Semi Hermetic. Refrigeration Technologies RECIPROCATING COMPRESSORS. R134a, R404A, R507A, R407C, R22, R410A* R508b

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Maximilian Norman
5 years ago
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1 A n I S O : O r g a n i z a t i o n Refrigeration Technologies Semi Hermetic RECIROCATING COMRESSORS R34a, R4A, R7A, R7C, R, R40A* R8b Approved by European standards ENVIRONMENT FRIENDLY LESS ELECTRICITY CONSUMTION WORLD CLASS TECHNOLOGY info@amoking.com

foundation of our success. SEABIRD has production facilities in different parts of India and four service centres abroad, from where we service customers around the globe.

2 THE SEA BIRD GROU The SEABIRD Group is today diversified into different industries, also at the forefront of Asian s production. Since 983 SEABIRD has enjoyed continuous growth, and has invested heavily in highly advanced computerised production machinery, to ensure that quality and reliability of our products remain the foundation of our success. SEABIRD has production facilities in different parts of India and four service centres abroad, from where we service customers around the globe. SEABIRD is now market leader in the segment of high quality s, Condensing Units, ressure Vessels, Chillers and Cold Rooms which has always been the core business of the company's activities. SEABIRD is also ventured into lastic industry, Automobile industry, Automation industry and software industry. Continuing investments for research and development into new products, together with the design of ultramodern plant, options and design. This is a success that has been consolidated over the years by the work of a flexible, dynamic and enthusiastic organization, in which the company culture is very much oriented towards quality, customer care and efficiency. A n I S O : O r g a n i z a t i o n A n I S O : O r g a n i z a t i o n Approved by European standards restigious National Award Winner

ND GENERATION Semi-hermetic s The technical highlights of Sea Bird Semi-hermetic compressors, 4 and 6 cylinder series the leading technology with displacement from 4 to 5.

3 ND GENERATION Semi-hermetic s The technical highlights of Sea Bird Semi-hermetic compressors, 4 and 6 cylinder series the leading technology with displacement from 4 to m /h (Hz) Universal R34a, R4A, R7A, R7C, R, R40A* and R8b One version For all refrigerants For air-conditioning or For medium and low temperature Large application range Low temperature R4A/R7A possible over a wide application range without additional cooling High cooling capacity and minimum energy requirements Highly efficient working valves Minimum dead space Efficient, large volume motor Universally suitable motor insulation Water resistant drive gear Surface hardened eccentrics and crank shafts Sealed main bearing and generously sized oil pump Low friction bearing and aluminium pistons Hard chrome plated piston rings Special piston pin bearings *please consult factory Solid valve plate design Valve reeds of impact resistant spring steel especially resistant to hammering Efficient capacity control 4 cylinder: % (Optional) 6 cylinder: 33% / 66% (Optional) Minimum space requirements Very compact dimensions uiet and low vibration, 4 and 6 cylinder design with optimized mass balance Electronic motor protection Thermal monitoring with TC sensors Discharge gas-temp. Sensor (Optional) Crankcase heater (Optional) Insertion with sleeve Wound with ISR (Inverter Spike Resistant) Magnet wire 3

4 4 SB-.05 SB SB-38. SB-38. SB-4. SB-45. SB-45.3 SB-46. SB-46.3 SB-. SB-.3 SB-55.3 ower consumption Additional cooling & max. Suction superheat 0K Continuous operation with these conditions is not recommended Additional cooling or limited suction gas temperature VARICOOL-System Additional fan & position of service valve changed SL(B) Additional fan + special control Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =.63 Watt Btu/h = 0.93 Watt S = 0.739kW R erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling

5 R erformance Data Hz relating to 5 suction gas temperature, without liquid subcooling ower consumption SB-55.4 SB-.5 SB-.7 4SB-4.0 4SB SB-59. 4SB SB SB-. 4SB-.0 4SB-.5 4SB Additional cooling & max. Suction superheat 0K Continuous operation with these conditions is not recommended Additional cooling or limited suction gas temperature VARICOOL-System Additional fan & position of service valve changed SL(B) Additional fan + special control Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =.63 Watt Btu/h = 0.93 Watt S = 0.739kW 5

