling SystemAir CoolingCylinder ArrangementBalanced Opposed ArrangementCylinder PositionHorizontalStructure TypeClosed TypeCompress LevelSingle-StageRefrigerant TypeFreonTypeReciprocatingPerformanceLow NoiseDrive ModeElectricPower SourceAC PowerConfigurationStationaryMaterialCopperPiston TypeClosedTrademarkTecumseh HermetiqueTransport PackagePalletSpecificationCE / RoHsOriginChinaHS Code8414301900

Product Description

Tecumseh Hermetique R134a / R404a/ R22 reciprocating compressor

Hermetique R22 HBP  
For Air Conditioning Applications.  
Features:                  
Anti Vibration mounts supplied  
Charged with mineral oil and dry nitrogen  
Crankcase heater on TAG models  
Fan cooling required on all models  
Specifications:                  
Capacity Rating Basis: 35°C Ambient, 11K Return Gas Superheat, 54.5°C Condensing, 46.2°C Liquid entering Expansion Valve.  
Current FLA are given at nominal voltage, rated conditions and 7.2°C Evaporating Temperature.  
Motor Types:                  
PSC = Permanent Split Capacitor, 1 Phase, 50 Hz. 220-240 Volt    
3Ø: 3 Phase, 50 Hz, 400 Volt    
Expansion Device:                  
C = Capillary Tube    
C/V = Capillary Tube or Expansion Valve    
R22 Hermetic                
Model No. Nominal HP Displ. cm³/rev Motor Type Nominal Current FLA Exp. Device Oil Charge cm³ Connections: inches
cm³ Discharge Proc.
AE 5465E 1/2 12.05 PSC 3.2 C 450 3/8 Tube 1/4 Tube 3/8 Tube
AJ 5510F 3/4 18.6 PSC 5.2 C 887 3/8 Tube 1/4 Tube 1/4 Tube
AJ 5512E 1 21.75 PSC 5.9 C 887 3/8 Tube 1/4 Tube 1/4 Tube
AJ 5513E 1 24.2 PSC 6 C 887 3/8 Tube 1/4 Tube 1/4 Tube
AJ 5515E 1 1/4 25.95 PSC 7.2 C 887 1/2 Tube 5/16 Tube 1/4 Tube
AJ 5518E 1 1/2 32.7 PSC 9.3 C 887 1/2 Tube 5/16 Tube 1/4 Tube
AJ 5519E 1 1/2 34.45 PSC 9.96 C 887 1/2 Tube 5/16 Tube 1/4 Tube
FH 5522E 1 3/4 39.95 PSC 9 C 1330 5/8 Tube 3/8 Tube 5/16 Tube
TFH 5522E 1 3/4 39.95 3.8 C/V 1330 5/8 Tube 3/8 Tube 5/16 Tube
FH 5524E 2 43.5 PSC 10 C 1330 5/8 Tube 3/8 Tube 5/16 Tube
TFH 5524E 2 43.5 4 C/V 1330 5/8 Tube 3/8 Tube 5/16 Tube
FH 5527E 2 1/4 49.1 PSC 12 C 1330 5/8 Tube 3/8 Tube 5/16 Tube
TFH 5527E 2 1/4 49.1 4.2 C/V 1330 5/8 Tube 3/8 Tube 5/16 Tube
FH 5531E 2 1/2 56.65 PSC 14.1 C 1330 3/4 Tube 3/8 Tube 5/16 Tube
TFH 5531E 2 1/2 56.65 8 C/V 1330 3/4 Tube 3/8 Tube 5/16 Tube
FH5540E 3 74.25 PSC 18.6 C 1330 3/4 Tube 3/8 Tube 5/16 Tube
TFH 5540E 3 74.25 6 C/V 1330 3/4 Tube 3/8 Tube 5/16 Tube
TFH 5540E 3 74.25 6 C/V 1330 78 1/2 Valve 5/16 Tube
TAG 5546E 3 3/4 90.2 6.6 C/V 1960 7/8 Tube 1/2 Tube 3/8 Tube
TAG 5553E 4 100.7 7.4 C/V 1960 7/8 Tube 1/2 Tube 3/8 Tube
TAG 5561E 5 112.5 9 C/V 1960 7/8 Tube 1/2 Tube 3/8 Tube
TAG 5568E 6 124.4 9.6 C/V 1960 7/8 Tube 1/2 Tube 3/8 Tube
TAG 5573E 6 1/2 134.8 11 C/V 1960 7/8 Tube 1/2 Tube 3/8 Tube
                   
