1. Vahid Refrigeration Industries Co.
REFRIGERATION SYSTEMS
POLYURETHANE PRODUCTS AND
ACCESSORIES
w w w . s a b c o o l . c o m

2. Designed in 24 models with 3 – 75 Kw capacity.
Advanced coil with ½˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class (for 25 Kw models &
higher , Rosenberg“Germany”)
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134a
Nitrogen charging under 3 ~ 5 bar.
Testing and cleaning coils after production.
Using SEDES Heating Elements (Made in Italy)
EHT Evaporators
EHT
EHT ‫اواﭘﺮاﺗﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.‫وات‬ ﹢﹚﹫﹋ 75 ︀︑ 3 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 24 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
Inner) ﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ½ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
.(groove
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
﹟‫﹁ـــ‬ ﹐︀‫︋ـــ‬ ﹤‫︋ـــ‬ KW 25 ️‫︸︣﹁﹫ـــ‬ ‫)از‬ .IP 54 ﹩‫︝﹀︀︸︐ـــ‬
(‫روز﹡︊︣گ،آ﹛﹝︀ن‬
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
.︀﹫﹛︀︐‫ا﹬‬ SEDES ﹩︑‫︝︣ار‬ ‫﹨︀ی‬️﹠﹝﹛‫ا‬ ‫از‬ ‫ا︨︐﹀︀ده‬
Evaporators
Fin spacing = 5.5 & 8 mm(L)
m
2
Lit=dm
3
Surface
CircuitVolume
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
3
75
3.2
62.42
3000
58500
0.15
3 x 2.68
7.9
189.9
DT=8,Te=-8
Fans with 350 mm Diameter: 280v x 1 ph x 50Hz | Fans with 400, 500 and 630 mm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 350, 400, 500 & 630 mm
EHT 31
to
EHT 753
1

3. SKE
SKE ‫اواﭘﺮاﺗﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.‫وات‬ ﹢﹚﹫﹋ 50 ︀︑ 24 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 8 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
Inner) ﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅝ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
.(groove
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
(‫روز﹡︊︣گ‬ ﹟﹁ ).IP 54 ﹩︐︸︀﹀︝
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
.︀﹫﹛︀︐‫ا﹬‬ SEDES ﹩︑‫︝︣ار‬ ‫﹨︀ی‬️﹠﹝﹛‫ا‬ ‫از‬ ‫ا︨︐﹀︀ده‬
Evaporators
2
Fin spacing = 4.5 & 7 mm
m
2
Lit=dm
3
Surface
CircuitVolume
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
24
50
16.6
48.3
19000
38000
2 x 0.85
4 x 0.85
48.5
124.2
DT=8,Te=-8
Fans with 500 mm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 500 mm
SKE 242
to
SKE 504
SKE Evaporators are being produced between
24 to 50 KW in 8 models and nominal
capacities.
Advanced coil with ⅝˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class (Rosenberg fans)
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar.
Testing and cleaning coils after production.
Using SEDES Heating Elements (Made in Italy)
SKE Evaporators

4. SB Evaporators are being produced between 43
to 135 KW in 8 models and nominal capacities.
Advanced coil with ⅝˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class (Kemao)
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar.
Testing and cleaning coils after production.
Using SEDES Heating Elements (Made in Italy)
SB Evaporators
SB
SB ‫اواﭘﺮاﺗﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.‫وات‬ ﹢﹚﹫﹋ 135 ︀︑ 43 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 8 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
.﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅝ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
(Rosemberg & ZIEHL-ABEGG). IP 54 ﹩︐︸︀﹀︝
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
.︀﹫﹛︀︐‫ا﹬‬ SEDES ﹩︑‫︝︣ار‬ ‫﹨︀ی‬️﹠﹝﹛‫ا‬ ‫از‬ ‫ا︨︐﹀︀ده‬
Fin spacing = 6, 10 & 13 mm(L)
m
2
Lit=dm
3
Surface
CircuitVolume
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
43
135
33
134
23000
46000
1.5
2 x 1.5
143
579
DT=8,Te=-8
Fans with 800 mm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 800 mm
SB 431
to
SB 1352
3
Evaporators

5. TF2
TF2 Evaporators are being produced between
50 to 150 KW in 6 models and nominal
capacities ,using in freezing tunnels.
Advanced coil with ½˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class (Rosenberg fans)
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar.
Testing and cleaning coils after production.
Using SEDES Heating Elements (Made in Italy)
TF2 Evaporators TF2 ‫اواﭘﺮاﺗﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫وات‬ ﹢﹚﹫﹋ 150 ︀︑ 50 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 6 ‫در‬ ‫︫ـــ︡ه‬ ﹩︝‫︵︣ا‬
.‫ا﹡︖﹝︀د‬ ﹏﹡﹢︑ ‫︋︣ای‬ ︉︨︀﹠﹞
Inner) ﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ½ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
.(groove
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
(ebm ‫و‬ ‫روز﹡︊︣گ‬ ﹟﹁ ).IP 54 ﹩︐︸︀﹀︝
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
︀﹫﹛︀︐‫ا﹬‬ SEDES ﹩︑‫︝︣ار‬ ‫﹨︀ی‬️﹠﹝﹛‫ا‬ ‫از‬ ‫ا︨︐﹀︀ده‬
Evaporators
4
Fin spacing = 5.5 & 8 mm
m
2
Lit=dm
3
Surface
CircuitVolume
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
50
150
42.3
123
25320
72000
2 x 2.68
6 x 2.68
90.6
277.1
DT=8,Te=-8
Fans with 630 mm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 630 mm
TF2 502
to
TF2 1506

