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Wiring diagrams L1 N Q1 K2 K1 2 4 6 I > I > I > C1 F1 Q1 K2 B1 P C2 K2 B2 P< P> X1 X1 4 5 B1: Fan speed control B2: High- and Low Presssure switch C1: Start Capacitor (Compressor) C2: Run Capacitor (Fan) E1: Crankcase Heater F1: Fuse (Control Circuit) K1: Start Relay K2: Contactor M1: Compresssor M2: Fan Motor Q1: Main Switch S1: Room Thermostat (optional) X1: Terminals for Room Thermostat S1 T> M1 M 1~ M2 M 1~ E1 K2 DWG.-NO.: 118A0156_b 1 phase (only for OP-LPHC018 and OP-MPHC010) L1 N K1 Q1 K2 2 4 6 I >I >I > C1 C2 F1 Q1 K2 B1 P C3 K2 B2 P< P> X1 X1 4 5 B1: Fan speed control B2: High- and Low Presssure switch C1: Start Capacitor (Compressor) C2: Run Capacitor (Compressor) C3: Run Capacitor (Fan) E1: Crankcase Heater F1: Fuse (Control Circuit) K1: Start Relay K2: Contactor M1: Compresssor M2: Fan Motor Q1: Main Switch S1: Room Thermostat (optional) X1: Terminals for Room Thermostat S1 T> M1 M 1~ M2 M 1~ E1 K2 DWG.-NO.: 118A0158_a 1 phase 200
Wiring diagrams L1 L2 L3 N Q1 2 4 6 I >I >I > X1 N F1 Q1 B2 P< P> B1: Fan speed control B2: High- and Low Presssure switch C1: Run Capacitor (Fan) C2: Run Capacitor (Fan, only Housing 4) E1: Crankcase Heater F1: Fuse (Control Circuit) K1: Contactor M1: Compressor M2: Fan Motor M3: Fan Motor (only Housing 4) Q1: Main Switch S1: Room Thermostat (optional) X1: Terminals for Room Thermostat K1 M1 M 3~ P K1 B1 C1 C2 K1 X1 X1 4 5 S1 T> M2 M 1~ M3 M 1~ E1 K1 DWG.-NO.: 118A0157_b 3 phase Designation system for the OPTYMA TM PLUS programme (additional programme frequency etc.: please contact your local wholesaler) 1. 2. 3. 4. 5. 6. 7. 8. Application Design Refrigerant Condenser option Displacement Compressor platform Version Electrical code OP-MPHC 018 SC P00 G 1 2 3 4 5 6 7 8 1 5 L = LBP M = MBP 2 6 P = Packaged units 3 7 Z = R404A, R134a, R507, R407C H = R404A/R507 G = R134a 4 8 C = Standard 026 = 26 cm 3 171 = 171 cm 3 GS = GS MT= MTZ NT = NTZ SC=SC P00 G = Compressor 230 V/1 phase/50 Hz, fan 230 V/1 phase/50 Hz E = Compressor 400 V/3 phase/50 Hz, fan 230 V/1 phase/50 Hz OPTYMA PLUS condensing units 201
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MAKING MODERN LIVING POSSIBLE Quick
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Table of contents 1. Expansion valv
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T2 / TE2: reliable and easy to use
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Capacities R22 R134a R404A/R507 R40
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TE5-55: flexible solution for mediu
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Capacities R22 R134a R404A/R507 R40
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TU / TC: superior by design and fun
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Technical data and ordering: TCAE T
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Capacities R410A Valve type/ Cond.