6 R erformance Data Hz relating to 5 suction gas temperature, without liquid subcooling ower consumption 4SB SB-75. 6SB-.5 6SB-.35 6SB-75. 6SB-75. 6SB-8. 6SB Additional cooling & max. Suction superheat 0K Continuous operation with these conditions is not recommended Additional cooling or limited suction gas temperature VARICOOL-System Additional fan & position of service valve changed SL(B) Additional fan + special control Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =.63 Watt Btu/h = 0.93 Watt S = 0.739kW 6

7 SB-.05 SB SB-38. SB-38. SB-4. SB-45. SB-45.3 SB-46. SB-46.3 SB-. SB-.3 SB-55.3 ower consumption Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =.63 Watt Btu/h = 0.93 Watt S = 0.739kW * 95 * * * 0.64* * * 40.7* 0.5* 3.00* 000 * * * 7.43* 3.4* 6.9*.8* 890.* * 0.6* 50.57* * 4.3* 000.0* R4A/R7A erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling 7

8 SB-55.4 SB-.5 SB-.7 4SB-4.0 4SB SB-59. 4SB SB Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h = 63 Watt Btu/h = 0 93 Watt S = 0.739kW.. ower consumption * 5.98* 9.98* 30.64* 80.6* 3.55* * * * * * * * * * * * * * * * * * 9 4.7* R4A/R7A erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling 4SB-. 4SB-.0 4SB-.5 4SB * * * * * * * * * * * * 8

9 R4A/R7A erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling ower consumption SB SB-75. 6SB-.5 6SB-.35 6SB-75. 6SB-75. 6SB-8. 6SB * * * * * * * * * * * * * * * * * * * 49.80* 3.46* * 8 6.4* * Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =. 63 Watt Btu/h = Watt S = 0.739kW 9

10 ower consumption [kw] SB-.05 SB SB-38. SB-38. SB-4. SB-45. SB-45.3 SB-46. SB-46.3 SB-. SB-.3 SB Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h = 63 Watt Btu/h = 0 93 Watt S = 0.739kW R34a erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling 0

11 SB-55.4 SB-.5 SB-.7 4SB-4.0 4SB SB-59. 4SB SB Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h = 63 Watt Btu/h = 0 93 Watt S = 0.739kW.. ower consumption R34a erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling 3 0 4SB-. 4SB-.0 4SB-.5 4SB

12 R34a erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling ower consumption SB SB-75. 6SB-.5 6SB-.35 6SB-75. 6SB-75. 6SB-8. 6SB Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =. 63 Watt Btu/h = Watt S = 0.739kW

13 R7C erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling ower consumption SB-.05 SB SB-38. SB-38. SB-4. SB-45. SB-45.3 SB-46. SB-46.3 SB-. SB-.3 SB Data upon request Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =. 63 Watt Btu/h = Watt S = 0.739kW 3

14 R7C erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling ower consumption SB-55.4 SB-.5 SB-.7 4SB-4.0 4SB SB-59. 4SB SB SB-. 4SB-.0 4SB-.5 4SB ,36 6,85 5 5, ,4 80 6, 7 0, ,33, , , , , , , ,4 80 3, , , ,6 0, , , , , ,83 40, ,87 0,73 5 5, , , ,63 8,7 498, 4 4, , , , 3 0,47 00, ,3 90 4, , , ,9 3000,03 74,0 9, , 59 7,6 0 7, ,0 00 0,95 740, ,7 7 6, , 90 9, ,58 7 9,35M Data upon request Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =. 63 Watt Btu/h = Watt S = 0.739kW 4