Hermetique R22 M/HBP
For Medium / High Temperature Applications
Features:                  
Anti-Vibration mounts supplied
Charged with mineral oil and dry nitrogen
Rotalock suction valve on CAJ/TAJ models
Crankcase heater on FH/TFH and TAG models
Oil sight glass on FH/TFH and TAG models
Fan cooling required on all models
All models suit capillary tube or expansion valve operation
Rotalock suction and discharge valves on FH/TFH and TAG models
Specifications:                  
Capacity Rating Basis: 35°C Ambient, 11K Return Gas Superheat, 54.5°C Condensing, 46°C Liquid entering Expansion Valve.
Current FLA are given at nominal voltage, rated conditions and 7.2°C evaporating temperature.
Motor Types:                  
CSIR: Capacitor start, Induction run } 1 Phase, 50 Hz, 220-240 Volt
CSR: Capacitor start and run
3Ø: 3 Phase, 50 Hz, 400 Volt
Conversion: Watts x 3.412 = BTU/Hr BTU/Hr x 0.293 = Watts
R22 Hermetic                
Model No. Nominal HP Displ. cm³/rev Motor Type Nominal Current FLA Oil Charge cm³ Connections: inches    
Suction Discharge    
AEZ 4425E 1/5 4.5 CSIR 1.75 450 1/4 Tube 3/16 Tube    
AEZ 4430E 1/4 5.7 CSIR 2.2 450 1/4 Tube 3/16 Tube    
AEZ 4440E 1/3 7.55 CSIR 2.6 450 1/4 Tube 3/16 Tube    
AEZ 9440T 1/3 7.55 CSR 2.03 450 3/8 Tube 1/4 Tube    
CAE 4450E 3/8 9.4 CSIR 3.3 450 3/8 Tube 1/4 Tube    
CAE 9450T 3/8 9.5 CSR 2.6 450 3/8 Tube 1/4 Tube    
CAE 9460T 1/2 11.3 CSR 3.2 450 3/8 Tube 1/4 Tube    
CAJ 9408T 5/8 15.2 CSR 3.68 887 1/2 Valve 5/16 Tube    
CAJ 9510T 1 18.3 CSR 4.8 887 5/8 Valve 5/16 Tube    
CAJ 9513T 1 1/8 24.2 CSR 5.9 887 5/8 Valve 5/16 Tube    
CAJ 4517E 1 1/4 25.95 CSR 6.1 887 5/8 Valve 3/8 Tube    
TAJ 4517T 1 1/2 25.95 2.5 887 5/8 Valve 3/8 Tube    
TAJ 4519T 1 1/2 34.45 3.5 887 5/8 Valve 1/2 Valve    
FH 4524F 2 43.5 CSR 9.55 1480 5/8 Valve 1/2 Valve    
TFH 4524F 2 4.35 3.9 1480 7/8 Valve 1/2 Valve    
FH 4531F 2 1/2 56.65 CSR 12.6 1480 7/8 Valve 1/2 Valve    
TFH4531F 2 1/2 56.65 4.75 1480 7/8 Valve 1/2 Valve    
TFH 4540F 3 74.25 6.08 1480 7/8 Valve 1/2 Valve    
TAG 4546T 4 90.2 6.6 1960 7/8 Valve 5/8 Valve    
TAG 4553T 4 1/2 100.7 7.4 1960 7/8 Valve 5/8 Valve    
TAG 4561T 5 112.5 9 1960 1 7/8 Valve 5/8 Valve    
TAG 4568T 6 124.4 9.6 1960 1 7/8 Valve 5/8 Valve    
TAG 4573T 6 1/2 134.8 11 1960 1 7/8 Valve 5/8 Valve    
                   