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PHT: The parts programme make flexi
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Technical data and ordering Valve t
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AKV : Precise injection in the evap
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Technical data and ordering Orderin
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ETS : Precision and reliability ETS
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EVR: high reliability and flexibili
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EVRA and EVRAT - Solenoid valves EV
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VHV and STF: 4-way reversing valves
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KP: excellent operation and easy in
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ACB: Cartridge Pressure Controls Th
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UT: Simple and easy temperature con
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RT: pressure and temperature contro
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Overview RT thermostats -50 0 +50 +
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KVP Evaporator pressure regulator T
Page 48 and 49:
KVR and NRD condensing pressure reg
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KVL compressor overload protection
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KVD Receiver pressure regulator KVD
Page 54 and 55:
KVC Capacity regulator KVC is a cap
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CPCE capacity regulator CPCE capaci
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Modularity, flexibility and unique
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Quick selection of ICM valves Sucti
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Modularity, flexibility and unique
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Quick selection of ICS valves Sucti
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ICS application examples There are
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WVFX: Correct condensing and receiv
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AVTA : Thermostatic regulation of c
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GBC: excellent mounting and service
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NRV and NRVH: correct flow directio
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OUB: The easy way for oil return Th
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HE : utilization of cooling effect
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SGN/H, SGR, SGRN/H: secure optimal
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DML: Excellent protection of your r
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DCR: compact design for easy instal
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Capacities Drying capacity [g of wa
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DMB: Drying out in bi-flow systems
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DMC: Combined filter drier and rece
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DAS: Clean up your refrigerant Elim
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SVA - Stop valves SVA are angleway
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Code numbers SVA-HS stop valves: DI
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REG and REG-SS - Regulating valves
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FIA, FIA-SS - Filters FIA filters a
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LLG - liquid level glasses LLG are
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GD - Gas Detectors Danfoss Gas Dete
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EKC 315A - Refrigeration control Th
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EKC 202 - Refrigeration controller
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AK-CC 550 - Controller for applianc
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EKC 102 - Temperature controller EK
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AK-CC 210 - Universal refrigeration
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AK-SM 350 - System Manager The unit
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EKC 361 - Media temperature control
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EKC 366 - Controller Interface The
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XGE/RGE: Condenser fan speed contro
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EKC 331T - Capacity control The con
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AK-PC 530 - Capacity controller The
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Sensors and transmitters Danfoss ca
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130
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132
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Refrigerant Compressor Code no R134
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R134a hermetic compressors · 220-2
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R134a hermetic compressors · 220-2
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R404A/R507 hermetic compressors ·
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R404A/R507 hermetic compressors ·
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144
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PRODUCT RANGE Nominal voltage M-HBP
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MTZ PERFORMANCE DATA R404A / R507A
Page 150 and 151: MT PERFORMANCE DATA R22 Model MT018
Page 152 and 153: 152
Page 154 and 155: Dimensions R22 R407C R410A D H H1 H
Page 156 and 157: Full Danfoss A/C scroll compressor
Page 158 and 159: SM / SY R22 Performance data Model
Page 160 and 161: SZ R407C Performance data Model SZ0
Page 162 and 163: Product range tandem compressors No
Page 164 and 165: SH - R410A 50 Hz PERFORMANCE DATA T
Page 166 and 167: CODE NUMBERS Compressor model Conne
Page 168 and 169: OPTYMA condensing unit R404A/R507 L
Page 170 and 171: OPTYMA condensing unit R404A/R507 M
Page 172 and 173: OPTYMA condensing unit R404A/R507 M
Page 174 and 175: OPTYMA condensing unit R134a LBP/MB
Page 176 and 177: OPTYMA condensing unit R134a - Test
Page 178 and 179: OPTYMA condensing unit R134a Test c
Page 180 and 181: OPTYMA condensing unit R407C Test c
Page 182 and 183: Dimensions H H 8570 8572 W 192 22
Page 184 and 185: 184
Page 186 and 187: OPTYMA PLUS R404A/R507 LBP Test con
Page 188 and 189: OPTYMA PLUS R404A/R507 MBP Test con
Page 190 and 191: OPTYMA PLUS R134a MBP Test conditon
Page 192 and 193: OPTYMA PLUS R407C MBP Test conditon
Page 194 and 195: LBP - R404A/R507 Electrical charact
Page 196 and 197: MBP - R134a Electrical characterist
Page 198 and 199: Dimensions 356 H=652 D=430 389 122
Page 203 and 204: Valve factory in Denmark
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