6. Sa Evaporators are being produced between 5
to 87 KW in 20 models and nominal capacities.
Advanced coil with ⅝˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class (Ecofit , Rosenberg)
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar.
Testing and cleaning coils after production.
Using SEDES Heating Elements (Made in Italy)
Sa Evaporators
Sa
Sa ‫اواﭘﺮاﺗﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.‫وات‬ ﹢﹚﹫﹋ 87 ︀︑ 5 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 20 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
.﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅝ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
(ebm, ZIEHL-ABEGG & Rosenberg) .IP 54 ﹩︐︸︀﹀︝
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
︀﹫﹛︀︐‫ا﹬‬ SEDES ﹩︑‫︝︣ار‬ ‫﹨︀ی‬️﹠﹝﹛‫ا‬ ‫از‬ ‫ا︨︐﹀︀ده‬
Evaporators
5
Fin spacing = 6, 10 & 13 mm(L)
m
2
Lit=dm
3
Surface
CircuitVolume
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
5
87
3.5
64.9
3700
58500
0.15
3 x 2.68
12.8
270
DT=8,Te=-8
Fans with 400 mm Diameter: 280v x 1 ph x 50Hz | Fans with 500 and 630 mm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 400, 500 & 630 mm
SA 51
to
SA 873

7. TS
TS Evaporators are being produced between 24
to 50 KW in 8 models and nominal capacities.
Advanced coil with ⅝˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class (Rosenberg & ebm fans)
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134a
Nitrogen charging under 3 ~ 5 bar.
Testing and cleaning coils after production.
Using SEDES Heating Elements (Made in Italy)
TS Evaporators TS ‫اواﭘﺮاﺗﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.‫وات‬ ﹢﹚﹫﹋ 50 ︀︑ 24 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 8 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
.﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
(ebm ‫و‬ ‫روز﹡︊︣گ‬ ﹟﹁ ).IP 54 ﹩︐︸︀﹀︝
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.bar 5 ~ 3 ‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
︀﹫﹛︀︐‫ا﹬‬ SEDES ﹩︑‫︝︣ار‬ ‫﹨︀ی‬️﹠﹝﹛‫ا‬ ‫از‬ ‫ا︨︐﹀︀ده‬
Evaporators
6
Fin spacing = 6 mm
m
2
Lit=dm
3
Surface
CircuitVolume
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
24
50
16.5
48.3
19000
38000
2 x 0.85
4 x 0.85
49
125
DT=8,Te=-8
Fans with 500 mm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 500 mm
TS 242
to
TS 504

8. D Unit, SR & BSR
Condensing Units

9. D Unit
D Units is being produced in 28 models.
Advanced coil with ⅜˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class.
Aluminum fin waves.
Testing and cleaning coils after production.
Discharge pipe from compressor to condenser
inlet.
Suction and discharge Rotolock valves.
D Unit ( Condensing Unit ) D ‫ﯾﻮﻧﯿﺖ‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫﹞︡ل‬ 28 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
Inner) ﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅜ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
.(groove
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
.IP 54 ﹩︐︸︀﹀︝
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
.‫﹋﹠︡ا﹡︧﹢ر‬ ‫ورودی‬ ﹤︋ ‫﹋﹝︍︨︣﹢ر‬ Discharge ﹤﹛﹢﹛
.︩﹊﹞ ‫و‬ ︩﹨‫د‬ Rotolock ‫︫﹫︣﹨︀ی‬
Condensing Unit
8
Fin spacing = 2.4 mm
HP
Compressor
Models
Nominal
Capacity Evaporating Temptature
Cooling Capacity (Kw) Power Consunption (Kw)
-5
Minimum D7
Maximum D67
1.8
13.3
1.28
11.9
3.54 0.95 1.44
26.2 7.79 10.28
MT 22
MT 160
Ambient Temperature +35 (˚C)
Condenser
Models
-20 -5-20

