MAKING MODERN LIVING POSSIBLE CO₂. A green Compressor. clean thinking REFRIGERATION & AIR CONDITIONING DIVISION

Transcription

1 MAKING MODERN LIVING POSSIBLE CO₂ A green Compressor clean thinking REFRIGERATION & AIR CONDITIONING DIVISION

2 CO₂ Compressor tailored for light commercial applications and heat pumps Our ultra-efficient new CO₂ reciprocating compressor was created in response to increasing customer interest in alternative refrigerants, especially for bottle coolers, vending machines and heat pumps. This was a special challenge, but one that our engineers responded to with imagination and energy. The unique thermodynamic properties of CO₂ mean that using it as a refrigerant at ambient temperatures above 30 C is tricky. The transcritical system operations required meant we had to create not only a capable compressor, but also a new system control strategy and heat exchanger concept. Product advantages Customer benefits Low noise level Environmentally friendly natural refrigerant Low energy consumption High cooling capacity High COP Low sound emission CO₂ is a natural gas and has no impact on the environment Low running cost Ensures the quality of your product Increases innovation in customer s own product High product quality Technology innovation

3 V 50Hz 115V 60Hz 106B Barcode on white background Yellow background 0002 DANFOSS COMPRESSORS serial number 0004 Approvals DANFOSS COMPRESSORS Barcode on white background Green background 3.91"(99.3) 2.44"(62) C "(106.5) 2.91"(74) Approvals R744 White stripe serial number E G C G 8614 B A 0.98"(2.5) B1 Type labels & symbol drawings E ø0.75"(19) ø0.38"(9.7) 2.76"(70) 5.91"(150) 8.46"(215) 8.03"(204) 7.01"(178) 6.69"(170) 5"(127) 4"(101.6) 1.38"(35) ø0.63"(16) 5"(127) 6.50"(165) 7.32"(186) R White stripe 106B 6.26"(159)

4 General Code number TN1406 R744, V 50Hz 106B0001 Approvals EN Compressors on pallet R744, V 50Hz 106B0002 EN TN1412 R744, V 50Hz 106B0012 EN R744, V 50Hz 106B0003 EN Frequency Hz Evaporating temperature C -15 to 7.2 Voltage range V Max. discharge pressure bar 120 Max. winding temperature continuous (short) C 125 (135) -15 to (135) -15 to (135) -15 to (135) Cooling requirements Frequency Hz 32 C F 2 38 C F 2 43 C F 2 LBP HBP LBP HBP LBP HBP LBP HBP LBP HBP LBP HBP LBP HBP LBP HBP F 2 F 2 F 2 S = Static cooling normally sufficient O = Oil cooling F 1 = Fan cooling 1.5 m/s (compressor compartment temperature equal to ambient temperature) F 2 F 2 F 2 F 2 F 2 F 2 F 2 = Fan cooling 3.0 m/s necessary SG = Suction gas cooling normally sufficient = not applicable in this area Motor Motor type LRA (rated after 4 sec. UL984), HST LST A 20.2 Cut in Current, HST LST A 20.2 Resistance, main start winding (25 C) Ω Design Displacement cm Oil quantity (type) cm (polyolester) Maximum refrigerant charge Free gas volume in compressor cm Weight without electrical equipment kg 15.5 g (polyolester) (polyolester) (polyolester) Dimensions Height mm A 190 B 185 B1 127 B2 Suction connector location/i.d. mm angle C material comment Steel Al cap Process connector location/i.d. mm angle D material comment Discharge connector location/i.d. mm angle E material comment Steel flexible Oil cooler connector location/i.d. mm angle F material comment Connector tolerance I.D. mm ±0.09 Remarks: - The discharge connector is a ø 3.2 mm flexible pipe. - Rated pressure burst disk G: 130 bar A 190 B 185 B1 127 B2 C Steel Al cap D E Steel flexible F ±0.09 A 190 B 185 B1 127 B2 C Steel Al cap D E Steel flexible F ±0.09 A 190 B 185 B1 127 B2 C Steel Al cap D E Steel flexible F ±0.09

5 TN1406,, R744, V 50Hz 35 C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W ,, R744, V 50Hz 35 C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W TN1412,, R744, V 50Hz 35 C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W ,, R744, V 50Hz 35 C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W C at gas cooler outlet, 220V, 50Hz, fan cooling F 2, preliminary data, LBP not approved Capacity in W Power cons. in W Current cons. in A COP in W/W

6 a3 TOP a2 e c b 8606 Start winding e Main winding 5 2 a2 Winding protector N N L L 4 1 Bleeder resistance c a3 Thermostat M Fan Accessories for TN1406 TN1412 Figure Code number Starting device 470 mm cable length a Cover b 103N2022 Starting relay a2 Components Start. capacitor 80 µf c of starting Run capacitor 10 µf e device Mounting accessories Code number Bolt joint for one compressor Ø: 16 mm 107B9150 Bolt joint in quantities Ø: 16 mm Snap-on in quantities Ø: 16 mm Test conditions TN1406 TN1412 Discharge pressure 90 bar Gas cooler outlet temperature 20 C / 35 C Suction gas temperature 20 C

