Mbsm.pro, Compressor, BTF60AA, 1/7 hp, r600a, lbp, Serbian Compressor, serie T, from 180 L to 200 L, from 70 to 75 W

Siberia Compressor Catalogue Overview

The Siberia Compressor Catalogue provides detailed specifications and performance data for various compressor series designed for refrigeration systems. These compressors are available in multiple configurations, including R134a and R600a refrigerants, catering to different cooling capacities and applications. Below is an organized breakdown of the catalog’s key sections:


1. Compressor Series Overview

S Series (Low Back Pressure – LBP)

  • Refrigerants: R600a (High Efficiency), R600a (Medium Efficiency), R134a
  • Applications: Suitable for small to medium-sized refrigerators.
  • Key Features:
    • Compact design
    • Low noise and vibration
    • High reliability

V Series (Low Back Pressure – LBP)

  • Refrigerants: R600a, R134a
  • Applications: Ideal for compact refrigeration units.
  • Key Features:
    • Energy-efficient operation
    • Small footprint
    • Environmentally friendly refrigerants

F Series (Low Back Pressure – LBP)

  • Refrigerants: R134a, R600a
  • Applications: Designed for larger refrigeration systems.
  • Key Features:
    • High cooling capacity
    • Multiple motor types (RSIR/RSCR)
    • Robust performance under varying conditions

T Series (Low Back Pressure – LBP)

  • Refrigerants: R600a, R134a
  • Applications: Versatile use in household and commercial refrigeration.
  • Key Features:
    • Very compact size
    • Low noise and vibration
    • High reliability

2. Performance Specifications

Example: T Series Compressors (R600a)

Model
Power (HP)
Displacement (cm³)
Cooling Capacity (W)
Input Power (W)
Rated Current (A)
COP
Oil Charge (ml)
BTF60AA
1/7
6.0
105
74 / 70
0.52 / 0.40
1.42 / 1.50
180
BTF60AA®
1/7
6.0
105
68 / 64
0.50 / 0.34
1.54 / 1.65
180
BTR60AA©
1/7
6.0
105
66 / 60
0.42 / 0.29
1.60 / 1.75
180

Example: S Series Compressors (R600a)

Model
Displacement (cm³)
Motor Type
Cooling Capacity (W)
Input Power (W)
Rated Current (A)
COP
Oil Charge (ml)
BSR51AA
5.1
RSCR
92
53
0.26
1.75
200
BSR58AA
5.8
RSCR
105
60
0.29
1.75
200
BSR68AA
6.8
RSCR
120
69
0.33
1.75
200

3. Special Requirements for Refrigerants

R134a Compressors

  • The open time of the compressor connection pipe should not exceed 10 minutes .
  • Use dedicated vacuum pumps and charging equipment for R134a.
  • Avoid using organic substances incompatible with R134a in the refrigeration system.
  • Ensure strict control of moisture, impurities, paraffin, silicone oil, and chloride ions.

R600a Compressors

  • Follow safety protocols for hydrocarbon refrigerants during installation and operation.
  • Do not tamper with the pre-filled specialized oil in the compressor.
  • Use appropriate tools and equipment to ensure safe handling of R600a.

4. Refrigerator Size Estimation

The cooling capacity of a compressor determines the refrigerator size it can support. For example:

  • BTF60AA (1/7 HP):
    • Cooling Capacity: 105 W
    • Approximate Refrigerator Size: 157.5 – 210 liters
      • Calculation:

5. Outline Drawings and Packaging

Each compressor model includes detailed outline drawings and packaging specifications. For instance:

  • Packaging Dimensions:
    • Carton Size:
    • Container Capacity: Up to 28 units per container.

6. General Requirements for Installation and Operation

  • Store compressors in a dry, well-ventilated area.
  • Avoid tilting or inverting during transportation.
  • Install within 10 minutes after removing protective plugs.
  • Ensure reliable grounding during operation.
  • Avoid high-voltage or vacuum conditions during startup.

To determine the refrigerator size (in liters) that a 1/7 HP compressor can cool, we need to refer to the performance data of the compressors listed in the provided files. Specifically, the BTF60AA compressor (1/7 HP) is a good reference point for this calculation.

Key Specifications for BTF60AA (1/7 HP):

  • Cooling Capacity: 105 W
  • Refrigerant: R600a
  • Voltage: 220-240V / 50Hz

The cooling capacity of a compressor directly correlates with the volume of the refrigerator it can cool. Typically:

  • 1 W of cooling capacity can cool approximately 1.5 to 2 liters of refrigerator volume.