10. BSR
Condensing Unit
BSR ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫وات‬ ﹢﹚﹫﹋ 92 ︀︑ 7 ️‫︸︣﹁﹫ـــ‬ ‫از‬ ‫﹞︡ل‬ 19 ‫در‬ ‫︫ـــ︡ه‬ ﹩︝‫︵︣ا‬
.﹩‫﹨﹢ا﹬‬ ‫و‬ ‫آب‬ ︿﹚︐︟﹞ ﹅︵︀﹠﹞ ‫︋︣ای‬
﹤﹡︡︋ ‫و﹬︥ه‬ ﹩︝‫︵︣ا‬ ︀︋ BSR ︡‫︗︡﹬‬ ‫︨ـــ︣ی‬ ‫﹋﹠︡ا﹡︧ـــ﹢ر﹨︀ی‬
‫ا﹞﹊︀ن‬ ‫و‬ ﹩︗‫︠︣و‬ ‫و‬ ‫ورودی‬ ‫﹋︀﹛﹊︐﹢ر﹨ـــ︀ی‬ ‫از‬ ️︸︀﹀︝ ️‫︗﹧ـــ‬
.Bitzer ‫﹋﹝︍︨︣﹢ر‬ ︉︭﹡
Inner) ﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅜ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
.(groove
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
.IP 54 ﹩︐︸︀﹀︝
Fin) ﹤︐﹁︣‫︎﹫︪ـــ‬ ‫دار‬ ‫﹁︣م‬ ‫︨ـــ︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.(Wave
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.︀﹨️﹫﹡﹢‫﹬‬ ﹌﹠﹫︧﹡‫﹋﹠︡ا‬ ‫در‬ bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
BSR Condensers are being produced between 7
to 92 KW in 19 models and nominal capacities.
New series of BSR condensers are specially
designed for protecting input and output
collectors which have the capability to install
Bitzer and Copeland compressors.
Advanced coil with ⅜˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class.
Aluminum fin waves.
Adaptive with refrigerants R22 , R404A , R134A.
Nitrogen charging under 3 ~ 5 bar into
condensing units.
Testing and cleaning coils after production.
BSR Condensers
9
Condensing Units Medium / Low Temperature BSR Series
Evaporating Temperature (˚C)
(T cond= +35˚C) Moderate Zone
BSR-92
-30˚ -25˚ -20˚ -15˚ -5˚ 0˚-10˚-35˚-40˚
Compressor
Models
Condenser
Models
Suction Line Temperature 20˚C | R22
BSR-7 1.6
23.2
1.15
-
0.85
-
2.1
30.7
2.7
39.35
3
50.4
3.7
-
4.5
-
2GC-2.2
6G-40.2
5.4
-Maximum
Minimum

11. SR
Condensing Unit
SR Condensers are being produced between 7
to 92 KW in 19 models and nominal capacities.
New series of SR condensers are specially
designed for protecting input and output
collectors which have the capability to install
Copeland compressor.
Advanced coil with ⅜˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar into
condensing units
Testing and cleaning coils after production.
SR Condensers SR ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫وات‬ ﹢﹚﹫﹋ 92 ︀︑ 7 ️‫︸︣﹁﹫ـــ‬ ‫از‬ ‫﹞︡ل‬ 19 ‫در‬ ‫︫ـــ︡ه‬ ﹩︝‫︵︣ا‬
.﹩‫﹨﹢ا﹬‬ ‫و‬ ‫آب‬ ︿﹚︐︟﹞ ﹅︵︀﹠﹞ ‫︋︣ای‬
️﹧︗ ﹤﹡︡︋ ‫و﹬︥ه‬ ﹩︝‫︵︣ا‬ ︀︋ SR ︡‫︗︡﹬‬ ‫︨︣ی‬ ‫﹋﹠︡ا﹡︧﹢ر﹨︀ی‬
︉︭﹡ ‫ا﹞﹊︀ن‬ ‫و‬ ﹩︗‫︠︣و‬ ‫و‬ ‫ورودی‬ ‫﹋︀﹛﹊︐﹢ر﹨ـــ︀ی‬ ‫از‬ ️︸︀﹀︝
DWM ‫﹋﹝︍︨︣﹢ر‬
Inner) ﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅜ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
.(groove
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
.IP 54 ﹩︐︸︀﹀︝
Fin) ﹤︐﹁︣‫︎﹫︪ـــ‬ ‫دار‬ ‫﹁︣م‬ ‫︨ـــ︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.(Wave
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.︀﹨️﹫﹡﹢‫﹬‬ ﹌﹠﹫︧﹡‫﹋﹠︡ا‬ ‫در‬ bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
10
Condensing Units Medium / Low Temperature SR Series
Evaporating Temperature (˚C)
(T cond= +35˚C) Moderate Zone
SR-92
-30˚ -25˚ -20˚ -15˚ -5˚ 0˚-10˚-35˚-40˚
Compressor
Models
Condenser
Models
Suction Line Temperature 20˚C | R22
SR-7 1.33
-
1.00
-
0.75
-
1.75
-
2.25
37.2
2.83
46.6
3.49
-
4.25
-
DKSJ-150
D6SJ-3500
5.1
-Maximum
Minimum

12. SAC Condensers are being produced between
45 to 185 KW in 11 models and nominal
capacities.
Advanced coil with ⅜˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar into
condensing units
Testing and cleaning coils after production.
SAC Condensers
SAC
SAC ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫وات‬ ﹢﹚﹫﹋185 ︀︑45 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬11 ‫در‬ ‫︫ـــ︡ه‬ ﹩︝‫︵︣ا‬
.﹩‫﹨﹢ا﹬‬ ‫و‬ ‫آب‬ ︿﹚︐︟﹞ ﹅︵︀﹠﹞ ‫︋︣ای‬
.﹩﹚︠‫دا‬ ‫︫﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅜ ﹩︧﹞ ‫﹨︀ی‬ ﹤﹛﹢﹛ ‫از‬ ‫ا︨︐﹀︀ده‬
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
.IP 54 ﹩︐︸︀﹀︝
.(FinWave)﹤︐﹁︪︣﹫︎‫دار‬‫﹁︣م‬‫︨︴﹢ح‬︀︋﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬‫﹁﹫﹠﹧︀ی‬
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.︀﹨️﹫﹡﹢‫﹬‬ ﹌﹠﹫︧﹡‫﹋﹠︡ا‬ ‫در‬ bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
Fin spacing = 2.4 mm
m
2
Lit=dm
3
Surface
CircuitVolume
DT=11
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
45
185
15.4
68.1
12400
39000
2 x 0.38
3 x 0.8
31.5
129.5
92.3
415
DT=15
Fans with 50 and 63 cm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 500 & 630 mm
SAC 452
to
SAC 1853
11
Condensers