                   
Tecumseh Hermetique R134a  
The world renowned L’Unite Hermetique compressors are manufactured by Tecumseh.  
Features:                  
Charged with polyolester oil and dry nitrogen  
Crankcase heater on FH/TFH and TAG models  
Oil sight glass on FH/TFH and TAG models  
Rotalock valves are included for all valve connection compressors  
Anti-vibration mounts supplied  
Single Phase – Medium High SST          
Model No. Nominal HP Displacement: cm3/rev Cooling Oil Charge: ml          
CAJ4476Y 5/8 21.75 Fan 887          
CAJ4492Y 3/9 25.95 Fan 887          
CAJ4511Y 1 32.7 Fan 887          
FH4518Y 1 1/2 53.2 Fan 1480          
FH4525Y 2 74.25 Fan 1480          
                   
Three Phase – Medium High SST          
Model No. Nominal HP Displacement: cm3/rev Cooling Oil Charge: ml          
TAJ4511Y 1 32.7 Fan 887          
TFH4518Y 1 1/2 53.2 Fan 1480          
TFH4525Y 2 74.25 Fan 1480          
TAG4528Y 2 1/2 90.2 Fan 1960          
TAG4534Y 2 3/4 100.7 Fan 1960          
TAG4537Y 3 112.5 Fan 1960          
TAG4543Y 3 1/2 124.4 Fan 1960          
                   
Superceded Models              
Model No. Nominal HP Displacement: cm3/rev Cooling Oil Charge: ml          
AEZ4425Y 1/5 7.55 Fan 450          
AEZ4430Y 1/4 8.85 Fan 450          
CAE4440Y 3/8 12.05 Fan 450          
CAE4448Y 1/3 14.15 Fan 450          
CAJ4452Y 1/3 15.2 Fan 887          
CAE4456Y 1/2 16 Fan 450          
CAJ4461Y 1/2 18.3 Fan 887          
                   
Tecumseh Hermetique R404A      
The world renowned L’Unite Hermetique compressors are manufactured by Tecumseh.    
Features:                  
                   
Charged with polyolester oil and dry nitrogen    
Crankcase heater on FH/TFH and TAG models    
Oil sight glass on FH/TFH and TAG models    
Rotalock valves are included for all valve connection compressors    
Anti-vibration mounts supplied    
                   
Specifications:                  
Capacity Rating Basis: 35°C Ambient, 11K Return Gas Superheat, 54.5°C Condensing, 46°C Liquid entering Expansion Valve.    
Current FLA are given at nominal voltage, rated conditions and 7.2°C Evaporating Temperature.    
Motor Types:                  
CSIR: Capacitor Start, Induction Run 1 Phase, 50 Hz, 220-240 Volt    
CSR: Capacitor Start and Run    
3Ø: 3 Phase, 50 Hz, 400 Volt    
All models are also suitable for operation with R507    
Single Phase – Medium High SST          
Model No. Nominal HP Displacement: cm3/rev Cooling Oil Charge: ml          
CAJ9480Z 5/8 15.2 Fan 887          
CAJ9510Z 1 18.3 Fan 887          
CAJ9513Z 1 1/8 24.2 Fan 887          
CAJ4517Z 1 1/4 25.95 Fan 887          
CAJ4519Z 1 1/2 34.45 Fan 887          
FH4522Z 1 3/4 39.95 Fan 1480          
FH4524Z 2 43.5 Fan 1480          
FH4531Z 2 1/2 56.65 Fan 1480          
FH4540Z 3 74.25 Fan 1480          
                   