Calculation:

For the BTF60AA compressor with a cooling capacity of 105 W , the approximate refrigerator volume it can cool is:

Table for 1/7 HP Compressor:

Below is a table summarizing the approximate refrigerator size (in liters) based on the cooling capacity of a 1/7 HP compressor:




Mbsm.pro, Compressor, 600a, SÉRIE T, LBP, Jiaxipera, TG 1116 Y , 1/5hp, TG 1112 Y, 1/6 hp

FICHE TECHNIQUE DU COMPRESSEUR FRIGORIFIQUE R600a SÉRIE T LBP )

 
compresseur Afficheur Moteur Vol./Fré. ??? Capacité de refroidissement DÉCHETS   ????
Condensateur
de fonctionnement (µF)
Modèle   Taper   ASHRAE CECOMAF ASHRAE CECOMAF  
???? ???? ???? ?? ?? O BTU/heure kcal O W/W BTU/Wh W/W  
  (cm )   V~/Hz )  
T1090Y 6.0 RSIR 220~240/50 cent 341 86 75 1.42 4,85 1.11  
T1110Y 6.7 RSIR 220~240/50 115 392 99 86 1,45 4,95 1.13  
T1111Y 7.2 RSIR 220~240/51 126 430 108 95 1.4 4,78 1.09  
T1112Y 8.1 RSIR 220~240/50 140 478 120 105 1.42 4,85 1.11  
T1113Y 8.9 RSIR 220~240/50 152 519 131 114 1.42 4,85 1.11  
T1114Y 9.6 RSIR 220~240/50 168 573 144 126 1.42 4,85 1.11  
T1116Y 10.5 RSIR 220~240/50 184 628 158 138 1.4 4,78 1.09  
TT1110GY 6.7 RSIR 220~240/50 114 389 98 85,5 1,55 5.29 1.21  
RSCR 1.62 5.53 1.26   2.0
TT1111Y 7.2 RSIR 220~240/50 126 430 108 95 1,55 5.29 1.21  
TT1112GY 8.1 RSIR 220~240/50 140 478 120 105 1.52 5.19 1.19  
RSCR 1,60 5.46 1.25   4.0
TT1113GY 8.9 RSIR 220~240/50 155 529 133 116,25 1,55 5.29 1.21  
RSCR 1.62 5.53 1.26   4.0
TT1114GY 9.6 RSIR 220~240/50 168 573 144 126 1.52 5.19 1.19  
RSCR 1,60 5.46 1.25   4.0
TT1117GY 11.3 RSIR 220~240/50 198 676 170 148,5 1.52 5.19 1.19  
RSCR 1,60 5.46 1.25   4.0
TU1080Y 5.5 RSCR 220~240/50 92 314 79 69 1,58 5.39 1.23   3.0
TU1090Y 6.0 RSCR 220~240/50 102 348 88 77 1,60 5.46 1.25   3.0
TU1110Y 6.7 RSCR 220~240/50 115 392 99 86 1,60 5.46 1.25   3.0
TU1111Y 7.2 RSCR 220~240/50 126 430 108 95 1,60 5.46 1.25   4.0
TU1112Y 8.1 RSCR 220~240/50 140 478 120 105 1.62 5.53 1.26   4.0
TU1113Y 8.9 RSCR 220~240/50 152 519 131 114 1.62 5.53 1.26   4.0
TU1114Y 9.6 RSCR 220~240/50 168 573 144 126 1.62 5.53 1.26   4.0
TG1080Y 5.5 RSCR 220~240/50 92 314 79 69 1,65 5.63 1.29   3.0
TG1090Y 6.0 RSCR 220~240/50 102 348 88 77 1,66 5.66 1.29   3.0
TG1110Y 6.7 RSCR 220~240/50 115 392 99 86 1,66 5.66 1.29   3.0
TG1111Y 7.2 RSCR 220~240/50 126 430 108 95 1,66 5.66 1.29   3.0
TG1112Y 8.1 RSCR 220~240/50 140 478 120 105 1,68 5.73 1.31   3.5
TG1113Y 8.9 RSCR 220~240/50 152 519 131 114 1,68 5.73 1.31   4.0
TG1114Y 9.6 RSCR 220~240/50 168 573 144 126 1,68 5.73 1.31   4.0
TG1116Y 10.5 RSCR 220~240/50 184 628 158 138 1,68 5.73 1.31   4.0