13. SPA
SPA Condensers are being produced between
45 to 175 KW in 11 models and nominal
capacities.
Advanced coil with ⅜˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar into
condensing units
Testing and cleaning coils after production.
SPA Condensers SPA ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫وات‬ ﹢﹚﹫﹋ 175 ︀︑ 45 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 11 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
.﹩‫﹨﹢ا﹬‬ ‫و‬ ‫آب‬ ︿﹚︐︟﹞ ﹅︵︀﹠﹞ ‫︋︣ای‬
﹩﹚︠‫دا‬ ‫︫ـــ﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅜ ﹩‫﹞︧ـــ‬ ‫﹨︀ی‬ ﹤‫﹛﹢﹛ـــ‬ ‫از‬ ‫ا︨ـــ︐﹀︀ده‬
.(Inner groove)
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
.IP 54 ﹩︐︸︀﹀︝
Fin) ﹤︐﹁︣‫︎﹫︪ـــ‬ ‫دار‬ ‫﹁︣م‬ ‫︨ـــ︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.(Wave
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.︀﹨️﹫﹡﹢‫﹬‬ ﹌﹠﹫︧﹡‫﹋﹠︡ا‬ ‫در‬ bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
Fin spacing = 2.4 mm
m
2
Lit=dm
3
Surface
CircuitVolume
DT=11
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
45
175
31.1
125.3
12492
39000
2 x 0.38
3 x 0.88
31
122
89.5
404.7
DT=15
Fans with 50 and 63 cm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 500 & 630 mm
SPA 452
to
SPA 1753
12
Condensers

14. SW Condensers are being produced between
150 to 720 KW in 15 models and nominal
capacities.
Advanced coil with ⅜˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar into
condensing units
Testing and cleaning coils after production.
SW Condensers
SW
SW ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
﹢﹚﹫﹋ 720 ︀︑ 150 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 15 ‫در‬ ‫︫ـــ︡ه‬ ﹩︝‫︵︣ا‬
.﹩‫﹨﹢ا﹬‬ ‫و‬ ‫آب‬ ︿﹚︐︟﹞ ﹅︵︀﹠﹞ ‫︋︣ای‬ ‫وات‬
﹩﹚︠‫دا‬ ‫︫ـــ﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅜ ﹩‫﹞︧ـــ‬ ‫﹨︀ی‬ ﹤‫﹛﹢﹛ـــ‬ ‫از‬ ‫ا︨ـــ︐﹀︀ده‬
.(Inner groove)
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
.IP 54 ﹩︐︸︀﹀︝
Fin) ﹤︐﹁︣‫︎﹫︪ـــ‬ ‫دار‬ ‫﹁︣م‬ ‫︨ـــ︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.(Wave
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.︀﹨️﹫﹡﹢‫﹬‬ ﹌﹠﹫︧﹡‫﹋﹠︡ا‬ ‫در‬ bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
Fin spacing = 2.4 mm
m
2
Lit=dm
3
Surface
CircuitVolume
DT=11
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
150
720
48
291.7
24960
156000
4 x 0.38
12 x 0.8
105
504
179.8
1714.8
DT=15
Fans with 50 and 63 cm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 500 & 630 mm
SW 1504
to
SW 72012
13
Condensers

15. SVC
SVC Condensers are being produced between
90 to 310 KW in 10 models and nominal
capacities.
Advanced coil with ⅜˝ inner groove pipe.
Axial fans, equipped with inner overload and
protection IP 54 class
Aluminum fin waves
Adaptive with refrigerants R22 , R404A , R134A
Nitrogen charging under 3 ~ 5 bar into
condensing units
Testing and cleaning coils after production.
SVC Condensers SVC ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫وات‬ ﹢﹚﹫﹋ 310 ︀︑ 90 ️﹫﹁︣︸ ‫از‬ ‫﹞︡ل‬ 10 ‫در‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
.﹩‫﹨﹢ا﹬‬ ‫و‬ ‫آب‬ ︿﹚︐︟﹞ ﹅︵︀﹠﹞ ‫︋︣ای‬
﹩﹚︠‫دا‬ ‫︫ـــ﹫︀ر‬ ︀︋ ︘﹠‫ا﹬‬ ⅜ ﹩‫﹞︧ـــ‬ ‫﹨︀ی‬ ﹤‫﹛﹢﹛ـــ‬ ‫از‬ ‫ا︨ـــ︐﹀︀ده‬
.(Inner groove)
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
.IP 54 ﹩︐︸︀﹀︝
Fin) ﹤︐﹁︣‫︎﹫︪ـــ‬ ‫دار‬ ‫﹁︣م‬ ‫︨ـــ︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.(Wave
.R22 ،R404A ،R134a ‫﹞︊︣د﹨︀ی‬ ︀︋ ‫︨︀ز﹎︀ر‬
.︀﹨️﹫﹡﹢‫﹬‬ ﹌﹠﹫︧﹡‫﹋﹠︡ا‬ ‫در‬ bar 5 ~ 3‫﹁︪︀ر‬ ︀︋ ‫ازت‬ ‫︫︀رژ‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
Condensers
Fin spacing = 2.4 mm
m
2
Lit=dm
3
Surface
CircuitVolume
DT=11
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
90
310
31.1
125.3
12480
49920
2 x 0.38
8 x 0.38
63
217
179.9
769.7
DT=15
Fans with 50 and 63 cm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 500 & 630 mm
SVC 902
to
SVC 3108
14

