MAKING MODERN LIVING POSSIBLE. Danfoss Compressors R600a V 50 Hz & 60 Hz REFRIGERATION & AIR CONDITIONING DIVISION.

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1 MAIG MODR LIVIG POSSIBL Danfoss ompressors V 50 Hz & 60 Hz RFRIGRATIO & AIR ODITIOIG DIVISIO Quick reference

2 Level Generation nergy-optimized 4. High nergy-optimized Tropical ompressor ode (OMAF) (OMAF) at ASHRA subcooled a number apacity [W] LBP rating point -25 / 55 LBP rating point -23 / vaporating temperature [ ] R R ooling OP OP ooling OP without capacity without with apacity run capacitor [W] [W/W] [W/W] [W] [kcal/h] [W/W] [kcal/wh] PL35 101H TLS H TLS H TLS H TLS H TLS H TLS H TLS H L H L H L14 105H L14 105H L H TLY H TLY H TLY H TLY H TLY H TLY H TLX H *** TLX H *** TLX H *** TLX H *** TLX H *** TLX H *** LX H LX10 105H LX11 105H LX13 105H LX15 105H LX H *** LX H *** LX H *** LX12 105H *** LX12 105H *** LX H *** TLS4T 102H TLS5T 102H TLS6T 102H TLS7T 102H TLS8T 102H L9T 105H L11T 105H L15T 105H L10T.2 105H L13T.2 105H L15T.2 105H

3 bcooled at Dis- Recommended Voltage lectrical quipment ompressor t -23 /54.4 place- compressor cooling and LST (RSIR) LST (RSR) Run capacitor LST/HST ithout OP with ment at ambient fre- PT device w/o run PT device with run 1) optional over ord pacitor run capacitor temperature quen- capacitor connector capacitor connector 2) compulsory relief cies spades spades spades [kcal/wh] [W/W] [kcal/wh] [cm 3 ] LBP LBP LBP 4.8 mm 6.3 mm 4.8 mm 6.3 mm 4.8 mm 6.3 mm S* S* ) ) PL S S S ) ) TLS S S S ) ) TLS S S S ) ) TLS S S S ) ) TLS S S S ) ) TLS S S S ) ) TLS S S ) ) TLS S S S ) ) L S S S ) ) L S S S ) ) L S S S ) ) L S S S ) ) L S S S ) ) TLY S S S ) ) TLY S S S ) ) TLY S S S ) ) TLY S S S ) ) TLY S S S ) ) TLY *** 28*** 4.01 S* S* S* ) ) TLX4.3 57*** 35*** 4.78 S* S* S* ) ) TLX *** 40*** 5.70 S* S* S* ) ) TLX *** 42*** 6.49 S* S* S* ) ) TLX *** 44*** 7.48 S* S* S* ) ) TLX *** 43*** 8.67 S* S* S* ) ) TLX S* S* S* ) ) LX S* S* S* ) ) LX S* S* S* ) ) LX S* S* S* ) ) LX S* S* S* ) ) LX15 88*** 62*** 8.05 S* S* S* ) LX *** 63*** 8.76 S* S* S* ) LX *** 63*** S* S* S* ) LX *** 63*** 115 S* S* S* ) LX12 89*** 63*** 125 S* S* S* ) LX12 88*** 62*** S* S* S* ) ) LX S S S ) ) TLS4T S S S ) ) TLS5T S S S ) ) TLS6T S S S ) ) TLS7T S S S ) ) TLS8T S S S 2/ ) ) L9T S S S** 2/ ) ) L11T S S F ) ) L15T S S S ) ) L10T S S S ) ) L13T S S S ) ) L15T.2

4 Dimensions Height onnectors [mm] location/i.d. [mm] Suc- Pro- Distion cess charge A B D PL ø D B A L A B D ø16 Applications LBP: Low Back Pressure MBP: Medium Back Pressure Motor types RSIR: Resistant Start Induction Run RSR: Resistant Start apacitor Run Starting devices LST: Low Starting Torque HST: High Starting Torque Test conditions (OMAF) Application ondensing temperature 55 Ambient temperature 32 Suction gas temperature 32 Liquid temperature V / 50 Hz TL ø Test conditions ASHRA Application ondensing temperature 54.4 Ambient temperature 32 Suction gas temperature 32 Liquid temperature V / 50 Hz A B Mountig Accessories Washer ompressor base D ut M6 Grommet sleeve Run apacitor Holder A run capacitor holder is available for the nergy-optimized and High nergy-optimized compressor range. This optional part enables to fix the run capacitor for 220V directly and earthconnected on the compressor shell, concentrating all electrical accessories on the compressor. This will save space in the machine compartment. ode numbers: run capacitor holder screw M4 x 8 PZD run capacitor holder with screw ompressor cooling S = Static cooling normally sufficient O = Oil cooling F1 = Fan cooling 5 m/s (compressor compartment temp. equal to ambient temperature) F2 = Fan cooling 0 m/s necessary Voltages and frequencies 1 = V, 50 Hz 2 = V, 50 Hz 3 = V, 60 Hz, LBP, F1 4 = V, Hz ote: To fulfil the requirements of the protection screen must be applied to the PT starting device. Run capacitors: : 4 µf : 4 µf : 5 µf : 5 µf : 3 µf : 3 µf : 2 µf abinet base Screw M6 x 25 Rubber grommet Bolt joint for one compressor: in quantities: Washer ompressor base lip Steel pin 8435 assembly sequence * = run capacitor compulsory ** = run capacitor compulsory in 43 ambient temp. at 60 Hz *** = OP values with ept = preliminary data abinet base Snap-on in quantities: Rubber grommet The mounting accessories for the compressors are available in two versions, with bolt joint or snap-on joint. The rubber grommets are designed for the 16 mm holes of the baseplate