15 R7C erformance Data Hz relating to 5 C suction gas temperature, without liquid subcooling ower consumption 4SB SB-75. 6SB-.5 6SB-.35 6SB-75. 6SB-75. 6SB-8. 6SB , , , ,5 90 4, 800 9, , 480 9, 34, , , , 00 5, ,47 7, , , ,0 5 3, , , , 0 35, , , ,0 00,0 0 9,47 0 4, , , 900 8, , , ,, 840 5, ,7 6, 0 9, , , 0 3,0 0 7, ,0 0 8, , , , , ,0 90 9, , ,0 040, 90 6, 770, , , , 5 4, ,8 40 8, ,5 6500, 550 4,0 800, 0 5,0 7, , 8900, , , , ,98 0 7, ,0 44, , , 490 5, , 70 8, 3,00 30, , , , , , ,33 4, 383, 650 3,80 5 6, ,80 8,96 38, , 375 5, ,65 6 6, , ,5 90 9,58 50,00 4 3, , 5 0, , ,9 80 4,9 38 4,53 9 4,0 33 6,5 68 6,8 0 6, , , 0, Data upon request Conversion factors: Watt = 0.86 kcal/h Watt = 3.4Btu/h kw =.36S Tons = Watt / kcal/h =. 63 Watt Btu/h = Watt S = 0.739kW 5

16 High pressure connection (H). Discharge gas temp. Sensor (H) 3. Low pressure connection (L) 4. Low pressure connection 5. Oil fill lug 6. Oil drain ( magnetic screw ) 7. Oil filter 8. Oil return (Oil separator) 9a. Gas equalization (parallel operation) 9b. Oil equalization (parallel Operation ) 0. Crankcase heater. Oil pressure+. Oil pressure 6

17 ipe connections Electrical Data type Motor Version Displacement with 4 min- Number of cylinders Oil charge Weight DL Discharge line SL Suction line CR -Steps- Electrical supply Max. working current Max. ower consumption Starting Current (locked rotor) 3 m /h dm 3 kg mm Inch mm Inch % Volt Amp. kw Amp. SB ½ 6 5/8-4.6/ / SB ½ 6 5/8-6.0/ /4.8 SB-38. SB ½ 6 5/8-6./ / /6.7 39/.5 SB ½ 6 5/8-8./ /.5 SB-45. SB-45.3 SB-46. SB ½ 6 5/8-6 5/8 7/8 - /Y 8.5/ / /5.7.0/ /.5 44./5.5 45/6.6/37 SB-. SB-.3 SB-55.3 SB /8 7/8-6 5/8 7/8-0. / Y/3/ / Y/3/.9/ / / / /.7 64/ / /44. SB-.5 SB /8 8 /8 -.9/3.5 3/ /6. 8./74 4SB /8 8 /8.3 59/99 4SB SB /8 35 3/8 W /8 69/3 4SB SB /8 35 3/ YY/3/ YY/3/ /99 8/3 4SB-. 4SB-.0 4SB-.5 4SB /8 8 / /8 5/8 4 5/8 54 / /3 97/58 8/3 6/93 4SB SB /8 54 / /58 35/0 6SB-.5 6SB-.35 6SB-75. 6SB-75. 6SB-8. 6SB /8 54 /8 35 3/8 54 /8 4 5/8 54 /8 66 altern 33 W YY/3/ YY/3/ /93 47/6 35/0 80/33 80/33 6/4 Tolerance (± 0%) based on mean value of voltage range. Other voltages & electrical supplies on request. For the selection of contactors, cables & fuses the max. Working current/max. ower consumption must be considered. rinted on 00% recyclable paper. 8, atparganj Industrial Estate, atparganj, Delhi (INDIA) Tel: , Fax: USA Address: 36 BENTLEY L. BUFFALO GROVE, IL 089 USA h info@amoking.com rinted with environment friendly ink.

Semi-hermetic GEA Compressors. Single- and two-stage reciprocating compressors (HG/HA)

Semi-hermetic GEA Compressors. Single- and two-stage reciprocating compressors (HG/HA) Semi-hermetic GEA Compressors Single- and two-stage reciprocating compressors (HG/HA) 2 Introduction Advanced competence, in touch with you In this brochure we present our current program of single-stage