16. SAM
Evaporators
SAM ‫اواﭘﺮاﺗﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
﹏﹫︐︨‫ا‬ ‫﹨︀ی‬ ﹤﹛﹢﹛ ︀︋ ﹩﹋︀﹫﹡﹢﹞‫آ‬ ‫اوا︎︣ا︑﹢ر‬
.‫وات‬ ﹢﹚﹫﹋ 130 ︀︑ 10 ️﹫﹁︣︸ ‫از‬ ‫︫︡ه‬ ﹩︝‫︵︣ا‬
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
(Rosemberg & ZIEHL-ABEGG). IP 54 ﹩︐︸︀﹀︝
.﹤︐﹁︪︣﹫︎ ‫دار‬ ‫﹁︣م‬ ‫︨︴﹢ح‬ ︀︋ ﹩﹞﹢﹫﹠﹫﹞﹢﹛‫آ‬ ‫﹁﹫﹠﹧︀ی‬
.️︠︀︨ ‫از‬ ︦︎ ︀﹧﹚‫﹋﹢﹯‬ ‫﹎﹫︣ی‬ ﹩︋︣︚ ‫و‬ ️︧︑
Ammonia evaporator with stainless steel pipes.
Capacity from 10 kw to 130 kw.
Axial fans, equipped with inner overload and
protection IP 54 class (Rosenberg &
ZIEHL-ABEGG)
Aluminum fin waves
Testing and cleaning coils after production.
SAM Evaporators
15
Fin spacing = 6, 10 & 13 mm
m
2
Lit=dm
3
Surface
CircuitVolume
Coil
Specification Fan data
Nominal
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
10.4
112.9
14
108
9500
69000
1 x 0.85
3 x 1.5
43.3
262.5
DT=10,Te=-8
Fans with 500, 630 & 800 mm Diameter: 380v x 3 ph x 50HzNote:
Fan Ø 500, 630 & 800 mm
SAM 50B 106
to
SAM 80D 310
NH3

17. EC
Stainless steel Evaporative Condenser from 180
to 1250 Kw.
Maximum resistivity against corrosion.
Applying axial fans equipped with internal
overload with IP 54 protective class. (Rosenberg
& ZIEHL-ABEGG)
Water diffusion protection system with high
capability.
Applicable with coil D Super Heater.
Applicable with refrigerant coil of cylinder head
water.
Advanced nozzles, repair and maintenance free.
Evaporative Condensers ‫ﺗﺒﺨﯿﺮى‬ ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.‫﹋﹫﹚﹢وات‬ 1250 ︀︑ 180 ‫از‬ ﹏﹫︐︨‫ا‬ ‫︑︊︟﹫︣ی‬ ‫﹋﹠︡ا﹡︧﹢ر‬
﹩﹎‫︠﹢رد‬ ︣︋‫در︋︣ا‬ ️﹞‫﹞﹆︀و‬ ﹜﹝‫﹞︀﹋︤﹬‬
‫﹋﹑س‬ ︀︋ ﹩﹚︠‫دا‬ ‫اور﹛﹢د‬ ﹤︋ ︤﹧︖﹞ Axial ‫﹨︀ی‬﹟﹁ ‫از‬ ‫ا︨︐﹀︀ده‬
(Rosemberg & ZIEHL-ABEGG) .IP 54 ﹩︐︸︀﹀︝
.﹐︀︋ ‫︋︧﹫︀ر‬ ﹩‫﹋︀را﹬‬ ︀︋ ︣﹫﹎ ‫﹇︴︣ه‬ ﹜︐︧﹫︨
.︣︐﹫﹨︣︎﹢︨ ‫دی‬ ﹏‫﹋﹢﹯‬ ‫﹋︣دن‬ ﹤﹁︀︲‫ا‬ ️﹫﹚︋︀﹇
.‫︨︨︣﹫﹚﹠︡ر‬ ‫آب‬ ‫﹋﹠﹠︡ه‬ ﹉﹠︠ ﹏‫﹋﹢﹯‬ ‫ا﹁︤ودن‬ ️﹫﹚︋︀﹇
.‫﹡﹍﹧︡اری‬ ‫و‬ ︣‫︑︺﹝﹫ـــ‬ ﹤︋ ‫﹡﹫︀ز‬ ‫︋︡ون‬ ،﹤︐﹁︣‫︎﹫︪ـــ‬ ‫﹨︀ی‬ ‫﹡︀زل‬
(maintenance free)
Evaporative Condensers
16
NH3