                   
Three Phase – Medium High SST          
Model No. Nominal HP Displacement: cm3/rev Cooling Oil Charge: ml          
TAJ9480Z 5/8 15.2 Fan 887          
TAJ9510Z 1 18.3 Fan 887          
TAJ9513Z 1 1/8 24.2 Fan 887          
TAJ4517Z 1 1/4 25.95 Fan 887          
TAJ4519Z 1 1/2 34.45 Fan 887          
TFH4522Z 1 3/4 39.95 Fan 1480          
TFH4524Z 2 43.5 Fan 1480          
TFH4531Z 2 1/2 56.65 Fan 1480          
TFH4540Z 3 74.25 Fan 1480          
TAG4546Z 4 90.2 Fan 1960          
TAG4553Z 4 1/2 100.7 Fan 1960          
TAG4561Z 5 112.5 Fan 1960          
TAG4568Z 6 124.4 Fan 1960          
TAG4573Z 6 1/2 134.8 Fan 1960          
                   
Single Phase – Low SST              
Model No. Nominal HP Displacement: cm3/rev Cooling Oil Charge: ml          
CAE2417Z 1/3 11.3 Fan 450          
CAE2420Z 1/2 12.54 Fan 450          
CAE2424Z 5/8 15 Fan 450          
CAJ2428Z 1/2 15.2 Fan 887          
CAJ2432Z 5/8 18.3 Fan 887          
CAJ2446Z 3/4 26.15 Fan 887          
CAJ2464Z 1 1/2 34.45 Fan 887          
FH2480Z 2 53.2 Fan 1625          
FH2511Z 2 1/2 74.25 Fan 1625          
                   
Three Phase – Low SST              
Model No. Nominal HP Displacement: cm3/rev Cooling Oil Charge: ml          
TAJ2464Z 1 1/2 34.45 Fan 887          
TFH2480Z 2 53.2 Fan 1625          
TFH2511Z 2 1/2 74.25 Fan 1625          
TAG2516Z 4 112.5 Fan 1960          
TAG2522Z 5 1/2 134.8 Fan 1960          
                   
Three Phase – Parallel Applications          
Model No. Nominal HP Displacement: cm3/rev Application: SST Cooling Oil Charge: ml        
TAGP4546Z 4 90.2 Medium Fan 1960        
TAGP4553Z 4 1/2 100.7 Medium Fan 1960        
TAGP4561Z 5 112.5 Medium Fan 1960        
TAGP4568Z 6 124.4 Medium Fan 1960        
TAGP4573Z 6 1/2 134.8 Medium Fan 1960        
TAGP2516Z 4 112.5 Low Fan 1960        
TAGP2522Z 5 1/2 134.8 Low Fan 1960        



Mbsm.pro, Motor, compressor, type, RSIR, RSCR, CSIR, CSCR, PSC




Mbsm.pro, Compressor, EMBRACO, NBM1119Y, Indesit, Ariston, ASPERA, R600, 1/3 HP, 237W, LBP

Compressor EMBRACO
Template NBM1119Y
Height (mm)
Gas R600a
Voltage 200-240V 50Hz / 230V 60Hz
Application LBP (Low Back Pressure)
Test Condition ASHRAE LBP 32
Displacement 14.28 of the Italian Civil Code
Motor RSIR
Power (HP)
Cap. Frigor. Watt 233
Cap. Frigor. Kcal 200
Cap. Frigor. Btu / h 795
COP (W / W) 1.44
Watt absorbed (W)
Device of Avv. PTC
Capacitor
Cooling type
Packaging (Pcs / Pallet)



Mbsm.pro, Auminum, radiators, Baxi, 57 cm high, 8 cm wide and 7 cm thick, with a calorific power 104 W/ Element , dimension and measure

Radiator

َAuminum radiators 57 cm high, 8 cm wide and 7 cm thick, with a calorific power 104 W