7 General Code number 106B0004 Approvals Compressors on pallet R744, 115V 60Hz Frequency Hz Evaporating temperature F 5 to 45 Voltage range V Max. discharge pressure bar 120 Max. winding temperature continuous (short) F 257 (275) R744, 115V 60Hz 106B to (275) Cooling requirements Frequency Hz LBP HBP LBP HBP 90 F F F F F F 2 S = Static cooling normally sufficient O = Oil cooling F 1 = Fan cooling 1.5 m/s (compressor compartment temperature equal to ambient temperature) LBP HBP LBP HBP F 2 F 2 F 2 F 2 = Fan cooling 3.0 m/s necessary SG = Suction gas cooling normally sufficient = not applicable in this area Motor Motor type CSIR/ LRA (rated after 4 sec. UL984), HST LST A 53.0 Cut in Current, HST LST A 53.0 Resistance, main start winding (77 F) Ω Design Displacement cu.in 0.09 Oil quantity (type) fl.oz. 8.5 (polyolester) Maximum refrigerant charge Free gas volume in compressor fl.oz Weight without electrical equipment lbs Dimensions Height inch A 7.48 oz. B 7.28 B B2 Suction connector location, I.D. in. angle C material comment Cu-plated steel Al cap Process connector location, I.D. in. angle D material comment Discharge connector location, I.D. in. angle E material comment Steel flexible Oil cooler connector location, I.D. in. angle F material comment Remarks: - The discharge connector is a ø 0.13 inch flexible pipe. - Rated pressure burst disk G: 130 bar CSIR/ (polyolester) A 7.48 B 7.28 B B2 C Cu-plated steel Al cap D E Steel flexible F ø0 63"( "( "(178) 6 69"(170 ø0 75"(19) ø0 38"( G C 4 19"(106.5) 3 91"(99.3) 2 44"(62) C 5"(127) 4"(101.6) 1 38"(35) 5"( "(165) 7 32"(186) 2.76"(70) 5.91"(150) 0.98"(2.5) 8 46"(215) B A B1 E "(74) 6.26"(159) E G

8 ,, R744, 115V 60Hz 95 F (35 C) at gas cooler outlet, 115V, 60Hz, fan cooling F 2, preliminary data Evap. temp. in F Capacity in W Power cons. in W Current cons. in A COP in W/W F (20 C) at gas cooler outlet, 115V, 60Hz, fan cooling F 2, preliminary data Evap. temp. in F Capacity in W Power cons. in W Current cons. in A COP in W/W ,, R744, 115V 60Hz 95 F (35 C) at gas cooler outlet, 115V, 60Hz, fan cooling F 2, preliminary data Evap. temp. in F Capacity in W Power cons. in W Current cons. in A COP in W/W F (20 C) at gas cooler outlet, 115V, 60Hz, fan cooling F 2, preliminary data Evap. temp. in F Capacity in W Power cons. in W Current cons. in A COP in W/W Test conditions Discharge pressure Gas cooler outlet temperture Suction gas temperature 90 bar 68 F / 95 F (20 C / 35 C) 68 F (20 C)

9 a3 a2 e c b f TOP 8610 Main winding R C S Start winding 5 2 e a2 1 Motor protector N N L L 4 1 Bleeder resistance c a3 Thermostat M Fan Accessories for Figure Code number Starting device assembly 23.6 in. cable length a3 CSIR 23.6 in. cable length Cover b 103N2022 Starting relay a2 Components Start. capacitor 410 µf c of starting Run capacitor 23.5 µf e device Protector f 117U3212 Mounting accessories Code number Bolt joint for one compressor Ø: 5/8 in. 107B9150 Bolt joint in quantities Ø: 5/8 in. Snap-on in quantities Ø: 5/8 in.

10 Vending machines: as more and more major soft drinks manufacturers demand improved energy efficiency and environmental performance, they are increasingly looking for refrigerant alternatives to HFCs. CO₂ has proved itself a good alternative, creating an excellent, cost-effective solution to this challenge. Heat pumps: air or ground sourced heat pumps are highly responsive to energy savings. Compact, lightweight and high-performance designs can be made to deliver high thermal efficiency. By introducing CO₂ as a refrigerant, heat pumps achieve even better results, making CO₂ a good solution for this type of application. Filter drier for commercial applications CO₂ valve for light commercial applications DEHC.PB.550.A3.02/520N0640 compressors.danfoss.com Danfoss A/S G1 Advertising UF.JN.paa