18. Stainless steel ice Bank
Applicable for using in Ammonia and Freon
refrigeration systems.
Specially design for high efficiency in Freon system.
High resistance against corrosion in Wet or
acidic ambient.
Suitable for using in Dairy industries.
ICE BANK
Ice Bank
‫ﺑﺎﻧﮏ‬ ‫آﯾﺲ‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.﹏﹫︐︨‫ا‬ ﹉﹡︀︋ ︦‫آ﹬‬
.‫﹁︣﹯﹢ن‬ ‫و‬ ﹩﹋︀﹫﹡﹢﹞‫آ‬ ‫﹨︀ی‬ ﹜︐︧﹫︨ ‫︋︣ای‬ ︉︨︀﹠﹞
.﹩﹡﹢‫﹁︣﹯‬﹜︐︧﹫︨‫در‬﹩‫﹋︀را﹬‬︩‫ا﹁︤ا﹬‬️﹧︗‫و﹬︥ه‬﹩︝‫︵︣ا‬‫دارای‬
.‫︠﹢ر﹡︡ه‬‫و‬‫﹞︣︵﹢ب‬،‫ا︨﹫︡ی‬︳﹫︜﹞︣︋‫︋︣ا‬‫در‬️﹞‫﹞﹆︀و‬﹟‫︋︀﹐︑︣﹬‬
.﹩﹠︊﹛ ︹‫︮﹠︀﹬‬ ‫در‬ ‫ا︨︐﹀︀ده‬ ‫︋︣ای‬ ︉︨︀﹠﹞
17

19. Split Block
Applied for under/above zero as integral or split
system.
Digital temperature and system operation
controller.
Easy installation and quick setup.
Applicable for food, sanitary, pharmaceutical,
hospital industries, blood bank and flower
market.
SPLIT BLOCK & MONO BLOCK
18
hp
Capacity
Compressor Fan data
Nominal Condenser
Fan data
Evaporator
Capacity
AirFlow
Power
3
m /hr kwkw
Minimum
Maximum
8
50
4500
9000
1 x 0.2
2 x 0.2
AirFlow
Power
3000
19000
1 x 0.15
2 x 0.85
1.5
15
DT=15
SPLIT BLOCK & MONO BLOCK
8 to 50 kw
‫ﺑﻼك‬ ‫ﻣﻮﻧﻮ‬ ‫و‬ ‫ﺑﻼك‬ ‫اﺳﭙﻠﯿﺖ‬
﹜︐‫︨﹫︧ـــ‬ ‫︮﹢رت‬ ﹤︋ ︣﹀︮ ‫︋︀﹐ی‬ ‫و‬ ︣﹀︮ ︣‫ز﹬‬ ‫د﹞︀ی‬ ‫﹋︀ر︋ـــ︣ی‬
.️﹫﹚︍︨‫ا‬ ︀‫﹬‬ ﹤︚‫﹬﹊︍︀ر‬
.﹜︐︧﹫︨ ‫︻﹝﹚﹊︣د‬ ‫و‬ ︀﹞‫د‬ ﹩﹛︀︐﹫︖‫د﹬‬ ︣﹛︣︐﹠﹋
.︹‫︨︣﹬‬ ‫ا﹡︡ازی‬ ‫راه‬ ‫و‬ ‫آ︨︀ن‬ ︉︭﹡
،﹩‫دارو﹬‬ ،﹩︐‫︋﹧︡ا︫ـــ‬ ،﹩‫︾︢ا﹬‬ ︹‫︮﹠︀﹬‬ ‫در‬ ‫ا︨ـــ︐﹀︀ده‬ ‫﹞ـــ﹢رد‬
.﹏﹎ ‫︋︀زار‬ ‫و‬ ‫︠﹢ن‬ ﹉﹡︀︋ ،‫︋﹫﹝︀ر︨︐︀ن‬

20. Applicable for ±0°c on coldrooms.
Controllers & power circuits designed for
different types of refrigerating systems.
Body protection class: IP 54, coated with
electrostatic cover.
Danfoss contactors.
Equipped with colored terminal, colored and
coded wiring, complete navigation circuit and
power drawing with colored drawing of coded
terminals.
Equipped with signal pad alarm for main
elements and defrost operation.
Equipped with digital Danfoss controller, IP 65
which is programmable and controllable.
Refrigeration systems control with 1.5 to 140 HP.
DEP Electrical Panel DEP ‫ﺑﺮق‬ ‫ﺗﺎﺑﻠﻮ‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
.︣﹀︮ ‫︋︀﹐ی‬ ‫و‬ ︣﹀︮ ︣‫ز﹬‬ ‫﹨︀ی‬﹤﹡︀︠‫︨︣د‬ ‫︋︣ای‬ ︉︨︀﹠﹞
︿﹚︐︟﹞ ‫ا﹡﹢اع‬ ‫︋︣ای‬ ‫︫ـــ︡ه‬ ﹩︝‫︵︣ا‬ ‫﹇︡رت‬ ‫﹞︡ارات‬ ‫و‬ ︣﹛︣︐﹠﹋
.﹤﹡︀︠‫︨︣د‬ ‫﹨︀ی‬ ﹜︐︧﹫︨
︀︋ ‫ه‬ ‫﹨﹝︣ا‬ ،︡‫︋︀︫ـــ‬ ﹩﹞ IP 54 ﹩‫︝﹀︀︸︐ـــ‬ ‫﹋﹑س‬ ‫دارای‬ ﹤‫︋︡﹡ـــ‬
.﹉﹫︑︀︐︨‫ا‬ ‫ا﹛﹊︐︣و‬ ﹌﹡‫ر‬ ︩︫﹢︎
.‫دا﹡﹀﹢س‬ ‫﹞︀رک‬ ‫﹨︀ی‬‫﹋﹠︐︀﹋︐﹢ر‬
‫﹎︢اری‬ ︡﹋ ‫و‬ ﹩﹍﹡‫ر‬ ﹩︪﹋ ﹜﹫︨ ،﹩﹍﹡‫ر‬ ‫﹨︀ی‬‫︑︣﹞﹫﹠︀ل‬ ﹤︋ ︤﹧︖﹞
﹤︪﹆﹡ ︀︋ ‫﹨﹝︣اه‬ ‫﹇︡رت‬ ‫و‬ ‫﹁︣﹞︀ن‬ ‫﹞︡ار‬ ﹏﹞︀﹋ ﹤‫﹡﹆︪ـــ‬ ،‫︫︡ه‬
. ‫︫︡ه‬ ‫﹎︢اری‬ ︡﹋ ‫﹨︀ی‬‫︑︣﹞﹫﹠︀ل‬ ‫از‬ ﹩﹍﹡‫ر‬
‫︻﹝﹚﹫︀ت‬ ‫و‬ ﹩﹚︮‫ا‬ ‫ا︗︤ای‬ ‫د﹨﹠︡ه‬ ‫﹨︪︡ار‬ ︡︎ ‫︨﹫﹍﹠︀ل‬ ‫دارای‬
.️︨‫د﹬﹀︣ا‬
︀︋ IP 65 ‫﹋﹑س‬ ︀‫︋ـــ‬ Danfoss ﹩﹛︀︐﹫︖‫د﹬‬ ︣﹛︣︐﹠﹋ ﹤‫︋ـــ‬ ︤﹧︖﹞
.‫﹋﹠︐︣ل‬ ‫و‬ ‫ر﹬︤ی‬ ﹤﹞︀﹡︣︋ ️﹫﹚︋︀﹇
140 ︀︑ 1/5 ‫﹨ـــ︀ی‬‫︑﹢ان‬ ︀︋ ﹩︑‫︋︣ود‬ ‫﹨︀ی‬﹜︐‫︨﹫︧ـــ‬ ‫﹋﹠︐︣ل‬
.︉︨‫ا‬
20
DEP
Electrical Panel