Calculation of heating capacity in terms of room volume

First, we calculate the volume of the room by multiplying the length by the width by
Height :
Example: A room whose dimensions are (3.6 m) length (3.25 m) width (2.6 m) height means its size is 3.6 x 3.25 x 2.6 = 30.42 m 3 In most cases, buildings in Algeria have external walls that do not have an insulating material for cold and heat, so we must multiply the volume The room in (2) and if it is isolated, we multiply by (1).
As it is known, the temperature and cold changes from one region to another. For example, the average cold in the high plateaus reaches minus 5 sometimes at night, while in the north of the country, the average cold may reach 5 degrees in the worst case, and the appropriate temperature in the house is from 20 to 22 degrees, meaning that the difference in degrees In the capital, the temperature is 22 minus 3, which is equal to 19 degrees, and in the higher plateaus the difference is 22 minus -5, which is equal to 27 degrees. We multiply the room volume by the insulation coefficient, if it is 1 and if not 2, then we multiply the volume of the room by 2 by the temperature difference in our previous example. The room is 30.42 The insulation coefficient is 2 The temperature difference is 19. When we multiply the volume by the coefficient by the temperature difference, we get 30.42 x 2 x 19 = 115.96 for the northern regions and 30.42 x 2 x 27 = 1642.68 for the high plateaus.
Since the calorific value of each radiator element varies according to type, material and size, in all our calculations for an aluminum radiator, the approximate heat value is 150. If we divide what we get by 150, we get the number of units, i.e. 1155.96 ÷ 150 = 7.7 meaning that the required radiator is 8 elements For a room in the north of the country, and for a room in the high hills, 1642.68 ÷ 150 = 10.95, meaning that the required radiator is 11 or 12 elements.

حساب قدرة التدفئة من حيث حجم الغرفة

أولا نحسب حجم الغرفة وهذا بضرب الطول في العرض في
الإرتفاع :
مثال : غرفة أبعادها هم (3.6م) طول (3.25م)عرض( 2.6م )إرتفاع يعني حجمها هو 3.6×3.25×2.6=30.42م³ في غالب الأحيان البنايات في الجزائر جدرانها الخارجية ليست لديها مادة عازلة للبرد والحرارة لذا وجب ان نضرب حجم الغرفة في (2) وإن كانت معزولة نضرب في (1).
كما هو معروف تتغير درجة الحراره والبرودة من منطقة لأخرى فمثلا يصل معدل البرودة في الهضاب العليا إلى ناقص 5 أحيانا بالليل بينما في شمال الوطن فمعدل البرودة قد يصل إلى 5 درجات في أسوأ الأحوال والحرارة المناسبة في المنزل هي من 20 إلى22 درجة أي أن الفارق في درجة الحرارة في العاصمة هو 22 ناقص 3 ويساوي 19 درجة وفي الهضاب العليا الفرق هو 22 ناقص -5 ويساوي 27درجة نضرب حجم الغرفة في معامل العزل إن كان موجود 1 وإن لم يكن 2 إذن نضرب حجم الغرفة في 2 في فرق درجة الحرارة في مثالنا السابق لدينا حجم الغرفة هو 30.42 معامل العزل هو 2 فرق درجة الحرارة هو 19 لما نضرب الحجم في المعامل في فرق الحرارة نحصل 30.42×2×19=1155.96 بالنسبة للمناطق الشمالية و30.42×2×27=1642.68 بالنسبة للهضاب العليا .
بما أن القيمة الحرارية لكل عنصر من الرادياتور تختلف حسب النوع والمادة والحجم الى أنه في جميع حساباتنا بالنسبة لرادياتور ألمنيوم القيمة الحراره التقريبية هي 150 إذا نقسم ما تحصلنا عليه على 150 فنحصل على عدد الوحدات أي 1155.96÷150=7.7 بمعنى أن الرادياتور المطلوب هو 8 عناصر بالنسبة لغرفة في شمال الوطن و أما بالنسبه لغرفة في الهضاب العليا 1642.68÷150=10.95 أي أن الرادياتور المطلوب هو 11 عنصر أو 12 عنصر.