5 LST - RSR PL TL-L TL-L g g e g LST - RSIR b d 8224 b d 8223 b d 8217 Main winding Start winding e Main winding Start winding Main winding S Start winding L L L Winding protector Motor Types ompressors with the motor type Resistant Start Induction Run (RSIR) have a starting device for Low Starting Torque (LST). This starting device consists of a PT, a cord relief and a cover. ompressors with the motor type Resistant Start apacitor Run (RSR) have a starting device for Low Starting Torque (LST). This starting device consists of a PT, a cord relief and a cover. A run capacitor has to be connected to the PT unit. Winding protector LST Starting Device The LST starting device (Low Starting Torque) is used in well-designed refrigerating systems with capillary tube as throttling device and pressure equalizing. Pressure equalizing may exceed 10 minutes. The PT needs a compressor standstill period of 5 minutes to cool down before each start. Legend : PT starting device b: over d: ord relief e: Run capacitor g: Protection screen for PT Winding protector Protection Screen for PT ote: To fulfil the requirements of the protection screen must be applied to the PT starting device Introduction The asynchronous motor of a single phase A powered compressor has two windings, a main and an auxiliary winding. The auxiliary winding is powered high at start by means of a starting device, then powered down, often still utilized continuously by means of a run capacitor. The starting device of our standard PT-starters is a Positive Temperature oefficient resistor, PT. When heated up during the start phase, the PT almost cuts off the current to the auxiliary winding, leaving only enough current to keep itself heated to this closing level. The heat loss for this amount to approximately 2.5 W. With the ept this loss can be reduced down to approximately 0.4 W by an extra electronic circuit. The ept solution is an easy way to save energy in existing and future freezer and refrigerator designs. It is fully interchangeable with the conventional PT types and with 4.8 mm spade connectors. lectronically controlled PT Advantages: 2 watt power consumption reduction Short recovery time (re-start possible after few seconds if pressure is equalized) an be used to reach a higher cabinet energy class an be used to replace a run capacitor in connection with e.g. a TLS compressor Run capacitor acceptance ept (code number ) Functional Description The main component of the ept is the same PT pill like in other V 103. Danfoss PT starters. Thus the start of the compressor motor is performed in the same way. In standard PT starters the >2 W energy loss to keep the PT heated during compressor operation are not avoidable. In the ept a small electronic circuit cuts off the current through the PT short time after start and thus reduces the energy loss down to approx 0.4 W. The switch used is a Triac, an electronic A switch, controlled by a timer circuit. As the timer circuit has a short reset time and the main PT cools down during compressor operation already, the full start torque will be available after approx 6 s compressor off time. However, it is still a LST starting device, needing full pressure equalization before start.

6 Hermetic ompressors 220V - 240V for Refrigerators and Freezers Application Range All compressors for have denominations ending with after the number for displacement or capacity. They are designed for low operating temperatures - LBP (Low Back Pressure) for use in refrigerators, freezers and similar applications. ompressors with endings and are designed for regions with stable supply voltage. ndings T are designed for less stable supply voltage and tropical conditions. Some of the smaller compressors and the variable speed compressors are also released for medium operating temperatures - MBP (Medium Back Pressure). Warnings Yellow Warning Label is flammable in concentrations of air between approximatey 5% and 8.5% by volume (LL lower explosion limit and UL upper explosion limit). An ignition source at a temperature higher than 460 is needed for a combustion to occur. Isobutane is significantly different from R12 and R134a. This means that compressors for cannot be used with R12 or R134a. o high potential test nor start tests must be carried out while the compressor is under vacuum. o attempt must be made to start the compressor without a complete starting device. Allow the compressor to assume a temperature above 10 before starting the first time in order to avoid starting problems. Anti-freeze agents must not be used in the compressors as such agents are damaging to several of the materials used. In particular, the ethyl or methyl alcohol contents of such anti-freeze agents have a destructive effect on the synthetic motor insulation. Model Designation ompressor design Optimization level ompressor size Application range Start characteristics Generation PL TL L Blank Standard energy level S Semi-direct intake nergy-optimized (optimized motor) Y,X High nergyoptimized (high optimization level) V Variable Speed ominal displacement in cm 3 xception: For PL compressors the capacity at rating point is stated. LBP/(MBP) T LBP/(MBP) tropical Blank universal (principal rule) = LST characteristics (capillary tube) Blank first generation.2 second generation.3 third generation etc. xamples PL 35 TL S 6 T L X 15.2 Danfoss ompressors GmbH Mads-lausen-Strasse 7 D Flensburg Phone: +49 (0461) compressors.danfoss.com DH.PB.520.D4.02/ Produced by Danfoss ompressors/dh 6093,