21. Shell & Tube water cooled condensing Unit, STW
model.
Capacity: 5 - 120 TR
Possibility of producing with special copper
nickel tube suitable for brine application.
Produced with Cementite stand or galvanized
chassis.
Water Cooled Condensers
Water Cooled
‫آﺑﻰ‬ ‫ﮐﻨﺪاﻧﺴﻮر‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫︑﹫﹢ب‬ ︡﹡‫ا‬ ﹏︫ ‫﹋﹠︡ا﹡︧﹢ر‬
﹟︑ 120 ﹩﹛‫ا‬ 5 ️﹫﹁︣︸
.‫︫﹢ر‬‫آب‬‫﹋︀ر︋︣د‬‫︋︣ای‬︉︨︀﹠﹞﹏﹊﹫﹡︣︎︀﹋﹤﹛﹢﹛︀︋︡﹫﹛﹢︑‫ا﹞﹊︀ن‬
.‫﹎︀﹛﹢ا﹡﹫︤ه‬ ﹩︨︀︫ ︀‫﹬‬ ‫و‬ Cementite ﹤‫︎︀﹬‬ ︀︋ ‫︫︡ه‬ ︡﹫﹛﹢︑
Condensers
in
Shell Full length
Nominal
Water Cooled Condensers
Chassis
Capacity
mm mmton
Minimum
Maximum
2
120
455
2350
600
2600
5
12
Diameter
Length
Fulllength
5 ton to
120 ton
19

22. DOORS
Sliding and Hinged
‫ﻟﻮﻻﯾﻰ‬ ‫و‬ ‫ﮐﺸﻮﯾﻰ‬ ‫ﻫﺎى‬‫درب‬ ‫ﻫﺎى‬‫وﯾﮋﮔﻰ‬
40kg/m3
﹤︐﹫︧﹡‫د‬ ︀︋ ﹩﹆‫︑︤ر﹬‬ ‫﹬﹢ر︑︀ن‬ ﹩﹚︎ ‫﹁﹢م‬
‫در‬ ︣︐﹞ ﹩﹚﹫﹞ 70 ‫)و‬ ︣‫﹞︐ـــ‬ ﹩﹚﹫﹞ 135 ‫و‬ 100 ️﹞︀︟︲
(﹩‫﹛﹢﹐﹬‬ ‫﹨︀ی‬‫درب‬
UPVC ﹜‫﹁︣﹬‬
‫﹎︀﹛﹢ا﹡﹫︤ه‬ ‫︫︡ه‬ ﹌﹡‫ر‬ ︩﹫︎ ‫ورق‬
(﹩‫﹋︪﹢﹬‬ ‫﹨︀ی‬‫)درب‬ ‫آ﹛﹢﹞﹫﹠﹫﹢م‬ ‫و‬ ﹏﹫︐︨‫ا‬ ‫ا︑︭︀﹐ت‬
‫درب‬ ‫دور‬ ️﹠﹝﹛‫ا‬
21
UPVC
Frame
Injective Polyurethane foam with density of
40 kg/m3
.
Thickness: 100 and 135 mm.
UPVC Frame.
Pre-coated galvanized surface.
Stainless steel and aluminum fittings.
Door surrounding heater.
Sliding and hinged doors