Calcul de la capacité de chauffage en fonction du volume de la pièce

Tout d’abord, nous calculons le volume de la pièce en multipliant la longueur par la largeur par
Hauteur :
Exemple : Une pièce dont les dimensions sont (3,6 m) longueur (3,25 m) largeur (2,6 m) hauteur signifie que sa taille est de 3,6 x 3,25 x 2,6 = 30,42 m 3 Dans la plupart des cas, les bâtiments en Algérie ont des murs extérieurs qui n’ont pas de matériau isolant pour le froid et le chaud, il faut donc multiplier le volume La pièce en (2) et si elle est isolée, on multiplie par (1).
Comme on le sait, la température et le froid varient d’une région à l’autre. Par exemple, le froid moyen dans les hauts plateaux atteint parfois moins 5 la nuit, tandis que dans le nord du pays, le froid moyen peut atteindre 5 degrés dans les pire des cas, et la température appropriée dans la maison est de 20 à 22 degrés, ce qui signifie que la différence en degrés Dans la capitale, la température est de 22 moins 3, ce qui est égal à 19 degrés, et dans les plateaux supérieurs la différence est de 22 moins -5, ce qui est égal à 27 degrés. On multiplie le volume de la pièce par le coefficient d’isolation, s’il est de 1 et sinon 2, alors on multiplie le volume de la pièce par 2 par la différence de température dans notre exemple précédent. pièce est de 30,42 Le coefficient d’isolation est de 2 La différence de température est de 19. Quand on multiplie le volume par le coefficient par la différence de température, on obtient 30,42 x 2 x 19 = 115,96 pour les régions du nord et 30,42 x 2 x 27 = 1642,68 pour la hauts plateaux.
Étant donné que la valeur calorifique de chaque élément de radiateur varie selon le type, le matériau et la taille, dans tous nos calculs pour un radiateur en aluminium, la valeur calorifique approximative est de 150. Si nous divisons ce que nous obtenons par 150, nous obtenons le nombre d’unités, c’est-à-dire 1155,96 150 = 7,7 signifiant que le radiateur requis est de 8 éléments Pour une pièce au nord du pays, et pour une pièce dans les hautes collines, 1642,68 ÷ 150 = 10,95, c’est-à-dire que le radiateur requis est de 11 ou 12 éléments.




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Capacity range (watts) Aspera Kirby Old Kirby Model Danfoss L’Unite Hermetique Unidad Electrolux Kelvinator Necchi Bulkon
201-250 AE6LMY AE67ZD7 AE6LMA TL4B L57PX S88ND M4J
250-300 M5J
301-350 A5144A AE8MG AE59ZF9 AE8LMA
351-400 AE9MHY AE4425A AE9MHA FR6B CAE59ZF9 L76PX M7J
401-450 A5160A FR7.5B L68TY S54FD
450-500 A6170A AEV9LMY AE7416A AE10LMA FR8.5B CAE41ZF11 L88TX S44ND M9J
501-550 S54FD S44CFD M11, A9
551-600 T6185A AE12LMY AE12LJ FR10B CAE4440A P12TY S33FD S33TF
601-650 E6187A FR11B SC10B
651-700 AE14LMY AE7423A AE14LMA P14TY KB14B1
701-800 T6213A SC12B CAJ4452A A13
801-900 AE16LMY AE16LMA AE16LJ SC15B N17 KB19B1
901-1000 AJ18MY AJ7428A KB19B1
1001-1200 T6215A AJ22LMY AJ7434A AJ22LJ SC18B CAJ4461A S18TY S5050FDH KB23B1
1201-1400 J6220A AJ26LMY AJ7445A AJ26LJ SC21B S26TY S7575FDH KB26B1
1401-2000 J6226A AJ34LMY AJ7457A AJ34LJ CAJ4511A S34TY S1010FDH KB37B1
2001-2500 H6238A AH49MHY AH4514A CAH4518A TAH4518A
2501-3500 H6253A AH74MHY AH4521A CAH4524A TAH4524A



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