TG1117Y 11.3 RSCR 220~240/50 196 669 169 147 1,68 5.73 1.31   4.0
TH1080Y 5.5 RSCR 220~240/50 92 314 79 69 1,73 5,90 1,35   2.0
TH1090Y 6.0 RSCR 220~240/50 102 348 88 77 1,75 5,97 1.37   2.0
TH1110Y 6.7 RSCR 220~240/50 115 392 99 86 1,75 5,97 1.37   3.0
TH1111Y 7.2 RSCR 220~240/50 126 430 108 95 1,75 5,97 1.37   3.0
TH1112Y 8.1 RSCR 220~240/50 140 478 120 105 1,75 5,97 1.37   3.0
TH1113Y 8.9 RSCR 220~240/50 152 519 131 114 1,75 5,97 1.37   3.0
TH1114Y 9.6 RSCR 220~240/50 168 573 144 126 1,75 5,97 1.37   4.0
TH1116Y 10.5 RSCR 220~240/50 184 628 158 138 1,75 5,97 1.37   4.0
TX1070Y 5.0 RSCR 220~240/50 82 280 71 62 1,80 6.14 1.40   2.0
TX1080Y 5.5 RSCR 220~240/50 92 314 79 69 1,80 6.14 1.40   2.0
TX1090Y 6.0 RSCR 220~240/50 102 348 88 77 1,80 6.14 1.40   2.0
TX1110Y 6.7 RSCR 220~240/50 115 392 99 86 1,80 6.14 1.40   2.5
TX1111Y 7.2 RSCR 220~240/50 126 430 108 95 1,80 6.14 1.40   3.0
TX1112Y 8.1 RSCR 220~240/50 140 478 120 105 1,80 6.14 1.40   3.0
TX1113Y 8.9 RSCR 220~240/50 152 519 131 114 1,80 6.14 1.40   3.0
TX1114Y 9.6 RSCR 220~240/50 168 573 144 126 1,80 6.14 1.40   3.5
TB1080Y 5.5 RSCR
(ePTC)
220~240/50 92 314 79 69 1,86 6.35 1,45   2.0
TB1090Y 6.0 RSCR
(ePTC)
220~240/50 102 348 88 77 1,86 6.35 1,45   2.0
TB1110Y 6.7 RSCR
(ePTC)
220~240/50 115 392 99 86 1,86 6.35 1,45   2.5
TB1111Y 7.2 RSCR
(ePTC)
220~240/50 126 430 108 95 1,88 6.41 1,47   3.0
TB1112Y 8.1 RSCR
(ePTC)
220~240/50 145 495 125 109 1,88 6.41 1,47   3.0
TB1113Y 8.9 RSCR
(ePTC)
220~240/50 155 529 133 116 1,88 6.41 1,47   3.5
TB1114Y 9.6 RSCR
(ePTC)
220~240/50 168 573 144 126 1,88 6.41 1,47   3.5
TE1070Y 5.0 RSCR
(ePTC)
220~240/50 82 280 71 62 1,93 6,59 1.51   2.0
TE1080Y 5.5 RSCR
(ePTC)
220~240/50 92 314 79 69 1,93 6,59 1.51   2.0
TE1090Y 6.0 RSCR
(ePTC)
220~240/50 102 348 88 77 1,93 6,59 1.51   2.0
TE1110Y 6.7 RSCR
(ePTC)
220~240/50 115 392 99 86 1,93 6,59 1.51   2.0
TE1111Y 7.2 RSCR
(ePTC)
220~240/50 126 430 108 95 1,93 6,59 1.51   2.0
TE1112Y 8.1 RSCR
(ePTC)
220~240/50 140 478 120 105 1,93 6,59 1.51   3.0
TE1114Y 9.6 RSCR
(ePTC)
220~240/50 168 573 144 126 1,93 6,59 1.51   4.0
 

Jiaxipera Compresseur TG 1116 Y

Modèle de compresseur : TG 1116 Y
Type de moteur : 1 PHASE – RSCR
Nombre de Palettes : 90 PIÈCES
Marque : JIAXIPERA
Lieu de fabrication : CHINOIS
Type de compresseur : PISTON HERMÉTIQUE
Capacité de refroidissement (watts) : 184
Diamètre du piston (cm3/tour) : 10.5
Code nomenclature :
Fourniture électrique : 200-240V
Régime de travail : PSL (-23.3°C / +54.4°C)
Gaz réfrigérant : R600A
Puissance du compresseur (Hp): 1/5
Fréquence (Hz): 50