23. Cold Conex
±0°c cold Conex in standard dimensions (To be
transported by trailer).
Applicable to be shift by fork lift or crane.
Applicable in different ambient conditions and
open areas.
Strong chassis made of 3 mm galvanized sheet.
Injective Polyurethane foam with density of
40 kg/m3
.
Different types of cold room conex with the
volume of 25-45 cbm
PVC or Aluminum flooring for easy
water downfall
Special door for cold room
(hinged or sliding) in
different dimensions for
industrial and
business cold
rooms.
Cold Conex ‫ﮐﺎﻧﮑﺲ‬ ‫ﻫﺎى‬‫ﻣﺰﯾﺖ‬ ‫و‬ ‫ﻫﺎ‬‫وﯾﮋﮔﻰ‬
‫ا︨ـــ︐︀﹡︡ارد.)︋︣ای‬ ‫ا︋︺︀د‬ ‫در‬ ︣﹀︮ ﹐︀︋ ‫و‬ ︣﹀︮ ︣‫ز﹬‬ ︦﹊﹡︀﹋
(﹩﹚‫︑︣﹬‬ ︀︋ ﹩‫︗︀︋︖︀﹬‬
﹏﹫﹆︔︣︗ ‫و‬ ‫﹛﹫﹀︐︣اک‬ ︀︋ ﹩‫︗︀︋︖︀﹬‬ ️﹫﹚︋︀﹇
︿﹚︐︟﹞ ‫﹨﹢ای‬ ‫و‬ ‫آب‬ ️﹧︗ ︉︨︀﹠﹞
︣︐﹝﹫﹚﹫﹞ 3 ️﹞︀︟︲ ﹤︋ ‫﹎︀﹛﹢ا﹡﹫︤ه‬ ︦﹠︗ ‫از‬ ﹜﹊︜︐︧﹞ ﹩︨︀︫
40kg/m3
﹤︐﹫︧﹡‫د‬ ︀︋ ﹩﹆‫︑︤ر﹬‬ ‫﹬﹢ر︑︀ن‬ ﹩﹚︎ ﹅‫︻︀﹬‬
︀︑ 25 ﹩﹝︜︗ ️﹫﹁︣︸ ‫در‬ ﹤﹡︀︠‫︨ـــ︣د‬ ‫﹨︀ی‬︦﹊﹡︀﹋ ‫ا﹡﹢اع‬
︉︺﹊﹞ ︣︐﹞ 45
‫آ︨︀ن‬‫آ︋︣﹬︤ی‬️﹧︗‫آ﹛﹢﹞﹫﹠﹫﹢م‬︀‫﹬‬PVC‫ورق‬‫﹋﹀︍﹢ش‬‫از‬‫ا︨︐﹀︀ده‬
‫ا︋︺︀د‬ ‫در‬ (﹩‫﹋︪ـــ﹢﹬‬ ︀‫﹬‬ ﹩‫)﹛﹢﹐﹬‬ ﹤﹡︀︠‫︨ـــ︣د‬ ‫﹞︟︭﹢ص‬ ‫درب‬
.﹩︐︺﹠︮ ‫و‬ ‫︑︖︀ری‬ ﹤﹡︀︠‫︨︣د‬ ️﹧︗ ︿﹚︐︟﹞
22

25. www.sabcool.com
(‫﹞︜︡ود‬ ️﹫﹛﹢‫)﹞︧ــ﹮‬ ︡﹫︝‫و‬ ﹩︑‫︋︣ود‬ ︹‫︮﹠︀﹬‬ ️﹋︣‫︫ــ‬
: ﹟‫︑﹚﹀ـــــــــــــــ‬
: ︦‫﹁﹊ـــــــــــــ‬
77 53 36 37
77 530 884
: ﹩︐‫︎︧ــــــ‬ ︡‫﹋ــ‬1148866713
‫ا﹡﹆ــ﹑ب‬ ‫︠﹫︀︋ــ︀ن‬ . ‫︑﹧ــ︣ان‬ :‫﹞︣﹋ــ︤ی‬ ︣‫د﹁︐ــ‬
‫﹡﹢ر﹞︜﹝︡ی‬ ︡﹫﹧‫︫ــ‬ ‫︠﹫︀︋ــ︀ن‬ . ‫︫ــ﹝﹫︣ان‬ ︘‫︎﹫ــ‬
۵٢ ‫︫ــ﹝︀ره‬ . (﹟︋︀﹊﹠︑)
Head Office: No. 52, Noor Mohammadi
(Tonekabon) St., Enghelab Ave., Tehran,
IRAN. Postcode:1148866713
+98 (21) 77 53 36 37
+98 (21) 77 530 884
Tel:
Fax:
i n f o @ s a b c o o l . c o mEmail:
EHT
Sa
SB
TF2
SKE
TS
D
BSR
SR
SAC
SPA
SW
SVC
SAM
EC
EVAPORATORS
EVAPORATORS
EVAPORATORS
EVAPORATORS
EVAPORATORS
EVAPORATORS
CONDENSING UNIT
CONDENSING UNIT
CONDENSING UNIT
CONDENSERS
CONDENSERS
CONDENSERS
CONDENSERS
EVAPORATORS
EVAPORATIVE CONDENSERS
ICE BANK
SPLIT BLOCK | MONO BLOCK
WATER COOLED CONDENSERS
DEP ELECTRICAL PANEL
SLIDING AND HINGED DOORS
COLD CONEX